*
* @author Sven van der Meer (sven.van.der.meer@ericsson.com)
*/
-public class CGCliEditor {
+public class CodeGeneratorCliEditor {
// CHECKSTYLE:OFF: ParameterNumber
/**
* Creates a new code generator.
*/
- public CGCliEditor() {
+ public CodeGeneratorCliEditor() {
stg = new STGroupFile(STG_FILE);
stg.registerRenderer(String.class, new CgStringRenderer(), true);
model = stg.getInstanceOf("policyModel");
import java.util.TreeSet;
import org.junit.Test;
-import org.onap.policy.apex.auth.clicodegen.CGCliEditor;
+import org.onap.policy.apex.auth.clicodegen.CodeGeneratorCliEditor;
import org.stringtemplate.v4.STGroup;
import org.stringtemplate.v4.STGroupFile;
*
* @author Sven van der Meer (sven.van.der.meer@ericsson.com)
*/
-public class TestSTG {
+public class TestGeneration {
/**
* Get the chunks for the codegen.
/** Test STG load. */
@Test
- public void testSTGLoad() {
+ public void testGenerationLoad() {
final StErrorListener errListener = new StErrorListener();
- final STGroupFile stg = new STGroupFile(CGCliEditor.STG_FILE);
+ final STGroupFile stg = new STGroupFile(CodeGeneratorCliEditor.STG_FILE);
stg.setListener(errListener);
stg.getTemplateNames(); // dummy to compile group and get errors
/** Test STG chunks. */
@Test
- public void testSTGChunks() {
+ public void testGenerationChunks() {
final StErrorListener errListener = new StErrorListener();
- final STGroupFile stg = new STGroupFile(CGCliEditor.STG_FILE);
+ final STGroupFile stg = new STGroupFile(CodeGeneratorCliEditor.STG_FILE);
stg.setListener(errListener);
stg.getTemplateNames(); // dummy to compile group and get errors
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class ApexCLIEditorMain {
+public class ApexCommandLineEditorMain {
// Get a reference to the logger
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(ApexCLIEditorMain.class);
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(ApexCommandLineEditorMain.class);
// The editor parameters
- private CLIParameters parameters;
+ private CommandLineParameters parameters;
// The CLI commands read in from JSON
- private CLICommands commands;
+ private CommandLineCommands commands;
// The Apex model properties read in from JSON
private ApexModelProperties apexModelProperties;
*
* @param args the command line arguments
*/
- public ApexCLIEditorMain(final String[] args) {
- LOGGER.info("Starting Apex CLI editor {} . . .", Arrays.toString(args));
+ public ApexCommandLineEditorMain(final String[] args) {
+ String startMessage = "Starting Apex CLI editor " + Arrays.toString(args) + " . . .";
+ LOGGER.info(startMessage);
try {
- final CLIParameterParser parser = new CLIParameterParser();
+ final CommandLineParameterParser parser = new CommandLineParameterParser();
parameters = parser.parse(args);
if (parameters.isHelpSet()) {
- parser.help(ApexCLIEditorMain.class.getCanonicalName());
+ parser.help(ApexCommandLineEditorMain.class.getCanonicalName());
return;
}
parameters.validate();
return;
}
- LOGGER.debug("parameters are: {}", parameters.toString());
+ String message = "parameters are: " + parameters.toString();
+ LOGGER.debug(message);
// Read the command definitions
try {
- commands = new JsonHandler<CLICommands>().read(CLICommands.class, parameters.getMetadataStream());
+ commands = new JsonHandler<CommandLineCommands>().read(CommandLineCommands.class,
+ parameters.getMetadataStream());
} catch (final Exception e) {
LOGGER.error("start of Apex command line editor failed, error reading command metadata from {}",
- parameters.getMetadataLocation(), e);
+ parameters.getMetadataLocation(), e);
errorCount++;
return;
}
// The JSON processing returns null if there is an empty file
if (commands == null || commands.getCommandSet().isEmpty()) {
LOGGER.error("start of Apex command line editor failed, no commands found in {}",
- parameters.getApexPropertiesLocation());
+ parameters.getApexPropertiesLocation());
errorCount++;
return;
}
// Read the Apex properties
try {
apexModelProperties = new JsonHandler<ApexModelProperties>().read(ApexModelProperties.class,
- parameters.getApexPropertiesStream());
+ parameters.getApexPropertiesStream());
} catch (final Exception e) {
LOGGER.error("start of Apex command line editor failed, error reading Apex model properties from "
- + parameters.getApexPropertiesLocation());
+ + parameters.getApexPropertiesLocation());
LOGGER.error(e.getMessage());
errorCount++;
return;
// The JSON processing returns null if there is an empty file
if (apexModelProperties == null) {
LOGGER.error("start of Apex command line editor failed, no Apex model properties found in {}",
- parameters.getApexPropertiesLocation());
+ parameters.getApexPropertiesLocation());
errorCount++;
return;
}
- LOGGER.debug("model properties are: {}", apexModelProperties.toString());
+ String modelPropertiesString = "model properties are: " + apexModelProperties.toString();
+ LOGGER.debug(modelPropertiesString);
// Find the system commands
final Set<KeywordNode> systemCommandNodes = new TreeSet<>();
- for (final CLICommand command : commands.getCommandSet()) {
+ for (final CommandLineCommand command : commands.getCommandSet()) {
if (command.isSystemCommand()) {
systemCommandNodes.add(new KeywordNode(command.getName(), command));
}
// Read in the command hierarchy, this builds a tree of commands
final KeywordNode rootKeywordNode = new KeywordNode("root");
- for (final CLICommand command : commands.getCommandSet()) {
+ for (final CommandLineCommand command : commands.getCommandSet()) {
rootKeywordNode.processKeywords(command.getKeywordlist(), command);
}
rootKeywordNode.addSystemCommandNodes(systemCommandNodes);
// Create the model we will work towards
ApexModelHandler modelHandler = null;
try {
- modelHandler =
- new ApexModelHandler(apexModelProperties.getProperties(), parameters.getInputModelFileName());
+ modelHandler = new ApexModelHandler(apexModelProperties.getProperties(),
+ parameters.getInputModelFileName());
} catch (final Exception e) {
LOGGER.error("execution of Apex command line editor failed: ", e);
errorCount++;
return;
}
- final CLIEditorLoop cliEditorLoop =
- new CLIEditorLoop(apexModelProperties.getProperties(), modelHandler, rootKeywordNode);
+ final CommandLineEditorLoop cliEditorLoop = new CommandLineEditorLoop(apexModelProperties.getProperties(),
+ modelHandler, rootKeywordNode);
try {
- errorCount =
- cliEditorLoop.runLoop(parameters.getCommandInputStream(), parameters.getOutputStream(), parameters);
+ errorCount = cliEditorLoop.runLoop(parameters.getCommandInputStream(), parameters.getOutputStream(),
+ parameters);
if (errorCount == 0) {
LOGGER.info("Apex CLI editor completed execution");
} else {
LOGGER.error("execution of Apex command line editor failed: {} command execution failure(s) occurred",
- errorCount);
+ errorCount);
}
} catch (final IOException e) {
LOGGER.error("execution of Apex command line editor failed: " + e.getMessage());
this.errorCount = errorCount;
}
-
/**
* The main method, kicks off the editor.
*
* @param args the arguments
*/
public static void main(final String[] args) {
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(args);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(args);
// Only call system.exit on errors as it brings the JVM down
if (cliEditor.getErrorCount() > 0) {
import java.lang.reflect.InvocationTargetException;
import java.lang.reflect.Method;
import java.util.Properties;
-import java.util.TreeMap;
+import java.util.SortedMap;
import org.onap.policy.apex.model.modelapi.ApexApiResult;
import org.onap.policy.apex.model.modelapi.ApexModel;
final ApexApiResult result = apexModel.loadFromFile(modelFileName);
if (result.isNok()) {
- throw new CLIException(result.getMessages().get(0));
+ throw new CommandLineException(result.getMessages().get(0));
}
}
* @param writer A writer to which to write output
* @return the result of the executed command
*/
- public ApexApiResult executeCommand(final CLICommand command,
- final TreeMap<String, CLIArgumentValue> argumentValues, final PrintWriter writer) {
+ public ApexApiResult executeCommand(final CommandLineCommand command,
+ final SortedMap<String, CommandLineArgumentValue> argumentValues, final PrintWriter writer) {
// Get the method
final Method apiMethod = getCommandMethod(command);
writer.println(result);
return result;
} else {
- throw new CLIException(
- INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod() + FAILED_FOR_COMMAND
- + command.getName() + "\" the returned object is not an instance of ApexAPIResult");
+ throw new CommandLineException(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod()
+ + FAILED_FOR_COMMAND + command.getName()
+ + "\" the returned object is not an instance of ApexAPIResult");
}
} catch (IllegalAccessException | IllegalArgumentException e) {
writer.println(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod() + FAILED_FOR_COMMAND
- + command.getName() + "\"");
+ + command.getName() + "\"");
e.printStackTrace(writer);
- throw new CLIException(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod()
- + FAILED_FOR_COMMAND + command.getName() + "\"", e);
+ throw new CommandLineException(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod() + FAILED_FOR_COMMAND
+ + command.getName() + "\"", e);
} catch (final InvocationTargetException e) {
writer.println(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod() + FAILED_FOR_COMMAND
- + command.getName() + "\"");
+ + command.getName() + "\"");
e.getCause().printStackTrace(writer);
- throw new CLIException(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod()
- + FAILED_FOR_COMMAND + command.getName() + "\"", e);
+ throw new CommandLineException(INVOCATION_OF_SPECIFIED_METHOD + command.getApiMethod() + FAILED_FOR_COMMAND
+ + command.getName() + "\"", e);
}
}
* @param command The command
* @return the API method
*/
- private Method getCommandMethod(final CLICommand command) {
- final String className = command.getAPIClassName();
- final String methodName = command.getAPIMethodName();
+ private Method getCommandMethod(final CommandLineCommand command) {
+ final String className = command.getApiClassName();
+ final String methodName = command.getApiMethodName();
try {
final Class<? extends Object> apiClass = Class.forName(className);
return apiMethod;
}
}
- throw new CLIException("specified method \"" + command.getApiMethod() + "\" not found for command \""
- + command.getName() + "\"");
+ throw new CommandLineException("specified method \"" + command.getApiMethod()
+ + "\" not found for command \"" + command.getName() + "\"");
} catch (final ClassNotFoundException e) {
- throw new CLIException("specified class \"" + command.getApiMethod() + "\" not found for command \""
- + command.getName() + "\"");
+ throw new CommandLineException("specified class \"" + command.getApiMethod() + "\" not found for command \""
+ + command.getName() + "\"");
}
}
* @param apiMethod the method itself
* @return the argument list
*/
- private Object[] getParameterArray(final CLICommand command, final TreeMap<String, CLIArgumentValue> argumentValues,
- final Method apiMethod) {
+ private Object[] getParameterArray(final CommandLineCommand command,
+ final SortedMap<String, CommandLineArgumentValue> argumentValues, final Method apiMethod) {
final Object[] parameterArray = new Object[argumentValues.size()];
- int i = 0;
+ int item = 0;
try {
for (final Class<?> parametertype : apiMethod.getParameterTypes()) {
- final String parameterValue =
- argumentValues.get(command.getArgumentList().get(i).getArgumentName()).getValue();
+ final String parameterValue = argumentValues.get(command.getArgumentList().get(item).getArgumentName())
+ .getValue();
if (parametertype.equals(boolean.class)) {
- parameterArray[i] = Boolean.valueOf(parameterValue);
+ parameterArray[item] = Boolean.valueOf(parameterValue);
} else {
- parameterArray[i] = parameterValue;
+ parameterArray[item] = parameterValue;
}
- i++;
+ item++;
}
} catch (final Exception e) {
- throw new CLIException("number of argument mismatch on method \"" + command.getApiMethod()
- + "\" for command \"" + command.getName() + "\"");
+ throw new CommandLineException("number of argument mismatch on method \"" + command.getApiMethod()
+ + "\" for command \"" + command.getName() + "\"");
}
return parameterArray;
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLIArgument implements Comparable<CLIArgument> {
+public class CommandLineArgument implements Comparable<CommandLineArgument> {
private final String argumentName;
private final boolean nullable;
private final String description;
* This Constructor constructs a non nullable command line argument with a blank name and
* description.
*/
- public CLIArgument() {
+ public CommandLineArgument() {
this("", false, "");
}
*
* @param incomingArgumentName the argument name
*/
- public CLIArgument(final String incomingArgumentName) {
+ public CommandLineArgument(final String incomingArgumentName) {
this(incomingArgumentName, false, "");
}
* @param nullable the nullable
* @param description the description
*/
- public CLIArgument(final String argumentName, final boolean nullable, final String description) {
+ public CommandLineArgument(final String argumentName, final boolean nullable, final String description) {
this.argumentName = argumentName;
this.nullable = nullable;
this.description = description;
* @see java.lang.Comparable#compareTo(java.lang.Object)
*/
@Override
- public int compareTo(final CLIArgument otherArgument) {
+ public int compareTo(final CommandLineArgument otherArgument) {
Assertions.argumentNotNull(otherArgument, "comparison object may not be null");
if (this == otherArgument) {
return this.hashCode() - otherArgument.hashCode();
}
- final CLIArgument other = otherArgument;
+ final CommandLineArgument other = otherArgument;
if (!argumentName.equals(other.argumentName)) {
return argumentName.compareTo(other.argumentName);
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLIArgumentValue {
- private final CLIArgument cliArgument;
+public class CommandLineArgumentValue {
+ private final CommandLineArgument cliArgument;
private boolean specified;
private String value;
*
* @param cliArgument the argument for which this object is a value
*/
- public CLIArgumentValue(final CLIArgument cliArgument) {
+ public CommandLineArgumentValue(final CommandLineArgument cliArgument) {
this.cliArgument = cliArgument;
specified = false;
value = null;
*
* @return the argument for which this object is a value
*/
- public CLIArgument getCliArgument() {
+ public CommandLineArgument getCliArgument() {
return cliArgument;
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLICommand implements Comparable<CLICommand> {
+public class CommandLineCommand implements Comparable<CommandLineCommand> {
private String name = "";
private final List<String> keywordlist = new ArrayList<>();
- private final List<CLIArgument> argumentList = new ArrayList<>();
+ private final List<CommandLineArgument> argumentList = new ArrayList<>();
private String apiMethod = "";
private boolean systemCommand = false;
private String description = "";
*
* @return the class name of the class that executes this command in the Java API
*/
- public String getAPIClassName() {
+ public String getApiClassName() {
final int lastDotPos = apiMethod.lastIndexOf('.');
if (lastDotPos == -1) {
- throw new CLIException("invalid API method name specified on command \"" + name
+ throw new CommandLineException("invalid API method name specified on command \"" + name
+ "\", class name not found: " + apiMethod);
}
return apiMethod.substring(0, lastDotPos);
*
* @return the the method name of the method that executes this command in the Java API
*/
- public String getAPIMethodName() {
+ public String getApiMethodName() {
final int lastDotPos = apiMethod.lastIndexOf('.');
if (lastDotPos == -1) {
- throw new CLIException("invalid API method name specified on command \"" + name
+ throw new CommandLineException("invalid API method name specified on command \"" + name
+ "\", class name not found: " + apiMethod);
}
if (lastDotPos == apiMethod.length() - 1) {
- throw new CLIException("no API method name specified on command \"" + name + "\": " + apiMethod);
+ throw new CommandLineException("no API method name specified on command \"" + name + "\": " + apiMethod);
}
return apiMethod.substring(lastDotPos + 1);
}
*
* @return the list of arguments for this command
*/
- public List<CLIArgument> getArgumentList() {
+ public List<CommandLineArgument> getArgumentList() {
return argumentList;
}
builder.append("}: ");
builder.append(description);
- for (final CLIArgument argument : argumentList) {
+ for (final CommandLineArgument argument : argumentList) {
if (argument == null) {
continue;
}
* @see java.lang.Comparable#compareTo(java.lang.Object)
*/
@Override
- public int compareTo(final CLICommand otherCommand) {
+ public int compareTo(final CommandLineCommand otherCommand) {
Assertions.argumentNotNull(otherCommand, "comparison object may not be null");
if (this == otherCommand) {
return this.hashCode() - otherCommand.hashCode();
}
- final CLICommand other = otherCommand;
+ final CommandLineCommand other = otherCommand;
for (int i = 0, j = 0;; i++, j++) {
if (i < keywordlist.size() && j < otherCommand.keywordlist.size()) {
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLICommands {
- private final Set<CLICommand> commandList = new TreeSet<>();
+public class CommandLineCommands {
+ private final Set<CommandLineCommand> commandList = new TreeSet<>();
/**
* Gets the command set.
*
* @return the command set
*/
- public Set<CLICommand> getCommandSet() {
+ public Set<CommandLineCommand> getCommandSet() {
return commandList;
}
}
import org.onap.policy.apex.model.utilities.TreeMapUtils;
/**
- * This class implements the editor loop, the loop of execution that continuously executes commands
- * until the quit command is issued or EOF is detected on input.
+ * This class implements the editor loop, the loop of execution that continuously executes commands until the quit
+ * command is issued or EOF is detected on input.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLIEditorLoop {
+public class CommandLineEditorLoop {
// The model handler that is handling the API towards the Apex model being editied
private final ApexModelHandler modelHandler;
* @param modelHandler the model handler that will handle commands
* @param rootKeywordNode The root keyword node tree
*/
- public CLIEditorLoop(final Properties properties, final ApexModelHandler modelHandler,
- final KeywordNode rootKeywordNode) {
+ public CommandLineEditorLoop(final Properties properties, final ApexModelHandler modelHandler,
+ final KeywordNode rootKeywordNode) {
this.modelHandler = modelHandler;
keywordNodeDeque.push(rootKeywordNode);
* @return the exit code from command processing
* @throws IOException Thrown on exceptions on IO
*/
- public int runLoop(final InputStream inputStream, final OutputStream outputStream, final CLIParameters parameters)
- throws IOException {
+ public int runLoop(final InputStream inputStream, final OutputStream outputStream,
+ final CommandLineParameters parameters) throws IOException {
// Readers and writers for input and output
final BufferedReader reader = new BufferedReader(new InputStreamReader(inputStream));
final PrintWriter writer = new PrintWriter(new OutputStreamWriter(outputStream));
// The parser parses the input lines into commands and arguments
- final CLILineParser parser = new CLILineParser();
+ final CommandLineParser parser = new CommandLineParser();
// The main loop for command handing, it continues until EOF on the input stream or until a
// quit command
}
}
// Print any error messages from command parsing and finding
- catch (final CLIException e) {
+ catch (final CommandLineException e) {
writer.println(e.getMessage());
errorCount++;
continue;
}
}
// Print any error messages from command parsing and finding
- catch (final CLIException e) {
+ catch (final CommandLineException e) {
writer.println(e.getMessage());
errorCount++;
continue;
// Find the command, if the command is null, then we are simply changing position in
// the hierarchy
- final CLICommand command = findCommand(commandWords);
+ final CommandLineCommand command = findCommand(commandWords);
if (command != null) {
// Check the arguments of the command
- final TreeMap<String, CLIArgumentValue> argumentValues = getArgumentValues(command, commandWords);
+ final TreeMap<String, CommandLineArgumentValue> argumentValues = getArgumentValues(command,
+ commandWords);
// Execute the command, a FINISHED result means a command causes the loop to
// leave execution
}
}
// Print any error messages from command parsing and finding
- catch (final CLIException e) {
+ catch (final CommandLineException e) {
writer.println(e.getMessage());
errorCount++;
} catch (final Exception e) {
}
/**
- * Finds a command for the given input command words. Command words need only ne specified
- * enough to uniquely identify them. Therefore, "p s o c" will find the command "policy state
- * output create"
+ * Finds a command for the given input command words. Command words need only ne specified enough to uniquely
+ * identify them. Therefore, "p s o c" will find the command "policy state output create"
*
* @param commandWords The commands and arguments parsed from the command line by the parser
* @return The found command
*/
- private CLICommand findCommand(final List<String> commandWords) {
- CLICommand command = null;
+ private CommandLineCommand findCommand(final List<String> commandWords) {
+ CommandLineCommand command = null;
final KeywordNode startKeywordNode = keywordNodeDeque.peek();
// We have got to the arguments, time to stop looking
if (commandWords.get(i).indexOf('=') > 0) {
unwindStack(startKeywordNode);
- throw new CLIException("command not found: " + stringAL2String(commandWords));
+ throw new CommandLineException("command not found: " + stringAL2String(commandWords));
}
// If the node entries found is not equal to one, then we have either no command or more
// than one command matching
- final List<Entry<String, KeywordNode>> foundNodeEntries =
- findMatchingEntries(searchKeywordNode.getChildren(), commandWords.get(i));
+ final List<Entry<String, KeywordNode>> foundNodeEntries = findMatchingEntries(
+ searchKeywordNode.getChildren(), commandWords.get(i));
if (foundNodeEntries.isEmpty()) {
unwindStack(startKeywordNode);
- throw new CLIException("command not found: " + stringAL2String(commandWords));
+ throw new CommandLineException("command not found: " + stringAL2String(commandWords));
} else if (foundNodeEntries.size() > 1) {
unwindStack(startKeywordNode);
- throw new CLIException("multiple commands matched: " + stringAL2String(commandWords) + " ["
- + nodeAL2String(foundNodeEntries) + ']');
+ throw new CommandLineException("multiple commands matched: " + stringAL2String(commandWords) + " ["
+ + nodeAL2String(foundNodeEntries) + ']');
}
// Record the fully expanded command word
* @param commandWords The command words entered
* @return the argument values
*/
- private TreeMap<String, CLIArgumentValue> getArgumentValues(final CLICommand command,
- final List<String> commandWords) {
- final TreeMap<String, CLIArgumentValue> argumentValues = new TreeMap<>();
- for (final CLIArgument argument : command.getArgumentList()) {
+ private TreeMap<String, CommandLineArgumentValue> getArgumentValues(final CommandLineCommand command,
+ final List<String> commandWords) {
+ final TreeMap<String, CommandLineArgumentValue> argumentValues = new TreeMap<>();
+ for (final CommandLineArgument argument : command.getArgumentList()) {
if (argument != null) {
- argumentValues.put(argument.getArgumentName(), new CLIArgumentValue(argument));
+ argumentValues.put(argument.getArgumentName(), new CommandLineArgumentValue(argument));
}
}
// Set the value of the arguments
for (final Entry<String, String> argument : getCommandArguments(commandWords)) {
- final List<Entry<String, CLIArgumentValue>> foundArguments =
- TreeMapUtils.findMatchingEntries(argumentValues, argument.getKey());
+ final List<Entry<String, CommandLineArgumentValue>> foundArguments = TreeMapUtils
+ .findMatchingEntries(argumentValues, argument.getKey());
if (foundArguments.size() == 0) {
- throw new CLIException("command " + stringAL2String(commandWords) + ": " + " argument \""
- + argument.getKey() + "\" not allowed on command");
+ throw new CommandLineException("command " + stringAL2String(commandWords) + ": " + " argument \""
+ + argument.getKey() + "\" not allowed on command");
} else if (foundArguments.size() > 1) {
- throw new CLIException("command " + stringAL2String(commandWords) + ": " + " argument " + argument
- + " matches multiple arguments [" + argumentAL2String(foundArguments) + ']');
+ throw new CommandLineException("command " + stringAL2String(commandWords) + ": " + " argument "
+ + argument + " matches multiple arguments [" + argumentAL2String(foundArguments) + ']');
}
// Set the value of the argument, stripping off any quotes
}
// Now check all mandatory arguments are set
- for (final CLIArgumentValue argumentValue : argumentValues.values()) {
+ for (final CommandLineArgumentValue argumentValue : argumentValues.values()) {
// Argument values are null by default so if this argument is not nullable it is
// mandatory
if (!argumentValue.isSpecified() && !argumentValue.getCliArgument().isNullable()) {
- throw new CLIException("command " + stringAL2String(commandWords) + ": " + " mandatory argument \""
- + argumentValue.getCliArgument().getArgumentName() + "\" not specified");
+ throw new CommandLineException("command " + stringAL2String(commandWords) + ": "
+ + " mandatory argument \"" + argumentValue.getCliArgument().getArgumentName()
+ + "\" not specified");
}
}
}
/**
- * Get the arguments of the command, the command words have already been conditioned into an
- * array starting with the command words and ending with the arguments as name=value tuples.
+ * Get the arguments of the command, the command words have already been conditioned into an array starting with the
+ * command words and ending with the arguments as name=value tuples.
*
* @param commandWords The command words entered by the user
* @return the arguments as an entry array list
for (final String word : commandWords) {
final int equalsPos = word.indexOf('=');
if (equalsPos > 0) {
- arguments.add(
- new SimpleEntry<>(word.substring(0, equalsPos), word.substring(equalsPos + 1, word.length())));
+ arguments.add(new SimpleEntry<>(word.substring(0, equalsPos),
+ word.substring(equalsPos + 1, word.length())));
}
}
* @param writer The writer to use for any output from the command
* @return the result of execution of the command
*/
- private ApexApiResult executeCommand(final CLICommand command,
- final TreeMap<String, CLIArgumentValue> argumentValues, final PrintWriter writer) {
+ private ApexApiResult executeCommand(final CommandLineCommand command,
+ final TreeMap<String, CommandLineArgumentValue> argumentValues, final PrintWriter writer) {
if (command.isSystemCommand()) {
return exceuteSystemCommand(command, writer);
} else {
* @param writer The writer to use for any output from the command
* @return the result of execution of the command
*/
- private ApexApiResult exceuteSystemCommand(final CLICommand command, final PrintWriter writer) {
+ private ApexApiResult exceuteSystemCommand(final CommandLineCommand command, final PrintWriter writer) {
if ("back".equals(command.getName())) {
return executeBackCommand();
} else if ("help".equals(command.getName())) {
* @return the result of execution of the command
*/
private ApexApiResult executeHelpCommand(final PrintWriter writer) {
- for (final CLICommand command : keywordNodeDeque.peek().getCommands()) {
+ for (final CommandLineCommand command : keywordNodeDeque.peek().getCommands()) {
writer.println(command.getHelp());
}
return new ApexApiResult(Result.SUCCESS);
* @param argumentArrayList the argument array list
* @return the string
*/
- private String argumentAL2String(final List<Entry<String, CLIArgumentValue>> argumentArrayList) {
+ private String argumentAL2String(final List<Entry<String, CommandLineArgumentValue>> argumentArrayList) {
final ArrayList<String> stringArrayList = new ArrayList<>();
- for (final Entry<String, CLIArgumentValue> argument : argumentArrayList) {
+ for (final Entry<String, CommandLineArgumentValue> argument : argumentArrayList) {
stringArrayList.add(argument.getValue().getCliArgument().getArgumentName());
}
}
/**
- * This method reads in the file from a file macro statement, expands the macro, and replaces
- * the Macro tag in the line with the file contents.
+ * This method reads in the file from a file macro statement, expands the macro, and replaces the Macro tag in the
+ * line with the file contents.
*
* @param parameters The parameters for the CLI editor
* @param line The line with the macro keyword in it
* @return the expanded line
*/
- private String expandMacroFile(final CLIParameters parameters, final String line) {
+ private String expandMacroFile(final CommandLineParameters parameters, final String line) {
final int macroTagPos = line.indexOf(macroFileTag);
// Get the line before and after the macro tag
final String[] lineWords = lineAfterMacroTag.split("\\s+");
if (lineWords.length == 0) {
- throw new CLIException("no file name specified for Macro File Tag");
+ throw new CommandLineException("no file name specified for Macro File Tag");
}
// Get the macro file name and the remainder of the line after the file name
if (macroFileName.length() > 2 && macroFileName.startsWith("\"") && macroFileName.endsWith("\"")) {
macroFileName = macroFileName.substring(1, macroFileName.length() - 1);
} else {
- throw new CLIException(
- "macro file name \"" + macroFileName + "\" must exist and be quoted with double quotes \"\"");
+ throw new CommandLineException("macro file name \"" + macroFileName
+ + "\" must exist and be quoted with double quotes \"\"");
}
// Append the working directory to the macro file name
try {
macroFileContents = TextFileUtils.getTextFileAsString(macroFileName);
} catch (final IOException e) {
- throw new CLIException("file \"" + macroFileName + "\" specified in Macro File Tag not found", e);
+ throw new CommandLineException("file \"" + macroFileName + "\" specified in Macro File Tag not found", e);
}
return lineBeforeMacroTag + macroFileContents + lineAfterMacroFileName;
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLIException extends IllegalArgumentException {
+public class CommandLineException extends IllegalArgumentException {
private static final long serialVersionUID = 6520231162404452427L;
/**
*
* @param message the message
*/
- public CLIException(final String message) {
+ public CommandLineException(final String message) {
super(message);
}
* @param message the message
* @param th the throwable
*/
- public CLIException(final String message, final Throwable th) {
+ public CommandLineException(final String message, final Throwable th) {
super(message, th);
}
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLIParameterParser {
+public class CommandLineParameterParser {
private static final int MAX_HELP_LINE_LENGTH = 120;
// Apache Commons CLI options
/**
* Construct the options for the CLI editor.
*/
- public CLIParameterParser() {
+ public CommandLineParameterParser() {
options = new Options();
options.addOption(Option.builder("h").longOpt("help").desc("outputs the usage of this command").required(false)
- .type(Boolean.class).build());
+ .type(Boolean.class).build());
options.addOption(Option.builder("m").longOpt("metadata-file").desc("name of the command metadata file to use")
- .hasArg().argName("CMD_METADATA_FILE").required(false).type(String.class).build());
- options.addOption(
- Option.builder("a").longOpt("model-props-file").desc("name of the apex model properties file to use")
- .hasArg().argName("MODEL_PROPS_FILE").required(false).type(String.class).build());
+ .hasArg().argName("CMD_METADATA_FILE").required(false).type(String.class).build());
+ options.addOption(Option.builder("a").longOpt("model-props-file")
+ .desc("name of the apex model properties file to use").hasArg().argName("MODEL_PROPS_FILE")
+ .required(false).type(String.class).build());
options.addOption(Option.builder("c").longOpt("command-file")
- .desc("name of a file containing editor commands to run into the editor").hasArg()
- .argName("COMMAND_FILE").required(false).type(String.class).build());
- options.addOption(Option.builder("l").longOpt("log-file")
- .desc("name of a file that will contain command logs from the editor, will log to standard output "
- + "if not specified or suppressed with \"-nl\" flag")
- .hasArg().argName("LOG_FILE").required(false).type(String.class).build());
- options.addOption(Option.builder("nl").longOpt("no-log")
- .desc("if specified, no logging or output of commands to standard output or log file is carried out")
- .required(false).type(Boolean.class).build());
- options.addOption(Option.builder("nm").longOpt("no-model-output")
- .desc("if specified, no output of a model to standard output or model output file is carried out, "
- + "the user can use the \"save\" command in a script to save a model")
- .required(false).type(Boolean.class).build());
+ .desc("name of a file containing editor commands to run into the editor").hasArg()
+ .argName("COMMAND_FILE").required(false).type(String.class).build());
+ options.addOption(Option.builder("l").longOpt("log-file").desc(
+ "name of a file that will contain command logs from the editor, will log to standard output "
+ + "if not specified or suppressed with \"-nl\" flag")
+ .hasArg().argName("LOG_FILE").required(false).type(String.class).build());
+ options.addOption(Option.builder("nl").longOpt("no-log").desc(
+ "if specified, no logging or output of commands to standard output or log file is carried out")
+ .required(false).type(Boolean.class).build());
+ options.addOption(Option.builder("nm").longOpt("no-model-output").desc(
+ "if specified, no output of a model to standard output or model output file is carried out, "
+ + "the user can use the \"save\" command in a script to save a model")
+ .required(false).type(Boolean.class).build());
options.addOption(Option.builder("i").longOpt("input-model-file")
- .desc("name of a file that contains an input model for the editor").hasArg().argName("INPUT_MODEL_FILE")
- .required(false).type(String.class).build());
+ .desc("name of a file that contains an input model for the editor").hasArg()
+ .argName("INPUT_MODEL_FILE").required(false).type(String.class).build());
options.addOption(Option.builder("o").longOpt("output-model-file")
- .desc("name of a file that will contain the output model for the editor, "
- + "will output model to standard output if not specified or suppressed with \"-nm\" flag")
- .hasArg().argName("OUTPUT_MODEL_FILE").required(false).type(String.class).build());
+ .desc("name of a file that will contain the output model for the editor, "
+ + "will output model to standard output if not specified "
+ + "or suppressed with \"-nm\" flag")
+ .hasArg().argName("OUTPUT_MODEL_FILE").required(false).type(String.class).build());
options.addOption(Option.builder("if").longOpt("ignore-failures")
- .desc("true or false, ignore failures of commands in command files and continue executing the "
- + "command file")
- .hasArg().argName("IGNORE_FAILURES_FLAG").required(false).type(Boolean.class).build());
+ .desc("true or false, ignore failures of commands in command files and continue executing the "
+ + "command file")
+ .hasArg().argName("IGNORE_FAILURES_FLAG").required(false).type(Boolean.class).build());
options.addOption(Option.builder("wd").longOpt("working-directory")
- .desc("the working directory that is the root for the CLI editor and is the root from which to "
- + "look for included macro files")
- .hasArg().argName("WORKING_DIRECTORY").required(false).type(String.class).build());
+ .desc("the working directory that is the root for the CLI editor and is the root from which to "
+ + "look for included macro files")
+ .hasArg().argName("WORKING_DIRECTORY").required(false).type(String.class).build());
}
/**
* @param args The arguments
* @return the CLI parameters
*/
- public CLIParameters parse(final String[] args) {
+ public CommandLineParameters parse(final String[] args) {
CommandLine commandLine = null;
try {
commandLine = new DefaultParser().parse(options, args);
} catch (final ParseException e) {
- throw new CLIException("invalid command line arguments specified : " + e.getMessage());
+ throw new CommandLineException("invalid command line arguments specified : " + e.getMessage());
}
- final CLIParameters parameters = new CLIParameters();
+ final CommandLineParameters parameters = new CommandLineParameters();
final String[] remainingArgs = commandLine.getArgs();
if (remainingArgs.length > 0) {
- throw new CLIException("too many command line arguments specified : " + Arrays.toString(remainingArgs));
+ throw new CommandLineException(
+ "too many command line arguments specified : " + Arrays.toString(remainingArgs));
}
if (commandLine.hasOption('h')) {
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLIParameters {
+public class CommandLineParameters {
+ // Recurring string constants
+ private static final String OF_TYPE_TAG = "of type ";
+
// Default location of the command definition meta data in JSON
private static final String JSON_COMMAND_METADATA_RESOURCE = "etc/editor/Commands.json";
private static final String APEX_MODEL_PROPERTIES_RESOURCE = "etc/editor/ApexModelProperties.json";
return;
}
final File theFile = new File(fileName);
- final String prefixExceptionMessage = "File " + fileName + "of type " + fileTag;
+ final String prefixExceptionMessage = "File " + fileName + OF_TYPE_TAG + fileTag;
if (!theFile.exists()) {
- throw new CLIException(prefixExceptionMessage + " does not exist");
+ throw new CommandLineException(prefixExceptionMessage + " does not exist");
}
if (!theFile.isFile()) {
- throw new CLIException(prefixExceptionMessage + " is not a normal file");
+ throw new CommandLineException(prefixExceptionMessage + " is not a normal file");
}
if (!theFile.canRead()) {
- throw new CLIException(prefixExceptionMessage + " is ureadable");
+ throw new CommandLineException(prefixExceptionMessage + " is ureadable");
}
}
return;
}
final File theFile = new File(fileName);
- final String prefixExceptionMessage = "File " + fileName + "of type " + fileTag;
+ final String prefixExceptionMessage = "File " + fileName + OF_TYPE_TAG + fileTag;
if (theFile.exists()) {
if (!theFile.isFile()) {
- throw new CLIException(prefixExceptionMessage + " is not a normal file");
+ throw new CommandLineException(prefixExceptionMessage + " is not a normal file");
}
if (!theFile.canWrite()) {
- throw new CLIException(prefixExceptionMessage + " cannot be written");
+ throw new CommandLineException(prefixExceptionMessage + " cannot be written");
}
} else {
try {
theFile.createNewFile();
} catch (final IOException e) {
- throw new CLIException(prefixExceptionMessage + " cannot be created: ", e);
+ throw new CommandLineException(prefixExceptionMessage + " cannot be created: ", e);
}
}
}
return;
}
final File theDirectory = new File(directoryName);
- final String prefixExceptionMessage = "directory " + directoryName + "of type " + directoryTag;
+ final String prefixExceptionMessage = "directory " + directoryName + OF_TYPE_TAG + directoryTag;
if (theDirectory.exists()) {
if (!theDirectory.isDirectory()) {
- throw new CLIException(prefixExceptionMessage + " is not a directory");
+ throw new CommandLineException(prefixExceptionMessage + " is not a directory");
}
if (!theDirectory.canWrite()) {
- throw new CLIException(prefixExceptionMessage + " cannot be written");
+ throw new CommandLineException(prefixExceptionMessage + " cannot be written");
}
}
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CLILineParser {
+public class CommandLineParser {
/**
* This method breaks a line of input up into commands, parameters, and arguments. Commands are
if (quotedWordToString.matches("^\".*\"$")) {
wordsWithQuotesMerged.add(quotedWordToString);
} else {
- throw new CLIException("trailing quote found in input " + wordsSplitOnQuotes);
+ throw new CommandLineException("trailing quote found in input " + wordsSplitOnQuotes);
}
} else {
wordsWithQuotesMerged.add(wordsSplitOnQuotes.get(i++));
// The first word must be alphanumeric, that is a command
if (!commandWords.get(0).matches("^[a-zA-Z0-9]*$")) {
- throw new CLIException(
+ throw new CommandLineException(
"first command word is not alphanumeric or is not a command: " + commandWords.get(0));
}
if (commandWords.get(currentWordPos).matches("^[a-zA-Z0-9]+=[a-zA-Z0-9/\"].*$")) {
currentWordPos++;
} else {
- throw new CLIException(
+ throw new CommandLineException(
"command argument is not properly formed: " + commandWords.get(currentWordPos));
}
} else {
commandWords.set(currentWordPos, commandWords.get(currentWordPos) + logicBlock);
currentWordPos++;
} else {
- throw new CLIException(
+ throw new CommandLineException(
"command argument is not properly formed: " + commandWords.get(currentWordPos));
}
}
public class KeywordNode implements Comparable<KeywordNode> {
private final String keyword;
private final TreeMap<String, KeywordNode> children;
- private CLICommand command;
+ private CommandLineCommand command;
/**
* This Constructor creates a keyword node with the given keyword and no command.
* @param keyword the keyword of the keyword node
* @param command the command associated with this keyword
*/
- public KeywordNode(final String keyword, final CLICommand command) {
+ public KeywordNode(final String keyword, final CommandLineCommand command) {
Assertions.argumentNotNull(keyword, "commands may not be null");
this.keyword = keyword;
* @param keywordList the list of keywords to process on this keyword node
* @param incomingCommand the command
*/
- public void processKeywords(final List<String> keywordList, final CLICommand incomingCommand) {
+ public void processKeywords(final List<String> keywordList, final CommandLineCommand incomingCommand) {
if (keywordList.isEmpty()) {
this.command = incomingCommand;
return;
*
* @return the command of this keyword node
*/
- public CLICommand getCommand() {
+ public CommandLineCommand getCommand() {
return command;
}
*
* @return the commands
*/
- public Set<CLICommand> getCommands() {
- final Set<CLICommand> commandSet = new TreeSet<>();
+ public Set<CommandLineCommand> getCommands() {
+ final Set<CommandLineCommand> commandSet = new TreeSet<>();
for (final KeywordNode child : children.values()) {
if (child.getCommand() != null) {
/**
* The Class TestCLIEditorEventsContext.
*/
-public class TestCLIEditorEventsContext {
+public class TestCommandLineEditorEventsContext {
// CHECKSTYLE:OFF: MagicNumber
private static final Path SRC_MAIN_FOLDER = Paths.get("src/main/resources/");
private static final String JSON_FILE = FILE_NAME + ".json";
private static final String LOG_FILE = FILE_NAME + ".log";
-
@Rule
public TemporaryFolder temporaryFolder = new TemporaryFolder();
final File tempLogFile = temporaryFolder.newFile(LOG_FILE);
final File tempModelFile = temporaryFolder.newFile(JSON_FILE);
- final String[] cliArgs = new String[] {"-c", APEX_JAVA_POLICY_FILE.toString(), "-l",
- tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath()};
+ final String[] cliArgs = new String[]
+ { "-c", APEX_JAVA_POLICY_FILE.toString(), "-l", tempLogFile.getAbsolutePath(), "-o",
+ tempModelFile.getAbsolutePath() };
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Get the model and log into strings
final File tempLogFile = temporaryFolder.newFile(LOG_FILE);
final File tempModelFile = temporaryFolder.newFile(JSON_FILE);
- final String[] cliArgs = new String[] {"-c", APEX_AVRO_POLICY_FILE.toString(), "-l",
- tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath()};
+ final String[] cliArgs = new String[]
+ { "-c", APEX_AVRO_POLICY_FILE.toString(), "-l", tempLogFile.getAbsolutePath(), "-o",
+ tempModelFile.getAbsolutePath() };
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Get the model and log into strings
final File tempModelFile = temporaryFolder.newFile(JSON_FILE);
final String modelFile = SRC_TEST_FOLDER.resolve("model").resolve("empty_commands.json").toString();
- final String apexPropertiesLocation =
- SRC_MAIN_FOLDER.resolve("etc/editor").resolve("ApexModelProperties.json").toString();
+ final String apexPropertiesLocation = SRC_MAIN_FOLDER.resolve("etc/editor").resolve("ApexModelProperties.json")
+ .toString();
- final String[] cliArgs =
- new String[] {"-c", APEX_AVRO_POLICY_FILE.toString(), "-l", tempLogFile.getAbsolutePath(), "-o",
- tempModelFile.getAbsolutePath(), "-m", modelFile, "-a", apexPropertiesLocation};
+ final String[] cliArgs = new String[]
+ { "-c", APEX_AVRO_POLICY_FILE.toString(), "-l", tempLogFile.getAbsolutePath(), "-o",
+ tempModelFile.getAbsolutePath(), "-m", modelFile, "-a", apexPropertiesLocation };
- final ApexCLIEditorMain objUnderTest = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain objUnderTest = new ApexCommandLineEditorMain(cliArgs);
assertEquals(1, objUnderTest.getErrorCount());
}
final File modelFile = temporaryFolder.newFile("empty_commands.json");
- final String apexPropertiesLocation =
- SRC_MAIN_FOLDER.resolve("etc/editor").resolve("ApexModelProperties.json").toString();
-
- final String[] cliArgs = new String[] {"-c", APEX_AVRO_POLICY_FILE.toString(), "-l",
- tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath(), "-m", modelFile.getAbsolutePath(),
- "-a", apexPropertiesLocation};
-
- final ApexCLIEditorMain objUnderTest = new ApexCLIEditorMain(cliArgs);
+ final String apexPropertiesLocation = SRC_MAIN_FOLDER.resolve("etc/editor").resolve("ApexModelProperties.json")
+ .toString();
+
+ final String[] cliArgs = new String[] {
+ "-c",
+ APEX_AVRO_POLICY_FILE.toString(),
+ "-l",
+ tempLogFile.getAbsolutePath(),
+ "-o",
+ tempModelFile.getAbsolutePath(),
+ "-m",
+ modelFile.getAbsolutePath(),
+ "-a",
+ apexPropertiesLocation
+ };
+
+ final ApexCommandLineEditorMain objUnderTest = new ApexCommandLineEditorMain(cliArgs);
assertEquals(1, objUnderTest.getErrorCount());
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class TestCLIEditorOptions {
+public class TestCommandLineEditorOptions {
// CHECKSTYLE:OFF: MagicNumber
/**
final String[] cliArgs = new String[] {"-c", "src/main/resources/examples/scripts/ShellPolicyModel.apex", "-l",
tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath()};
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Get the model and log into strings
final String[] cliArgs = new String[] {"-c", "src/main/resources/examples/scripts/ShellPolicyModel.apex", "-l",
tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath(), "-nl", "-nm"};
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Get the model and log into strings
final String[] cliArgs = new String[] {"-c", "src/main/resources/examples/scripts/ShellPolicyModel.apex", "-l",
tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath(), "-nm"};
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Get the model and log into strings
final String[] cliArgs = new String[] {"-c", "src/main/resources/examples/scripts/ShellPolicyModel.apex", "-l",
tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath(), "-nl"};
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Get the model and log into strings
final ByteArrayOutputStream baos = new ByteArrayOutputStream();
System.setOut(new PrintStream(baos));
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Cursor for log
final PrintStream stdout = System.out;
System.setOut(new PrintStream(baos));
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(cliArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(cliArgs);
assertEquals(0, cliEditor.getErrorCount());
// Cursor for log
final String[] cliArgsIn = new String[] {"-c", "src/main/resources/examples/scripts/ShellPolicyModel.apex",
"-l", tempLogFileIn.getAbsolutePath(), "-o", tempModelFileIn.getAbsolutePath()};
- final ApexCLIEditorMain cliEditorIn = new ApexCLIEditorMain(cliArgsIn);
+ final ApexCommandLineEditorMain cliEditorIn = new ApexCommandLineEditorMain(cliArgsIn);
assertEquals(0, cliEditorIn.getErrorCount());
// Get the model and log into strings
"src/main/resources/examples/scripts/ShellPolicyModelAddSchema.apex", "-l",
tempLogFileOut.getAbsolutePath(), "-o", tempModelFileOut.getAbsolutePath()};
- final ApexCLIEditorMain cliEditorOut = new ApexCLIEditorMain(cliArgsOut);
+ final ApexCommandLineEditorMain cliEditorOut = new ApexCommandLineEditorMain(cliArgsOut);
assertEquals(0, cliEditorOut.getErrorCount());
// Get the model and log into strings
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class TestCLIEditorScripting {
+public class TestCommandLineEditorScripting {
private File tempModelFile;
private File tempLogFile;
- private String[] sampleLBPolicyArgs;
+ private String[] samplePolicyArgs;
- private String[] sampleLBPolicyMapArgs;
+ private String[] samplePolicyMapArgs;
/**
* Initialise args.
tempModelFile = File.createTempFile("SampleLBPolicyMap", ".json");
tempLogFile = File.createTempFile("SampleLBPolicyMap", ".log");
- sampleLBPolicyArgs = new String[] {"-c", "src/test/resources/scripts/SampleLBPolicy.apex", "-o",
+ samplePolicyArgs = new String[] {"-c", "src/test/resources/scripts/SampleLBPolicy.apex", "-o",
tempModelFile.getAbsolutePath(), "-l", tempLogFile.getAbsolutePath()};
- sampleLBPolicyMapArgs = new String[] {"-c", "src/test/resources/scripts/SampleLBPolicy_WithMap.apex", "-o",
+ samplePolicyMapArgs = new String[] {"-c", "src/test/resources/scripts/SampleLBPolicy_WithMap.apex", "-o",
tempModelFile.getAbsolutePath(), "-l", tempLogFile.getAbsolutePath()};
}
* @throws ApexModelException if there is an Apex error
*/
@Test
- public void testSampleLBPolicyScript() throws IOException, ApexModelException {
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(sampleLBPolicyArgs);
+ public void testSamplePolicyScript() throws IOException, ApexModelException {
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(samplePolicyArgs);
assertEquals(0, cliEditor.getErrorCount());
// Read the file from disk
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
- final URL writtenModelURL = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
- final AxPolicyModel writtenModel = modelReader.read(writtenModelURL.openStream());
+ final URL writtenModelUrl = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
+ final AxPolicyModel writtenModel = modelReader.read(writtenModelUrl.openStream());
- final URL compareModelURL =
+ final URL compareModelUrl =
ResourceUtils.getLocalFile("src/test/resources/compare/FuzzyPolicyModel_Compare.json");
- final AxPolicyModel compareModel = modelReader.read(compareModelURL.openStream());
+ final AxPolicyModel compareModel = modelReader.read(compareModelUrl.openStream());
// Ignore key info UUIDs
writtenModel.getKeyInformation().getKeyInfoMap().clear();
* @throws ApexModelException if there is an Apex error
*/
@Test
- public void testSampleLBMapPolicyScript() throws IOException, ApexModelException {
+ public void testSampleMapPolicyScript() throws IOException, ApexModelException {
tempModelFile.delete();
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(sampleLBPolicyMapArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(samplePolicyMapArgs);
assertEquals(0, cliEditor.getErrorCount());
assertTrue(tempModelFile.isFile());
// Read the file from disk
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
- final URL writtenModelURL = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
- final AxPolicyModel writtenModel = modelReader.read(writtenModelURL.openStream());
+ final URL writtenModelUrl = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
+ final AxPolicyModel writtenModel = modelReader.read(writtenModelUrl.openStream());
final AxValidationResult validationResult = new AxValidationResult();
writtenModel.validate(validationResult);
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
import org.onap.policy.common.utils.resources.ResourceUtils;
+/**
+ * The Class TestContextAlbums.
+ */
public class TestContextAlbums {
private String[] logicBlockArgs;
private File tempModelFile;
+ /**
+ * Creates the temp files.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void createTempFiles() throws IOException {
tempModelFile = File.createTempFile("TestPolicyModel", ".json");
*/
@Test
public void testLogicBlock() throws IOException, ApexModelException {
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(logicBlockArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(logicBlockArgs);
assertEquals(1, cliEditor.getErrorCount());
// Read the file from disk
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
modelReader.setValidateFlag(false);
- final URL writtenModelURL = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
- final AxPolicyModel writtenModel = modelReader.read(writtenModelURL.openStream());
+ final URL writtenModelUrl = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
+ final AxPolicyModel writtenModel = modelReader.read(writtenModelUrl.openStream());
assertNotNull(writtenModel);
- final URL compareModelURL =
+ final URL compareModelUrl =
ResourceUtils.getLocalFile("src/test/resources/compare/ContextAlbumsModel_Compare.json");
- final AxPolicyModel compareModel = modelReader.read(compareModelURL.openStream());
+ final AxPolicyModel compareModel = modelReader.read(compareModelUrl.openStream());
// Ignore key info UUIDs
writtenModel.getKeyInformation().getKeyInfoMap().clear();
private File tempModelFile;
private File tempLogFile;
+ /**
+ * Creates the temp files.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void createTempFiles() throws IOException {
tempModelFile = File.createTempFile("TestPolicyModel", ".json");
tempLogFile.getCanonicalPath(), "-o", tempModelFile.getCanonicalPath(), "-if", "true"};
}
+ /**
+ * Removes the generated models.
+ */
@After
public void removeGeneratedModels() {
tempModelFile.delete();
*/
@Test
public void testLogicBlock() throws IOException, ApexModelException {
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(fileMacroArgs);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(fileMacroArgs);
// We expect eight errors
assertEquals(8, cliEditor.getErrorCount());
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
modelReader.setValidateFlag(false);
- final URL writtenModelURL = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
- final AxPolicyModel writtenModel = modelReader.read(writtenModelURL.openStream());
+ final URL writtenModelUrl = ResourceUtils.getLocalFile(tempModelFile.getCanonicalPath());
+ final AxPolicyModel writtenModel = modelReader.read(writtenModelUrl.openStream());
- final URL compareModelURL =
+ final URL compareModelUrl =
ResourceUtils.getLocalFile("src/test/resources/compare/FileMacroModel_Compare.json");
- final AxPolicyModel compareModel = modelReader.read(compareModelURL.openStream());
+ final AxPolicyModel compareModel = modelReader.read(compareModelUrl.openStream());
// Ignore key info UUIDs
writtenModel.getKeyInformation().getKeyInfoMap().clear();
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
import org.onap.policy.common.utils.resources.ResourceUtils;
+// TODO: Auto-generated Javadoc
+/**
+ * The Class TestLogicBlock.
+ */
public class TestLogicBlock {
private String[] logicBlockArgs;
private String[] avroSchemaArgs;
private File tempLogicModelFile;
private File tempAvroModelFile;
+ /**
+ * Creates the temp files.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void createTempFiles() throws IOException {
tempLogicModelFile = File.createTempFile("TestLogicPolicyModel", ".json");
tempAvroModelFile.getCanonicalPath(), "-nl"};
}
+ /**
+ * Removes the temp files.
+ */
@After
public void removeTempFiles() {
tempLogicModelFile.delete();
*/
@Test
public void testLogicBlock() throws IOException, ApexModelException {
- new ApexCLIEditorMain(logicBlockArgs);
+ new ApexCommandLineEditorMain(logicBlockArgs);
// Read the file from disk
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
modelReader.setValidateFlag(false);
- final URL writtenModelURL = ResourceUtils.getLocalFile(tempLogicModelFile.getCanonicalPath());
- final AxPolicyModel writtenModel = modelReader.read(writtenModelURL.openStream());
+ final URL writtenModelUrl = ResourceUtils.getLocalFile(tempLogicModelFile.getCanonicalPath());
+ final AxPolicyModel writtenModel = modelReader.read(writtenModelUrl.openStream());
- final URL compareModelURL =
+ final URL compareModelUrl =
ResourceUtils.getLocalFile("src/test/resources/compare/LogicBlockModel_Compare.json");
- final AxPolicyModel compareModel = modelReader.read(compareModelURL.openStream());
+ final AxPolicyModel compareModel = modelReader.read(compareModelUrl.openStream());
// Ignore key info UUIDs
writtenModel.getKeyInformation().getKeyInfoMap().clear();
*/
@Test
public void testAvroSchema() throws IOException, ApexModelException {
- new ApexCLIEditorMain(avroSchemaArgs);
+ new ApexCommandLineEditorMain(avroSchemaArgs);
// Read the file from disk
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
modelReader.setValidateFlag(false);
- final URL writtenModelURL = ResourceUtils.getLocalFile(tempAvroModelFile.getCanonicalPath());
- final AxPolicyModel writtenModel = modelReader.read(writtenModelURL.openStream());
+ final URL writtenModelUrl = ResourceUtils.getLocalFile(tempAvroModelFile.getCanonicalPath());
+ final AxPolicyModel writtenModel = modelReader.read(writtenModelUrl.openStream());
- final URL compareModelURL =
+ final URL compareModelUrl =
ResourceUtils.getLocalFile("src/test/resources/compare/AvroSchemaModel_Compare.json");
- final AxPolicyModel compareModel = modelReader.read(compareModelURL.openStream());
+ final AxPolicyModel compareModel = modelReader.read(compareModelUrl.openStream());
// Ignore key info UUIDs
writtenModel.getKeyInformation().getKeyInfoMap().clear();
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-resources-plugin</artifactId>
- <version>3.1.0</version>
<executions>
<execution>
<id>copy-common-resources-to-jar</id>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-shade-plugin</artifactId>
- <version>2.4.3</version>
<executions>
<execution>
<phase>package</phase>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-war-plugin</artifactId>
- <version>2.6</version>
<configuration>
<classifier>ui</classifier>
<warSourceDirectory>src/main/resources/webapp</warSourceDirectory>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-resources-plugin</artifactId>
- <version>3.1.0</version>
<executions>
<execution>
<id>copy-common-resources-to-jar</id>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-shade-plugin</artifactId>
- <version>2.4.3</version>
<executions>
<execution>
<phase>package</phase>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-war-plugin</artifactId>
- <version>2.6</version>
<configuration>
<classifier>ui</classifier>
<warSourceDirectory>src/main/resources/webapp</warSourceDirectory>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-shade-plugin</artifactId>
- <version>2.4.3</version>
<executions>
<execution>
<phase>package</phase>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-war-plugin</artifactId>
- <version>2.6</version>
<configuration>
<classifier>ui</classifier>
<warSourceDirectory>target/classes/webapp</warSourceDirectory>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-resources-plugin</artifactId>
- <version>3.1.0</version>
<executions>
<execution>
<id>copy-common-resources-to-jar</id>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-shade-plugin</artifactId>
- <version>2.4.3</version>
<executions>
<execution>
<phase>package</phase>
<plugin>
<groupId>org.apache.maven.plugins</groupId>
<artifactId>maven-war-plugin</artifactId>
- <version>2.6</version>
<configuration>
<classifier>ui</classifier>
<warSourceDirectory>src/main/resources/webapp</warSourceDirectory>
}
/**
- * Set the static lock manager
+ * Set the static lock manager.
* @param incomingLockManager the lock manager value
*/
private static void setLockManager(final LockManager incomingLockManager) {
}
/**
- * Set the static flush timer
+ * Set the static flush timer.
* @param incomingFlushTimer the flush timer value
*/
private static void setFlushTimer(final DistributorFlushTimerTask incomingFlushTimer) {
final AxArtifactKey distributorKey = new AxArtifactKey("AbstractDistributor", "0.0.1");
final Distributor contextDistributor = new DistributorFactory().getDistributor(distributorKey);
- final AxArtifactKey[] usedArtifactStackArray =
- { new AxArtifactKey("testC-top", "0.0.1"), new AxArtifactKey("testC-next", "0.0.1"),
- new AxArtifactKey("testC-bot", "0.0.1") };
+ final AxArtifactKey[] usedArtifactStackArray = {
+ new AxArtifactKey("testC-top", "0.0.1"),
+ new AxArtifactKey("testC-next", "0.0.1"),
+ new AxArtifactKey("testC-bot", "0.0.1")
+ };
final DaoParameters DaoParameters = new DaoParameters();
DaoParameters.setPluginClass("org.onap.policy.apex.model.basicmodel.dao.impl.DefaultApexDao");
* Instantiates a new apex deployment exception.
*
* @param message the message
- * @param e the e
+ * @param exception the e
*/
- public ApexDeploymentException(final String message, final Exception e) {
- super(message, e);
+ public ApexDeploymentException(final String message, final Exception exception) {
+ super(message, exception);
}
}
* Instantiates a new messaging exception.
*
* @param message the message
- * @param e the e
+ * @param exception the e
*/
- public MessagingException(final String message, final Exception e) {
- super(message, e);
+ public MessagingException(final String message, final Exception exception) {
+ super(message, exception);
}
}
* @see java.util.concurrent.ThreadFactory#newThread(java.lang.Runnable)
*/
@Override
- public Thread newThread(final Runnable r) {
+ public Thread newThread(final Runnable runnable) {
final Thread thisThread;
if (stackSize > 0) {
- thisThread = new Thread(group, r, name + ':' + nextThreadNumber.getAndIncrement(), stackSize);
+ thisThread = new Thread(group, runnable, name + ':' + nextThreadNumber.getAndIncrement(), stackSize);
} else {
- thisThread = new Thread(group, r, name + ':' + nextThreadNumber.getAndIncrement());
+ thisThread = new Thread(group, runnable, name + ':' + nextThreadNumber.getAndIncrement());
}
if (thisThread.isDaemon()) {
thisThread.setDaemon(false);
private String xmlFileName = null;
private InputStream xmlStream = null;
private Document xmlDocument;
- private XPath xPath;
+ private XPath xpath;
/**
* Construct Reader for the file passed in.
return;
}
- xPath = XPathFactory.newInstance().newXPath();
+ xpath = XPathFactory.newInstance().newXPath();
LOGGER.info("Initialized XPath reader");
} catch (final Exception ex) {
LOGGER.error("Error parsing XML file/stream from XPath reading, reason :\n" + ex.getMessage());
*/
public Object read(final String expression, final QName returnType) {
try {
- final XPathExpression xPathExpression = xPath.compile(expression);
+ final XPathExpression xPathExpression = xpath.compile(expression);
return xPathExpression.evaluate(xmlDocument, returnType);
} catch (final XPathExpressionException ex) {
LOGGER.error("Failed to read XML file for XPath processing, reason:\n" + ex.getMessage());
public interface Action {
/**
- * This method returns a string representation of each action.
+ * Return a string representation of each action.
*
* @return the action string
*/
* @see java.lang.Object#equals(java.lang.Object)
*/
@Override
- public boolean equals(final Object o) {
- if (this == o) {
+ public boolean equals(final Object object) {
+ if (this == object) {
return true;
}
- if (o == null || getClass() != o.getClass()) {
+ if (object == null || getClass() != object.getClass()) {
return false;
}
- final Message message = (Message) o;
+ final Message message = (Message) object;
if (action != null ? !action.equals(message.action) : message.action != null) {
return false;
* @see org.onap.policy.apex.core.protocols.Message#equals(java.lang.Object)
*/
@Override
- public boolean equals(final Object o) {
- if (this == o) {
+ public boolean equals(final Object object) {
+ if (this == object) {
return true;
}
- if (o == null || getClass() != o.getClass()) {
+ if (object == null || getClass() != object.getClass()) {
return false;
}
- if (!super.equals(o)) {
+ if (!super.equals(object)) {
return false;
}
- final Response response = (Response) o;
+ final Response response = (Response) object;
if (successful != response.successful) {
return false;
<argument>-classpath</argument>
<!-- automatically creates the classpath using all project dependencies, also adding the project build directory -->
<classpath />
- <argument>org.onap.policy.apex.examples.aadm.model.AADMDomainModelSaver</argument>
+ <argument>org.onap.policy.apex.examples.aadm.model.AadmDomainModelSaver</argument>
<argument>${project.build.directory}/classes/examples/models/AADM</argument>
</arguments>
</configuration>
*
* @return the number of Denial Of Service incidents on the eNodeB
*/
- public long getDOSCount() {
+ public long getDosCount() {
return dosCount;
}
*
* @param incomingDosCount the number of Denial Of Service incidents on the eNodeB
*/
- public void setDOSCount(final long incomingDosCount) {
+ public void setDosCount(final long incomingDosCount) {
this.dosCount = incomingDosCount;
}
*
* @return the long
*/
- public long incrementDOSCount() {
+ public long incrementDosCount() {
return ++dosCount;
}
*
* @return the long
*/
- public long decrementDOSCount() {
+ public long decrementDosCount() {
return --dosCount;
}
/**
* The Class IMSIStatus holds the status of an IMSI in the AADM domain.
*/
-public class IMSIStatus implements Serializable {
+public class ImsiStatus implements Serializable {
private static final long serialVersionUID = 2852523814242234172L;
private static final long TIME_NOT_SET = 0;
*
* @param imsi the IMSI value
*/
- public IMSIStatus(final String imsi) {
+ public ImsiStatus(final String imsi) {
this.imsi = imsi;
}
*
* @return the IMSI value
*/
- public String getIMSI() {
+ public String getImsi() {
return imsi;
}
*
* @return theeNodeB ID to which the IMSI is attached
*/
- public String getENodeBID() {
+ public String getENodeBId() {
return enodeBId;
}
/**
* Sets the eNodeB ID to which the IMSI is attached.
*
- * @param incomingENodeBID the eNodeB ID to which the IMSI is attached
+ * @param incomingENodeBId the eNodeB ID to which the IMSI is attached
*/
- public void setENodeBID(final String incomingENodeBID) {
- this.enodeBId = incomingENodeBID;
+ public void setENodeBId(final String incomingENodeBId) {
+ this.enodeBId = incomingENodeBId;
}
/**
*
* @return true, if eNodeB ID to which the IMSI is attached is set
*/
- public boolean checkSetENodeBID() {
+ public boolean checkSetENodeBId() {
return (enodeBId != null);
}
/**
* The Class IPAddressStatus holds the status of an IP address in the AADM domain.
*/
-public class IPAddressStatus implements Serializable {
+public class IpAddressStatus implements Serializable {
private static final long serialVersionUID = -7402022458317593252L;
private final String ipAddress;
*
* @param ipAddress the ip address
*/
- public IPAddressStatus(final String ipAddress) {
+ public IpAddressStatus(final String ipAddress) {
this.ipAddress = ipAddress;
}
*
* @return the IP address
*/
- public String getIPAddress() {
+ public String getIpAddress() {
return ipAddress;
}
*
* @return the imsi
*/
- public String getIMSI() {
+ public String getImsi() {
return imsi;
}
*
* @param incomingImsi the imsi
*/
- public void setIMSI(final String incomingImsi) {
+ public void setImsi(final String incomingImsi) {
this.imsi = incomingImsi;
}
*
* @return true, if check set IMSI
*/
- public boolean checkSetIMSI() {
+ public boolean checkSetImsi() {
return (imsi != null);
}
}
/**
* The Class AADMDomainModelFactory.
*/
-public class AADMDomainModelFactory {
+public class AadmDomainModelFactory {
/**
* Gets the AADM policy model.
*
* @return the AADM policy model
*/
// CHECKSTYLE:OFF: checkstyle
- public AxPolicyModel getAADMPolicyModel() {
+ public AxPolicyModel getAadmPolicyModel() {
// CHECKSTYLE:ON: checkstyle
// Data types for event parameters
final AxContextSchema imsi = new AxContextSchema(new AxArtifactKey("IMSI", "0.0.1"), "Java", "java.lang.Long");
- final AxContextSchema ueIPAddress =
+ final AxContextSchema ueIpAddress =
new AxContextSchema(new AxArtifactKey("UEIPAddress", "0.0.1"), "Java", "java.lang.String");
- final AxContextSchema nwIPAddress =
+ final AxContextSchema nwIpAddress =
new AxContextSchema(new AxArtifactKey("NWIPAddress", "0.0.1"), "Java", "java.lang.String");
final AxContextSchema dosFlag =
new AxContextSchema(new AxArtifactKey("DOSFlag", "0.0.1"), "Java", "java.lang.Boolean");
new AxContextSchema(new AxArtifactKey("ApplicationName", "0.0.1"), "Java", "java.lang.String");
final AxContextSchema protocolGroup =
new AxContextSchema(new AxArtifactKey("ProtocolGroup", "0.0.1"), "Java", "java.lang.String");
- final AxContextSchema eNodeBID =
+ final AxContextSchema eNodeBId =
new AxContextSchema(new AxArtifactKey("ENodeBID", "0.0.1"), "Java", "java.lang.Long");
final AxContextSchema httpHostClass =
new AxContextSchema(new AxArtifactKey("HttpHostClass", "0.0.1"), "Java", "java.lang.String");
final AxContextSchemas aadmContextSchemas = new AxContextSchemas(new AxArtifactKey("AADMDatatypes", "0.0.1"));
aadmContextSchemas.getSchemasMap().put(imsi.getKey(), imsi);
- aadmContextSchemas.getSchemasMap().put(ueIPAddress.getKey(), ueIPAddress);
- aadmContextSchemas.getSchemasMap().put(nwIPAddress.getKey(), nwIPAddress);
+ aadmContextSchemas.getSchemasMap().put(ueIpAddress.getKey(), ueIpAddress);
+ aadmContextSchemas.getSchemasMap().put(nwIpAddress.getKey(), nwIpAddress);
aadmContextSchemas.getSchemasMap().put(dosFlag.getKey(), dosFlag);
aadmContextSchemas.getSchemasMap().put(roundTripTime.getKey(), roundTripTime);
aadmContextSchemas.getSchemasMap().put(applicationName.getKey(), applicationName);
aadmContextSchemas.getSchemasMap().put(protocolGroup.getKey(), protocolGroup);
- aadmContextSchemas.getSchemasMap().put(eNodeBID.getKey(), eNodeBID);
+ aadmContextSchemas.getSchemasMap().put(eNodeBId.getKey(), eNodeBId);
aadmContextSchemas.getSchemasMap().put(httpHostClass.getKey(), httpHostClass);
aadmContextSchemas.getSchemasMap().put(tcpOnFlag.getKey(), tcpOnFlag);
aadmContextSchemas.getSchemasMap().put(probeOnFlag.getKey(), probeOnFlag);
aadmEvent.getParameterMap().put("IMSI",
new AxField(new AxReferenceKey(aadmEvent.getKey(), "IMSI"), imsi.getKey()));
aadmEvent.getParameterMap().put("ENODEB_ID",
- new AxField(new AxReferenceKey(aadmEvent.getKey(), "ENODEB_ID"), eNodeBID.getKey()));
+ new AxField(new AxReferenceKey(aadmEvent.getKey(), "ENODEB_ID"), eNodeBId.getKey()));
aadmEvent.getParameterMap().put("IMSI_IP",
- new AxField(new AxReferenceKey(aadmEvent.getKey(), "IMSI_IP"), ueIPAddress.getKey()));
+ new AxField(new AxReferenceKey(aadmEvent.getKey(), "IMSI_IP"), ueIpAddress.getKey()));
aadmEvent.getParameterMap().put("NW_IP",
- new AxField(new AxReferenceKey(aadmEvent.getKey(), "NW_IP"), nwIPAddress.getKey()));
+ new AxField(new AxReferenceKey(aadmEvent.getKey(), "NW_IP"), nwIpAddress.getKey()));
aadmEvent.getParameterMap().put("DoS",
new AxField(new AxReferenceKey(aadmEvent.getKey(), "DoS"), dosFlag.getKey()));
aadmEvent.getParameterMap().put("TCP_UE_SIDE_MEDIAN_RTT_TX_TO_RX", new AxField(
aadmEvent.getParameterMap().put("TCP_ON",
new AxField(new AxReferenceKey(aadmEvent.getKey(), "TCP_ON"), tcpOnFlag.getKey()));
aadmEvent.getParameterMap().put("SGW_IP_ADDRESS",
- new AxField(new AxReferenceKey(aadmEvent.getKey(), "SGW_IP_ADDRESS"), nwIPAddress.getKey()));
+ new AxField(new AxReferenceKey(aadmEvent.getKey(), "SGW_IP_ADDRESS"), nwIpAddress.getKey()));
aadmEvent.getParameterMap().put("UE_IP_ADDRESS",
- new AxField(new AxReferenceKey(aadmEvent.getKey(), "UE_IP_ADDRESS"), ueIPAddress.getKey()));
+ new AxField(new AxReferenceKey(aadmEvent.getKey(), "UE_IP_ADDRESS"), ueIpAddress.getKey()));
aadmEvent.getParameterMap().put("SERVICE_REQUEST_COUNT", new AxField(
new AxReferenceKey(aadmEvent.getKey(), "SERVICE_REQUEST_COUNT"), serviceRequestCount.getKey()));
aadmEvent.getParameterMap().put("ATTACH_COUNT",
aadmXStreamActEvent.getParameterMap().put("IMSI",
new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "IMSI"), imsi.getKey()));
aadmXStreamActEvent.getParameterMap().put("IMSI_IP",
- new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "IMSI_IP"), ueIPAddress.getKey()));
+ new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "IMSI_IP"), ueIpAddress.getKey()));
aadmXStreamActEvent.getParameterMap().put("ENODEB_ID",
- new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "ENODEB_ID"), eNodeBID.getKey()));
+ new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "ENODEB_ID"), eNodeBId.getKey()));
aadmXStreamActEvent.getParameterMap().put("NW_IP",
- new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "NW_IP"), nwIPAddress.getKey()));
+ new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "NW_IP"), nwIpAddress.getKey()));
aadmXStreamActEvent.getParameterMap().put("ACTTASK",
new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "ACTTASK"), actionTask.getKey()));
aadmXStreamActEvent.getParameterMap().put("PROBE_ON",
aadmXStreamActEvent.getParameterMap().put("THRESHOLD",
new AxField(new AxReferenceKey(aadmXStreamActEvent.getKey(), "THRESHOLD"), threshold.getKey()));
- final AxEvent vMMEEvent =
+ final AxEvent vMmeEvent =
new AxEvent(new AxArtifactKey("VMMEEvent", "0.0.1"), "org.onap.policy.apex.examples.aadm.events");
- vMMEEvent.setSource("External");
- vMMEEvent.setTarget("Apex");
- vMMEEvent.getParameterMap().put("IMSI",
- new AxField(new AxReferenceKey(vMMEEvent.getKey(), "IMSI"), imsi.getKey()));
- vMMEEvent.getParameterMap().put("ENODEB_ID",
- new AxField(new AxReferenceKey(vMMEEvent.getKey(), "ENODEB_ID"), eNodeBID.getKey()));
- vMMEEvent.getParameterMap().put("IMSI_IP",
- new AxField(new AxReferenceKey(vMMEEvent.getKey(), "IMSI_IP"), ueIPAddress.getKey()));
- vMMEEvent.getParameterMap().put("NW_IP",
- new AxField(new AxReferenceKey(vMMEEvent.getKey(), "NW_IP"), nwIPAddress.getKey()));
- vMMEEvent.getParameterMap().put("PROFILE",
- new AxField(new AxReferenceKey(vMMEEvent.getKey(), "PROFILE"), profile.getKey()));
- vMMEEvent.getParameterMap().put("THRESHOLD",
- new AxField(new AxReferenceKey(vMMEEvent.getKey(), "THRESHOLD"), threshold.getKey()));
+ vMmeEvent.setSource("External");
+ vMmeEvent.setTarget("Apex");
+ vMmeEvent.getParameterMap().put("IMSI",
+ new AxField(new AxReferenceKey(vMmeEvent.getKey(), "IMSI"), imsi.getKey()));
+ vMmeEvent.getParameterMap().put("ENODEB_ID",
+ new AxField(new AxReferenceKey(vMmeEvent.getKey(), "ENODEB_ID"), eNodeBId.getKey()));
+ vMmeEvent.getParameterMap().put("IMSI_IP",
+ new AxField(new AxReferenceKey(vMmeEvent.getKey(), "IMSI_IP"), ueIpAddress.getKey()));
+ vMmeEvent.getParameterMap().put("NW_IP",
+ new AxField(new AxReferenceKey(vMmeEvent.getKey(), "NW_IP"), nwIpAddress.getKey()));
+ vMmeEvent.getParameterMap().put("PROFILE",
+ new AxField(new AxReferenceKey(vMmeEvent.getKey(), "PROFILE"), profile.getKey()));
+ vMmeEvent.getParameterMap().put("THRESHOLD",
+ new AxField(new AxReferenceKey(vMmeEvent.getKey(), "THRESHOLD"), threshold.getKey()));
final AxEvent sapcEvent =
new AxEvent(new AxArtifactKey("SAPCEvent", "0.0.1"), "org.onap.policy.apex.examples.aadm.events");
sapcEvent.getParameterMap().put("IMSI",
new AxField(new AxReferenceKey(sapcEvent.getKey(), "IMSI"), imsi.getKey()));
sapcEvent.getParameterMap().put("ENODEB_ID",
- new AxField(new AxReferenceKey(sapcEvent.getKey(), "ENODEB_ID"), eNodeBID.getKey()));
+ new AxField(new AxReferenceKey(sapcEvent.getKey(), "ENODEB_ID"), eNodeBId.getKey()));
sapcEvent.getParameterMap().put("IMSI_IP",
- new AxField(new AxReferenceKey(sapcEvent.getKey(), "IMSI_IP"), ueIPAddress.getKey()));
+ new AxField(new AxReferenceKey(sapcEvent.getKey(), "IMSI_IP"), ueIpAddress.getKey()));
sapcEvent.getParameterMap().put("NW_IP",
- new AxField(new AxReferenceKey(sapcEvent.getKey(), "NW_IP"), nwIPAddress.getKey()));
+ new AxField(new AxReferenceKey(sapcEvent.getKey(), "NW_IP"), nwIpAddress.getKey()));
sapcEvent.getParameterMap().put("PROFILE",
new AxField(new AxReferenceKey(sapcEvent.getKey(), "PROFILE"), profile.getKey()));
sapcEvent.getParameterMap().put("THRESHOLD",
sapcBlacklistSubscriberEvent.getParameterMap().put("BLACKLIST_ON", new AxField(
new AxReferenceKey(sapcBlacklistSubscriberEvent.getKey(), "BLACKLIST_ON"), blacklistOnFlag.getKey()));
sapcBlacklistSubscriberEvent.getParameterMap().put("IMSI_IP", new AxField(
- new AxReferenceKey(sapcBlacklistSubscriberEvent.getKey(), "IMSI_IP"), ueIPAddress.getKey()));
+ new AxReferenceKey(sapcBlacklistSubscriberEvent.getKey(), "IMSI_IP"), ueIpAddress.getKey()));
sapcBlacklistSubscriberEvent.getParameterMap().put("NW_IP",
- new AxField(new AxReferenceKey(sapcBlacklistSubscriberEvent.getKey(), "NW_IP"), nwIPAddress.getKey()));
+ new AxField(new AxReferenceKey(sapcBlacklistSubscriberEvent.getKey(), "NW_IP"), nwIpAddress.getKey()));
sapcBlacklistSubscriberEvent.getParameterMap().put("PROBE_ON", new AxField(
new AxReferenceKey(sapcBlacklistSubscriberEvent.getKey(), "PROBE_ON"), probeOnFlag.getKey()));
sapcBlacklistSubscriberEvent.getParameterMap().put("TCP_ON",
final AxEvents aadmEvents = new AxEvents(new AxArtifactKey("AADMEvents", "0.0.1"));
aadmEvents.getEventMap().put(aadmEvent.getKey(), aadmEvent);
aadmEvents.getEventMap().put(aadmXStreamActEvent.getKey(), aadmXStreamActEvent);
- aadmEvents.getEventMap().put(vMMEEvent.getKey(), vMMEEvent);
+ aadmEvents.getEventMap().put(vMmeEvent.getKey(), vMmeEvent);
aadmEvents.getEventMap().put(sapcEvent.getKey(), sapcEvent);
aadmEvents.getEventMap().put(sapcBlacklistSubscriberEvent.getKey(), sapcBlacklistSubscriberEvent);
aadmEvents.getEventMap().put(periodicEvent.getKey(), periodicEvent);
final AxContextSchema eNodeBStatus = new AxContextSchema(new AxArtifactKey("ENodeBStatus", "0.0.1"), "Java",
"org.onap.policy.apex.examples.aadm.concepts.ENodeBStatus");
final AxContextSchema imsiStatus = new AxContextSchema(new AxArtifactKey("IMSIStatus", "0.0.1"), "Java",
- "org.onap.policy.apex.examples.aadm.concepts.IMSIStatus");
+ "org.onap.policy.apex.examples.aadm.concepts.ImsiStatus");
final AxContextSchema ipAddressStatus = new AxContextSchema(new AxArtifactKey("IPAddressStatus", "0.0.1"),
- "Java", "org.onap.policy.apex.examples.aadm.concepts.IPAddressStatus");
+ "Java", "org.onap.policy.apex.examples.aadm.concepts.IpAddressStatus");
aadmContextSchemas.getSchemasMap().put(eNodeBStatus.getKey(), eNodeBStatus);
aadmContextSchemas.getSchemasMap().put(imsiStatus.getKey(), imsiStatus);
aadmContextSchemas.getSchemasMap().put(ipAddressStatus.getKey(), ipAddressStatus);
aadmDoSProvenActTask
.setTaskLogic(new AxTaskLogic(aadmDoSProvenActTask.getKey(), "TaskLogic", "MVEL", logicReader));
- final AxTask vMMEMatchTask = new AxTask(new AxArtifactKey("VMMEMatchTask", "0.0.1"));
- vMMEMatchTask.duplicateInputFields(vMMEEvent.getParameterMap());
- vMMEMatchTask.duplicateOutputFields(vMMEEvent.getParameterMap());
- vMMEMatchTask.setTaskLogic(new AxTaskLogic(vMMEMatchTask.getKey(), "TaskLogic", "MVEL", logicReader));
+ final AxTask vMmeMatchTask = new AxTask(new AxArtifactKey("VMMEMatchTask", "0.0.1"));
+ vMmeMatchTask.duplicateInputFields(vMmeEvent.getParameterMap());
+ vMmeMatchTask.duplicateOutputFields(vMmeEvent.getParameterMap());
+ vMmeMatchTask.setTaskLogic(new AxTaskLogic(vMmeMatchTask.getKey(), "TaskLogic", "MVEL", logicReader));
- final AxTask vMMEEstablishTask = new AxTask(new AxArtifactKey("VMMEEstablishTask", "0.0.1"));
- vMMEEstablishTask.duplicateInputFields(vMMEEvent.getParameterMap());
- vMMEEstablishTask.duplicateOutputFields(vMMEEvent.getParameterMap());
+ final AxTask vMmeEstablishTask = new AxTask(new AxArtifactKey("VMMEEstablishTask", "0.0.1"));
+ vMmeEstablishTask.duplicateInputFields(vMmeEvent.getParameterMap());
+ vMmeEstablishTask.duplicateOutputFields(vMmeEvent.getParameterMap());
logicReader.setDefaultLogic("Default_TaskLogic");
- vMMEEstablishTask.setTaskLogic(new AxTaskLogic(vMMEEstablishTask.getKey(), "TaskLogic", "MVEL", logicReader));
+ vMmeEstablishTask.setTaskLogic(new AxTaskLogic(vMmeEstablishTask.getKey(), "TaskLogic", "MVEL", logicReader));
- final AxTask vMMEDecideTask = new AxTask(new AxArtifactKey("VMMEDecideTask", "0.0.1"));
- vMMEDecideTask.duplicateInputFields(vMMEEvent.getParameterMap());
- vMMEDecideTask.duplicateOutputFields(vMMEEvent.getParameterMap());
- vMMEDecideTask.setTaskLogic(new AxTaskLogic(vMMEDecideTask.getKey(), "TaskLogic", "MVEL", logicReader));
+ final AxTask vMmeDecideTask = new AxTask(new AxArtifactKey("VMMEDecideTask", "0.0.1"));
+ vMmeDecideTask.duplicateInputFields(vMmeEvent.getParameterMap());
+ vMmeDecideTask.duplicateOutputFields(vMmeEvent.getParameterMap());
+ vMmeDecideTask.setTaskLogic(new AxTaskLogic(vMmeDecideTask.getKey(), "TaskLogic", "MVEL", logicReader));
- final AxTask vMMENoActTask = new AxTask(new AxArtifactKey("VMMENoActTask", "0.0.1"));
- vMMENoActTask.duplicateInputFields(vMMEEvent.getParameterMap());
- vMMENoActTask.duplicateOutputFields(vMMEEvent.getParameterMap());
- vMMENoActTask.setTaskLogic(new AxTaskLogic(vMMENoActTask.getKey(), "TaskLogic", "MVEL", logicReader));
+ final AxTask vMmeNoActTask = new AxTask(new AxArtifactKey("VMMENoActTask", "0.0.1"));
+ vMmeNoActTask.duplicateInputFields(vMmeEvent.getParameterMap());
+ vMmeNoActTask.duplicateOutputFields(vMmeEvent.getParameterMap());
+ vMmeNoActTask.setTaskLogic(new AxTaskLogic(vMmeNoActTask.getKey(), "TaskLogic", "MVEL", logicReader));
- final AxTask vMMEActTask = new AxTask(new AxArtifactKey("VMMEActTask", "0.0.1"));
- vMMEActTask.duplicateInputFields(vMMEEvent.getParameterMap());
- vMMEActTask.duplicateOutputFields(vMMEEvent.getParameterMap());
+ final AxTask vMmeActTask = new AxTask(new AxArtifactKey("VMMEActTask", "0.0.1"));
+ vMmeActTask.duplicateInputFields(vMmeEvent.getParameterMap());
+ vMmeActTask.duplicateOutputFields(vMmeEvent.getParameterMap());
logicReader.setDefaultLogic(null);
- vMMEActTask.setTaskLogic(new AxTaskLogic(vMMEActTask.getKey(), "TaskLogic", "MVEL", logicReader));
+ vMmeActTask.setTaskLogic(new AxTaskLogic(vMmeActTask.getKey(), "TaskLogic", "MVEL", logicReader));
final AxTask sapcMatchTask = new AxTask(new AxArtifactKey("SAPCMatchTask", "0.0.1"));
sapcMatchTask.duplicateInputFields(sapcEvent.getParameterMap());
aadmTasks.getTaskMap().put(aadmDoSSuggestionActTask.getKey(), aadmDoSSuggestionActTask);
aadmTasks.getTaskMap().put(aadmNoActTask.getKey(), aadmNoActTask);
aadmTasks.getTaskMap().put(aadmDoSProvenActTask.getKey(), aadmDoSProvenActTask);
- aadmTasks.getTaskMap().put(vMMEMatchTask.getKey(), vMMEMatchTask);
- aadmTasks.getTaskMap().put(vMMEEstablishTask.getKey(), vMMEEstablishTask);
- aadmTasks.getTaskMap().put(vMMEDecideTask.getKey(), vMMEDecideTask);
- aadmTasks.getTaskMap().put(vMMENoActTask.getKey(), vMMENoActTask);
- aadmTasks.getTaskMap().put(vMMEActTask.getKey(), vMMEActTask);
+ aadmTasks.getTaskMap().put(vMmeMatchTask.getKey(), vMmeMatchTask);
+ aadmTasks.getTaskMap().put(vMmeEstablishTask.getKey(), vMmeEstablishTask);
+ aadmTasks.getTaskMap().put(vMmeDecideTask.getKey(), vMmeDecideTask);
+ aadmTasks.getTaskMap().put(vMmeNoActTask.getKey(), vMmeNoActTask);
+ aadmTasks.getTaskMap().put(vMmeActTask.getKey(), vMmeActTask);
aadmTasks.getTaskMap().put(sapcMatchTask.getKey(), sapcMatchTask);
aadmTasks.getTaskMap().put(sapcEstablishTask.getKey(), sapcEstablishTask);
aadmTasks.getTaskMap().put(sapcDecideTask.getKey(), sapcDecideTask);
aadmPolicy.getStateMap().put(aadmDecideState.getKey().getLocalName(), aadmDecideState);
aadmPolicy.getStateMap().put(aadmActState.getKey().getLocalName(), aadmActState);
- final AxPolicy vMMEPolicy = new AxPolicy(new AxArtifactKey("VMMEPolicy", "0.0.1"));
- vMMEPolicy.setTemplate("MEDA");
-
- final AxState vMMEActState = new AxState(new AxReferenceKey(vMMEPolicy.getKey(), "Act"));
- vMMEActState.setTrigger(vMMEEvent.getKey());
- final AxStateOutput vMMEAct2Out =
- new AxStateOutput(vMMEActState.getKey(), AxReferenceKey.getNullKey(), vMMEEvent.getKey());
- vMMEActState.getStateOutputs().put(vMMEAct2Out.getKey().getLocalName(), vMMEAct2Out);
- vMMEActState.setDefaultTask(vMMEActTask.getKey());
- vMMEActState.getTaskReferences().put(vMMEActTask.getKey(), new AxStateTaskReference(vMMEActState.getKey(),
- vMMEActTask.getKey(), AxStateTaskOutputType.DIRECT, vMMEAct2Out.getKey()));
- vMMEActState.getTaskReferences().put(vMMENoActTask.getKey(), new AxStateTaskReference(vMMEActState.getKey(),
- vMMENoActTask.getKey(), AxStateTaskOutputType.DIRECT, vMMEAct2Out.getKey()));
-
- final AxState vMMEDecideState = new AxState(new AxReferenceKey(vMMEPolicy.getKey(), "Decide"));
- vMMEDecideState.setTrigger(vMMEEvent.getKey());
- final AxStateOutput vMMEDec2Act =
- new AxStateOutput(vMMEDecideState.getKey(), vMMEActState.getKey(), vMMEEvent.getKey());
- vMMEDecideState.getStateOutputs().put(vMMEDec2Act.getKey().getLocalName(), vMMEDec2Act);
- vMMEDecideState.setDefaultTask(vMMEDecideTask.getKey());
- vMMEDecideState.getTaskReferences().put(vMMEDecideTask.getKey(), new AxStateTaskReference(
- vMMEDecideState.getKey(), vMMEDecideTask.getKey(), AxStateTaskOutputType.DIRECT, vMMEDec2Act.getKey()));
-
- final AxState vMMEEstablishState = new AxState(new AxReferenceKey(vMMEPolicy.getKey(), "Establish"));
- vMMEEstablishState.setTrigger(vMMEEvent.getKey());
- final AxStateOutput vMMEEst2Dec =
- new AxStateOutput(vMMEEstablishState.getKey(), vMMEDecideState.getKey(), vMMEEvent.getKey());
- vMMEEstablishState.getStateOutputs().put(vMMEEst2Dec.getKey().getLocalName(), vMMEEst2Dec);
- vMMEEstablishState.setDefaultTask(vMMEEstablishTask.getKey());
- vMMEEstablishState.getTaskReferences().put(vMMEEstablishTask.getKey(),
- new AxStateTaskReference(vMMEEstablishState.getKey(), vMMEEstablishTask.getKey(),
- AxStateTaskOutputType.DIRECT, vMMEEst2Dec.getKey()));
-
- final AxState vMMEMatchState = new AxState(new AxReferenceKey(vMMEPolicy.getKey(), "Match"));
- vMMEMatchState.setTrigger(vMMEEvent.getKey());
- final AxStateOutput vMMEMat2Est =
- new AxStateOutput(vMMEMatchState.getKey(), vMMEEstablishState.getKey(), vMMEEvent.getKey());
- vMMEMatchState.getStateOutputs().put(vMMEMat2Est.getKey().getLocalName(), vMMEMat2Est);
- vMMEMatchState.setDefaultTask(vMMEMatchTask.getKey());
- vMMEMatchState.getTaskReferences().put(vMMEMatchTask.getKey(), new AxStateTaskReference(vMMEMatchState.getKey(),
- vMMEMatchTask.getKey(), AxStateTaskOutputType.DIRECT, vMMEMat2Est.getKey()));
-
- vMMEPolicy.setFirstState(vMMEMatchState.getKey().getLocalName());
- vMMEPolicy.getStateMap().put(vMMEMatchState.getKey().getLocalName(), vMMEMatchState);
- vMMEPolicy.getStateMap().put(vMMEEstablishState.getKey().getLocalName(), vMMEEstablishState);
- vMMEPolicy.getStateMap().put(vMMEDecideState.getKey().getLocalName(), vMMEDecideState);
- vMMEPolicy.getStateMap().put(vMMEActState.getKey().getLocalName(), vMMEActState);
+ final AxPolicy vMmePolicy = new AxPolicy(new AxArtifactKey("VMMEPolicy", "0.0.1"));
+ vMmePolicy.setTemplate("MEDA");
+
+ final AxState vMmeActState = new AxState(new AxReferenceKey(vMmePolicy.getKey(), "Act"));
+ vMmeActState.setTrigger(vMmeEvent.getKey());
+ final AxStateOutput vMmeAct2Out =
+ new AxStateOutput(vMmeActState.getKey(), AxReferenceKey.getNullKey(), vMmeEvent.getKey());
+ vMmeActState.getStateOutputs().put(vMmeAct2Out.getKey().getLocalName(), vMmeAct2Out);
+ vMmeActState.setDefaultTask(vMmeActTask.getKey());
+ vMmeActState.getTaskReferences().put(vMmeActTask.getKey(), new AxStateTaskReference(vMmeActState.getKey(),
+ vMmeActTask.getKey(), AxStateTaskOutputType.DIRECT, vMmeAct2Out.getKey()));
+ vMmeActState.getTaskReferences().put(vMmeNoActTask.getKey(), new AxStateTaskReference(vMmeActState.getKey(),
+ vMmeNoActTask.getKey(), AxStateTaskOutputType.DIRECT, vMmeAct2Out.getKey()));
+
+ final AxState vMmeDecideState = new AxState(new AxReferenceKey(vMmePolicy.getKey(), "Decide"));
+ vMmeDecideState.setTrigger(vMmeEvent.getKey());
+ final AxStateOutput vMmeDec2Act =
+ new AxStateOutput(vMmeDecideState.getKey(), vMmeActState.getKey(), vMmeEvent.getKey());
+ vMmeDecideState.getStateOutputs().put(vMmeDec2Act.getKey().getLocalName(), vMmeDec2Act);
+ vMmeDecideState.setDefaultTask(vMmeDecideTask.getKey());
+ vMmeDecideState.getTaskReferences().put(vMmeDecideTask.getKey(), new AxStateTaskReference(
+ vMmeDecideState.getKey(), vMmeDecideTask.getKey(), AxStateTaskOutputType.DIRECT, vMmeDec2Act.getKey()));
+
+ final AxState vMmeEstablishState = new AxState(new AxReferenceKey(vMmePolicy.getKey(), "Establish"));
+ vMmeEstablishState.setTrigger(vMmeEvent.getKey());
+ final AxStateOutput vMmeEst2Dec =
+ new AxStateOutput(vMmeEstablishState.getKey(), vMmeDecideState.getKey(), vMmeEvent.getKey());
+ vMmeEstablishState.getStateOutputs().put(vMmeEst2Dec.getKey().getLocalName(), vMmeEst2Dec);
+ vMmeEstablishState.setDefaultTask(vMmeEstablishTask.getKey());
+ vMmeEstablishState.getTaskReferences().put(vMmeEstablishTask.getKey(),
+ new AxStateTaskReference(vMmeEstablishState.getKey(), vMmeEstablishTask.getKey(),
+ AxStateTaskOutputType.DIRECT, vMmeEst2Dec.getKey()));
+
+ final AxState vMmeMatchState = new AxState(new AxReferenceKey(vMmePolicy.getKey(), "Match"));
+ vMmeMatchState.setTrigger(vMmeEvent.getKey());
+ final AxStateOutput vMmeMat2Est =
+ new AxStateOutput(vMmeMatchState.getKey(), vMmeEstablishState.getKey(), vMmeEvent.getKey());
+ vMmeMatchState.getStateOutputs().put(vMmeMat2Est.getKey().getLocalName(), vMmeMat2Est);
+ vMmeMatchState.setDefaultTask(vMmeMatchTask.getKey());
+ vMmeMatchState.getTaskReferences().put(vMmeMatchTask.getKey(), new AxStateTaskReference(vMmeMatchState.getKey(),
+ vMmeMatchTask.getKey(), AxStateTaskOutputType.DIRECT, vMmeMat2Est.getKey()));
+
+ vMmePolicy.setFirstState(vMmeMatchState.getKey().getLocalName());
+ vMmePolicy.getStateMap().put(vMmeMatchState.getKey().getLocalName(), vMmeMatchState);
+ vMmePolicy.getStateMap().put(vMmeEstablishState.getKey().getLocalName(), vMmeEstablishState);
+ vMmePolicy.getStateMap().put(vMmeDecideState.getKey().getLocalName(), vMmeDecideState);
+ vMmePolicy.getStateMap().put(vMmeActState.getKey().getLocalName(), vMmeActState);
final AxPolicy sapcPolicy = new AxPolicy(new AxArtifactKey("SAPCPolicy", "0.0.1"));
sapcPolicy.setTemplate("MEDA");
final AxPolicies aadmPolicies = new AxPolicies(new AxArtifactKey("AADMPolicies", "0.0.1"));
aadmPolicies.getPolicyMap().put(aadmPolicy.getKey(), aadmPolicy);
- aadmPolicies.getPolicyMap().put(vMMEPolicy.getKey(), vMMEPolicy);
+ aadmPolicies.getPolicyMap().put(vMmePolicy.getKey(), vMmePolicy);
aadmPolicies.getPolicyMap().put(sapcPolicy.getKey(), sapcPolicy);
aadmPolicies.getPolicyMap().put(periodicPolicy.getKey(), periodicPolicy);
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public final class AADMDomainModelSaver {
+public final class AadmDomainModelSaver {
/**
* Private default constructor to prevent subclassing.
*/
- private AADMDomainModelSaver() {}
+ private AadmDomainModelSaver() {}
/**
* Write the AADM model to args[0].
*/
public static void main(final String[] args) throws ApexException {
if (args.length != 1) {
- System.err.println("usage: " + AADMDomainModelSaver.class.getCanonicalName() + " modelDirectory");
+ System.err.println("usage: " + AadmDomainModelSaver.class.getCanonicalName() + " modelDirectory");
return;
}
// Save Java model
- final AxPolicyModel aadmPolicyModel = new AADMDomainModelFactory().getAADMPolicyModel();
+ final AxPolicyModel aadmPolicyModel = new AadmDomainModelFactory().getAadmPolicyModel();
final ApexModelSaver<AxPolicyModel> aadmModelSaver =
new ApexModelSaver<>(AxPolicyModel.class, aadmPolicyModel, args[0]);
aadmModelSaver.apexModelWriteJson();
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
},
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
}
* ============LICENSE_END=========================================================
*/
import org.onap.policy.apex.examples.aadm.concepts.ENodeBStatus;
-import org.onap.policy.apex.examples.aadm.concepts.IMSIStatus;
+import org.onap.policy.apex.examples.aadm.concepts.ImsiStatus;
logger.debug(subject.id + ":" + subject.taskName + " execution logic");
logger.debug(inFields);
outFields["NW_IP"] = inFields["SGW_IP_ADDRESS"];
}
-IMSIStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
+ImsiStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
logger.debug(imsiStatus);
-ENodeBStatus eNodeBStatus = getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBID());
+ENodeBStatus eNodeBStatus = getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBId());
eNodeBStatus.setBeingProbed(false);
leaveProbingOn = false;
outFields["TCP_ON"] = false;
}
-eNodeBStatus.decrementDOSCount();
-logger.debug(eNodeBStatus.getENodeB() + ": dosCount is " + eNodeBStatus.getDOSCount());
+eNodeBStatus.decrementDosCount();
+logger.debug(eNodeBStatus.getENodeB() + ": dosCount is " + eNodeBStatus.getDosCount());
imsiStatus.setAnomalous(false);
-logger.debug("imsi: " + imsiStatus.getIMSI() + " anamalous " + imsiStatus.getAnomalous());
+logger.debug("imsi: " + imsiStatus.getImsi() + " anamalous " + imsiStatus.getAnomalous());
-getContextAlbum("IMSIStatusAlbum") .put(imsiStatus.getIMSI(), imsiStatus);
+getContextAlbum("IMSIStatusAlbum") .put(imsiStatus.getImsi(), imsiStatus);
getContextAlbum("ENodeBStatusAlbum").put(eNodeBStatus.getENodeB(), eNodeBStatus);
outFields["THRESHOLD"] = 0;
* ============LICENSE_END=========================================================
*/
import org.onap.policy.apex.examples.aadm.concepts.ENodeBStatus;
-import org.onap.policy.apex.examples.aadm.concepts.IMSIStatus;
+import org.onap.policy.apex.examples.aadm.concepts.ImsiStatus;
logger.debug(subject.id + ":" + subject.taskName + " execution logic");
logger.debug(inFields);
outFields["NW_IP"] = inFields["SGW_IP_ADDRESS"];
}
-IMSIStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
+ImsiStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
logger.debug(imsiStatus);
-ENodeBStatus eNodeBStatus = getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBID());
+ENodeBStatus eNodeBStatus = getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBId());
logger.debug(eNodeBStatus);
-if (imsiStatus.getENodeBID() != null && !imsiStatus.getENodeBID().equals(inFields["ENODEB_ID"]) || inFields["AVG_SUBSCRIBER_SERVICE_REQUEST"] == null) {
+if (imsiStatus.getENodeBId() != null && !imsiStatus.getENodeBId().equals(inFields["ENODEB_ID"]) || inFields["AVG_SUBSCRIBER_SERVICE_REQUEST"] == null) {
// if user moved enodeB remove him from previous one
- if (imsiStatus.getENodeBID() != null) {
- eNodeBStatus.decrementDOSCount();
+ if (imsiStatus.getENodeBId() != null) {
+ eNodeBStatus.decrementDosCount();
}
// if user became non anomalous return action
imsiStatus.setAnomalous(true);
imsiStatus.setAnomolousTime(System.currentTimeMillis());
-imsiStatus.setENodeBID(inFields["ENODEB_ID"]);
-getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getIMSI(), imsiStatus);
-logger.debug(imsiStatus.getENodeBID() + ": enodeb added to imsi ip added " + outFields["IMSI_IP"]);
+imsiStatus.setENodeBId(inFields["ENODEB_ID"]);
+getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getImsi(), imsiStatus);
+logger.debug(imsiStatus.getENodeBId() + ": enodeb added to imsi ip added " + outFields["IMSI_IP"]);
-ENodeBStatus eNodeBStatus = getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBID());
+ENodeBStatus eNodeBStatus = getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBId());
if (eNodeBStatus == null) {
- eNodeBStatus = new ENodeBStatus(imsiStatus.getENodeBID());
+ eNodeBStatus = new ENodeBStatus(imsiStatus.getENodeBId());
getContextAlbum("ENodeBStatusAlbum").put(eNodeBStatus.getENodeB(), eNodeBStatus);
- logger.debug("new eNodeB added " + getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBID()));
+ logger.debug("new eNodeB added " + getContextAlbum("ENodeBStatusAlbum").get(imsiStatus.getENodeBId()));
}
-eNodeBStatus.incrementDOSCount();
+eNodeBStatus.incrementDosCount();
getContextAlbum("ENodeBStatusAlbum").put(eNodeBStatus.getENodeB(), eNodeBStatus);
-logger.debug(eNodeBStatus.getENodeB() + ": dosCount incremented to " + eNodeBStatus.getDOSCount());
+logger.debug(eNodeBStatus.getENodeB() + ": dosCount incremented to " + eNodeBStatus.getDosCount());
outFields["PROBE_ON"] = true;
outFields["TCP_ON"] = true;
* ============LICENSE_END=========================================================
*/
import org.onap.policy.apex.examples.aadm.concepts.ENodeBStatus;
-import org.onap.policy.apex.examples.aadm.concepts.IPAddressStatus;
-import org.onap.policy.apex.examples.aadm.concepts.IMSIStatus;
+import org.onap.policy.apex.examples.aadm.concepts.IpAddressStatus;
+import org.onap.policy.apex.examples.aadm.concepts.ImsiStatus;
logger.debug(subject.id + ":" + subject.taskName + " execution logic");
logger.debug(inFields);
return false;
}
-IPAddressStatus ipAddressStatus = getContextAlbum("IPAddressStatusAlbum").get(ipAddress);
+IpAddressStatus ipAddressStatus = getContextAlbum("IPAddressStatusAlbum").get(ipAddress);
if (ipAddressStatus == null) {
- ipAddressStatus = new IPAddressStatus(ipAddress);
- ipAddressStatus.setIMSI(imsi);
- getContextAlbum("IPAddressStatusAlbum").put(ipAddressStatus.getIPAddress(), ipAddressStatus);
+ ipAddressStatus = new IpAddressStatus(ipAddress);
+ ipAddressStatus.setImsi(imsi);
+ getContextAlbum("IPAddressStatusAlbum").put(ipAddressStatus.getIpAddress(), ipAddressStatus);
logger.debug("added new IP address " + getContextAlbum("IPAddressStatusAlbum").get(ipAddress));
}
else {
logger.debug("found IP address " + ipAddressStatus);
}
-IMSIStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)imsi);
+ImsiStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)imsi);
if (imsiStatus == null) {
- imsiStatus = new IMSIStatus(imsi);
- imsiStatus.setENodeBID(eNodeBID);
- getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getIMSI(), imsiStatus);
+ imsiStatus = new ImsiStatus(imsi);
+ imsiStatus.setENodeBId(eNodeBID);
+ getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getImsi(), imsiStatus);
logger.debug("added new IMSI " + imsi + " to IMSI status map")
}
* SPDX-License-Identifier: Apache-2.0
* ============LICENSE_END=========================================================
*/
-import org.onap.policy.apex.examples.aadm.concepts.IMSIStatus;
+import org.onap.policy.apex.examples.aadm.concepts.ImsiStatus;
import org.onap.policy.apex.examples.aadm.concepts.ENodeBStatus;
logger.debug(subject.id + ":" + subject.stateName + " execution logic");
logger.debug("inFields[SERVICE_REQUEST_COUNT]=" + inFields["SERVICE_REQUEST_COUNT"]);
-IMSIStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
+ImsiStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
if (imsiStatus.getBlockingCount() > 1) {
subject.getTaskKey("AADMNoActTask").copyTo(selectedTask);
return false;
}
-logger.debug("imsi: " + imsiStatus.getIMSI() + " anamalous " + imsiStatus.getAnomalous());
+logger.debug("imsi: " + imsiStatus.getImsi() + " anamalous " + imsiStatus.getAnomalous());
// check if this is second iteration
if (inFields["TCP_UE_SIDE_AVG_THROUGHPUT"] != null && inFields["TCP_UE_SIDE_AVG_THROUGHPUT"] > 100 && imsiStatus.getAnomalous()) {
if (inFields["SERVICE_REQUEST_COUNT"] != null &&
inFields["AVG_SUBSCRIBER_SERVICE_REQUEST"] != null &&
inFields["SERVICE_REQUEST_COUNT"] > inFields["AVG_SUBSCRIBER_SERVICE_REQUEST"] &&
- eNodeBStatus != null && eNodeBStatus.getDOSCount() > 100 &&
+ eNodeBStatus != null && eNodeBStatus.getDosCount() > 100 &&
inFields["NUM_SUBSCRIBERS"] != null && inFields["NUM_SUBSCRIBERS"] > 100) {
logger.debug("inside NUM_SUBSCRIBERS");
subject.getTaskKey("AADMDoSProvenActTask").copyTo(selectedTask);
* SPDX-License-Identifier: Apache-2.0
* ============LICENSE_END=========================================================
*/
-import org.onap.policy.apex.examples.aadm.concepts.IMSIStatus;
+import org.onap.policy.apex.examples.aadm.concepts.ImsiStatus;
logger.debug(subject.id + ":" + subject.taskName + " execution logic");
logger.debug(inFields);
-for (IMSIStatus imsiStatus : getContextAlbum("IMSIStatusAlbum").values()) {
+for (ImsiStatus imsiStatus : getContextAlbum("IMSIStatusAlbum").values()) {
if ((System.currentTimeMillis() - imsiStatus.getBlacklistedTime()) > 180000) {
imsiStatus.setBlacklistedTime(0);
- getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getIMSI(), imsiStatus);
+ getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getImsi(), imsiStatus);
}
}
* SPDX-License-Identifier: Apache-2.0
* ============LICENSE_END=========================================================
*/
-import org.onap.policy.apex.examples.aadm.concepts.IMSIStatus;
+import org.onap.policy.apex.examples.aadm.concepts.ImsiStatus;
logger.debug(subject.id + ":" + subject.taskName + " execution logic");
logger.debug(inFields);
return true;
}
-IMSIStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
+ImsiStatus imsiStatus = getContextAlbum("IMSIStatusAlbum").get((String)inFields["IMSI"]);
logger.debug(imsiStatus);
if (imsiStatus.getBlockingCount() > 1) {
imsiStatus.incrementBlockingCount();
imsiStatus.setBlacklistedTime(System.currentTimeMillis());
-logger.debug("Bocking count for IMSI: " + imsiStatus.getIMSI() + " is: " + imsiStatus.getBlockingCount());
-getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getIMSI(), imsiStatus);
+logger.debug("Bocking count for IMSI: " + imsiStatus.getImsi() + " is: " + imsiStatus.getBlockingCount());
+getContextAlbum("IMSIStatusAlbum").put(imsiStatus.getImsi(), imsiStatus);
outFields["PROFILE"] = "ServiceA";
outFields["BLACKLIST_ON"] = true;
Class.forName("org.apache.derby.jdbc.EmbeddedDriver").newInstance();
connection = DriverManager.getConnection("jdbc:derby:memory:apex_test;create=true");
- testApexModel = new TestApexModel<AxPolicyModel>(AxPolicyModel.class, new TestAADMModelCreator());
+ testApexModel = new TestApexModel<AxPolicyModel>(AxPolicyModel.class, new TestAadmModelCreator());
}
@After
import org.onap.policy.apex.model.basicmodel.test.TestApexModel;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-public class TestAADMModel {
+public class TestAadmModel {
private Connection connection;
TestApexModel<AxPolicyModel> testApexModel;
Class.forName("org.apache.derby.jdbc.EmbeddedDriver").newInstance();
connection = DriverManager.getConnection("jdbc:derby:memory:apex_test;create=true");
- testApexModel = new TestApexModel<AxPolicyModel>(AxPolicyModel.class, new TestAADMModelCreator());
+ testApexModel = new TestApexModel<AxPolicyModel>(AxPolicyModel.class, new TestAadmModelCreator());
}
@After
}
@Test
- public void testModelWriteReadXML() throws Exception {
+ public void testModelWriteReadXml() throws Exception {
testApexModel.testApexModelWriteReadXml();
}
@Test
- public void testModelWriteReadJSON() throws Exception {
+ public void testModelWriteReadJson() throws Exception {
testApexModel.testApexModelWriteReadJson();
}
@Test
- public void testModelWriteReadJPA() throws Exception {
+ public void testModelWriteReadJpa() throws Exception {
final DaoParameters DaoParameters = new DaoParameters();
DaoParameters.setPluginClass("org.onap.policy.apex.model.basicmodel.dao.impl.DefaultApexDao");
DaoParameters.setPersistenceUnit("AADMModelTest");
package org.onap.policy.apex.examples.aadm;
-import org.onap.policy.apex.examples.aadm.model.AADMDomainModelFactory;
+import org.onap.policy.apex.examples.aadm.model.AadmDomainModelFactory;
import org.onap.policy.apex.model.basicmodel.test.TestApexModelCreator;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
* This class implements Interface TestApexModelCreator to support AADM model.
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class TestA
ADMModelCreator implements TestApexModelCreator<AxPolicyModel> {
+public class TestA
admModelCreator implements TestApexModelCreator<AxPolicyModel> {
@Override
public AxPolicyModel getModel() {
- return new AADMDomainModelFactory().getAADMPolicyModel();
+ return new AadmDomainModelFactory().getAadmPolicyModel();
}
@Override
import org.onap.policy.apex.core.engine.engine.impl.ApexEngineImpl;
import org.onap.policy.apex.core.engine.event.EnEvent;
import org.onap.policy.apex.examples.aadm.concepts.ENodeBStatus;
-import org.onap.policy.apex.examples.aadm.model.AADMDomainModelFactory;
+import org.onap.policy.apex.examples.aadm.model.AadmDomainModelFactory;
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.eventmodel.concepts.AxEvent;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.common.parameters.ParameterService;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
+// TODO: Auto-generated Javadoc
/**
* This class tests AADM use case.
* @author Sergey Sachkov (sergey.sachkov@ericsson.com)
*
*/
-public class TestAADMUseCase {
- private static final XLogger logger = XLoggerFactory.getXLogger(TestAADMUseCase.class);
+public class TestAadmUseCase {
+ private static final XLogger logger = XLoggerFactory.getXLogger(TestAadmUseCase.class);
private SchemaParameters schemaParameters;
private ContextParameters contextParameters;
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
ParameterService.register(engineParameters);
}
+ /**
+ * After test.
+ */
@After
public void afterTest() {
ParameterService.deregister(engineParameters);
* @throws IOException Signals that an I/O exception has occurred.
*/
@Test
- public void testAADMCase() throws ApexException, InterruptedException, IOException {
- final AxPolicyModel apexPolicyModel = new AADMDomainModelFactory().getAADMPolicyModel();
+ public void testAadmCase() throws ApexException, InterruptedException, IOException {
+ final AxPolicyModel apexPolicyModel = new AadmDomainModelFactory().getAadmPolicyModel();
assertNotNull(apexPolicyModel);
final AxArtifactKey key = new AxArtifactKey("AADMApexEngine", "0.0.1");
final ContextAlbum eNodeBStatusAlbum = apexEngine.getInternalContext().get("ENodeBStatusAlbum");
final ENodeBStatus eNodeBStatus = (ENodeBStatus) eNodeBStatusAlbum.get("123");
- eNodeBStatus.setDOSCount(101);
+ eNodeBStatus.setDosCount(101);
eNodeBStatusAlbum.put(eNodeBStatus.getENodeB(), eNodeBStatus);
logger.info("Sending too many connections trigger ");
// only one imsi was sent to process, so stop probe and tcp
assertTrue(!(boolean) result.get("TCP_ON"));
assertTrue(!(boolean) result.get("PROBE_ON"));
- assertEquals(100, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
+ assertEquals(100, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
- ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDOSCount(99);
+ ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDosCount(99);
// getting number of connections send it to policy, expecting probe action
logger.info("Sending too many connections trigger ");
assertTrue(result.get("ACTTASK").equals("probe"));
assertTrue((boolean) result.get("TCP_ON"));
assertTrue((boolean) result.get("PROBE_ON"));
- assertEquals(99, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
+ assertEquals(99, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
- ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDOSCount(99);
+ ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDosCount(99);
// tcp correlation return positive dos
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
assertTrue(result.get("ACTTASK").equals("act"));
assertTrue(!(boolean) result.get("TCP_ON"));
assertTrue(!(boolean) result.get("PROBE_ON"));
- assertEquals(98, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
+ assertEquals(98, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
- ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDOSCount(101);
+ ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDosCount(101);
// user moving enodeB
logger.info("Sending too many connections trigger ");
assertTrue(result.get("ACTTASK").equals("act"));
assertTrue(!(boolean) result.get("TCP_ON"));
assertTrue(!(boolean) result.get("PROBE_ON"));
- assertEquals(100, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
+ assertEquals(100, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
logger.info("Sending too many connections trigger ");
assertTrue(result.get("ACTTASK").equals("probe"));
assertTrue((boolean) result.get("TCP_ON"));
assertTrue((boolean) result.get("PROBE_ON"));
- assertEquals(99, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
- assertEquals(1, ((ENodeBStatus) eNodeBStatusAlbum.get("124")).getDOSCount());
+ assertEquals(99, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
+ assertEquals(1, ((ENodeBStatus) eNodeBStatusAlbum.get("124")).getDosCount());
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
// End of user moving enodeB
- ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDOSCount(101);
+ ((ENodeBStatus) eNodeBStatusAlbum.get("123")).setDosCount(101);
// user becomes non anomalous
logger.info("Sending too many connections trigger ");
assertTrue(result.get("ACTTASK").equals("probe"));
assertTrue((boolean) result.get("TCP_ON"));
assertTrue((boolean) result.get("PROBE_ON"));
- assertEquals(102, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
+ assertEquals(102, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
logger.info("Sending too many connections trigger ");
assertTrue(result.get("ACTTASK").equals("probe"));
assertTrue((boolean) result.get("TCP_ON"));
assertTrue((boolean) result.get("PROBE_ON"));
- assertEquals(102, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDOSCount());
+ assertEquals(102, ((ENodeBStatus) eNodeBStatusAlbum.get("123")).getDosCount());
logger.info("Receiving action event with {} action", result.get("ACTTASK"));
// End of user becomes non anomalous
apexEngine.handleEvent(result);
* Test vpn cleardown.
*/
@After
- public void testAADMCleardown() {}
+ public void testAadmCleardown() {}
/**
* Gets the trigger event.
*
- * @param apexModel the apex model
+ * @param apexPolicyModel the apex policy model
* @return the trigger event
*/
private AxEvent getTriggerEvent(final AxPolicyModel apexPolicyModel) {
import org.onap.policy.apex.model.basicmodel.concepts.AxValidationResult;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
import org.onap.policy.apex.plugins.executor.java.JavaExecutorParameters;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.common.parameters.ParameterService;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
private ContextParameters contextParameters;
private EngineParameters engineParameters;
+ /**
+ * Before test.
+ */
@Before
public void beforeTest() {
schemaParameters = new SchemaParameters();
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
engineParameters.getExecutorParameterMap().put("JAVA", new JavaExecutorParameters());
ParameterService.register(engineParameters);
}
+ /**
+ * After test.
+ */
@After
public void afterTest() {
ParameterService.deregister(engineParameters);
ParameterService.deregister(schemaParameters);
}
+ /**
+ * Test anomaly detection tsl.
+ *
+ * @throws ApexException the apex exception
+ * @throws InterruptedException the interrupted exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
// once through the long running test below
public void testAnomalyDetectionTsl() throws ApexException, InterruptedException, IOException {
final AxArtifactKey key = new AxArtifactKey("AnomalyTSLApexEngine", "0.0.1");
final EngineParameters parameters = new EngineParameters();
- parameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ parameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
parameters.getExecutorParameterMap().put("JAVA", new JavaExecutorParameters());
final ApexEngine apexEngine1 = new ApexEngineFactory().createApexEngine(key);
Thread.sleep(1000);
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws ApexException the apex exception
+ * @throws InterruptedException the interrupted exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
public static void main(final String[] args) throws ApexException, InterruptedException, IOException {
new TestAnomalyDetectionTslUseCase().testAnomalyDetectionTslmain();
}
import org.onap.policy.apex.model.basicmodel.concepts.AxValidationResult;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
import org.onap.policy.apex.plugins.executor.java.JavaExecutorParameters;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.common.parameters.ParameterService;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
+// TODO: Auto-generated Javadoc
/**
* Test Auto learning in TSL.
*
private ContextParameters contextParameters;
private EngineParameters engineParameters;
+ /**
+ * Before test.
+ */
@Before
public void beforeTest() {
schemaParameters = new SchemaParameters();
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
engineParameters.getExecutorParameterMap().put("JAVA", new JavaExecutorParameters());
ParameterService.register(engineParameters);
}
+ /**
+ * After test.
+ */
@After
public void afterTest() {
ParameterService.deregister(engineParameters);
ParameterService.deregister(schemaParameters);
}
+ /**
+ * Test auto learn tsl.
+ *
+ * @throws ApexException the apex exception
+ * @throws InterruptedException the interrupted exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
// once through the long running test below
public void testAutoLearnTsl() throws ApexException, InterruptedException, IOException {
final AxArtifactKey key = new AxArtifactKey("AADMApexEngine", "0.0.1");
final EngineParameters parameters = new EngineParameters();
- parameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ parameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
parameters.getExecutorParameterMap().put("JAVA", new JavaExecutorParameters());
final ApexEngine apexEngine1 = new ApexEngineFactory().createApexEngine(key);
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws ApexException the apex exception
+ * @throws InterruptedException the interrupted exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
public static void main(final String[] args) throws ApexException, InterruptedException, IOException {
new TestAutoLearnTslUseCase().testAutoLearnTslMain();
}
<goal>java</goal>
</goals>
<configuration>
- <mainClass>org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain</mainClass>
+ <mainClass>org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain</mainClass>
<classpathScope>compile</classpathScope>
<arguments>
<argument>--command-file=${project.basedir}/src/main/resources/policy/${policymodel.name}.apex</argument>
<!-- automatically creates the classpath using all project dependencies,
also adding the project build directory -->
<classpath />
- <argument>org.onap.policy.apex.examples.myfirstpolicy.model.MFPDomainModelSaver</argument>
+ <argument>org.onap.policy.apex.examples.myfirstpolicy.model.MfpDomainModelSaver</argument>
<argument>${project.build.directory}/classes/examples/models/MyFirstPolicy</argument>
</arguments>
</configuration>
*
* @author John Keeney (john.keeney@ericsson.com)
*/
-public class MFPDomainModelFactory {
+public class MfpDomainModelFactory {
private static final String MFP1PATH = "examples/models/MyFirstPolicy/1/MyFirstPolicyModel_0.0.1.json";
private static final String MFP1_ALT_PATH = "examples/models/MyFirstPolicy/1/MyFirstPolicyModel_0.0.1.alt.json";
*
* @return the MyFirstPolicy#1 policy model
*/
- public AxPolicyModel getMFP1PolicyModel() {
+ public AxPolicyModel getMfp1PolicyModel() {
java.util.TimeZone.getTimeZone("gmt");
try {
final ApexModelReader<AxPolicyModel> reader = new ApexModelReader<>(AxPolicyModel.class);
- return reader.read(ResourceUtils.getResourceAsString(MFPDomainModelFactory.MFP1PATH));
+ return reader.read(ResourceUtils.getResourceAsString(MfpDomainModelFactory.MFP1PATH));
} catch (final Exception e) {
- throw new ApexRuntimeException("Failed to build MyFirstPolicy from path: " + MFPDomainModelFactory.MFP1PATH,
+ throw new ApexRuntimeException("Failed to build MyFirstPolicy from path: " + MfpDomainModelFactory.MFP1PATH,
e);
}
}
*
* @return the MyFirstPolicy#1 policy model
*/
- public AxPolicyModel getMFP1AltPolicyModel() {
+ public AxPolicyModel getMfp1AltPolicyModel() {
java.util.TimeZone.getTimeZone("gmt");
try {
final ApexModelReader<AxPolicyModel> reader = new ApexModelReader<>(AxPolicyModel.class);
- return reader.read(ResourceUtils.getResourceAsString(MFPDomainModelFactory.MFP1_ALT_PATH));
+ return reader.read(ResourceUtils.getResourceAsString(MfpDomainModelFactory.MFP1_ALT_PATH));
} catch (final Exception e) {
throw new ApexRuntimeException(
- "Failed to build MyFirstPolicy_ALT from path: " + MFPDomainModelFactory.MFP1_ALT_PATH, e);
+ "Failed to build MyFirstPolicy_ALT from path: " + MfpDomainModelFactory.MFP1_ALT_PATH, e);
}
}
*
* @return the MyFirstPolicy#1 policy model
*/
- public AxPolicyModel getMFP2PolicyModel() {
+ public AxPolicyModel getMfp2PolicyModel() {
try {
final ApexModelReader<AxPolicyModel> reader = new ApexModelReader<>(AxPolicyModel.class);
- return reader.read(ResourceUtils.getResourceAsString(MFPDomainModelFactory.MFP2PATH));
+ return reader.read(ResourceUtils.getResourceAsString(MfpDomainModelFactory.MFP2PATH));
} catch (final Exception e) {
- throw new ApexRuntimeException("Failed to build MyFirstPolicy from path: " + MFPDomainModelFactory.MFP2PATH,
+ throw new ApexRuntimeException("Failed to build MyFirstPolicy from path: " + MfpDomainModelFactory.MFP2PATH,
e);
}
}
*
* @author John Keeney (john.keeney@ericsson.com)
*/
-public final class MFPDomainModelSaver {
+public final class MfpDomainModelSaver {
/** Private constructor to prevent instantiation. */
- private MFPDomainModelSaver() {}
+ private MfpDomainModelSaver() {}
/**
* Write the MyFirstPolicy model to args[0].
*/
public static void main(final String[] args) throws ApexException {
if (args.length != 1) {
- System.err.println("usage: " + MFPDomainModelSaver.class.getCanonicalName() + " modelDirectory");
+ System.err.println("usage: " + MfpDomainModelSaver.class.getCanonicalName() + " modelDirectory");
return;
}
// Save Java model
- AxPolicyModel mfpPolicyModel = new MFPDomainModelFactory().getMFP1PolicyModel();
+ AxPolicyModel mfpPolicyModel = new MfpDomainModelFactory().getMfp1PolicyModel();
ApexModelSaver<AxPolicyModel> mfpModelSaver =
new ApexModelSaver<>(AxPolicyModel.class, mfpPolicyModel, args[0] + "/1/");
mfpModelSaver.apexModelWriteJson();
mfpModelSaver.apexModelWriteXml();
- mfpPolicyModel = new MFPDomainModelFactory().getMFP2PolicyModel();
+ mfpPolicyModel = new MfpDomainModelFactory().getMfp2PolicyModel();
mfpModelSaver = new ApexModelSaver<>(AxPolicyModel.class, mfpPolicyModel, args[0] + "/2/");
mfpModelSaver.apexModelWriteJson();
mfpModelSaver.apexModelWriteXml();
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
},
"JAVASCRIPT": {
"parameterClassName": "org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
},
"JAVASCRIPT": {
"parameterClassName": "org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
},
"JAVASCRIPT": {
"parameterClassName": "org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters"
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 4000
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 3000
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
},
"JAVASCRIPT": {
"parameterClassName": "org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
},
"JAVASCRIPT": {
"parameterClassName": "org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
},
"JAVASCRIPT": {
"parameterClassName": "org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters"
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 4000
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 3000
import org.junit.BeforeClass;
import org.junit.Test;
-import org.onap.policy.apex.examples.myfirstpolicy.model.MFPDomainModelFactory;
+import org.onap.policy.apex.examples.myfirstpolicy.model.MfpDomainModelFactory;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicy;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
*/
@Test
public void testMfp1TaskLogic() {
- final AxPolicyModel apexPolicyModel = new MFPDomainModelFactory().getMFP1PolicyModel();
+ final AxPolicyModel apexPolicyModel = new MfpDomainModelFactory().getMfp1PolicyModel();
assertNotNull(apexPolicyModel);
final Map<String, String> logics = new LinkedHashMap<>();
*/
@Test
public void testMfp1AltTaskLogic() {
- final AxPolicyModel apexPolicyModel = new MFPDomainModelFactory().getMFP1AltPolicyModel();
+ final AxPolicyModel apexPolicyModel = new MfpDomainModelFactory().getMfp1AltPolicyModel();
assertNotNull(apexPolicyModel);
final Map<String, String> logics = new LinkedHashMap<>();
*/
@Test
public void testMfp2TaskLogic() {
- final AxPolicyModel apexPolicyModel = new MFPDomainModelFactory().getMFP2PolicyModel();
+ final AxPolicyModel apexPolicyModel = new MfpDomainModelFactory().getMfp2PolicyModel();
assertNotNull(apexPolicyModel);
final Map<String, String> logics = new LinkedHashMap<>();
import org.junit.BeforeClass;
import org.junit.Test;
-import org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain;
+import org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain;
import org.onap.policy.apex.model.basicmodel.handling.ApexModelException;
import org.onap.policy.apex.model.basicmodel.handling.ApexModelReader;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
{ "-c", "src/main/resources/examples/models/MyFirstPolicy/2/MyFirstPolicyModel_0.0.1.apex", "-l",
tempLogFile2.getAbsolutePath(), "-o", tempModelFile2.getAbsolutePath() };
- new ApexCLIEditorMain(testApexModel1CliArgs);
- new ApexCLIEditorMain(testApexModel2CliArgs);
+ new ApexCommandLineEditorMain(testApexModel1CliArgs);
+ new ApexCommandLineEditorMain(testApexModel2CliArgs);
final ApexModelReader<AxPolicyModel> reader = new ApexModelReader<>(AxPolicyModel.class);
AxPolicyModel generatedmodel = reader.read(TextFileUtils.getTextFileAsString(tempModelFile1.getAbsolutePath()));
package org.onap.policy.apex.examples.myfirstpolicy;
-import org.onap.policy.apex.examples.myfirstpolicy.model.MFPDomainModelFactory;
+import org.onap.policy.apex.examples.myfirstpolicy.model.MfpDomainModelFactory;
import org.onap.policy.apex.model.basicmodel.test.TestApexModelCreator;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
*/
@Override
public AxPolicyModel getModel() {
- return new MFPDomainModelFactory().getMFP1PolicyModel();
+ return new MfpDomainModelFactory().getMfp1PolicyModel();
}
}
*/
@Override
public AxPolicyModel getModel() {
- return new MFPDomainModelFactory().getMFP2PolicyModel();
+ return new MfpDomainModelFactory().getMfp2PolicyModel();
}
}
import org.onap.policy.apex.core.engine.engine.impl.ApexEngineFactory;
import org.onap.policy.apex.core.engine.engine.impl.ApexEngineImpl;
import org.onap.policy.apex.core.engine.event.EnEvent;
-import org.onap.policy.apex.examples.myfirstpolicy.model.MFPDomainModelFactory;
+import org.onap.policy.apex.examples.myfirstpolicy.model.MfpDomainModelFactory;
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.eventmodel.concepts.AxEvent;
import org.onap.policy.apex.model.eventmodel.concepts.AxField;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
import org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.common.parameters.ParameterService;
import org.onap.policy.common.utils.resources.ResourceUtils;
private static SchemaParameters schemaParameters;
private static EngineParameters engineParameters;
+ /**
+ * Before test.
+ */
@BeforeClass
public static void beforeTest() {
schemaParameters = new SchemaParameters();
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
engineParameters.getExecutorParameterMap().put("JAVASCRIPT", new JavascriptExecutorParameters());
ParameterService.register(engineParameters);
}
+ /**
+ * After test.
+ */
@AfterClass
public static void afterTest() {
ParameterService.deregister(engineParameters);
*/
@Test
public void testMfp1Case() throws ApexException, InterruptedException, IOException {
- final AxPolicyModel apexPolicyModel = new MFPDomainModelFactory().getMFP1PolicyModel();
+ final AxPolicyModel apexPolicyModel = new MfpDomainModelFactory().getMfp1PolicyModel();
assertNotNull(apexPolicyModel);
final TestSaleAuthListener listener = new TestSaleAuthListener("Test");
*/
@Test
public void testMfp2Case() throws ApexException, InterruptedException, IOException {
- final AxPolicyModel apexPolicyModel = new MFPDomainModelFactory().getMFP2PolicyModel();
+ final AxPolicyModel apexPolicyModel = new MfpDomainModelFactory().getMfp2PolicyModel();
assertNotNull(apexPolicyModel);
final TestSaleAuthListener listener = new TestSaleAuthListener("Test");
<goal>java</goal>
</goals>
<configuration>
- <mainClass>org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain</mainClass>
+ <mainClass>org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain</mainClass>
<classpathScope>compile</classpathScope>
<arguments>
<argument>--command-file=${project.basedir}/src/main/resources/policy/${policymodel.name}.apex</argument>
import org.glassfish.jersey.server.ResourceConfig;
import org.onap.policy.apex.core.infrastructure.threading.ThreadUtilities;
-public class AAIAndGuardSim {
+/**
+ * The Class AaiAndGuardSim.
+ */
+public class AaiAndGuardSim {
private static final String BASE_URI = "http://localhost:54321/AAIAndGuardSim";
private HttpServer server;
- public AAIAndGuardSim() {
- final ResourceConfig rc = new ResourceConfig(AAIAndGuardSimEndpoint.class);
+ /**
+ * Instantiates a new aai and guard sim.
+ */
+ public AaiAndGuardSim() {
+ final ResourceConfig rc = new ResourceConfig(AaiAndGuardSimEndpoint.class);
server = GrizzlyHttpServerFactory.createHttpServer(URI.create(BASE_URI), rc);
while (!server.isStarted()) {
}
}
+ /**
+ * Tear down.
+ *
+ * @throws Exception the exception
+ */
public void tearDown() throws Exception {
server.shutdown();
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws Exception the exception
+ */
public static void main(final String[] args) throws Exception {
- final AAIAndGuardSim sim = new AAIAndGuardSim();
+ final AaiAndGuardSim sim = new AaiAndGuardSim();
while (true) {
try {
import javax.ws.rs.Path;
import javax.ws.rs.core.Response;
-
+/**
+ * The Class AaiAndGuardSimEndpoint.
+ */
@Path("/sim")
-public class AAIAndGuardSimEndpoint {
+public class AaiAndGuardSimEndpoint {
private static int postMessagesReceived = 0;
private static int putMessagesReceived = 0;
private static int statMessagesReceived = 0;
private static int getMessagesReceived = 0;
+ /**
+ * Service get stats.
+ *
+ * @return the response
+ */
@Path("/pdp/api/Stats")
@GET
public Response serviceGetStats() {
+ ",\"POST\": " + postMessagesReceived + ",\"PUT\": " + putMessagesReceived + "}").build();
}
+ /**
+ * Service guard post request.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/pdp/api/getDecision")
@POST
public Response serviceGuardPostRequest(final String jsonString) {
}
}
+ /**
+ * Service get event.
+ *
+ * @return the response
+ */
@Path("/event/GetEvent")
@GET
public Response serviceGetEvent() {
return Response.status(200).entity(eventString).build();
}
+ /**
+ * Service get empty event.
+ *
+ * @return the response
+ */
@Path("/event/GetEmptyEvent")
@GET
public Response serviceGetEmptyEvent() {
return Response.status(200).build();
}
+ /**
+ * Service get event bad response.
+ *
+ * @return the response
+ */
@Path("/event/GetEventBadResponse")
@GET
public Response serviceGetEventBadResponse() {
return Response.status(400).build();
}
+ /**
+ * Service post request.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/PostEvent")
@POST
public Response servicePostRequest(final String jsonString) {
+ ",\"POST\": , " + postMessagesReceived + ",\"PUT\": " + putMessagesReceived + "}").build();
}
+ /**
+ * Service post request bad response.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/PostEventBadResponse")
@POST
public Response servicePostRequestBadResponse(final String jsonString) {
return Response.status(400).build();
}
+ /**
+ * Service put request.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/PutEvent")
@PUT
public Response servicePutRequest(final String jsonString) {
import java.io.File;
-import org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain;
+import org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain;
import org.onap.policy.apex.model.basicmodel.concepts.ApexRuntimeException;
import org.onap.policy.apex.model.basicmodel.handling.ApexModelReader;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
new String[] {"-c", "src/main/resources/org/onap/policy/apex/examples/pcvs/vpnsla/vpnsla.apex", "-wd",
workingDirectory, "-o", full};
- final ApexCLIEditorMain cliEditor = new ApexCLIEditorMain(args);
+ final ApexCommandLineEditorMain cliEditor = new ApexCommandLineEditorMain(args);
if (cliEditor.getErrorCount() > 0) {
throw new ApexRuntimeException(
"Apex CLI editor execution failed with " + cliEditor.getErrorCount() + " errors");
<goal>java</goal>
</goals>
<configuration>
- <mainClass>org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain</mainClass>
+ <mainClass>org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain</mainClass>
<classpathScope>compile</classpathScope>
<arguments>
<argument>--command-file=${project.basedir}/src/main/resources/policy/${policymodel.name}.apex</argument>
set APEX_APP_MAP[tpl-event-json]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -cp %CLASSPATH% %_CONFIG% org.onap.policy.apex.tools.model.generator.model2event.Application
set APEX_APP_MAP[model-2-cli]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -cp %CLASSPATH% %_CONFIG% org.onap.policy.apex.tools.model.generator.model2cli.Application
set APEX_APP_MAP[rest-editor]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -jar %APEX_HOME%\lib\applications\client-editor-%_VERSION%-editor.jar
-set APEX_APP_MAP[cli-editor]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -cp %CLASSPATH% %_CONFIG% org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain
+set APEX_APP_MAP[cli-editor]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -cp %CLASSPATH% %_CONFIG% org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain
set APEX_APP_MAP[engine]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -cp %CLASSPATH% %_CONFIG% org.onap.policy.apex.service.engine.main.ApexMain
set APEX_APP_MAP[eng-deployment]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -jar %APEX_HOME%\lib\applications\client-deployment-%_VERSION%-deployment.jar
set APEX_APP_MAP[eng-monitoring]=java -Dlogback.configurationFile=%APEX_HOME%\etc\logback.xml -jar %APEX_HOME%\lib\applications\client-monitoring-%_VERSION%-monitoring.jar
APEX_APP_MAP["tpl-event-json"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -cp ${CLASSPATH} $_config org.onap.policy.apex.tools.model.generator.model2event.Application"
APEX_APP_MAP["model-2-cli"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -cp ${CLASSPATH} $_config org.onap.policy.apex.tools.model.generator.model2cli.Application"
APEX_APP_MAP["rest-editor"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -jar $APEX_HOME/lib/applications/client-editor-$_version-editor.jar"
-APEX_APP_MAP["cli-editor"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -cp ${CLASSPATH} $_config org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain"
+APEX_APP_MAP["cli-editor"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -cp ${CLASSPATH} $_config org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain"
APEX_APP_MAP["engine"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -cp ${CLASSPATH} $_config org.onap.policy.apex.service.engine.main.ApexMain"
APEX_APP_MAP["eng-deployment"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -jar $APEX_HOME/lib/applications/client-deployment-$_version-deployment.jar"
APEX_APP_MAP["eng-monitoring"]="java -Dlogback.configurationFile=$APEX_HOME/etc/logback.xml -jar $APEX_HOME/lib/applications/client-monitoring-$_version-monitoring.jar"
package org.onap.policy.apex.plugins.context.distribution.hazelcast;
+import com.hazelcast.core.Hazelcast;
+import com.hazelcast.core.HazelcastInstance;
+
import java.util.Map;
import org.onap.policy.apex.context.ContextException;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
-import com.hazelcast.core.Hazelcast;
-import com.hazelcast.core.HazelcastInstance;
-
/**
* This context distributor distributes context across threads in multiple JVMs on multiple hosts.
* It uses hazelcast to distribute maps.
// Create the hazelcast instance if it does not already exist
if (hazelcastInstance == null) {
- hazelcastInstance = Hazelcast.newHazelcastInstance();
+ setHazelcastInstance(Hazelcast.newHazelcastInstance());
}
LOGGER.exit("init(" + key + ")");
}
+ /**
+ * Set the hazelcast instance statically.
+ * @param newHazelcastInstance the hazelcast instance
+ */
+ private static void setHazelcastInstance(HazelcastInstance newHazelcastInstance) {
+ hazelcastInstance = newHazelcastInstance;
+ }
+
/*
* (non-Javadoc)
*
if (hazelcastInstance != null) {
hazelcastInstance.shutdown();
}
- hazelcastInstance = null;
+ setHazelcastInstance(null);
}
}
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
+/**
+ * The Class HazelcastContextDistributorTest.
+ */
public class HazelcastContextDistributorTest {
private static final String HAZEL_CAST_PLUGIN_CLASS = HazelcastContextDistributor.class.getCanonicalName();
// Logger for this class
private SchemaParameters schemaParameters;
private ContextParameters contextParameters;
+ /**
+ * Before test.
+ */
@Before
public void beforeTest() {
contextParameters = new ContextParameters();
ParameterService.register(schemaParameters);
}
+ /**
+ * After test.
+ */
@After
public void afterTest() {
ParameterService.deregister(schemaParameters);
ParameterService.deregister(contextParameters.getPersistorParameters());
ParameterService.deregister(contextParameters);
}
+
+ /**
+ * Test context album update hazelcast.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testContextAlbumUpdateHazelcast() throws ApexModelException, IOException, ApexException {
logger.debug("Running testContextAlbumUpdateHazelcast test . . .");
logger.debug("Ran testContextAlbumUpdateHazelcast test");
}
+ /**
+ * Test context instantiation hazelcast.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testContextInstantiationHazelcast() throws ApexModelException, IOException, ApexException {
logger.debug("Running testContextInstantiationHazelcast test . . .");
logger.debug("Ran testContextInstantiationHazelcast test");
}
+ /**
+ * Test context update hazelcast.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testContextUpdateHazelcast() throws ApexModelException, IOException, ApexException {
logger.debug("Running testContextUpdateHazelcast test . . .");
import java.util.Map;
-import org.infinispan.Cache;
import org.onap.policy.apex.context.ContextException;
import org.onap.policy.apex.context.impl.distribution.AbstractDistributor;
import org.onap.policy.apex.context.parameters.ContextParameterConstants;
import org.slf4j.ext.XLoggerFactory;
/**
- * This context distributor distributes context across threads in multiple JVMs on multiple hosts.
- * It uses Infinispan to distribute maps.
+ * This context distributor distributes context across threads in multiple JVMs on multiple hosts. It uses Infinispan to
+ * distribute maps.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
/*
* (non-Javadoc)
*
- * @see
- * org.onap.policy.apex.context.impl.distribution.AbstractContextDistributor#init(org.onap.policy.apex
+ * @see org.onap.policy.apex.context.impl.distribution.AbstractContextDistributor#init(org.onap.policy.apex
* .model.basicmodel.concepts.AxArtifactKey)
*/
@Override
// Create the infinispan manager if it does not already exist
if (infinispanManager == null) {
// Get the parameters from the parameter service
- final InfinispanDistributorParameters parameters =
- ParameterService.get(ContextParameterConstants.DISTRIBUTOR_GROUP_NAME);
+ final InfinispanDistributorParameters parameters = ParameterService
+ .get(ContextParameterConstants.DISTRIBUTOR_GROUP_NAME);
- LOGGER.debug("initiating Infinispan with the parameters: " + parameters);
+ LOGGER.debug("initiating Infinispan with the parameters: {}", parameters);
// Create the manager
- infinispanManager = new InfinispanManager(parameters);
+ setInfinispanManager(new InfinispanManager(parameters));
}
LOGGER.exit("init(" + key + ")");
}
+ /**
+ * Set the infinispan manager statically.
+ * @param newInfinispanManager the new infinspan manager instance
+ */
+ private static void setInfinispanManager(InfinispanManager newInfinispanManager) {
+ infinispanManager = newInfinispanManager;
+ }
+
/*
* (non-Javadoc)
*
LOGGER.info("InfinispanContextDistributor: create album: " + contextAlbumKey.getId());
// Get the Cache from Infinispan
- final Cache<String, Object> infinispanCache =
- infinispanManager.getCacheManager().getCache(contextAlbumKey.getId().replace(':', '_'));
-
- return infinispanCache;
+ return infinispanManager.getCacheManager().getCache(contextAlbumKey.getId().replace(':', '_'));
}
/*
if (infinispanManager != null) {
infinispanManager.shutdown();
}
- infinispanManager = null;
+ setInfinispanManager(null);
}
}
private String configFile = DEFAULT_INFINISPAN_DISTRIBUTION_CONFIG_FILE;
private String jgroupsFile = DEFAULT_INFINISPAN_DISTRIBUTION_JGROUPS_FILE;
private boolean preferIPv4Stack = DEFAULT_INFINISPAN_JAVA_NET_PREFER_IPV4_STACK;
- private String jGroupsBindAddress = DEFAULT_INFINSPAN_JGROUPS_BIND_ADDRESS;
+ private String jgroupsBindAddress = DEFAULT_INFINSPAN_JGROUPS_BIND_ADDRESS;
// @formatter:on
/**
* @return the j groups bind address
*/
public String getjGroupsBindAddress() {
- return jGroupsBindAddress;
+ return jgroupsBindAddress;
}
/**
* Setj groups bind address.
*
- * @param jGroupsBindAddress the j groups bind address
+ * @param jgroupsBindAddress the j groups bind address
*/
- public void setjGroupsBindAddress(final String jGroupsBindAddress) {
- this.jGroupsBindAddress = jGroupsBindAddress;
+ public void setjGroupsBindAddress(final String jgroupsBindAddress) {
+ this.jgroupsBindAddress = jgroupsBindAddress;
}
/*
@Override
public String toString() {
return "InfinispanDistributorParameters [configFile=" + configFile + ", jgroupsFile=" + jgroupsFile
- + ", preferIPv4Stack=" + preferIPv4Stack + ", jGroupsBindAddress=" + jGroupsBindAddress + "]";
+ + ", preferIPv4Stack=" + preferIPv4Stack + ", jGroupsBindAddress=" + jgroupsBindAddress + "]";
}
}
* @throws ContextException On errors connecting to Infinispan
*/
public InfinispanManager(final InfinispanDistributorParameters infinispanDistributorParameters)
- throws ContextException {
+ throws ContextException {
LOGGER.entry("Creating Infinispan Manager: " + infinispanDistributorParameters);
setSystemProperties(infinispanDistributorParameters);
cacheManager = new DefaultCacheManager(infinispanDistributorParameters.getConfigFile());
LOGGER.debug("started infinispan cache manager using specified configuration");
} catch (final IOException ioException) {
- final String errorMessage =
- "failed to start infinispan cache manager, no infinispan configuration found on local file system or in classpath, "
+ final String errorMessage = "failed to start infinispan cache manager, "
+ + "no infinispan configuration found on local file system or in classpath, "
+ "try setting Infinspan \"configFile\" parameter";
LOGGER.error(errorMessage);
throw new ContextException(errorMessage, ioException);
*/
private void setSystemProperties(final InfinispanDistributorParameters infinispanDistributorParameters) {
System.setProperty("java.net.preferIPv4Stack",
- Boolean.toString(infinispanDistributorParameters.preferIPv4Stack()));
+ Boolean.toString(infinispanDistributorParameters.preferIPv4Stack()));
System.setProperty("jgroups.bind_addr", infinispanDistributorParameters.getjGroupsBindAddress());
}
* SPDX-License-Identifier: Apache-2.0
* ============LICENSE_END=========================================================
*/
+
package org.onap.policy.apex.plugins.context.distribution.infinispan;
import java.io.IOException;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
+/**
+ * The Class InfinispanContextDistributorTest.
+ */
public class InfinispanContextDistributorTest {
private static final XLogger logger = XLoggerFactory.getXLogger(InfinispanContextDistributorTest.class);
private SchemaParameters schemaParameters;
private ContextParameters contextParameters;
+ /**
+ * Before test.
+ */
@Before
public void beforeTest() {
contextParameters = new ContextParameters();
ParameterService.register(schemaParameters);
}
+ /**
+ * After test.
+ */
@After
public void afterTest() {
ParameterService.deregister(schemaParameters);
ParameterService.deregister(contextParameters);
}
+ /**
+ * Test context album update infinispan.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testContextAlbumUpdateInfinispan() throws ApexModelException, IOException, ApexException {
logger.debug("Running testContextAlbumUpdateInfinispan test . . .");
logger.debug("Ran testContextAlbumUpdateInfinispan test");
}
+ /**
+ * Test context instantiation infinispan.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testContextInstantiationInfinispan() throws ApexModelException, IOException, ApexException {
logger.debug("Running testContextInstantiationInfinispan test . . .");
logger.debug("Ran testContextInstantiationInfinispan test");
}
+ /**
+ * Test context update infinispan.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testContextUpdateInfinispan() throws ApexModelException, IOException, ApexException {
logger.debug("Running testContextUpdateInfinispan test . . .");
logger.debug("Ran testContextUpdateInfinispan test");
}
+ /**
+ * Test sequential context instantiation infinispan.
+ *
+ * @throws ApexModelException the apex model exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexException the apex exception
+ */
@Test
public void testSequentialContextInstantiationInfinispan() throws ApexModelException, IOException, ApexException {
logger.debug("Running testSequentialContextInstantiationInfinispan test . . .");
// Logger for this class
private static final XLogger LOGGER = XLoggerFactory.getXLogger(CuratorLockFacade.class);
+ // Recurring string constants
+ private static final String FAILED_TO_ACQUIRE_LOCK_TAG = "failed to acquire lock for \"{}\"";
+
// The Lock ID
private final String lockId;
try {
lockMutex.acquire();
} catch (final Exception e) {
- LOGGER.warn("failed to acquire lock for \"" + lockId, e);
+ LOGGER.warn(FAILED_TO_ACQUIRE_LOCK_TAG, lockId, e);
}
}
*/
@Override
public void lockInterruptibly() throws InterruptedException {
- LOGGER.warn("lockInterruptibly() not supported for \"" + lockId);
+ LOGGER.warn("lockInterruptibly() not supported for \"{}\"", lockId);
}
/*
*/
@Override
public Condition newCondition() {
- LOGGER.warn("newCondition() not supported for \"" + lockId);
+ LOGGER.warn("newCondition() not supported for \"{} \"", lockId);
return null;
}
}
// Check if the curator address has been set
curatorZookeeperAddress = lockParameters.getZookeeperAddress();
if (curatorZookeeperAddress == null || curatorZookeeperAddress.trim().length() == 0) {
- LOGGER.warn("could not set up Curator locking, check if the curator Zookeeper address parameter is set correctly");
- throw new ContextException(
- "could not set up Curator locking, check if the curator Zookeeper address parameter is set correctly");
+ String message = "could not set up Curator locking, "
+ + "check if the curator Zookeeper address parameter is set correctly";
+ LOGGER.warn(message);
+ throw new ContextException(message);
}
// Set up the curator framework we'll use
*/
public class CuratorReentrantReadWriteLock implements ReadWriteLock {
// The Lock ID
- private final String lockID;
+ private final String lockId;
// The Curator lock
private final InterProcessReadWriteLock curatorReadWriteLock;
* @param lockId The unique ID of the lock.
*/
public CuratorReentrantReadWriteLock(final CuratorFramework curatorFramework, final String lockId) {
- lockID = lockId;
+ this.lockId = lockId;
// Create the Curator lock
curatorReadWriteLock = new InterProcessReadWriteLock(curatorFramework, lockId);
*
* @return the lock ID
*/
- public String getLockID() {
- return lockID;
+ public String getLockId() {
+ return lockId;
}
/*
package org.onap.policy.apex.plugins.context.locking.hazelcast;
-import java.util.concurrent.locks.Lock;
-import java.util.concurrent.locks.ReadWriteLock;
-
import com.hazelcast.core.HazelcastInstance;
import com.hazelcast.core.ILock;
+import java.util.concurrent.locks.Lock;
+import java.util.concurrent.locks.ReadWriteLock;
+
/**
* This class maps a Hazelcast {@link ILock} to a Java {@link ReadWriteLock}.
*
*/
public class HazelcastLock implements ReadWriteLock {
// The Lock ID
- private final String lockID;
+ private final String lockId;
// The hazelcast lock
private final ILock readLock;
* @param lockId The unique ID of the lock.
*/
public HazelcastLock(final HazelcastInstance hazelcastInstance, final String lockId) {
- lockID = lockId;
+ this.lockId = lockId;
// Create the Hazelcast read and write locks
readLock = hazelcastInstance.getLock(lockId + "_READ");
*
* @return the lock ID
*/
- public String getLockID() {
- return lockID;
+ public String getLockId() {
+ return lockId;
}
/*
package org.onap.policy.apex.plugins.context.locking.hazelcast;
+import com.hazelcast.core.Hazelcast;
+import com.hazelcast.core.HazelcastInstance;
+
import java.util.concurrent.locks.ReadWriteLock;
import org.onap.policy.apex.context.ContextException;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
-import com.hazelcast.core.Hazelcast;
-import com.hazelcast.core.HazelcastInstance;
-
/**
* The Class HazelcastLockManager manages Hazelcast locks for locks on items in Apex context albums.
*
private Type avroType;
// The Apex compatible class
- private final Class<Byte[]> schemaClass = Byte[].class;
+ private static final Class<Byte[]> schemaClass = Byte[].class;
/*
* (non-Javadoc)
}
// Create a ByteBuffer object to serialize the bytes
- final ByteBuffer byteBuffer = ByteBuffer.wrap((byte[]) object);
-
- return byteBuffer;
+ return ByteBuffer.wrap((byte[]) object);
}
}
// the decoded object is always returned as a null
if (!schemaClass.isAssignableFrom(avroObject.getClass())) {
final String returnString =
- userKey.getId() + ": object \"" + avroObject + "\" of class \"" + avroObject.getClass()
+ userKey.getId() + ": object \"" + avroObject + "\" of class \"" + avroObject.getClass()
+ "\" cannot be decoded to an object of class \"" + schemaClass.getCanonicalName() + "\"";
LOGGER.warn(returnString);
throw new ContextRuntimeException(returnString);
@Override
public Object mapToAvro(final Object object) {
// Null values are only allowed if the schema class is null
- if (object == null) {
- if (schemaClass != null) {
- final String returnString = userKey.getId() + ": cannot encode a null object of class \""
- + schemaClass.getCanonicalName() + "\"";
- LOGGER.warn(returnString);
- throw new ContextRuntimeException(returnString);
- }
+ if (object == null && schemaClass != null) {
+ final String returnString = userKey.getId() + ": cannot encode a null object of class \""
+ + schemaClass.getCanonicalName() + "\"";
+ LOGGER.warn(returnString);
+ throw new ContextRuntimeException(returnString);
}
// For direct mappings, just work directly with the Java objects
if (Schema.Type.UNION.equals(schema.getType())) {
final List<Schema> types = schema.getTypes();
- // TODO: properly support UNIONS
+
// currently only support unions with 2 types, one of which is NULL
final Schema nullschema = Schema.create(Schema.Type.NULL);
if (types.size() != 2 || !types.contains(nullschema)) {
final String resultSting = userKey.getId()
- + ": Apex currently only supports UNION schemas with 2 options, one must be NULL";
+ + ": Apex currently only supports UNION schemas with 2 options, one must be NULL";
LOGGER.warn(resultSting);
throw new ContextRuntimeException(resultSting);
}
}
if (Schema.Type.NULL.equals(schema.getType())) {
final String resultSting = userKey.getId()
- + ": Apex currently only supports UNION schema2 with 2 options, only one can be NULL, and the other cannot be another UNION";
+ + ": Apex currently only supports UNION schema2 with 2 options, "
+ + "only one can be NULL, and the other cannot be another UNION";
LOGGER.warn(resultSting);
throw new ContextRuntimeException(resultSting);
}
// Check that there is a definition for the mapper for this type
if (!AVRO_OBJECT_MAPPER_MAP.containsKey(avroType) || AVRO_OBJECT_MAPPER_MAP.get(avroType) == null) {
- final String resultSting =
- userKey.getId() + ": no Avro object mapper defined for Avro type \"" + avroType + "\"";
+ final String resultSting = userKey.getId() + ": no Avro object mapper defined for Avro type \"" + avroType
+ + "\"";
LOGGER.warn(resultSting);
throw new ContextRuntimeException(resultSting);
}
} catch (final Exception e) {
final String resultSting = userKey.getId() + ": could not create an Avro object mapper of type \""
- + AVRO_OBJECT_MAPPER_MAP.get(avroType) + "\" for Avro type \"" + avroType + "\" : " + e;
+ + AVRO_OBJECT_MAPPER_MAP.get(avroType) + "\" for Avro type \"" + avroType + "\" : " + e;
LOGGER.warn(resultSting, e);
throw new ContextRuntimeException(resultSting, e);
}
package org.onap.policy.apex.plugins.context.schema.avro;
+import com.google.gson.Gson;
+import com.google.gson.GsonBuilder;
+import com.google.gson.JsonElement;
+
import java.io.ByteArrayOutputStream;
import org.apache.avro.Schema;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
-import com.google.gson.Gson;
-import com.google.gson.GsonBuilder;
-import com.google.gson.JsonElement;
-
/**
- * This class is the implementation of the {@link org.onap.policy.apex.context.SchemaHelper}
- * interface for Avro schemas.
+ * This class is the implementation of the {@link org.onap.policy.apex.context.SchemaHelper} interface for Avro schemas.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
// Get a reference to the logger
private static final XLogger LOGGER = XLoggerFactory.getXLogger(AvroSchemaHelper.class);
+ // Recurring string constants
+ private static final String OBJECT_TAG = ": object \"";
+
// The Avro schema for this context schema
private Schema avroSchema;
private AvroObjectMapper avroObjectMapper;
@Override
- public void init(final AxKey userKey, final AxContextSchema schema) throws ContextRuntimeException {
+ public void init(final AxKey userKey, final AxContextSchema schema) {
super.init(userKey, schema);
// Configure the Avro schema
avroSchema = new Schema.Parser().parse(schema.getSchema());
} catch (final Exception e) {
final String resultSting = userKey.getId() + ": avro context schema \"" + schema.getId()
- + "\" schema is invalid: " + e.getMessage() + ", schema: " + schema.getSchema();
+ + "\" schema is invalid: " + e.getMessage() + ", schema: " + schema.getSchema();
LOGGER.warn(resultSting);
throw new ContextRuntimeException(resultSting);
}
@Override
public Object getSchemaObject() {
- return avroSchema;
+ return getAvroSchema();
}
@Override
final String elementJsonString = gson.toJson((JsonElement) incomingObject);
return createNewInstance(elementJsonString);
- }
- else {
+ } else {
final String returnString = getUserKey().getId() + ": the object \"" + incomingObject
- + "\" is not an instance of JsonObject";
+ + "\" is not an instance of JsonObject";
LOGGER.warn(returnString);
throw new ContextRuntimeException(returnString);
}
final JsonDecoder jsonDecoder = DecoderFactory.get().jsonDecoder(avroSchema, objectString);
decodedObject = new GenericDatumReader<GenericRecord>(avroSchema).read(null, jsonDecoder);
} catch (final Exception e) {
- final String returnString = getUserKey().getId() + ": object \"" + objectString
- + "\" Avro unmarshalling failed: " + e.getMessage();
+ final String returnString = getUserKey().getId() + OBJECT_TAG + objectString
+ + "\" Avro unmarshalling failed: " + e.getMessage();
LOGGER.warn(returnString, e);
throw new ContextRuntimeException(returnString, e);
}
}
/**
- * Check that the incoming object is a string, the incoming object must be a string containing
- * Json
+ * Check that the incoming object is a string, the incoming object must be a string containing Json.
*
* @param object incoming object
* @return object as String
return (String) object;
}
} catch (final ClassCastException e) {
- final String returnString = getUserKey().getId() + ": object \"" + object + "\" of type \""
- + (object != null ? object.getClass().getCanonicalName() : "null") + "\" must be assignable to \""
- + getSchemaClass().getCanonicalName()
- + "\" or be a Json string representation of it for Avro unmarshalling";
+ final String returnString = getUserKey().getId() + OBJECT_TAG + object + "\" of type \""
+ + (object != null ? object.getClass().getCanonicalName() : "null")
+ + "\" must be assignable to \"" + getSchemaClass().getCanonicalName()
+ + "\" or be a Json string representation of it for Avro unmarshalling";
LOGGER.warn(returnString);
throw new ContextRuntimeException(returnString);
}
jsonEncoder.flush();
return new String(output.toByteArray());
} catch (final Exception e) {
- final String returnString =
- getUserKey().getId() + ": object \"" + object + "\" Avro marshalling failed: " + e.getMessage();
+ final String returnString = getUserKey().getId() + OBJECT_TAG + object + "\" Avro marshalling failed: "
+ + e.getMessage();
LOGGER.warn(returnString);
throw new ContextRuntimeException(returnString, e);
}
}
/**
- * Check if we can pass this object straight through encoding or decoding, is it an object
- * native to the schema.
+ * Check if we can pass this object straight through encoding or decoding, is it an object native to the schema.
*
* @param object the object to check
* @return true if it's a straight pass through
package org.onap.policy.apex.plugins.context.schema.avro;
-import java.util.Map.Entry;
-
import com.google.gson.GsonBuilder;
import com.google.gson.JsonArray;
import com.google.gson.JsonElement;
import com.google.gson.JsonObject;
+import java.util.Map.Entry;
+
/**
* This static final class contains utility methods for Avro schemas.
*
private Type avroType;
// The Apex compatible class
- private final Class<String> schemaClass = String.class;
+ private static final Class<String> schemaClass = String.class;
/*
* (non-Javadoc)
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaAai.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
-public class TestAvroSchemaAAI {
+public class TestAvroSchemaAai {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
private String aaiInventoryResponseSchema;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
TextFileUtils.getTextFileAsString("src/test/resources/avsc/AAIInventoryResponseItemType.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test AAI response policy.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testAAIResponsePolicy() throws IOException {
+ public void testAaiResponsePolicy() throws IOException {
final AxContextSchema avroSchema =
new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", aaiInventoryResponseSchema);
import org.onap.policy.apex.model.utilities.TextFileUtils;
import org.onap.policy.common.parameters.ParameterService;
+// TODO: Auto-generated Javadoc
/**
+ * The Class TestAvroSchemaArray.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
public class TestAvroSchemaArray {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private String longArraySchema;
private String addressArraySchema;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
addressArraySchema = TextFileUtils.getTextFileAsString("src/test/resources/avsc/ArrayExampleAddress.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test array init.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testArrayInit() throws IOException {
final AxContextSchema avroSchema =
newArrayFull.get(0).toString());
}
+ /**
+ * Test long array unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testLongArrayUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/ArrayExampleLongFull.json");
}
+ /**
+ * Test address array unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testAddressArrayUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/ArrayExampleAddressFull.json");
}
+ /**
+ * Test unmarshal marshal.
+ *
+ * @param schemaHelper the schema helper
+ * @param fileName the file name
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
private void testUnmarshalMarshal(final SchemaHelper schemaHelper, final String fileName) throws IOException {
final String inString = TextFileUtils.getTextFileAsString(fileName);
final Array<?> schemaObject = (Array<?>) schemaHelper.unmarshal(inString);
import org.onap.policy.apex.model.utilities.TextFileUtils;
import org.onap.policy.common.parameters.ParameterService;
+// TODO: Auto-generated Javadoc
/**
+ * The Class TestAvroSchemaEnum.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
public class TestAvroSchemaEnum {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
private String enumSchema;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
enumSchema = TextFileUtils.getTextFileAsString("src/test/resources/avsc/EnumSchema.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test enum init.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testEnumInit() throws IOException {
final AxContextSchema avroSchema =
assertEquals("HEARTS", newEnumFull.toString());
}
+ /**
+ * Test enum unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testEnumUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
}
}
+ /**
+ * Test unmarshal marshal.
+ *
+ * @param schemaHelper the schema helper
+ * @param fileName the file name
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
private void testUnmarshalMarshal(final SchemaHelper schemaHelper, final String fileName) throws IOException {
final String inString = TextFileUtils.getTextFileAsString(fileName);
final EnumSymbol decodedObject = (EnumSymbol) schemaHelper.unmarshal(inString);
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaFixed.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
* @version
*/
private AxContextSchemas schemas;
private String fixedSchema;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
fixedSchema = TextFileUtils.getTextFileAsString("src/test/resources/avsc/FixedSchema.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
schemaParameters.setName(ContextParameterConstants.SCHEMA_GROUP_NAME);
schemaParameters.getSchemaHelperParameterMap().put("AVRO", new AvroSchemaHelperParameters());
ParameterService.register(schemaParameters);
-
+
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test fixed init.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFixedInit() throws IOException {
- final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", fixedSchema);
+ final AxContextSchema avroSchema = new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO",
+ fixedSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
schemaHelper.createNewInstance();
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertEquals(
- "AvroTest:0.0.1: could not create an instance of class \"org.apache.avro.generic.GenericData.Fixed\" using the default constructor \"Fixed()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance "
+ + "of class \"org.apache.avro.generic.GenericData.Fixed\" "
+ + "using the default constructor \"Fixed()\"", e.getMessage());
}
final String inString = TextFileUtils.getTextFileAsString("src/test/resources/data/FixedExampleGood.json");
assertTrue(newFixedFull.toString().endsWith("53, 54, 55, 56, 57, 65, 66, 67, 68, 69, 70]"));
}
+ /**
+ * Test fixed unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFixedUnmarshalMarshal() throws IOException {
- final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroArray", "0.0.1"), "AVRO", fixedSchema);
+ final AxContextSchema avroSchema = new AxContextSchema(new AxArtifactKey("AvroArray", "0.0.1"), "AVRO",
+ fixedSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
fail("This test should throw an exception here");
} catch (final Exception e) {
assertEquals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: Expected fixed. Got VALUE_NULL",
- e.getMessage());
+ e.getMessage());
}
try {
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/FixedExampleNull.json");
fail("This test should throw an exception here");
} catch (final Exception e) {
assertEquals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: Expected fixed. Got VALUE_NULL",
- e.getMessage());
+ e.getMessage());
}
try {
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/FixedExampleBad0.json");
fail("This test should throw an exception here");
} catch (final Exception e) {
- assertEquals(
- "AvroTest:0.0.1: object \"\"BADBAD\"\" Avro unmarshalling failed: Expected fixed length 64, but got6",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: object \"\"BADBAD\"\" "
+ + "Avro unmarshalling failed: Expected fixed length 64, but got6", e.getMessage());
}
try {
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/FixedExampleBad1.json");
fail("This test should throw an exception here");
} catch (final Exception e) {
- assertEquals(
- "AvroTest:0.0.1: object \"\"0123456789ABCDEF0123456789ABCDEF0123456789ABCDEF0123456789ABCDEF0\"\" Avro unmarshalling failed: Expected fixed length 64, but got65",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: object "
+ + "\"\"0123456789ABCDEF0123456789ABCDEF0123456789ABCDEF0123456789ABCDEF0\"\" "
+ + "Avro unmarshalling failed: Expected fixed length 64, but got65", e.getMessage());
}
}
+ /**
+ * Test unmarshal marshal.
+ *
+ * @param schemaHelper the schema helper
+ * @param fileName the file name
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
private void testUnmarshalMarshal(final SchemaHelper schemaHelper, final String fileName) throws IOException {
final String inString = TextFileUtils.getTextFileAsString(fileName);
final Fixed decodedObject = (Fixed) schemaHelper.unmarshal(inString);
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaHelperBadSchemas.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
public class TestAvroSchemaHelperBadSchemas {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
+ /**
+ * Inits the test.
+ */
@Before
public void initTest() {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
ModelService.registerModel(AxContextSchemas.class, schemas);
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Bad schema test.
+ */
@Test
public void badSchemaTest() {
final AxContextSchema avroBadSchema0 = new AxContextSchema(new AxArtifactKey("AvroBad0", "0.0.1"), "AVRO", "}");
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaHelperMarshal.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
* @version
*/
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
+ /**
+ * Inits the test.
+ */
@Before
public void initTest() {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
ModelService.registerModel(AxContextSchemas.class, schemas);
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
schemaParameters.setName(ContextParameterConstants.SCHEMA_GROUP_NAME);
schemaParameters.getSchemaHelperParameterMap().put("AVRO", new AvroSchemaHelperParameters());
ParameterService.register(schemaParameters);
-
+
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test null marshal.
+ */
@Test
public void testNullMarshal() {
- final AxContextSchema avroNullSchema =
- new AxContextSchema(new AxArtifactKey("AvroNull", "0.0.1"), "AVRO", "{\"type\": \"null\"}");
+ final AxContextSchema avroNullSchema = new AxContextSchema(new AxArtifactKey("AvroNull", "0.0.1"), "AVRO",
+ "{\"type\": \"null\"}");
schemas.getSchemasMap().put(avroNullSchema.getKey(), avroNullSchema);
- final SchemaHelper schemaHelper0 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroNullSchema.getKey());
+ final SchemaHelper schemaHelper0 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroNullSchema.getKey());
assertEquals("null", schemaHelper0.marshal2String(null));
assertEquals("null", schemaHelper0.marshal2String(123));
assertEquals("null", schemaHelper0.marshal2String("Everything is marshalled to Null, no matter what it is"));
}
+ /**
+ * Test boolean marshal.
+ */
@Test
public void testBooleanMarshal() {
- final AxContextSchema avroBooleanSchema =
- new AxContextSchema(new AxArtifactKey("AvroBoolean", "0.0.1"), "AVRO", "{\"type\": \"boolean\"}");
+ final AxContextSchema avroBooleanSchema = new AxContextSchema(new AxArtifactKey("AvroBoolean", "0.0.1"), "AVRO",
+ "{\"type\": \"boolean\"}");
schemas.getSchemasMap().put(avroBooleanSchema.getKey(), avroBooleanSchema);
- final SchemaHelper schemaHelper1 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroBooleanSchema.getKey());
+ final SchemaHelper schemaHelper1 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroBooleanSchema.getKey());
assertEquals("true", schemaHelper1.marshal2String(true));
assertEquals("false", schemaHelper1.marshal2String(false));
fail("Test should throw an exception here");
} catch (final Exception e) {
e.printStackTrace();
- assertEquals(
- "AvroTest:0.0.1: object \"0\" Avro marshalling failed: java.lang.Integer cannot be cast to java.lang.Boolean",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: object \"0\" Avro marshalling failed: "
+ + "java.lang.Integer cannot be cast to java.lang.Boolean", e.getMessage());
}
try {
schemaHelper1.marshal2String("0");
fail("Test should throw an exception here");
} catch (final Exception e) {
e.printStackTrace();
- assertEquals(
- "AvroTest:0.0.1: object \"0\" Avro marshalling failed: java.lang.String cannot be cast to java.lang.Boolean",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: object \"0\" Avro marshalling failed: "
+ + "java.lang.String cannot be cast to java.lang.Boolean", e.getMessage());
}
}
+ /**
+ * Test int marshal.
+ */
@Test
public void testIntMarshal() {
- final AxContextSchema avroIntSchema =
- new AxContextSchema(new AxArtifactKey("AvroInt", "0.0.1"), "AVRO", "{\"type\": \"int\"}");
+ final AxContextSchema avroIntSchema = new AxContextSchema(new AxArtifactKey("AvroInt", "0.0.1"), "AVRO",
+ "{\"type\": \"int\"}");
schemas.getSchemasMap().put(avroIntSchema.getKey(), avroIntSchema);
- final SchemaHelper schemaHelper2 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroIntSchema.getKey());
+ final SchemaHelper schemaHelper2 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroIntSchema.getKey());
assertEquals("0", schemaHelper2.marshal2String(0));
assertEquals("1", schemaHelper2.marshal2String(1));
schemaHelper2.marshal2String("Hello");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: java.lang.String cannot be cast to java.lang.Number"));
+ assertTrue(e.getMessage().startsWith("AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: "
+ + "java.lang.String cannot be cast to java.lang.Number"));
}
try {
schemaHelper2.marshal2String(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
assertTrue(e.getMessage()
- .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Integer\""));
+ .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Integer\""));
}
}
+ /**
+ * Test long marshal.
+ */
@Test
public void testLongMarshal() {
- final AxContextSchema avroLongSchema =
- new AxContextSchema(new AxArtifactKey("AvroLong", "0.0.1"), "AVRO", "{\"type\": \"long\"}");
+ final AxContextSchema avroLongSchema = new AxContextSchema(new AxArtifactKey("AvroLong", "0.0.1"), "AVRO",
+ "{\"type\": \"long\"}");
schemas.getSchemasMap().put(avroLongSchema.getKey(), avroLongSchema);
- final SchemaHelper schemaHelper3 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroLongSchema.getKey());
+ final SchemaHelper schemaHelper3 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroLongSchema.getKey());
assertEquals("0", schemaHelper3.marshal2String(0L));
assertEquals("1", schemaHelper3.marshal2String(1L));
schemaHelper3.marshal2String("Hello");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: java.lang.String cannot be cast to java.lang.Long"));
+ assertTrue(e.getMessage().startsWith("AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: "
+ + "java.lang.String cannot be cast to java.lang.Long"));
}
try {
schemaHelper3.marshal2String(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
assertTrue(e.getMessage()
- .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Long\""));
+ .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Long\""));
}
}
+ /**
+ * Test float marshal.
+ */
@Test
public void testFloatMarshal() {
- final AxContextSchema avroFloatSchema =
- new AxContextSchema(new AxArtifactKey("AvroFloat", "0.0.1"), "AVRO", "{\"type\": \"float\"}");
+ final AxContextSchema avroFloatSchema = new AxContextSchema(new AxArtifactKey("AvroFloat", "0.0.1"), "AVRO",
+ "{\"type\": \"float\"}");
schemas.getSchemasMap().put(avroFloatSchema.getKey(), avroFloatSchema);
- final SchemaHelper schemaHelper4 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroFloatSchema.getKey());
+ final SchemaHelper schemaHelper4 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroFloatSchema.getKey());
assertEquals("0.0", schemaHelper4.marshal2String(0F));
assertEquals("1.0", schemaHelper4.marshal2String(1F));
schemaHelper4.marshal2String("Hello");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: java.lang.String cannot be cast to java.lang.Float"));
+ assertTrue(e.getMessage().startsWith("AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: "
+ + "java.lang.String cannot be cast to java.lang.Float"));
}
try {
schemaHelper4.marshal2String(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
assertTrue(e.getMessage()
- .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Float\""));
+ .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Float\""));
}
}
-
+ /**
+ * Test double marshal.
+ */
@Test
public void testDoubleMarshal() {
- final AxContextSchema avroDoubleSchema =
- new AxContextSchema(new AxArtifactKey("AvroDouble", "0.0.1"), "AVRO", "{\"type\": \"double\"}");
+ final AxContextSchema avroDoubleSchema = new AxContextSchema(new AxArtifactKey("AvroDouble", "0.0.1"), "AVRO",
+ "{\"type\": \"double\"}");
schemas.getSchemasMap().put(avroDoubleSchema.getKey(), avroDoubleSchema);
- final SchemaHelper schemaHelper5 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroDoubleSchema.getKey());
+ final SchemaHelper schemaHelper5 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroDoubleSchema.getKey());
assertEquals("0.0", schemaHelper5.marshal2String(0D));
assertEquals("1.0", schemaHelper5.marshal2String(1D));
schemaHelper5.marshal2String("Hello");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: java.lang.String cannot be cast to java.lang.Double"));
+ assertTrue(e.getMessage().startsWith("AvroTest:0.0.1: object \"Hello\" Avro marshalling failed: "
+ + "java.lang.String cannot be cast to java.lang.Double"));
}
try {
schemaHelper5.marshal2String(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
assertTrue(e.getMessage()
- .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Double\""));
+ .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Double\""));
}
}
+ /**
+ * Test string marshal.
+ */
@Test
public void testStringMarshal() {
- final AxContextSchema avroStringSchema =
- new AxContextSchema(new AxArtifactKey("AvroString", "0.0.1"), "AVRO", "{\"type\": \"string\"}");
+ final AxContextSchema avroStringSchema = new AxContextSchema(new AxArtifactKey("AvroString", "0.0.1"), "AVRO",
+ "{\"type\": \"string\"}");
schemas.getSchemasMap().put(avroStringSchema.getKey(), avroStringSchema);
- final SchemaHelper schemaHelper7 =
- new SchemaHelperFactory().createSchemaHelper(testKey, avroStringSchema.getKey());
+ final SchemaHelper schemaHelper7 = new SchemaHelperFactory().createSchemaHelper(testKey,
+ avroStringSchema.getKey());
assertEquals("\"0\"", schemaHelper7.marshal2String("0"));
assertEquals("\"1\"", schemaHelper7.marshal2String("1"));
fail("Test should throw an exception here");
} catch (final Exception e) {
assertTrue(e.getMessage()
- .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.String\""));
+ .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.String\""));
}
}
+ /**
+ * Test bytes marshal.
+ */
@Test
public void testBytesMarshal() {
- final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroString", "0.0.1"), "AVRO", "{\"type\": \"bytes\"}");
+ final AxContextSchema avroSchema = new AxContextSchema(new AxArtifactKey("AvroString", "0.0.1"), "AVRO",
+ "{\"type\": \"bytes\"}");
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
- final byte[] helloBytes = {104, 101, 108, 108, 111};
+ final byte[] helloBytes =
+ { 104, 101, 108, 108, 111 };
final String helloOut = schemaHelper.marshal2String(helloBytes);
assertEquals("\"hello\"", helloOut);
fail("Test should throw an exception here");
} catch (final Exception e) {
assertTrue(e.getMessage()
- .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Byte[]\""));
+ .startsWith("AvroTest:0.0.1: cannot encode a null object of class \"java.lang.Byte[]\""));
}
}
}
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaHelperUnmarshal.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
* @version
*/
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
+ /**
+ * Inits the test.
+ */
@Before
public void initTest() {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
ModelService.registerModel(AxContextSchemas.class, schemas);
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test null unmarshal.
+ */
@Test
public void testNullUnmarshal() {
final AxContextSchema avroNullSchema = new AxContextSchema(new AxArtifactKey("AvroNull", "0.0.1"), "AVRO",
schemaHelper0.unmarshal("123");
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: object \"123\" Avro unmarshalling failed: Expected null. Got VALUE_NUMBER_INT",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: object \"123\" Avro unmarshalling failed: "
+ + "Expected null. Got VALUE_NUMBER_INT", e.getMessage());
}
}
+ /**
+ * Test boolean unmarshal.
+ */
@Test
public void testBooleanUnmarshal() {
final AxContextSchema avroBooleanSchema = new AxContextSchema(new AxArtifactKey("AvroBoolean", "0.0.1"), "AVRO",
schemaHelper1.createNewInstance();
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Boolean\" using the default constructor \"Boolean()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Boolean\" "
+ + "using the default constructor \"Boolean()\"", e.getMessage());
}
assertEquals(true, schemaHelper1.createNewInstance("true"));
}
}
+ /**
+ * Test int unmarshal.
+ */
@Test
public void testIntUnmarshal() {
final AxContextSchema avroIntSchema = new AxContextSchema(new AxArtifactKey("AvroInt", "0.0.1"), "AVRO",
schemaHelper2.createNewInstance();
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Integer\" using the default constructor \"Integer()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Integer\" "
+ + "using the default constructor \"Integer()\"", e.getMessage());
}
assertEquals(123, schemaHelper2.createNewInstance("123"));
schemaHelper2.unmarshal("2147483648");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"2147483648\" Avro unmarshalling failed: Numeric value (2147483648) out of range of int"));
+ assertTrue(e.getMessage().startsWith("AvroTest:0.0.1: object \"2147483648\" Avro unmarshalling failed: "
+ + "Numeric value (2147483648) out of range of int"));
}
try {
schemaHelper2.unmarshal("-2147483649");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"-2147483649\" Avro unmarshalling failed: Numeric value (-2147483649) out of range of int"));
+ assertTrue(e.getMessage().startsWith("AvroTest:0.0.1: object \"-2147483649\" Avro unmarshalling failed: "
+ + "Numeric value (-2147483649) out of range of int"));
}
try {
schemaHelper2.unmarshal(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: String to read from cannot be null!"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: "
+ + "String to read from cannot be null!"));
}
}
+ /**
+ * Test long unmarshal.
+ */
@Test
public void testLongUnmarshal() {
final AxContextSchema avroLongSchema = new AxContextSchema(new AxArtifactKey("AvroLong", "0.0.1"), "AVRO",
schemaHelper3.createNewInstance();
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Long\" using the default constructor \"Long()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Long\" "
+ + "using the default constructor \"Long()\"", e.getMessage());
}
assertEquals(123456789L, schemaHelper3.createNewInstance("123456789"));
schemaHelper3.unmarshal("9223372036854775808");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"9223372036854775808\" Avro unmarshalling failed: Numeric value (9223372036854775808) out of range of long"));
+ assertTrue(e.getMessage()
+ .startsWith("AvroTest:0.0.1: object \"9223372036854775808\" Avro unmarshalling failed: "
+ + "Numeric value (9223372036854775808) out of range of long"));
}
try {
schemaHelper3.unmarshal("-9223372036854775809");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().startsWith(
- "AvroTest:0.0.1: object \"-9223372036854775809\" Avro unmarshalling failed: Numeric value (-9223372036854775809) out of range of long"));
+ assertTrue(e.getMessage()
+ .startsWith("AvroTest:0.0.1: object \"-9223372036854775809\" Avro unmarshalling failed: "
+ + "Numeric value (-9223372036854775809) out of range of long"));
}
try {
schemaHelper3.unmarshal("\"Hello\"");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"\"Hello\"\" Avro unmarshalling failed: Expected long. Got VALUE_STRING"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"\"Hello\"\" Avro unmarshalling failed: "
+ + "Expected long. Got VALUE_STRING"));
}
try {
schemaHelper3.unmarshal(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: String to read from cannot be null!"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: "
+ + "String to read from cannot be null!"));
}
}
+ /**
+ * Test float unmarshal.
+ */
@Test
public void testFloatUnmarshal() {
final AxContextSchema avroFloatSchema = new AxContextSchema(new AxArtifactKey("AvroFloat", "0.0.1"), "AVRO",
schemaHelper4.createNewInstance();
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Float\" using the default constructor \"Float()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Float\" "
+ + "using the default constructor \"Float()\"", e.getMessage());
}
assertEquals(1.2345F, schemaHelper4.createNewInstance("1.2345"));
schemaHelper4.unmarshal("\"Hello\"");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"\"Hello\"\" Avro unmarshalling failed: Expected float. Got VALUE_STRING"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"\"Hello\"\" Avro unmarshalling failed: "
+ + "Expected float. Got VALUE_STRING"));
}
try {
schemaHelper4.unmarshal(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: String to read from cannot be null!"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: "
+ + "String to read from cannot be null!"));
}
}
+ /**
+ * Test double unmarshal.
+ */
@Test
public void testDoubleUnmarshal() {
final AxContextSchema avroDoubleSchema = new AxContextSchema(new AxArtifactKey("AvroDouble", "0.0.1"), "AVRO",
schemaHelper5.createNewInstance();
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Double\" using the default constructor \"Double()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Double\" "
+ + "using the default constructor \"Double()\"", e.getMessage());
}
assertEquals(1.2345E06, schemaHelper5.createNewInstance("1.2345E06"));
schemaHelper5.unmarshal("\"Hello\"");
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"\"Hello\"\" Avro unmarshalling failed: Expected double. Got VALUE_STRING"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"\"Hello\"\" Avro unmarshalling failed: "
+ + "Expected double. Got VALUE_STRING"));
}
try {
schemaHelper5.unmarshal(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: String to read from cannot be null!"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: "
+ + "String to read from cannot be null!"));
}
}
+ /**
+ * Test string unmarshal.
+ */
@Test
public void testStringUnmarshal() {
final AxContextSchema avroStringSchema = new AxContextSchema(new AxArtifactKey("AvroString", "0.0.1"), "AVRO",
schemaHelper7.unmarshal(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: String to read from cannot be null!"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: "
+ + "String to read from cannot be null!"));
}
}
+ /**
+ * Test bytes unmarshal.
+ */
@Test
public void testBytesUnmarshal() {
final AxContextSchema avroSchema = new AxContextSchema(new AxArtifactKey("AvroString", "0.0.1"), "AVRO",
schemaHelper.createNewInstance();
fail("test should throw an exception here");
} catch (final Exception e) {
- assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Byte[]\" using the default constructor \"Byte[]()\"",
- e.getMessage());
+ assertEquals("AvroTest:0.0.1: could not create an instance of class \"java.lang.Byte[]\" "
+ + "using the default constructor \"Byte[]()\"", e.getMessage());
}
final byte[] newBytes = (byte[]) schemaHelper.createNewInstance("\"hello\"");
assertEquals(5, newBytes.length);
schemaHelper.unmarshal(null);
fail("Test should throw an exception here");
} catch (final Exception e) {
- assertTrue(e.getMessage().equals(
- "AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: String to read from cannot be null!"));
+ assertTrue(e.getMessage().equals("AvroTest:0.0.1: object \"null\" Avro unmarshalling failed: "
+ + "String to read from cannot be null!"));
}
}
}
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaMap.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
public class TestAvroSchemaMap {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private String addressMapSchema;
private String addressMapSchemaInvalidFields;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
TextFileUtils.getTextFileAsString("src/test/resources/avsc/MapExampleAddressInvalidFields.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test map init.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testMapInit() throws IOException {
final AxContextSchema avroSchema =
newMapFull.get(new Utf8("address2")).toString());
}
+ /**
+ * Test long map unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testLongMapUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/MapExampleLongFull.json");
}
+ /**
+ * Test address map unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testAddressMapUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/MapExampleAddressFull.json");
}
+ /**
+ * Test address map unmarshal marshal invalid fields.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testAddressMapUnmarshalMarshalInvalidFields() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/MapExampleAddressInvalidFields.json");
}
+ /**
+ * Test unmarshal marshal.
+ *
+ * @param schemaHelper the schema helper
+ * @param fileName the file name
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
private void testUnmarshalMarshal(final SchemaHelper schemaHelper, final String fileName) throws IOException {
final String originalInString = TextFileUtils.getTextFileAsString(fileName);
final HashMap<?, ?> firstDecodedMap = (HashMap<?, ?>) schemaHelper.unmarshal(originalInString);
import org.onap.policy.apex.model.utilities.TextFileUtils;
import org.onap.policy.common.parameters.ParameterService;
+// TODO: Auto-generated Javadoc
/**
+ * The Class TestAvroSchemaRecord.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
public class TestAvroSchemaRecord {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
private String recordSchema;
- private String recordSchemaVPN;
- private String recordSchemaVPNReuse;
+ private String recordSchemaVpn;
+ private String recordSchemaVpnReuse;
private String recordSchemaInvalidFields;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
ModelService.registerModel(AxContextSchemas.class, schemas);
recordSchema = TextFileUtils.getTextFileAsString("src/test/resources/avsc/RecordExample.avsc");
- recordSchemaVPN = TextFileUtils.getTextFileAsString("src/test/resources/avsc/RecordExampleVPN.avsc");
- recordSchemaVPNReuse = TextFileUtils.getTextFileAsString("src/test/resources/avsc/RecordExampleVPNReuse.avsc");
+ recordSchemaVpn = TextFileUtils.getTextFileAsString("src/test/resources/avsc/RecordExampleVPN.avsc");
+ recordSchemaVpnReuse = TextFileUtils.getTextFileAsString("src/test/resources/avsc/RecordExampleVPNReuse.avsc");
recordSchemaInvalidFields =
TextFileUtils.getTextFileAsString("src/test/resources/avsc/RecordExampleInvalidFields.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test record init.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testRecordInit() throws IOException {
final AxContextSchema avroSchema =
assertEquals("gobbledygook", newRecordFull.get("passwordHash").toString());
}
+ /**
+ * Test record unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testRecordUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/RecordExampleFull.json");
}
+ /**
+ * Test record unmarshal marshal invalid.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testRecordUnmarshalMarshalInvalid() throws IOException {
final AxContextSchema avroSchema =
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/RecordExampleInvalidFields.json");
}
+ /**
+ * Test VPN record unmarshal marshal.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testVPNRecordUnmarshalMarshal() throws IOException {
+ public void testVpnRecordUnmarshalMarshal() throws IOException {
final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", recordSchemaVPN);
+ new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", recordSchemaVpn);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
testUnmarshalMarshal(schemaHelper, "src/test/resources/data/RecordExampleVPNFull.json");
}
+ /**
+ * Test VPN record reuse.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testVPNRecordReuse() throws IOException {
+ public void testVpnRecordReuse() throws IOException {
final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", recordSchemaVPNReuse);
+ new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", recordSchemaVpnReuse);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
}
+ /**
+ * Test unmarshal marshal.
+ *
+ * @param schemaHelper the schema helper
+ * @param fileName the file name
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
private void testUnmarshalMarshal(final SchemaHelper schemaHelper, final String fileName) throws IOException {
final String inString = TextFileUtils.getTextFileAsString(fileName);
final GenericRecord decodedObject = (GenericRecord) schemaHelper.unmarshal(inString);
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestAvroSchemaUnion.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
- * @version
+ * @version
*/
public class TestAvroSchemaUnion {
private final AxKey testKey = new AxArtifactKey("AvroTest", "0.0.1");
private AxContextSchemas schemas;
private String uinionSchema;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
uinionSchema = TextFileUtils.getTextFileAsString("src/test/resources/avsc/UnionExample.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
schemaParameters.setName(ContextParameterConstants.SCHEMA_GROUP_NAME);
schemaParameters.getSchemaHelperParameterMap().put("AVRO", new AvroSchemaHelperParameters());
ParameterService.register(schemaParameters);
-
+
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test union all fields.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Ignore
@Test
public void testUnionAllFields() throws IOException {
final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", uinionSchema);
+ new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", uinionSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
assertEquals("red", user.get("favourite_colour").toString());
}
+ /**
+ * Test union optional field.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Ignore
@Test
public void testUnionOptionalField() throws IOException {
final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", uinionSchema);
+ new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", uinionSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
final String inString =
- TextFileUtils.getTextFileAsString("src/test/resources/data/UnionExampleOptionalField.json");
+ TextFileUtils.getTextFileAsString("src/test/resources/data/UnionExampleOptionalField.json");
final GenericRecord user = (GenericRecord) schemaHelper.createNewInstance(inString);
assertEquals("Ben", user.get("name").toString());
assertEquals("red", user.get("favourite_colour").toString());
}
+ /**
+ * Test union null field.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Ignore
@Test
public void testUnionNullField() throws IOException {
final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", uinionSchema);
+ new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", uinionSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
import org.onap.policy.common.parameters.ParameterService;
/**
+ * The Class TestHealthCheckSchema.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
public class TestHealthCheckSchema {
private AxContextSchemas schemas;
private String healthCheckSchema;
+ /**
+ * Inits the test.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Before
public void initTest() throws IOException {
schemas = new AxContextSchemas(new AxArtifactKey("AvroSchemas", "0.0.1"));
healthCheckSchema = TextFileUtils.getTextFileAsString("src/test/resources/avsc/HealthCheckBodyType.avsc");
}
+ /**
+ * Inits the context.
+ */
@Before
public void initContext() {
SchemaParameters schemaParameters = new SchemaParameters();
schemaParameters.setName(ContextParameterConstants.SCHEMA_GROUP_NAME);
schemaParameters.getSchemaHelperParameterMap().put("AVRO", new AvroSchemaHelperParameters());
ParameterService.register(schemaParameters);
-
+
}
+ /**
+ * Clear context.
+ */
@After
public void clearContext() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test health check.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testHealthCheck() throws IOException {
- final AxContextSchema avroSchema =
- new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO", healthCheckSchema);
+ final AxContextSchema avroSchema = new AxContextSchema(new AxArtifactKey("AvroRecord", "0.0.1"), "AVRO",
+ healthCheckSchema);
schemas.getSchemasMap().put(avroSchema.getKey(), avroSchema);
final SchemaHelper schemaHelper = new SchemaHelperFactory().createSchemaHelper(testKey, avroSchema.getKey());
final GenericRecord inputRecord = new GenericData.Record(healthCheckRecordSchema.getField("input").schema());
final Schema inputRecordRecordSchema = inputRecord.getSchema();
- final GenericRecord actionIndentifiersRecord =
- new GenericData.Record(inputRecordRecordSchema.getField("action_DasH_identifiers").schema());
+ final GenericRecord actionIndentifiersRecord = new GenericData.Record(
+ inputRecordRecordSchema.getField("action_DasH_identifiers").schema());
- final GenericRecord commonHeaderRecord =
- new GenericData.Record(inputRecordRecordSchema.getField("common_DasH_header").schema());
+ final GenericRecord commonHeaderRecord = new GenericData.Record(
+ inputRecordRecordSchema.getField("common_DasH_header").schema());
final Schema commonHeaderRecordSchema = commonHeaderRecord.getSchema();
- final GenericRecord commonHeaderFlagsRecord =
- new GenericData.Record(commonHeaderRecordSchema.getField("flags").schema());
+ final GenericRecord commonHeaderFlagsRecord = new GenericData.Record(
+ commonHeaderRecordSchema.getField("flags").schema());
healthCheckRecord.put("input", inputRecord);
inputRecord.put("action_DasH_identifiers", actionIndentifiersRecord);
commonHeaderRecord.put("flags", commonHeaderFlagsRecord);
inputRecord.put("action", "HealthCheck");
- inputRecord.put("payload",
- "{\"host-ip-address\":\"131.160.203.125\",\"input.url\":\"131.160.203.125/afr\",\"request-action-type\":\"GET\",\"request-action\":\"AFR\"}");
+ inputRecord.put("payload", "{\"host-ip-address\":\"131.160.203.125\",\"input.url\":\"131.160.203.125/afr\","
+ + "\"request-action-type\":\"GET\",\"request-action\":\"AFR\"}");
actionIndentifiersRecord.put("vnf_DasH_id", "49414df5-3482-4fd8-9952-c463dff2770b");
assertEquals(eventString.toString().replaceAll("\\s+", ""), outString.replaceAll("\\s+", ""));
}
+ /**
+ * Test unmarshal marshal.
+ *
+ * @param schemaHelper the schema helper
+ * @param fileName the file name
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
private void testUnmarshalMarshal(final SchemaHelper schemaHelper, final String fileName) throws IOException {
final String inString = TextFileUtils.getTextFileAsString(fileName);
final GenericRecord decodedObject = (GenericRecord) schemaHelper.unmarshal(inString);
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class ApexJMSConsumer implements MessageListener, ApexEventConsumer, Runnable {
+public class ApexJmsConsumer implements MessageListener, ApexEventConsumer, Runnable {
// Get a reference to the logger
- private static final Logger LOGGER = LoggerFactory.getLogger(ApexJMSConsumer.class);
+ private static final Logger LOGGER = LoggerFactory.getLogger(ApexJmsConsumer.class);
// The Apex and JMS parameters read from the parameter service
- private JMSCarrierTechnologyParameters jmsConsumerProperties;
+ private JmsCarrierTechnologyParameters jmsConsumerProperties;
// The event receiver that will receive events from this consumer
private ApexEventReceiver eventReceiver;
this.name = consumerName;
// Check and get the JMS Properties
- if (!(consumerParameters.getCarrierTechnologyParameters() instanceof JMSCarrierTechnologyParameters)) {
+ if (!(consumerParameters.getCarrierTechnologyParameters() instanceof JmsCarrierTechnologyParameters)) {
final String errorMessage = "specified consumer properties of type \""
+ consumerParameters.getCarrierTechnologyParameters().getClass().getCanonicalName()
+ "\" are not applicable to a JMS consumer";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- jmsConsumerProperties = (JMSCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
+ jmsConsumerProperties = (JmsCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
// Look up the JMS connection factory
InitialContext jmsContext = null;
}
/**
- * The helper function to create a message consumer from a given JMS session
+ * The helper function to create a message consumer from a given JMS session.
*
* @param jmsSession a JMS session
*/
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class ApexJMSProducer implements ApexEventProducer {
-
+public class ApexJmsProducer implements ApexEventProducer {
// Get a reference to the logger
- private static final Logger LOGGER = LoggerFactory.getLogger(ApexJMSProducer.class);
+ private static final Logger LOGGER = LoggerFactory.getLogger(ApexJmsProducer.class);
+
+ // Recurring string constants
+ private static final String COULD_NOT_SEND_PREFIX = "could not send event \"";
+ private static final String FOR_PRODUCER_TAG = "\" for producer (";
+ private static final String JMS_MESSAGE_PRODUCER_TAG = "\" on JMS message producer ";
// The JMS parameters read from the parameter service
- private JMSCarrierTechnologyParameters jmsProducerProperties;
+ private JmsCarrierTechnologyParameters jmsProducerProperties;
// The connection to the JMS server
private Connection connection;
*/
@Override
public void init(final String producerName, final EventHandlerParameters producerParameters)
- throws ApexEventException {
+ throws ApexEventException {
this.name = producerName;
// Check and get the JMS Properties
- if (!(producerParameters.getCarrierTechnologyParameters() instanceof JMSCarrierTechnologyParameters)) {
- final String errorMessage = "specified producer properties are not applicable to a JMS producer (" + this.name + ")";
+ if (!(producerParameters.getCarrierTechnologyParameters() instanceof JmsCarrierTechnologyParameters)) {
+ final String errorMessage = "specified producer properties are not applicable to a JMS producer ("
+ + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- jmsProducerProperties = (JMSCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+ jmsProducerProperties = (JmsCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
// Look up the JMS connection factory
InitialContext jmsContext = null;
// Check if we actually got a connection factory
if (connectionFactory == null) {
throw new NullPointerException("JMS context lookup of \"" + jmsProducerProperties.getConnectionFactory()
- + "\" returned null for producer (" + this.name + ")");
+ + "\" returned null for producer (" + this.name + ")");
}
} catch (final Exception e) {
final String errorMessage = "lookup of JMS connection factory \""
- + jmsProducerProperties.getConnectionFactory() + "\" failed for JMS producer properties \""
- + jmsProducerProperties.getJmsConsumerProperties() + "\" for producer (" + this.name + ")";
+ + jmsProducerProperties.getConnectionFactory() + "\" failed for JMS producer properties \""
+ + jmsProducerProperties.getJmsConsumerProperties() + FOR_PRODUCER_TAG + this.name + ")";
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
}
// Check if we actually got a topic
if (jmsOutgoingTopic == null) {
throw new NullPointerException("JMS context lookup of \"" + jmsProducerProperties.getProducerTopic()
- + "\" returned null for producer (" + this.name + ")");
+ + "\" returned null for producer (" + this.name + ")");
}
} catch (final Exception e) {
final String errorMessage = "lookup of JMS topic \"" + jmsProducerProperties.getProducerTopic()
- + "\" failed for JMS producer properties \"" + jmsProducerProperties.getJmsProducerProperties()
- + "\" for producer (" + this.name + ")";
+ + "\" failed for JMS producer properties \""
+ + jmsProducerProperties.getJmsProducerProperties() + FOR_PRODUCER_TAG + this.name + ")";
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
}
// Create and start a connection to the JMS server
try {
connection = connectionFactory.createConnection(jmsProducerProperties.getSecurityPrincipal(),
- jmsProducerProperties.getSecurityCredentials());
+ jmsProducerProperties.getSecurityCredentials());
connection.start();
} catch (final Exception e) {
final String errorMessage = "connection to JMS server failed for JMS properties \""
- + jmsProducerProperties.getJmsConsumerProperties() + "\" for producer (" + this.name + ")";
+ + jmsProducerProperties.getJmsConsumerProperties() + FOR_PRODUCER_TAG + this.name + ")";
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
}
jmsSession = connection.createSession(false, Session.AUTO_ACKNOWLEDGE);
} catch (final Exception e) {
final String errorMessage = "creation of session to JMS server failed for JMS properties \""
- + jmsProducerProperties.getJmsConsumerProperties() + "\" for producer (" + this.name + ")";
+ + jmsProducerProperties.getJmsConsumerProperties() + FOR_PRODUCER_TAG + this.name + ")";
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
}
try {
messageProducer = jmsSession.createProducer(jmsOutgoingTopic);
} catch (final Exception e) {
- final String errorMessage =
- "creation of producer for sending events to JMS server failed for JMS properties \""
+ final String errorMessage = "creation of producer for sending events "
+ + "to JMS server failed for JMS properties \""
+ jmsProducerProperties.getJmsConsumerProperties() + "\"";
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
@Override
public void sendEvent(final long executionId, final String eventname, final Object eventObject) {
// Check if this is a synchronized event, if so we have received a reply
- final SynchronousEventCache synchronousEventCache =
- (SynchronousEventCache) peerReferenceMap.get(EventHandlerPeeredMode.SYNCHRONOUS);
+ final SynchronousEventCache synchronousEventCache = (SynchronousEventCache) peerReferenceMap
+ .get(EventHandlerPeeredMode.SYNCHRONOUS);
if (synchronousEventCache != null) {
synchronousEventCache.removeCachedEventToApexIfExists(executionId);
}
// Check if the object to be sent is serializable
if (!Serializable.class.isAssignableFrom(eventObject.getClass())) {
- final String errorMessage = "could not send event \"" + eventname + "\" on JMS message producer "
- + this.name + ", object of type \"" + eventObject.getClass().getCanonicalName()
- + "\" is not serializable";
+ final String errorMessage = COULD_NOT_SEND_PREFIX + eventname + JMS_MESSAGE_PRODUCER_TAG + this.name
+ + ", object of type \"" + eventObject.getClass().getCanonicalName()
+ + "\" is not serializable";
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
try {
jmsMessage = jmsSession.createObjectMessage((Serializable) eventObject);
} catch (final Exception e) {
- final String errorMessage = "could not send event \"" + eventname + "\" on JMS message producer "
- + this.name + ", could not create JMS Object Message for object \"" + eventObject;
+ final String errorMessage = COULD_NOT_SEND_PREFIX + eventname + JMS_MESSAGE_PRODUCER_TAG
+ + this.name + ", could not create JMS Object Message for object \"" + eventObject;
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
try {
jmsMessage = jmsSession.createTextMessage(eventObject.toString());
} catch (final Exception e) {
- final String errorMessage = "could not send event \"" + eventname + "\" on JMS message producer "
- + this.name + ", could not create JMS Text Message for object \"" + eventObject;
+ final String errorMessage = COULD_NOT_SEND_PREFIX + eventname + JMS_MESSAGE_PRODUCER_TAG
+ + this.name + ", could not create JMS Text Message for object \"" + eventObject;
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
try {
messageProducer.send(jmsMessage);
} catch (final Exception e) {
- final String errorMessage = "could not send event \"" + eventname + "\" on JMS message producer "
- + this.name + ", send failed for object \"" + eventObject;
+ final String errorMessage = COULD_NOT_SEND_PREFIX + eventname + JMS_MESSAGE_PRODUCER_TAG + this.name
+ + ", send failed for object \"" + eventObject;
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
/**
* Apex parameters for JMS as an event carrier technology.
- * <p>
- * The parameters for this plugin are:
+ *
+ * <p>The parameters for this plugin are:
* <ol>
* <li>initialContextFactory: JMS uses a naming {@link Context} object to look up the locations of JMS servers and JMS
* topics. An Initial Context Factory is used to when creating a {@link Context} object that can be used for JMS
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class JMSCarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class JmsCarrierTechnologyParameters extends CarrierTechnologyParameters {
/** The label of this carrier technology. */
public static final String JMS_CARRIER_TECHNOLOGY_LABEL = "JMS";
/** The producer plugin class for the JMS carrier technology. */
- public static final String JMS_EVENT_PRODUCER_PLUGIN_CLASS = ApexJMSProducer.class.getCanonicalName();
+ public static final String JMS_EVENT_PRODUCER_PLUGIN_CLASS = ApexJmsProducer.class.getCanonicalName();
/** The consumer plugin class for the JMS carrier technology. */
- public static final String JMS_EVENT_CONSUMER_PLUGIN_CLASS = ApexJMSConsumer.class.getCanonicalName();
+ public static final String JMS_EVENT_CONSUMER_PLUGIN_CLASS = ApexJmsConsumer.class.getCanonicalName();
// @formatter:off
// Default parameter values
- private static final String DEFAULT_CONNECTION_FACTORY = "jms/RemoteConnectionFactory";
- private static final String DEFAULT_INITIAL_CONTEXT_FACTORY = "org.jboss.naming.remote.client.InitialContextFactory";
- private static final String DEFAULT_PROVIDER_URL = "remote://localhost:4447";
- private static final String DEFAULT_SECURITY_PRINCIPAL = "userid";
- private static final String DEFAULT_SECURITY_CREDENTIALS = "password";
- private static final String DEFAULT_CONSUMER_TOPIC = "apex-in";
- private static final String DEFAULT_PRODUCER_TOPIC = "apex-out";
- private static final int DEFAULT_CONSUMER_WAIT_TIME = 100;
- private static final boolean DEFAULT_TO_OBJECT_MESSAGE_SENDING = true;
+ private static final String DEFAULT_CONNECTION_FACTORY = "jms/RemoteConnectionFactory";
+ private static final String DEFAULT_INITIAL_CTXT_FACTORY = "org.jboss.naming.remote.client.InitialContextFactory";
+ private static final String DEFAULT_PROVIDER_URL = "remote://localhost:4447";
+ private static final String DEFAULT_SECURITY_PRINCIPAL = "userid";
+ private static final String DEFAULT_SECURITY_CREDENTIALS = "password";
+ private static final String DEFAULT_CONSUMER_TOPIC = "apex-in";
+ private static final String DEFAULT_PRODUCER_TOPIC = "apex-out";
+ private static final int DEFAULT_CONSUMER_WAIT_TIME = 100;
+ private static final boolean DEFAULT_TO_OBJECT_MSG_SENDING = true;
// Parameter property map tokens
private static final String PROPERTY_INITIAL_CONTEXT_FACTORY = Context.INITIAL_CONTEXT_FACTORY;
// JMS carrier parameters
private String connectionFactory = DEFAULT_CONNECTION_FACTORY;
- private String initialContextFactory = DEFAULT_INITIAL_CONTEXT_FACTORY;
+ private String initialContextFactory = DEFAULT_INITIAL_CTXT_FACTORY;
private String providerUrl = DEFAULT_PROVIDER_URL;
private String securityPrincipal = DEFAULT_SECURITY_PRINCIPAL;
private String securityCredentials = DEFAULT_SECURITY_CREDENTIALS;
private String producerTopic = DEFAULT_PRODUCER_TOPIC;
private String consumerTopic = DEFAULT_CONSUMER_TOPIC;
private int consumerWaitTime = DEFAULT_CONSUMER_WAIT_TIME;
- private boolean objectMessageSending = DEFAULT_TO_OBJECT_MESSAGE_SENDING;
+ private boolean objectMessageSending = DEFAULT_TO_OBJECT_MSG_SENDING;
// @formatter:on
/**
* Constructor to create a jms carrier technology parameters instance and register the instance with the parameter
* service.
*/
- public JMSCarrierTechnologyParameters() {
+ public JmsCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the JMS carrier technology
private static final Logger LOGGER = LoggerFactory.getLogger(ApexKafkaConsumer.class);
// The Kafka parameters read from the parameter service
- private KAFKACarrierTechnologyParameters kafkaConsumerProperties;
+ private KafkaCarrierTechnologyParameters kafkaConsumerProperties;
// The event receiver that will receive events from this consumer
private ApexEventReceiver eventReceiver;
this.name = consumerName;
// Check and get the Kafka Properties
- if (!(consumerParameters.getCarrierTechnologyParameters() instanceof KAFKACarrierTechnologyParameters)) {
+ if (!(consumerParameters.getCarrierTechnologyParameters() instanceof KafkaCarrierTechnologyParameters)) {
LOGGER.warn("specified consumer properties of type \""
+ consumerParameters.getCarrierTechnologyParameters().getClass().getCanonicalName()
+ "\" are not applicable to a Kafka consumer");
+ "\" are not applicable to a Kafka consumer");
}
kafkaConsumerProperties =
- (KAFKACarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
+ (KafkaCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
// Kick off the Kafka consumer
- kafkaConsumer = new KafkaConsumer<String, String>(kafkaConsumerProperties.getKafkaConsumerProperties());
+ kafkaConsumer = new KafkaConsumer<>(kafkaConsumerProperties.getKafkaConsumerProperties());
kafkaConsumer.subscribe(kafkaConsumerProperties.getConsumerTopicList());
if (LOGGER.isDebugEnabled()) {
LOGGER.debug("event receiver for " + this.getClass().getName() + ":" + this.name + " subscribed to topics: "
@Override
public void run() {
// Kick off the Kafka consumer
- kafkaConsumer = new KafkaConsumer<String, String>(kafkaConsumerProperties.getKafkaConsumerProperties());
+ kafkaConsumer = new KafkaConsumer<>(kafkaConsumerProperties.getKafkaConsumerProperties());
kafkaConsumer.subscribe(kafkaConsumerProperties.getConsumerTopicList());
if (LOGGER.isDebugEnabled()) {
LOGGER.debug("event receiver for " + this.getClass().getName() + ":" + this.name + " subscribed to topics: "
private static final Logger LOGGER = LoggerFactory.getLogger(ApexKafkaProducer.class);
// The Kafka parameters read from the parameter service
- private KAFKACarrierTechnologyParameters kafkaProducerProperties;
+ private KafkaCarrierTechnologyParameters kafkaProducerProperties;
// The Kafka Producer used to send events using Kafka
private Producer<String, Object> kafkaProducer;
this.name = producerName;
// Check and get the Kafka Properties
- if (!(producerParameters.getCarrierTechnologyParameters() instanceof KAFKACarrierTechnologyParameters)) {
- LOGGER.warn("specified producer properties are not applicable to a Kafka producer (" + this.name + ")");
+ if (!(producerParameters.getCarrierTechnologyParameters() instanceof KafkaCarrierTechnologyParameters)) {
+ String message = "specified producer properties are not applicable to a Kafka producer (" + this.name + ")";
+ LOGGER.warn(message);
throw new ApexEventException(
- "specified producer properties are not applicable to a Kafka producer (" + this.name + ")");
+ message);
}
kafkaProducerProperties =
- (KAFKACarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+ (KafkaCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
}
/*
// Kafka producer must be started in the same thread as it is stopped, so we must start it here
if (kafkaProducer == null) {
// Kick off the Kafka producer
- kafkaProducer = new KafkaProducer<String, Object>(kafkaProducerProperties.getKafkaProducerProperties());
+ kafkaProducer = new KafkaProducer<>(kafkaProducerProperties.getKafkaProducerProperties());
if (LOGGER.isDebugEnabled()) {
LOGGER.debug("event producer " + this.name + " is ready to send to topics: "
+ kafkaProducerProperties.getProducerTopic());
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class KAFKACarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class KafkaCarrierTechnologyParameters extends CarrierTechnologyParameters {
// @formatter:off
/** The label of this carrier technology. */
public static final String KAFKA_CARRIER_TECHNOLOGY_LABEL = "KAFKA";
private static final String SPECIFY_AS_STRING_MESSAGE = "not specified, must be specified as a string";
// Default parameter values
- private static final String DEFAULT_ACKS = "all";
- private static final String DEFAULT_BOOTSTRAP_SERVERS = "localhost:9092";
- private static final int DEFAULT_RETRIES = 0;
- private static final int DEFAULT_BATCH_SIZE = 16384;
- private static final int DEFAULT_LINGER_TIME = 1;
- private static final long DEFAULT_BUFFER_MEMORY = 33554432;
- private static final String DEFAULT_GROUP_ID = "default-group-id";
- private static final boolean DEFAULT_ENABLE_AUTO_COMMIT = true;
- private static final int DEFAULT_AUTO_COMMIT_TIME = 1000;
- private static final int DEFAULT_SESSION_TIMEOUT = 30000;
- private static final String DEFAULT_PRODUCER_TOPIC = "apex-out";
- private static final int DEFAULT_CONSUMER_POLL_TIME = 100;
- private static final String[] DEFAULT_CONSUMER_TOPIC_LIST = {"apex-in"};
- private static final String DEFAULT_KEY_SERIALIZER = "org.apache.kafka.common.serialization.StringSerializer";
- private static final String DEFAULT_VALUE_SERIALIZER = "org.apache.kafka.common.serialization.StringSerializer";
- private static final String DEFAULT_KEY_DESERIALIZER = "org.apache.kafka.common.serialization.StringDeserializer";
- private static final String DEFAULT_VALUE_DESERIALIZER = "org.apache.kafka.common.serialization.StringDeserializer";
+ private static final String DEFAULT_ACKS = "all";
+ private static final String DEFAULT_BOOT_SERVERS = "localhost:9092";
+ private static final int DEFAULT_RETRIES = 0;
+ private static final int DEFAULT_BATCH_SIZE = 16384;
+ private static final int DEFAULT_LINGER_TIME = 1;
+ private static final long DEFAULT_BUFFER_MEMORY = 33554432;
+ private static final String DEFAULT_GROUP_ID = "default-group-id";
+ private static final boolean DEFAULT_ENABLE_AUTOCMIT = true;
+ private static final int DEFAULT_AUTO_COMMIT_TIME = 1000;
+ private static final int DEFAULT_SESSION_TIMEOUT = 30000;
+ private static final String DEFAULT_PROD_TOPIC = "apex-out";
+ private static final int DEFAULT_CONS_POLL_TIME = 100;
+ private static final String[] DEFAULT_CONS_TOPICLIST = {"apex-in"};
+ private static final String DEFAULT_KEY_SERZER = "org.apache.kafka.common.serialization.StringSerializer";
+ private static final String DEFAULT_VAL_SERZER = "org.apache.kafka.common.serialization.StringSerializer";
+ private static final String DEFAULT_KEY_DESZER = "org.apache.kafka.common.serialization.StringDeserializer";
+ private static final String DEFAULT_VALUE_DESZER = "org.apache.kafka.common.serialization.StringDeserializer";
// Parameter property map tokens
private static final String PROPERTY_BOOTSTRAP_SERVERS = "bootstrap.servers";
private static final String PROPERTY_VALUE_DESERIALIZER = "value.deserializer";
// kafka carrier parameters
- private String bootstrapServers = DEFAULT_BOOTSTRAP_SERVERS;
+ private String bootstrapServers = DEFAULT_BOOT_SERVERS;
private String acks = DEFAULT_ACKS;
private int retries = DEFAULT_RETRIES;
private int batchSize = DEFAULT_BATCH_SIZE;
private int lingerTime = DEFAULT_LINGER_TIME;
private long bufferMemory = DEFAULT_BUFFER_MEMORY;
private String groupId = DEFAULT_GROUP_ID;
- private boolean enableAutoCommit = DEFAULT_ENABLE_AUTO_COMMIT;
+ private boolean enableAutoCommit = DEFAULT_ENABLE_AUTOCMIT;
private int autoCommitTime = DEFAULT_AUTO_COMMIT_TIME;
private int sessionTimeout = DEFAULT_SESSION_TIMEOUT;
- private String producerTopic = DEFAULT_PRODUCER_TOPIC;
- private int consumerPollTime = DEFAULT_CONSUMER_POLL_TIME;
- private String[] consumerTopicList = DEFAULT_CONSUMER_TOPIC_LIST;
- private String keySerializer = DEFAULT_KEY_SERIALIZER;
- private String valueSerializer = DEFAULT_VALUE_SERIALIZER;
- private String keyDeserializer = DEFAULT_KEY_DESERIALIZER;
- private String valueDeserializer = DEFAULT_VALUE_DESERIALIZER;
+ private String producerTopic = DEFAULT_PROD_TOPIC;
+ private int consumerPollTime = DEFAULT_CONS_POLL_TIME;
+ private String[] consumerTopicList = DEFAULT_CONS_TOPICLIST;
+ private String keySerializer = DEFAULT_KEY_SERZER;
+ private String valueSerializer = DEFAULT_VAL_SERZER;
+ private String keyDeserializer = DEFAULT_KEY_DESZER;
+ private String valueDeserializer = DEFAULT_VALUE_DESZER;
// @formatter:on
/**
* Constructor to create a kafka carrier technology parameters instance and register the instance with the parameter
* service.
*/
- public KAFKACarrierTechnologyParameters() {
+ public KafkaCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the kafka carrier technology
return result;
}
-
+
private void validateConsumerTopicList(final GroupValidationResult result) {
if (consumerTopicList == null || consumerTopicList.length == 0) {
result.setResult("consumerTopicList", ValidationStatus.INVALID,
}
private boolean isNullOrBlank(final String stringValue) {
- return stringValue == null || stringValue.trim().length() == 0;
+ return stringValue == null || stringValue.trim().length() == 0;
}
}
private static final long REST_CLIENT_WAIT_SLEEP_TIME = 50;
// The REST parameters read from the parameter service
- private RESTClientCarrierTechnologyParameters restConsumerProperties;
+ private RestClientCarrierTechnologyParameters restConsumerProperties;
// The event receiver that will receive events from this consumer
private ApexEventReceiver eventReceiver;
this.name = consumerName;
// Check and get the REST Properties
- if (!(consumerParameters.getCarrierTechnologyParameters() instanceof RESTClientCarrierTechnologyParameters)) {
+ if (!(consumerParameters.getCarrierTechnologyParameters() instanceof RestClientCarrierTechnologyParameters)) {
final String errorMessage = "specified consumer properties are not applicable to REST client consumer ("
+ this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- restConsumerProperties = (RESTClientCarrierTechnologyParameters) consumerParameters
+ restConsumerProperties = (RestClientCarrierTechnologyParameters) consumerParameters
.getCarrierTechnologyParameters();
// Check if the HTTP method has been set
if (restConsumerProperties.getHttpMethod() == null) {
- restConsumerProperties.setHttpMethod(RESTClientCarrierTechnologyParameters.CONSUMER_HTTP_METHOD);
+ restConsumerProperties.setHttpMethod(RestClientCarrierTechnologyParameters.CONSUMER_HTTP_METHOD);
}
if (!restConsumerProperties.getHttpMethod()
- .equalsIgnoreCase(RESTClientCarrierTechnologyParameters.CONSUMER_HTTP_METHOD)) {
+ .equalsIgnoreCase(RestClientCarrierTechnologyParameters.CONSUMER_HTTP_METHOD)) {
final String errorMessage = "specified HTTP method of \"" + restConsumerProperties.getHttpMethod()
+ "\" is invalid, only HTTP method \"GET\" "
+ "is supported for event reception on REST client consumer (" + this.name + ")";
}
// Get the event we received
- final String eventJSONString = response.readEntity(String.class);
+ final String eventJsonString = response.readEntity(String.class);
// Check there is content
- if (eventJSONString == null || eventJSONString.trim().length() == 0) {
+ if (eventJsonString == null || eventJsonString.trim().length() == 0) {
final String errorMessage = "received an empty event from URL \"" + restConsumerProperties.getUrl()
+ "\"";
throw new ApexEventRuntimeException(errorMessage);
}
// Send the event into Apex
- eventReceiver.receiveEvent(eventJSONString);
+ eventReceiver.receiveEvent(eventJsonString);
} catch (final Exception e) {
LOGGER.warn("error receiving events on thread {}", consumerThread.getName(), e);
}
private Client client;
// The REST carrier properties
- private RESTClientCarrierTechnologyParameters restProducerProperties;
+ private RestClientCarrierTechnologyParameters restProducerProperties;
// The name for this producer
private String name = null;
*/
@Override
public void init(final String producerName, final EventHandlerParameters producerParameters)
- throws ApexEventException {
+ throws ApexEventException {
this.name = producerName;
// Check and get the REST Properties
- if (!(producerParameters.getCarrierTechnologyParameters() instanceof RESTClientCarrierTechnologyParameters)) {
- final String errorMessage =
- "specified consumer properties are not applicable to REST client producer (" + this.name + ")";
+ if (!(producerParameters.getCarrierTechnologyParameters() instanceof RestClientCarrierTechnologyParameters)) {
+ final String errorMessage = "specified consumer properties are not applicable to REST client producer ("
+ + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- restProducerProperties =
- (RESTClientCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+ restProducerProperties = (RestClientCarrierTechnologyParameters) producerParameters
+ .getCarrierTechnologyParameters();
// Check if the HTTP method has been set
if (restProducerProperties.getHttpMethod() == null) {
- restProducerProperties.setHttpMethod(RESTClientCarrierTechnologyParameters.DEFAULT_PRODUCER_HTTP_METHOD);
+ restProducerProperties.setHttpMethod(RestClientCarrierTechnologyParameters.DEFAULT_PRODUCER_HTTP_METHOD);
}
if (!restProducerProperties.getHttpMethod().equalsIgnoreCase("POST")
- && !restProducerProperties.getHttpMethod().equalsIgnoreCase("PUT")) {
+ && !restProducerProperties.getHttpMethod().equalsIgnoreCase("PUT")) {
final String errorMessage = "specified HTTP method of \"" + restProducerProperties.getHttpMethod()
- + "\" is invalid, only HTTP methods \"POST\" and \"PUT\" are supproted for event sending on REST client producer ("
- + this.name + ")";
+ + "\" is invalid, only HTTP methods \"POST\" and \"PUT\" are supproted "
+ + "for event sending on REST client producer (" + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
@Override
public void sendEvent(final long executionId, final String eventName, final Object event) {
// Check if this is a synchronized event, if so we have received a reply
- final SynchronousEventCache synchronousEventCache =
- (SynchronousEventCache) peerReferenceMap.get(EventHandlerPeeredMode.SYNCHRONOUS);
+ final SynchronousEventCache synchronousEventCache = (SynchronousEventCache) peerReferenceMap
+ .get(EventHandlerPeeredMode.SYNCHRONOUS);
if (synchronousEventCache != null) {
synchronousEventCache.removeCachedEventToApexIfExists(executionId);
}
// Check that the request worked
if (response.getStatus() != Response.Status.OK.getStatusCode()) {
final String errorMessage = "send of event to URL \"" + restProducerProperties.getUrl() + "\" using HTTP \""
- + restProducerProperties.getHttpMethod() + "\" failed with status code " + response.getStatus()
- + " and message \"" + response.readEntity(String.class) + "\", event:\n" + event;
+ + restProducerProperties.getHttpMethod() + "\" failed with status code "
+ + response.getStatus() + " and message \"" + response.readEntity(String.class)
+ + "\", event:\n" + event;
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
if (LOGGER.isTraceEnabled()) {
LOGGER.trace("event sent from engine using {} to URL {} with HTTP {} : {} and response {} ", this.name,
- restProducerProperties.getUrl(), restProducerProperties.getHttpMethod(), event, response);
+ restProducerProperties.getUrl(), restProducerProperties.getHttpMethod(), event, response);
}
}
*
* @author Joss Armstrong (joss.armstrong@ericsson.com)
*/
-public class RESTClientCarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class RestClientCarrierTechnologyParameters extends CarrierTechnologyParameters {
/** The label of this carrier technology. */
public static final String RESTCLIENT_CARRIER_TECHNOLOGY_LABEL = "RESTCLIENT";
* Constructor to create a REST carrier technology parameters instance and register the instance with the parameter
* service.
*/
- public RESTClientCarrierTechnologyParameters() {
+ public RestClientCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the web socket carrier technology
/**
* Sets the URL for the REST request.
*
- * @param incomingURL the URL
+ * @param incomingUrl the URL
*/
- public void setURL(final String incomingURL) {
- this.url = incomingURL;
+ public void setUrl(final String incomingUrl) {
+ this.url = incomingUrl;
}
/**
private Object event;
private long timestamp;
+ /**
+ * Instantiates a new apex rest request.
+ *
+ * @param executionId the execution id
+ * @param eventName the event name
+ * @param event the event
+ */
public ApexRestRequest(final long executionId, final String eventName, final Object event) {
this.executionId = executionId;
this.eventName = eventName;
this.event = event;
}
+ /**
+ * Gets the execution id.
+ *
+ * @return the execution id
+ */
public long getExecutionId() {
return executionId;
}
+ /**
+ * Gets the event name.
+ *
+ * @return the event name
+ */
public String getEventName() {
return eventName;
}
+ /**
+ * Gets the event.
+ *
+ * @return the event
+ */
public Object getEvent() {
return event;
}
+ /**
+ * Gets the timestamp.
+ *
+ * @return the timestamp
+ */
public long getTimestamp() {
return timestamp;
}
+ /**
+ * Sets the timestamp.
+ *
+ * @param timestamp the new timestamp
+ */
public void setTimestamp(final long timestamp) {
this.timestamp = timestamp;
}
+ /* (non-Javadoc)
+ * @see java.lang.Object#toString()
+ */
@Override
public String toString() {
return "ApexRestRequest [executionId=" + executionId + ", eventName=" + eventName + ", event=" + event
import org.slf4j.LoggerFactory;
/**
- * This class implements an Apex event consumer that issues a REST request and returns the REST
- * response to APEX as an event.
+ * This class implements an Apex event consumer that issues a REST request and returns the REST response to APEX as an
+ * event.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
private static final long REST_REQUESTOR_WAIT_SLEEP_TIME = 50;
// The REST parameters read from the parameter service
- private RESTRequestorCarrierTechnologyParameters restConsumerProperties;
+ private RestRequestorCarrierTechnologyParameters restConsumerProperties;
// The timeout for REST requests
- private long restRequestTimeout = RESTRequestorCarrierTechnologyParameters.DEFAULT_REST_REQUEST_TIMEOUT;
+ private long restRequestTimeout = RestRequestorCarrierTechnologyParameters.DEFAULT_REST_REQUEST_TIMEOUT;
// The event receiver that will receive events from this consumer
private ApexEventReceiver eventReceiver;
@Override
public void init(final String consumerName, final EventHandlerParameters consumerParameters,
- final ApexEventReceiver incomingEventReceiver) throws ApexEventException {
+ final ApexEventReceiver incomingEventReceiver) throws ApexEventException {
this.eventReceiver = incomingEventReceiver;
this.name = consumerName;
// Check and get the REST Properties
if (!(consumerParameters
- .getCarrierTechnologyParameters() instanceof RESTRequestorCarrierTechnologyParameters)) {
- final String errorMessage =
- "specified consumer properties are not applicable to REST Requestor consumer (" + this.name + ")";
+ .getCarrierTechnologyParameters() instanceof RestRequestorCarrierTechnologyParameters)) {
+ final String errorMessage = "specified consumer properties are not applicable to REST Requestor consumer ("
+ + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- restConsumerProperties =
- (RESTRequestorCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
+ restConsumerProperties = (RestRequestorCarrierTechnologyParameters) consumerParameters
+ .getCarrierTechnologyParameters();
// Check if we are in peered mode
if (!consumerParameters.isPeeredMode(EventHandlerPeeredMode.REQUESTOR)) {
final String errorMessage = "REST Requestor consumer (" + this.name
- + ") must run in peered requestor mode with a REST Requestor producer";
+ + ") must run in peered requestor mode with a REST Requestor producer";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
// Check if the HTTP method has been set
if (restConsumerProperties.getHttpMethod() == null) {
restConsumerProperties
- .setHttpMethod(RESTRequestorCarrierTechnologyParameters.DEFAULT_REQUESTOR_HTTP_METHOD);
+ .setHttpMethod(RestRequestorCarrierTechnologyParameters.DEFAULT_REQUESTOR_HTTP_METHOD);
}
// Check if the HTTP URL has been set
try {
incomingRestRequestQueue.add(restRequest);
} catch (final Exception e) {
- final String errorMessage =
- "could not queue request \"" + restRequest + "\" on REST Requestor consumer (" + this.name + ")";
+ final String errorMessage = "could not queue request \"" + restRequest + "\" on REST Requestor consumer ("
+ + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
}
/**
- * Get the number of events received to date
+ * Get the number of events received to date.
*
* @return the number of events received
*/
while (consumerThread.isAlive() && !stopOrderedFlag) {
try {
// Take the next event from the queue
- final ApexRestRequest restRequest =
- incomingRestRequestQueue.poll(REST_REQUESTOR_WAIT_SLEEP_TIME, TimeUnit.MILLISECONDS);
+ final ApexRestRequest restRequest = incomingRestRequestQueue.poll(REST_REQUESTOR_WAIT_SLEEP_TIME,
+ TimeUnit.MILLISECONDS);
if (restRequest == null) {
// Poll timed out, check for request timeouts
timeoutExpiredRequests();
}
/**
- * This method times out REST requests that have expired
+ * This method times out REST requests that have expired.
*/
private void timeoutExpiredRequests() {
// Hold a list of timed out requests
// Interrupt timed out requests and remove them from the ongoing map
for (final ApexRestRequest timedoutRequest : timedoutRequestList) {
- final String errorMessage =
- "REST Requestor consumer (" + this.name + "), REST request timed out: " + timedoutRequest;
+ final String errorMessage = "REST Requestor consumer (" + this.name + "), REST request timed out: "
+ + timedoutRequest;
LOGGER.warn(errorMessage);
ongoingRestRequestMap.remove(timedoutRequest);
private Thread restRequestThread;
/**
- * Constructor, initialise the request runner with the request
+ * Constructor, initialise the request runner with the request.
*
* @param request the request this runner will issue
*/
try {
// Execute the REST request
- final Response response = sendEventAsRESTRequest();
+ final Response response = sendEventAsRestRequest();
// Check that the event request worked
if (response.getStatus() != Response.Status.OK.getStatusCode()) {
final String errorMessage = "reception of response to \"" + request + "\" from URL \""
- + restConsumerProperties.getUrl() + "\" failed with status code " + response.getStatus()
- + " and message \"" + response.readEntity(String.class) + "\"";
+ + restConsumerProperties.getUrl() + "\" failed with status code "
+ + response.getStatus() + " and message \"" + response.readEntity(String.class)
+ + "\"";
throw new ApexEventRuntimeException(errorMessage);
}
// Get the event we received
- final String eventJSONString = response.readEntity(String.class);
+ final String eventJsonString = response.readEntity(String.class);
// Check there is content
- if (eventJSONString == null || eventJSONString.trim().length() == 0) {
+ if (eventJsonString == null || eventJsonString.trim().length() == 0) {
final String errorMessage = "received an enpty response to \"" + request + "\" from URL \""
- + restConsumerProperties.getUrl() + "\"";
+ + restConsumerProperties.getUrl() + "\"";
throw new ApexEventRuntimeException(errorMessage);
}
// Send the event into Apex
- eventReceiver.receiveEvent(request.getExecutionId(), eventJSONString);
+ eventReceiver.receiveEvent(request.getExecutionId(), eventJsonString);
synchronized (eventsReceivedLock) {
eventsReceived++;
}
/**
- * Stop the REST request
+ * Stop the REST request.
*/
private void stop() {
restRequestThread.interrupt();
*
* @return the response to the REST request
*/
- public Response sendEventAsRESTRequest() {
+ public Response sendEventAsRestRequest() {
switch (restConsumerProperties.getHttpMethod()) {
case GET:
return client.target(restConsumerProperties.getUrl()).request(APPLICATION_JSON).get();
case PUT:
return client.target(restConsumerProperties.getUrl()).request(APPLICATION_JSON)
- .put(Entity.json(request.getEvent()));
+ .put(Entity.json(request.getEvent()));
case POST:
return client.target(restConsumerProperties.getUrl()).request(APPLICATION_JSON)
- .post(Entity.json(request.getEvent()));
+ .post(Entity.json(request.getEvent()));
case DELETE:
return client.target(restConsumerProperties.getUrl()).request(APPLICATION_JSON).delete();
+
+ default:
+ break;
}
return null;
private static final Logger LOGGER = LoggerFactory.getLogger(ApexRestRequestorProducer.class);
// The REST carrier properties
- private RESTRequestorCarrierTechnologyParameters restProducerProperties;
+ private RestRequestorCarrierTechnologyParameters restProducerProperties;
// The name for this producer
private String name = null;
// Check and get the REST Properties
if (!(producerParameters
- .getCarrierTechnologyParameters() instanceof RESTRequestorCarrierTechnologyParameters)) {
+ .getCarrierTechnologyParameters() instanceof RestRequestorCarrierTechnologyParameters)) {
final String errorMessage =
"specified consumer properties are not applicable to REST requestor producer (" + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
restProducerProperties =
- (RESTRequestorCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+ (RestRequestorCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
// Check if we are in peered mode
if (!producerParameters.isPeeredMode(EventHandlerPeeredMode.REQUESTOR)) {
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class RESTRequestorCarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class RestRequestorCarrierTechnologyParameters extends CarrierTechnologyParameters {
/** The supported HTTP methods. */
- public enum HTTP_METHOD {
+ public enum HttpMethod {
GET, PUT, POST, DELETE
}
ApexRestRequestorConsumer.class.getCanonicalName();
/** The default HTTP method for request events. */
- public static final HTTP_METHOD DEFAULT_REQUESTOR_HTTP_METHOD = HTTP_METHOD.GET;
+ public static final HttpMethod DEFAULT_REQUESTOR_HTTP_METHOD = HttpMethod.GET;
/** The default timeout for REST requests. */
public static final long DEFAULT_REST_REQUEST_TIMEOUT = 500;
private String url = null;
- private HTTP_METHOD httpMethod = null;
+ private HttpMethod httpMethod = null;
/**
* Constructor to create a REST carrier technology parameters instance and register the instance with the parameter
* service.
*/
- public RESTRequestorCarrierTechnologyParameters() {
+ public RestRequestorCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the web socket carrier technology
/**
* Sets the URL for the REST request.
*
- * @param incomingURL the URL
+ * @param incomingUrl the URL
*/
- public void setURL(final String incomingURL) {
- this.url = incomingURL;
+ public void setUrl(final String incomingUrl) {
+ this.url = incomingUrl;
}
/**
*
* @return the HTTP method
*/
- public HTTP_METHOD getHttpMethod() {
+ public HttpMethod getHttpMethod() {
return httpMethod;
}
*
* @param httpMethod the HTTP method
*/
- public void setHttpMethod(final HTTP_METHOD httpMethod) {
+ public void setHttpMethod(final HttpMethod httpMethod) {
this.httpMethod = httpMethod;
}
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.service.engine.main.ApexMain;
-public class TestRESTRequestor {
+/**
+ * The Class TestRestRequestor.
+ */
+public class TestRestRequestor {
private static final String BASE_URI = "http://localhost:32801/TestRESTRequestor";
private static HttpServer server;
private final PrintStream stdout = System.out;
private final PrintStream stderr = System.err;
+ /**
+ * Sets the up.
+ *
+ * @throws Exception the exception
+ */
@BeforeClass
public static void setUp() throws Exception {
final ResourceConfig rc = new ResourceConfig(TestRestRequestorEndpoint.class);
}
}
+ /**
+ * Tear down.
+ *
+ * @throws Exception the exception
+ */
@AfterClass
public static void tearDown() throws Exception {
server.shutdownNow();
new File("src/test/resources/events/EventsOutMulti1.json").delete();
}
+ /**
+ * Reset counters.
+ */
@Before
public void resetCounters() {
TestRestRequestorEndpoint.resetCounters();
}
+ /**
+ * Test rest requestor get.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorGet() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorGet() throws MessagingException, ApexException, IOException {
final Client client = ClientBuilder.newClient();
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FileGet.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FileGet.json" };
final ApexMain apexMain = new ApexMain(args);
// Wait for the required amount of events to be received or for 10 seconds
ThreadUtilities.sleep(100);
final Response response = client.target("http://localhost:32801/TestRESTRequestor/apex/event/Stats")
- .request("application/json").get();
+ .request("application/json").get();
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
final String responseString = response.readEntity(String.class);
assertEquals(Double.valueOf(50.0), getsSoFar);
}
+ /**
+ * Test REST requestor put.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorPut() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorPut() throws MessagingException, ApexException, IOException {
final Client client = ClientBuilder.newClient();
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FilePut.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FilePut.json" };
final ApexMain apexMain = new ApexMain(args);
// Wait for the required amount of events to be received or for 10 seconds
ThreadUtilities.sleep(100);
final Response response = client.target("http://localhost:32801/TestRESTRequestor/apex/event/Stats")
- .request("application/json").get();
+ .request("application/json").get();
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
final String responseString = response.readEntity(String.class);
assertEquals(Double.valueOf(50.0), putsSoFar);
}
+ /**
+ * Test REST requestor post.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorPost() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorPost() throws MessagingException, ApexException, IOException {
final Client client = ClientBuilder.newClient();
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FilePost.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FilePost.json" };
final ApexMain apexMain = new ApexMain(args);
// Wait for the required amount of events to be received or for 10 seconds
ThreadUtilities.sleep(100);
final Response response = client.target("http://localhost:32801/TestRESTRequestor/apex/event/Stats")
- .request("application/json").get();
+ .request("application/json").get();
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
final String responseString = response.readEntity(String.class);
assertEquals(Double.valueOf(50.0), postsSoFar);
}
+ /**
+ * Test REST requestor delete.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorDelete() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorDelete() throws MessagingException, ApexException, IOException {
final Client client = ClientBuilder.newClient();
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FileDelete.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FileDelete.json" };
final ApexMain apexMain = new ApexMain(args);
// Wait for the required amount of events to be received or for 10 seconds
ThreadUtilities.sleep(100);
final Response response = client.target("http://localhost:32801/TestRESTRequestor/apex/event/Stats")
- .request("application/json").get();
+ .request("application/json").get();
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
final String responseString = response.readEntity(String.class);
assertEquals(Double.valueOf(50.0), deletesSoFar);
}
+ /**
+ * Test REST requestor multi inputs.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorMultiInputs() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorMultiInputs() throws MessagingException, ApexException, IOException {
final Client client = ClientBuilder.newClient();
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FileGetMulti.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FileGetMulti.json" };
final ApexMain apexMain = new ApexMain(args);
// Wait for the required amount of events to be received or for 10 seconds
ThreadUtilities.sleep(100);
final Response response = client.target("http://localhost:32801/TestRESTRequestor/apex/event/Stats")
- .request("application/json").get();
+ .request("application/json").get();
assertEquals(Response.Status.OK.getStatusCode(), response.getStatus());
final String responseString = response.readEntity(String.class);
ThreadUtilities.sleep(1000);
}
+ /**
+ * Test REST requestor producer alone.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorProducerAlone() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorProducerAlone() throws MessagingException, ApexException, IOException {
System.setOut(new PrintStream(outContent));
System.setErr(new PrintStream(errContent));
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FileGetProducerAlone.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FileGetProducerAlone.json" };
final ApexMain apexMain = new ApexMain(args);
ThreadUtilities.sleep(200);
System.setOut(stdout);
System.setErr(stderr);
- assertTrue(outString.contains(
- "REST Requestor producer (RestRequestorProducer) must run in peered requestor mode with a REST Requestor consumer"));
+ assertTrue(outString.contains("REST Requestor producer (RestRequestorProducer) "
+ + "must run in peered requestor mode with a REST Requestor consumer"));
}
+ /**
+ * Test REST requestor consumer alone.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
- public void testRESTRequestorConsumerAlone() throws MessagingException, ApexException, IOException {
+ public void testRestRequestorConsumerAlone() throws MessagingException, ApexException, IOException {
System.setOut(new PrintStream(outContent));
System.setErr(new PrintStream(errContent));
- final String[] args = { "src/test/resources/prodcons/File2RESTRequest2FileGetConsumerAlone.json" };
+ final String[] args =
+ { "src/test/resources/prodcons/File2RESTRequest2FileGetConsumerAlone.json" };
final ApexMain apexMain = new ApexMain(args);
ThreadUtilities.sleep(200);
System.setOut(stdout);
System.setErr(stderr);
- assertTrue(outString.contains(
- "peer \"RestRequestorProducer for peered mode REQUESTOR does not exist or is not defined with the same peered mode"));
+ assertTrue(outString.contains("peer \"RestRequestorProducer for peered mode REQUESTOR "
+ + "does not exist or is not defined with the same peered mode"));
}
}
import javax.ws.rs.Path;
import javax.ws.rs.core.Response;
+/**
+ * The Class TestRestRequestorEndpoint.
+ */
@Path("/apex")
public class TestRestRequestorEndpoint {
+ "\"TestMatchCase\": 2,\n" + "\"TestTimestamp\": " + System.currentTimeMillis() + ",\n"
+ "\"TestTemperature\": 9080.866\n" + "}";
+ /**
+ * Reset counters.
+ */
public static void resetCounters() {
postMessagesReceived = 0;
putMessagesReceived = 0;
deleteMessagesReceived = 0;
}
+ /**
+ * Service get stats.
+ *
+ * @return the response
+ */
@Path("/event/Stats")
@GET
public Response serviceGetStats() {
.build();
}
+ /**
+ * Service get event.
+ *
+ * @return the response
+ */
@Path("/event/GetEvent")
@GET
public Response serviceGetEvent() {
return Response.status(200).entity(EVENT_STRING).build();
}
+ /**
+ * Service get empty event.
+ *
+ * @return the response
+ */
@Path("/event/GetEmptyEvent")
@GET
public Response serviceGetEmptyEvent() {
return Response.status(200).build();
}
+ /**
+ * Service get event bad response.
+ *
+ * @return the response
+ */
@Path("/event/GetEventBadResponse")
@GET
public Response serviceGetEventBadResponse() {
return Response.status(400).build();
}
+ /**
+ * Service post request.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/PostEvent")
@POST
public Response servicePostRequest(final String jsonString) {
return Response.status(200).entity(EVENT_STRING).build();
}
+ /**
+ * Service post request bad response.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/PostEventBadResponse")
@POST
public Response servicePostRequestBadResponse(final String jsonString) {
return Response.status(400).build();
}
+ /**
+ * Service put request.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/PutEvent")
@PUT
public Response servicePutRequest(final String jsonString) {
return Response.status(200).entity(EVENT_STRING).build();
}
+ /**
+ * Service delete request.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/DeleteEvent")
@DELETE
public Response serviceDeleteRequest(final String jsonString) {
return Response.status(200).entity(EVENT_STRING).build();
}
+ /**
+ * Service delete request bad response.
+ *
+ * @param jsonString the json string
+ * @return the response
+ */
@Path("/event/DeleteEventBadResponse")
@DELETE
public Response serviceDeleteRequestBadResponse(final String jsonString) {
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/DeleteEvent",
"httpMethod": "DELETE",
"RestRequestorProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/GetEvent",
"httpMethod": "GET",
"RestRequestorProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/GetEvent",
"httpMethod": "GET",
"RestRequestorProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorConsumer0": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/GetEvent",
"httpMethod": "GET",
"RestRequestorConsumer1": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/GetEvent",
"httpMethod": "GET",
"RestRequestorProducer0": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"RestRequestorProducer1": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/PostEvent",
"httpMethod": "POST",
"RestRequestorProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"RestRequestorConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRESTRequestor/apex/event/PutEvent",
"httpMethod": "PUT",
"RestRequestorProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTREQUESTOR",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RESTRequestorCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restrequestor.RestRequestorCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
// The amount of time to wait in milliseconds between checks that the consumer thread has stopped
private static final long REST_SERVER_CONSUMER_WAIT_SLEEP_TIME = 50;
- // The REST parameters read from the parameter service
- private RESTServerCarrierTechnologyParameters restConsumerProperties;
-
// The event receiver that will receive events from this consumer
private ApexEventReceiver eventReceiver;
*
* @return the next candidate value for a Execution ID
*/
- private static synchronized long getNextExecutionID() {
+ private static synchronized long getNextExecutionId() {
return nextExecutionID.getAndIncrement();
}
this.name = consumerName;
// Check and get the REST Properties
- if (!(consumerParameters.getCarrierTechnologyParameters() instanceof RESTServerCarrierTechnologyParameters)) {
+ if (!(consumerParameters.getCarrierTechnologyParameters() instanceof RestServerCarrierTechnologyParameters)) {
final String errorMessage =
"specified consumer properties are not applicable to REST Server consumer (" + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- restConsumerProperties =
- (RESTServerCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
+
+ // The REST parameters read from the parameter service
+ RestServerCarrierTechnologyParameters restConsumerProperties =
+ (RestServerCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
// Check if we are in synchronous mode
if (!consumerParameters.isPeeredMode(EventHandlerPeeredMode.SYNCHRONOUS)) {
}
// Compose the URI for the standalone server
- final String baseURI = String.format(BASE_URI_TEMPLATE, restConsumerProperties.getHost(),
+ final String baseUrl = String.format(BASE_URI_TEMPLATE, restConsumerProperties.getHost(),
restConsumerProperties.getPort());
// Instantiate the standalone server
final ResourceConfig rc = new ResourceConfig(RestServerEndpoint.class, AccessControlFilter.class);
- server = GrizzlyHttpServerFactory.createHttpServer(URI.create(baseURI), rc);
+ server = GrizzlyHttpServerFactory.createHttpServer(URI.create(baseUrl), rc);
while (!server.isStarted()) {
ThreadUtilities.sleep(REST_SERVER_CONSUMER_WAIT_SLEEP_TIME);
*/
public Response receiveEvent(final String event) {
// Get an execution ID for the event
- final long executionId = getNextExecutionID();
+ final long executionId = getNextExecutionId();
if (LOGGER.isDebugEnabled()) {
- LOGGER.debug(name + ": sending event " + name + '_' + executionId + " to Apex, event=" + event);
+ String message = name + ": sending event " + name + '_' + executionId + " to Apex, event=" + event;
+ LOGGER.debug(message);
}
try {
// Wait until the event is in the cache of events sent to apex
do {
ThreadUtilities.sleep(REST_SERVER_CONSUMER_WAIT_SLEEP_TIME);
- } while (!synchronousEventCache.existsEventToApex(executionId));
+ }
+ while (!synchronousEventCache.existsEventToApex(executionId));
// Now wait for the reply or for the event to time put
do {
// Return the event as a response to the call
return Response.status(Response.Status.OK.getStatusCode()).entity(responseEvent.toString()).build();
}
- } while (synchronousEventCache.existsEventToApex(executionId));
+ }
+ while (synchronousEventCache.existsEventToApex(executionId));
// The event timed out
final String errorMessage = "processing of event on event consumer " + name + " timed out, event=" + event;
public class ApexRestServerProducer implements ApexEventProducer {
private static final Logger LOGGER = LoggerFactory.getLogger(ApexRestServerProducer.class);
- // The REST carrier properties
- private RESTServerCarrierTechnologyParameters restProducerProperties;
-
// The name for this producer
private String name = null;
this.name = producerName;
// Check and get the REST Properties
- if (!(producerParameters.getCarrierTechnologyParameters() instanceof RESTServerCarrierTechnologyParameters)) {
+ if (!(producerParameters.getCarrierTechnologyParameters() instanceof RestServerCarrierTechnologyParameters)) {
final String errorMessage =
"specified producer properties are not applicable to REST Server producer (" + this.name + ")";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- restProducerProperties =
- (RESTServerCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+
+ // The REST carrier properties
+ RestServerCarrierTechnologyParameters restProducerProperties =
+ (RestServerCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
// Check if host and port are defined
if (restProducerProperties.getHost() != null || restProducerProperties.getPort() != -1
@Override
public void sendEvent(final long executionId, final String eventName, final Object event) {
if (LOGGER.isDebugEnabled()) {
- LOGGER.debug(name + ": event " + executionId + ':' + eventName + " recevied from Apex, event=" + event);
+ String message = name + ": event " + executionId + ':' + eventName + " recevied from Apex, event=" + event;
+ LOGGER.debug(message);
}
// If we are not synchronized, then exit
* @see org.onap.policy.apex.service.engine.event.ApexEventProducer#stop()
*/
@Override
- public void stop() {}
+ public void stop() {
+ // Implementation not required on this class
+ }
}
/**
* Apex parameters for REST as an event carrier technology with Apex as a REST client.
*
- * The parameters for this plugin are:
+ * <p>The parameters for this plugin are:
* <ol>
* <li>standalone: A flag indicating if APEX should start a standalone HTTP server to process REST requests (true) or
* whether it should use an underlying servlet infrastructure such as Apache Tomcat (False). This parameter is legal
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class RESTServerCarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class RestServerCarrierTechnologyParameters extends CarrierTechnologyParameters {
// @formatter:off
private static final int MIN_USER_PORT = 1024;
private static final int MAX_USER_PORT = 65535;
* Constructor to create a REST carrier technology parameters instance and register the instance with the parameter
* service.
*/
- public RESTServerCarrierTechnologyParameters() {
+ public RestServerCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the web socket carrier technology
// This map is used to hold all the REST server event inputs. This is used to determine which consumer to send input
// events to
private static Map<String, ApexRestServerConsumer> consumerMap =
- new LinkedHashMap<String, ApexRestServerConsumer>();
+ new LinkedHashMap<>();
// The ID of this event input. This gets injected from the URL.
@PathParam("eventInput")
- private String eventInputID = null;
+ private String eventInputId = null;
/**
* Register an Apex consumer with the REST server end point.
*
- * @param consumerEventInputID The event input ID that indicates this consumer shoud be used
+ * @param consumerEventInputId The event input ID that indicates this consumer shoud be used
* @param consumer The consumer to register
*/
- public static void registerApexRestServerConsumer(final String consumerEventInputID,
+ public static void registerApexRestServerConsumer(final String consumerEventInputId,
final ApexRestServerConsumer consumer) {
- consumerMap.put(consumerEventInputID, consumer);
+ consumerMap.put(consumerEventInputId, consumer);
}
/**
postEventMessagesReceived++;
if (LOGGER.isDebugEnabled()) {
- LOGGER.debug("event input " + eventInputID + ", received POST of event \"" + jsonString + "\"");
+ String message = "event input " + eventInputId + ", received POST of event \"" + jsonString + "\"";
+ LOGGER.debug(message);
}
// Common handler method for POST and PUT requests
putEventMessagesReceived++;
if (LOGGER.isDebugEnabled()) {
- LOGGER.debug("event input \"" + eventInputID + "\", received PUT of event \"" + jsonString + "\"");
+ String message = "event input \"" + eventInputId + "\", received PUT of event \"" + jsonString + "\"";
+ LOGGER.debug(message);
}
// Common handler method for POST and PUT requests
*/
private Response handleEvent(final String jsonString) {
// Find the correct consumer for this REST message
- final ApexRestServerConsumer eventConsumer = consumerMap.get(eventInputID);
+ final ApexRestServerConsumer eventConsumer = consumerMap.get(eventInputId);
if (eventConsumer == null) {
final String errorMessage =
- "event input " + eventInputID + " is not defined in the Apex configuration file";
+ "event input " + eventInputId + " is not defined in the Apex configuration file";
LOGGER.warn(errorMessage);
return Response.status(Response.Status.BAD_REQUEST.getStatusCode())
.entity("{'errorMessage', '" + errorMessage + "'}").build();
// Get a reference to the logger
private static final Logger LOGGER = LoggerFactory.getLogger(ApexWebSocketConsumer.class);
- // The Web Socket properties
- private WEBSOCKETCarrierTechnologyParameters webSocketConsumerProperties;
-
// The web socket messager, may be WS a server or a client
private WsStringMessager wsStringMessager;
this.name = consumerName;
// Check and get the Kafka Properties
- if (!(consumerParameters.getCarrierTechnologyParameters() instanceof WEBSOCKETCarrierTechnologyParameters)) {
+ if (!(consumerParameters.getCarrierTechnologyParameters() instanceof WebSocketCarrierTechnologyParameters)) {
LOGGER.warn("specified consumer properties are not applicable to a web socket consumer");
throw new ApexEventException("specified consumer properties are not applicable to a web socket consumer");
}
- webSocketConsumerProperties =
- (WEBSOCKETCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
+
+ // The Web Socket properties
+ WebSocketCarrierTechnologyParameters webSocketConsumerProperties =
+ (WebSocketCarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
// Check if this is a server or a client Web Socket
if (webSocketConsumerProperties.isWsClient()) {
// Get a reference to the logger
private static final Logger LOGGER = LoggerFactory.getLogger(ApexWebSocketProducer.class);
- // The Web Socket properties
- private WEBSOCKETCarrierTechnologyParameters webSocketProducerProperties;
-
// The web socket messager, may be WS a server or a client
private WsStringMessager wsStringMessager;
@Override
public void init(final String producerName, final EventHandlerParameters producerParameters)
- throws ApexEventException {
+ throws ApexEventException {
this.name = producerName;
// Check and get the web socket Properties
- if (!(producerParameters.getCarrierTechnologyParameters() instanceof WEBSOCKETCarrierTechnologyParameters)) {
- LOGGER.warn(
- "specified producer properties for " + this.name + "are not applicable to a web socket producer");
+ if (!(producerParameters.getCarrierTechnologyParameters() instanceof WebSocketCarrierTechnologyParameters)) {
+ String message = "specified producer properties for " + this.name
+ + "are not applicable to a web socket producer";
+ LOGGER.warn(message);
throw new ApexEventException("specified producer properties are not applicable to a web socket producer");
}
- webSocketProducerProperties =
- (WEBSOCKETCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+ // The Web Socket properties
+ WebSocketCarrierTechnologyParameters webSocketProducerProperties =
+ (WebSocketCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
// Check if this is a server or a client Web Socket
if (webSocketProducerProperties.isWsClient()) {
// Create a WS client
wsStringMessager = new WsStringMessageClient(webSocketProducerProperties.getHost(),
- webSocketProducerProperties.getPort());
+ webSocketProducerProperties.getPort());
} else {
wsStringMessager = new WsStringMessageServer(webSocketProducerProperties.getPort());
}
try {
wsStringMessager.start(this);
} catch (final MessagingException e) {
- LOGGER.warn("could not start web socket producer (" + this.name + ")");
+ String message = "could not start web socket producer (" + this.name + ")";
+ LOGGER.warn(message);
}
}
@Override
public void sendEvent(final long executionId, final String eventName, final Object event) {
// Check if this is a synchronized event, if so we have received a reply
- final SynchronousEventCache synchronousEventCache =
- (SynchronousEventCache) peerReferenceMap.get(EventHandlerPeeredMode.SYNCHRONOUS);
+ final SynchronousEventCache synchronousEventCache = (SynchronousEventCache) peerReferenceMap
+ .get(EventHandlerPeeredMode.SYNCHRONOUS);
if (synchronousEventCache != null) {
synchronousEventCache.removeCachedEventToApexIfExists(executionId);
}
*/
@Override
public void receiveString(final String messageString) {
- LOGGER.warn("received message \"" + messageString + "\" on web socket producer (" + this.name
- + ") , no messages should be received on a web socket producer");
+ String message = "received message \"" + messageString + "\" on web socket producer (" + this.name
+ + ") , no messages should be received on a web socket producer";
+ LOGGER.warn(message);
}
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class WEBSOCKETCarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class WebSocketCarrierTechnologyParameters extends CarrierTechnologyParameters {
// @formatter:off
private static final int MIN_USER_PORT = 1024;
private static final int MAX_USER_PORT = 65535;
* Constructor to create a web socket carrier technology parameters instance and register the instance with the
* parameter service.
*/
- public WEBSOCKETCarrierTechnologyParameters() {
+ public WebSocketCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the web socket carrier technology
import org.slf4j.ext.XLoggerFactory;
/**
- * The Class Apex2JMSObjectEventConverter converts {@link ApexEvent} instances into string instances of
- * object message events for JMS.
+ * The Class Apex2JMSObjectEventConverter converts {@link ApexEvent} instances into string instances of object message
+ * events for JMS.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public final class Apex2JMSObjectEventConverter implements ApexEventProtocolConverter {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2JMSObjectEventConverter.class);
+public final class Apex2JmsObjectEventConverter implements ApexEventProtocolConverter {
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2JmsObjectEventConverter.class);
// JMS event protocol parameters on the consumer (JMS->Apex) sides
- private JMSObjectEventProtocolParameters eventProtocolParameters = null;
+ private JmsObjectEventProtocolParameters eventProtocolParameters = null;
/**
* Constructor to create the Apex to JMS Object converter.
*
- * @throws ApexEventException
- * the apex event exception
+ * @throws ApexEventException the apex event exception
*/
- public Apex2JMSObjectEventConverter() throws ApexEventException {
+ public Apex2JmsObjectEventConverter() throws ApexEventException {
// Nothing specific to initiate for this plugin
}
// Check if properties have been set for JMS object event conversion as a consumer. They may not be set because
// JMS may not be in use
// on both sides of Apex
- if (!(parameters instanceof JMSObjectEventProtocolParameters)) {
+ if (!(parameters instanceof JmsObjectEventProtocolParameters)) {
final String errormessage = "specified Event Protocol Parameters properties of type \""
+ parameters.getClass().getCanonicalName() + "\" are not applicable to a "
- + Apex2JMSObjectEventConverter.class.getName() + " converter";
+ + Apex2JmsObjectEventConverter.class.getName() + " converter";
LOGGER.error(errormessage);
} else {
- this.eventProtocolParameters = (JMSObjectEventProtocolParameters) parameters;
+ this.eventProtocolParameters = (JmsObjectEventProtocolParameters) parameters;
}
}
// Check that the consumer parameters for JMS->Apex messaging have been set
if (eventProtocolParameters == null) {
- final String errorMessage = "consumer parameters for JMS events consumed by Apex are not set in the Apex configuration for this engine";
+ final String errorMessage = "consumer parameters for JMS events consumed by "
+ + "Apex are not set in the Apex configuration for this engine";
LOGGER.debug(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
jmsIncomingObject.toString().getClass().getPackage().getName(),
eventProtocolParameters.getIncomingEventSource(),
eventProtocolParameters.getIncomingEventTarget());
- // @formattter:on
+ // @formatter:on
// Set the data on the apex event as the incoming object
apexEvent.put(jmsIncomingObject.getClass().getSimpleName(), jmsIncomingObject);
/*
* (non-Javadoc)
*
- * @see org.onap.policy.apex.service.engine.event.ApexEventConverter#fromApexEvent(org.onap.policy.apex.service.engine.event.ApexEvent)
+ * @see org.onap.policy.apex.service.engine.event.ApexEventConverter#fromApexEvent
+ * (org.onap.policy.apex.service.engine.event.ApexEvent)
*/
@Override
public Object fromApexEvent(final ApexEvent apexEvent) throws ApexEventException {
// Check that the Apex event has a single parameter
if (apexEvent.size() != 1) {
- final String errorMessage = "event processing failed, Apex event must have one and only one parameter for JMS Object handling";
+ final String errorMessage = "event processing failed, "
+ + "Apex event must have one and only one parameter for JMS Object handling";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
import org.onap.policy.apex.service.engine.event.ApexEvent;
import org.onap.policy.apex.service.engine.event.ApexEventException;
import org.onap.policy.apex.service.engine.event.ApexEventRuntimeException;
-import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.Apex2JSONEventConverter;
+import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.Apex2JsonEventConverter;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
/**
* The Class Apex2JMSTextEventConverter converts {@link ApexEvent} instances into string instances of
* text message events for JMS. It is a proxy for the built in
- * {@link org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.Apex2JSONEventConverter} plugin.
+ * {@link org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.Apex2JsonEventConverter} plugin.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public final class Apex2JMSTextEventConverter extends Apex2JSONEventConverter {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2JMSTextEventConverter.class);
-
- /**
- * Constructor to create the Apex to JMS Object converter.
- *
- * @throws ApexEventException the apex event exception
- */
- public Apex2JMSTextEventConverter() throws ApexEventException {}
+public final class Apex2JmsTextEventConverter extends Apex2JsonEventConverter {
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2JmsTextEventConverter.class);
/*
* (non-Javadoc)
/**
* Event protocol parameters for JMS Object messages as an event protocol.
*
- * <p>
- * On reception of an a JMS {@code javax.jms.ObjectMessage}, the JMS Object plugin unmarshals the message as follows:
+ * <p>On reception of an a JMS {@code javax.jms.ObjectMessage}, the JMS Object plugin unmarshals the message as follows:
* <ol>
* <li>It extracts the Java object from the {@code javax.jms.ObjectMessage} instance.</li>
* <li>It creates an {@link org.onap.policy.apex.service.engine.event.ApexEvent} instance to hold the java object.</li>
* <li>It puts a single entry into the Apex event map with the the simple class name of the incoming Java object being
* the key of the entry and the actual incoming object as the value of the entry.</li>
* </ol>
- * <p>
- * When sending an object to JMS, the plugin expects to receive an Apex event with a single entry. The plugin marshals
- * the value of that entry to an object that can be sent by JMS as a {@code javax.jms.ObjectMessage} instance.
- * <p>
- * The parameters for this plugin are:
+ *
+ * <p>When sending an object to JMS, the plugin expects to receive an Apex event with a single entry. The plugin
+ * marshals the value of that entry to an object that can be sent by JMS as a {@code javax.jms.ObjectMessage} instance.
+ *
+ * <p>The parameters for this plugin are:
* <ol>
* <li>incomingEventSuffix: The suffix to append to the simple name of incoming Java class instances when they are
* encapsulated in Apex events. The parameter defaults to the string value {@code IncomingEvent}.</li>
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class JMSObjectEventProtocolParameters extends EventProtocolParameters {
+public class JmsObjectEventProtocolParameters extends EventProtocolParameters {
/** The label of this event protocol. */
public static final String JMS_OBJECT_EVENT_PROTOCOL_LABEL = "JMSOBJECT";
//@formatter:off
/**
- * Constructor to create a JSON event protocol parameter instance and register the instance with the parameter service.
+ * Constructor to create a JSON event protocol parameter instance and register the instance with the
+ * parameter service.
*/
- public JMSObjectEventProtocolParameters() {
- super(JMSObjectEventProtocolParameters.class.getCanonicalName());
+ public JmsObjectEventProtocolParameters() {
+ super(JmsObjectEventProtocolParameters.class.getCanonicalName());
// Set the event protocol properties for the JMS Text event protocol
this.setLabel(JMS_OBJECT_EVENT_PROTOCOL_LABEL);
// Set the event protocol plugin class
- this.setEventProtocolPluginClass(Apex2JMSObjectEventConverter.class.getCanonicalName());
+ this.setEventProtocolPluginClass(Apex2JmsObjectEventConverter.class.getCanonicalName());
}
/**
package org.onap.policy.apex.plugins.event.protocol.jms;
-import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JSONEventProtocolParameters;
+import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JsonEventProtocolParameters;
/**
* Event protocol parameters for JMS Text messages as an event protocol.
- * <p>
- * Text messages received and sent over JMS in ~Text format are assumed to be in a JSON format that Apex can understand.
- * Therefore this plugin is a subclass of the built in JSON event protocol plugin.
- * <p>
- * On reception of a JMS {@code javax.jms.TextMessage} message, the JMS Text plugin unmarshals the message the JMS text
- * message and passes it to its JSON superclass unmarshaling for processing.
- * <p>
- * When sending an Apex event, the plugin uses its underlying JSON superclass to marshal the event to a JSON string and
- * passes that string to the JSON carrier plugin for sending.
+ *
+ * <p>Text messages received and sent over JMS in ~Text format are assumed to be in a JSON format that Apex can
+ * understand. Therefore this plugin is a subclass of the built in JSON event protocol plugin.
+ *
+ * <p>On reception of a JMS {@code javax.jms.TextMessage} message, the JMS Text plugin unmarshals the message the JMS
+ * text message and passes it to its JSON superclass unmarshaling for processing.
+ *
+ * <p>When sending an Apex event, the plugin uses its underlying JSON superclass to marshal the event to a JSON string
+ * and passes that string to the JSON carrier plugin for sending.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class JMSTextEventProtocolParameters extends JSONEventProtocolParameters {
+public class JmsTextEventProtocolParameters extends JsonEventProtocolParameters {
/** The label of this event protocol. */
public static final String JMS_TEXT_EVENT_PROTOCOL_LABEL = "JMSTEXT";
* Constructor to create a JSON event protocol parameter instance and register the instance with the parameter
* service.
*/
- public JMSTextEventProtocolParameters() {
- super(JMSTextEventProtocolParameters.class.getCanonicalName(), JMS_TEXT_EVENT_PROTOCOL_LABEL);
+ public JmsTextEventProtocolParameters() {
+ super(JmsTextEventProtocolParameters.class.getCanonicalName(), JMS_TEXT_EVENT_PROTOCOL_LABEL);
// Set the event protocol properties for the JMS Text event protocol
this.setLabel(JMS_TEXT_EVENT_PROTOCOL_LABEL);
// Set the event protocol plugin class
- this.setEventProtocolPluginClass(Apex2JMSTextEventConverter.class.getCanonicalName());
+ this.setEventProtocolPluginClass(Apex2JmsTextEventConverter.class.getCanonicalName());
}
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public final class Apex2XMLEventConverter implements ApexEventProtocolConverter {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2XMLEventConverter.class);
+public final class Apex2XmlEventConverter implements ApexEventProtocolConverter {
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2XmlEventConverter.class);
private static final String MODEL_SCHEMA_NAME = "xml/apex-event.xsd";
*
* @throws ApexEventException the apex event exception
*/
- public Apex2XMLEventConverter() throws ApexEventException {
+ public Apex2XmlEventConverter() throws ApexEventException {
try {
- final URL schemaURL = ResourceUtils.getUrlResource(MODEL_SCHEMA_NAME);
+ final URL schemaUrl = ResourceUtils.getUrlResource(MODEL_SCHEMA_NAME);
final Schema apexEventSchema =
- SchemaFactory.newInstance(XMLConstants.W3C_XML_SCHEMA_NS_URI).newSchema(schemaURL);
+ SchemaFactory.newInstance(XMLConstants.W3C_XML_SCHEMA_NS_URI).newSchema(schemaUrl);
final JAXBContext jaxbContext = JAXBContext.newInstance(XMLApexEvent.class);
* parameters. eventprotocol.EventProtocolParameters)
*/
@Override
- public void init(final EventProtocolParameters parameters) {}
+ public void init(final EventProtocolParameters parameters) {
+ // No initialization necessary on this class
+ }
/*
* (non-Javadoc)
}
// Return the event in a single element
- final ArrayList<ApexEvent> eventList = new ArrayList<ApexEvent>();
+ final ArrayList<ApexEvent> eventList = new ArrayList<>();
eventList.add(apexEvent);
return eventList;
}
}
// Get the Apex event data
- final List<XMLApexEventData> xmlDataList = new ArrayList<XMLApexEventData>();
+ final List<XMLApexEventData> xmlDataList = new ArrayList<>();
try {
for (final Entry<String, Object> apexDataEntry : apexEvent.entrySet()) {
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class XMLEventProtocolParameters extends EventProtocolTextTokenDelimitedParameters {
+public class XmlEventProtocolParameters extends EventProtocolTextTokenDelimitedParameters {
/** The label of this carrier technology. */
public static final String XML_EVENT_PROTOCOL_LABEL = "XML";
* Constructor to create a JSON event protocol parameter instance and register the instance with the parameter
* service.
*/
- public XMLEventProtocolParameters() {
- super(XMLEventProtocolParameters.class.getCanonicalName());
+ public XmlEventProtocolParameters() {
+ super(XmlEventProtocolParameters.class.getCanonicalName());
// Set the event protocol properties for the XML event protocol
this.setLabel(XML_EVENT_PROTOCOL_LABEL);
this.setStartDelimiterToken(XML_TEXT_DELIMITER_TOKEN);
// Set the event protocol plugin class
- this.setEventProtocolPluginClass(Apex2XMLEventConverter.class.getCanonicalName());
+ this.setEventProtocolPluginClass(Apex2XmlEventConverter.class.getCanonicalName());
}
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class TestXMLEventHandler {
- private static final XLogger logger = XLoggerFactory.getXLogger(TestXMLEventHandler.class);
+public class TestXmlEventHandler {
+ private static final XLogger logger = XLoggerFactory.getXLogger(TestXmlEventHandler.class);
/**
* Test XML to apex event.
* @throws ApexException on Apex event handling errors
*/
@Test
- public void testXMLtoApexEvent() throws ApexException {
+ public void testXmltoApexEvent() throws ApexException {
try {
- final Apex2XMLEventConverter xmlEventConverter = new Apex2XMLEventConverter();
+ final Apex2XmlEventConverter xmlEventConverter = new Apex2XmlEventConverter();
assertNotNull(xmlEventConverter);
- final String apexEventXMLStringIn = XMLEventGenerator.xmlEvent();
+ final String apexEventXmlStringIn = XmlEventGenerator.xmlEvent();
- logger.debug("input event\n" + apexEventXMLStringIn);
+ logger.debug("input event\n" + apexEventXmlStringIn);
- for (final ApexEvent apexEvent : xmlEventConverter.toApexEvent("XMLEventName", apexEventXMLStringIn)) {
+ for (final ApexEvent apexEvent : xmlEventConverter.toApexEvent("XMLEventName", apexEventXmlStringIn)) {
assertNotNull(apexEvent);
logger.debug(apexEvent.toString());
* @throws ApexException on Apex event handling errors
*/
@Test
- public void testApexEventToXML() throws ApexException {
+ public void testApexEventToXml() throws ApexException {
try {
- final Apex2XMLEventConverter xmlEventConverter = new Apex2XMLEventConverter();
+ final Apex2XmlEventConverter xmlEventConverter = new Apex2XmlEventConverter();
assertNotNull(xmlEventConverter);
final Date event0000StartTime = new Date();
new ApexEvent("Event0000", "0.0.1", "org.onap.policy.apex.sample.events", "test", "apex");
apexEvent0000.putAll(event0000DataMap);
- final String apexEvent0000XMLString = xmlEventConverter.fromApexEvent(apexEvent0000);
+ final String apexEvent0000XmlString = xmlEventConverter.fromApexEvent(apexEvent0000);
- logger.debug(apexEvent0000XMLString);
+ logger.debug(apexEvent0000XmlString);
- assertTrue(apexEvent0000XMLString.contains("<name>Event0000</name>"));
- assertTrue(apexEvent0000XMLString.contains("<version>0.0.1</version>"));
- assertTrue(apexEvent0000XMLString.contains("<value>This is a test slogan</value>"));
- assertTrue(apexEvent0000XMLString.contains("<value>12345</value>"));
- assertTrue(apexEvent0000XMLString.contains("<value>" + event0000StartTime.getTime() + "</value>"));
- assertTrue(apexEvent0000XMLString.contains("<value>34.5445667</value>"));
+ assertTrue(apexEvent0000XmlString.contains("<name>Event0000</name>"));
+ assertTrue(apexEvent0000XmlString.contains("<version>0.0.1</version>"));
+ assertTrue(apexEvent0000XmlString.contains("<value>This is a test slogan</value>"));
+ assertTrue(apexEvent0000XmlString.contains("<value>12345</value>"));
+ assertTrue(apexEvent0000XmlString.contains("<value>" + event0000StartTime.getTime() + "</value>"));
+ assertTrue(apexEvent0000XmlString.contains("<value>34.5445667</value>"));
final Date event0004StartTime = new Date(1434363272000L);
final Map<String, Object> event0004DataMap = new HashMap<String, Object>();
new ApexEvent("Event0004", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
apexEvent0004.putAll(event0004DataMap);
- final String apexEvent0004XMLString = xmlEventConverter.fromApexEvent(apexEvent0004);
+ final String apexEvent0004XmlString = xmlEventConverter.fromApexEvent(apexEvent0004);
- logger.debug(apexEvent0004XMLString);
+ logger.debug(apexEvent0004XmlString);
- assertTrue(apexEvent0004XMLString.contains("<name>Event0004</name>"));
- assertTrue(apexEvent0004XMLString.contains("<version>0.0.1</version>"));
- assertTrue(apexEvent0004XMLString.contains("<value>Test slogan for External Event</value>"));
- assertTrue(apexEvent0004XMLString.contains("<value>1434370506078</value>"));
- assertTrue(apexEvent0004XMLString.contains("<value>" + event0004StartTime.getTime() + "</value>"));
- assertTrue(apexEvent0004XMLString.contains("<value>1064.43</value>"));
+ assertTrue(apexEvent0004XmlString.contains("<name>Event0004</name>"));
+ assertTrue(apexEvent0004XmlString.contains("<version>0.0.1</version>"));
+ assertTrue(apexEvent0004XmlString.contains("<value>Test slogan for External Event</value>"));
+ assertTrue(apexEvent0004XmlString.contains("<value>1434370506078</value>"));
+ assertTrue(apexEvent0004XmlString.contains("<value>" + event0004StartTime.getTime() + "</value>"));
+ assertTrue(apexEvent0004XmlString.contains("<value>1064.43</value>"));
} catch (final Exception e) {
e.printStackTrace();
throw new ApexException("Exception reading Apex event xml file", e);
import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.consumer.TextBlock;
/**
- * @author Liam Fallon (liam.fallon@ericsson.com)
+ * The Class TestXmlTaggedEventConsumer.
*/
-public class TestXMLTaggedEventConsumer {
+public class TestXmlTaggedEventConsumer {
+
+ /**
+ * Test garbage text line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testGarbageTextLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream("hello there".getBytes());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test partial event line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testPartialEventLine() throws IOException {
- final InputStream xmlInputStream =
- new ByteArrayInputStream("1469781869268</TestTimestamp></MainTag>".getBytes());
+ final InputStream xmlInputStream = new ByteArrayInputStream(
+ "1469781869268</TestTimestamp></MainTag>".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>".getBytes());
+ "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(), "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>");
+ assertEquals("<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>", textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event garbage before line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventGarbageBeforeLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>".getBytes());
+ "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event garbage before after line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventGarbageBeforeAfterLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish".getBytes());
+ "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish"
+ .getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event garbage after line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventGarbageAfterLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish".getBytes());
+ "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish");
+ assertEquals("<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test garbage text multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testGarbageTextMultiLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream("hello\nthere".getBytes());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test partial event multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testPartialEventMultiLine() throws IOException {
- final InputStream xmlInputStream =
- new ByteArrayInputStream("1469781869268\n</TestTimestamp>\n</MainTag>".getBytes());
+ final InputStream xmlInputStream = new ByteArrayInputStream(
+ "1469781869268\n</TestTimestamp>\n</MainTag>".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventMultiLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n\n".getBytes());
+ "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n\n".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event garbage before multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventGarbageBeforeMultiLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n\n".getBytes());
+ "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n\n"
+ .getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event garbage before after multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventGarbageBeforeAfterMultiLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish\n\n"
- .getBytes());
+ String garbageString = "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>"
+ + "\n</MainTag>\nRubbish\n\n";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full event garbage after multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventGarbageAfterMultiLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish".getBytes());
+ "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish"
+ .getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test partial events line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testPartialEventsLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "1469781869268</TestTimestamp></MainTag><?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp>"
- .getBytes());
+ String garbageString = "1469781869268</TestTimestamp></MainTag><?xml><MainTag>"
+ + "<TestTimestamp>1469781869268</TestTimestamp>";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events garbage before line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsGarbageBeforeLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag><?xml><MainTag><TestTimestamp>"
- .getBytes());
+ String garbageString = "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>"
+ + "<?xml><MainTag><TestTimestamp>";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events garbage before after line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsGarbageBeforeAfterLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish<?xml><MainTag><TestTimestamp>\nRefuse"
- .getBytes());
+ String garbageString = "Garbage<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp>"
+ + "</MainTag>Rubbish<?xml><MainTag><TestTimestamp>\nRefuse";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events garbage after line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsGarbageAfterLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish<?xml><MainTag><TestTimestamp>Refuse"
- .getBytes());
+ String garbageString = "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp>"
+ + "</MainTag>Rubbish<?xml><MainTag><TestTimestamp>Refuse";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml><MainTag><TestTimestamp>1469781869268</TestTimestamp></MainTag>Rubbish<?xml><MainTag><TestTimestamp>Refuse");
+ assertEquals(textBlock.getText(), garbageString);
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test partial events multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testPartialEventsMultiLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "1469781869268\n</TestTimestamp>\n</MainTag>\n<?xml>\n<MainTag>\n<TestTimestamp>".getBytes());
+ "1469781869268\n</TestTimestamp>\n</MainTag>\n<?xml>\n<MainTag>\n<TestTimestamp>".getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(), "<?xml>\n<MainTag>\n<TestTimestamp>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>", textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsMultiLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n"
- .getBytes());
+ String garbageString = "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n"
+ + "</MainTag>\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>",
+ textBlock.getText());
assertFalse(textBlock.isEndOfText());
textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events garbage before multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsGarbageBeforeMultiLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n"
- .getBytes());
+ String garbageString = "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n"
+ + "</MainTag>\n\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\n";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>",
+ textBlock.getText());
assertFalse(textBlock.isEndOfText());
textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events garbage before after multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsGarbageBeforeAfterMultiLine() throws IOException {
- final InputStream xmlInputStream = new ByteArrayInputStream(
- "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRefuse\n"
- .getBytes());
+ String garbageString = "Garbage\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n"
+ + "</MainTag>\nRubbish\n<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n"
+ + "</MainTag>\nRefuse\n";
+ final InputStream xmlInputStream = new ByteArrayInputStream(garbageString.getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish",
+ textBlock.getText());
assertFalse(textBlock.isEndOfText());
textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRefuse");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRefuse",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
+ /**
+ * Test full events garbage after multi line.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testFullEventsGarbageAfterMultiLine() throws IOException {
final InputStream xmlInputStream = new ByteArrayInputStream(
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish".getBytes());
+ "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish"
+ .getBytes());
final HeaderDelimitedTextBlockReader xmlTaggedReader = new HeaderDelimitedTextBlockReader("<?xml", null, true);
xmlTaggedReader.init(xmlInputStream);
final TextBlock textBlock = xmlTaggedReader.readTextBlock();
- assertEquals(textBlock.getText(),
- "<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish");
+ assertEquals("<?xml>\n<MainTag>\n<TestTimestamp>1469781869268</TestTimestamp>\n</MainTag>\nRubbish",
+ textBlock.getText());
assertTrue(textBlock.isEndOfText());
}
}
import java.util.Random;
/**
- * @author Liam Fallon (liam.fallon@ericsson.com)
+ * The Class XmlEventGenerator.
*/
-public class XMLEventGenerator {
+public class XmlEventGenerator {
private static int nextEventNo = 0;
+ /**
+ * Xml events.
+ *
+ * @param eventCount the event count
+ * @return the string
+ */
public static String xmlEvents(final int eventCount) {
final StringBuilder builder = new StringBuilder();
return builder.toString();
}
+ /**
+ * Xml event.
+ *
+ * @return the string
+ */
public static String xmlEvent() {
final Random rand = new Random();
builder.append(" </data>\n");
builder.append(" <data>\n");
builder.append(" <key>TestMatchCase</key>\n");
- builder.append(" <value>" + nextMatchCase + "</value>\n");
+ builder.append(" <value>" + nextMatchCase + "</value>\n");
builder.append(" </data>\n");
builder.append(" <data>\n");
builder.append(" <key>TestTimestamp</key>\n");
return builder.toString();
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ */
public static void main(final String[] args) {
if (args.length != 1) {
System.err.println("usage EventGenerator #events");
System.out.println(xmlEvents(eventCount));
}
+ /**
+ * Gets the next event no.
+ *
+ * @return the next event no
+ */
public static int getNextEventNo() {
return nextEventNo;
}
import org.onap.policy.apex.service.parameters.eventprotocol.EventProtocolParameters;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
-import org.yaml.snakeyaml.Yaml;
-
import org.yaml.snakeyaml.DumperOptions.FlowStyle;
+import org.yaml.snakeyaml.Yaml;
/**
* The Class Apex2YamlEventConverter converts {@link ApexEvent} instances to and from YAML string representations of
// If the incoming YAML did not create a map it is a primitive type or a collection so we
// convert it into a map for processing
Map<?, ?> yamlMap;
- if (yamlObject != null && yamlObject instanceof Map) {
+ if (yamlObject instanceof Map) {
// We already have a map so just cast the object
yamlMap = (Map<?, ?>) yamlObject;
- }
- else {
+ } else {
// Create a single entry map, new map creation and assignment is to avoid a
// type checking warning
LinkedHashMap<String, Object> newYamlMap = new LinkedHashMap<>();
continue;
}
- yamlMap.put(fieldName, apexEvent.get(fieldName));
+ yamlMap.put(fieldName, apexEvent.get(fieldName));
}
// Use Snake YAML to convert the APEX event to YAML
* @param eventName the name of the event
* @param yamlMap the YAML map that holds the event
* @return the apex event that we have converted the JSON object into
- * @throws ApexEventException
- * thrown on unmarshaling exceptions
+ * @throws ApexEventException thrown on unmarshaling exceptions
*/
- private ApexEvent yamlMap2ApexEvent(final String eventName, final Map<?, ?> yamlMap)
- throws ApexEventException {
+ private ApexEvent yamlMap2ApexEvent(final String eventName, final Map<?, ?> yamlMap) throws ApexEventException {
// Process the mandatory Apex header
final ApexEvent apexEvent = processApexEventHeader(eventName, yamlMap);
* @throws ApexEventRuntimeException the apex event runtime exception
* @throws ApexEventException on invalid events with missing header fields
*/
- private ApexEvent processApexEventHeader(final String eventName, final Map<?, ?> yamlMap)
+ private ApexEvent processApexEventHeader(final String eventName, final Map<?, ?> yamlMap)
throws ApexEventException {
- // Get the event header fields
- // @formatter:off
- String name = getYamlStringField(yamlMap, ApexEvent.NAME_HEADER_FIELD, yamlPars.getNameAlias(), ApexEvent.NAME_REGEXP, false);
- String version = getYamlStringField(yamlMap, ApexEvent.VERSION_HEADER_FIELD, yamlPars.getVersionAlias(), ApexEvent.VERSION_REGEXP, false);
- String namespace = getYamlStringField(yamlMap, ApexEvent.NAMESPACE_HEADER_FIELD, yamlPars.getNameSpaceAlias(), ApexEvent.NAMESPACE_REGEXP, false);
- String source = getYamlStringField(yamlMap, ApexEvent.SOURCE_HEADER_FIELD, yamlPars.getSourceAlias(), ApexEvent.SOURCE_REGEXP, false);
- String target = getYamlStringField(yamlMap, ApexEvent.TARGET_HEADER_FIELD, yamlPars.getTargetAlias(), ApexEvent.TARGET_REGEXP, false);
- // @formatter:on
+ String name = getYamlStringField(yamlMap, ApexEvent.NAME_HEADER_FIELD, yamlPars.getNameAlias(),
+ ApexEvent.NAME_REGEXP, false);
// Check that an event name has been specified
if (name == null && eventName == null) {
// Check if an event name was specified on the event parameters
if (eventName != null) {
if (name != null && !eventName.equals(name)) {
- LOGGER.warn("The incoming event name \"{}\" does not match the configured event name \"{}\", using configured event name",
- name, eventName);
+ LOGGER.warn("The incoming event name \"{}\" does not match the configured event name \"{}\", "
+ + "using configured event name", name, eventName);
}
name = eventName;
}
// Now, find the event definition in the model service. If version is null, the newest event
// definition in the model service is used
+ String version = getYamlStringField(yamlMap, ApexEvent.VERSION_HEADER_FIELD, yamlPars.getVersionAlias(),
+ ApexEvent.VERSION_REGEXP, false);
final AxEvent eventDefinition = ModelService.getModel(AxEvents.class).get(name, version);
if (eventDefinition == null) {
throw new ApexEventRuntimeException("an event definition for an event named \"" + name
}
// Check the name space is OK if it is defined, if not, use the name space from the model
+ String namespace = getYamlStringField(yamlMap, ApexEvent.NAMESPACE_HEADER_FIELD, yamlPars.getNameSpaceAlias(),
+ ApexEvent.NAMESPACE_REGEXP, false);
if (namespace != null) {
if (!namespace.equals(eventDefinition.getNameSpace())) {
throw new ApexEventRuntimeException("namespace \"" + namespace + "\" on event \"" + name
}
// For source, use the defined source only if the source is not found on the incoming event
+ String source = getYamlStringField(yamlMap, ApexEvent.SOURCE_HEADER_FIELD, yamlPars.getSourceAlias(),
+ ApexEvent.SOURCE_REGEXP, false);
if (source == null) {
source = eventDefinition.getSource();
}
// For target, use the defined source only if the source is not found on the incoming event
+ String target = getYamlStringField(yamlMap, ApexEvent.TARGET_HEADER_FIELD, yamlPars.getTargetAlias(),
+ ApexEvent.TARGET_REGEXP, false);
if (target == null) {
target = eventDefinition.getTarget();
}
/**
* This method gets an event string field from a JSON object.
*
- * @param yamlMap
- * the YAML containing the YAML representation of the incoming event
- * @param fieldName
- * the field name to find in the event
- * @param fieldAlias
- * the alias for the field to find in the event, overrides the field name if it is not null
- * @param fieldRE
- * the regular expression to check the field against for validity
- * @param mandatory
- * true if the field is mandatory
+ * @param yamlMap the YAML containing the YAML representation of the incoming event
+ * @param fieldName the field name to find in the event
+ * @param fieldAlias the alias for the field to find in the event, overrides the field name if it is not null
+ * @param fieldRegexp the regular expression to check the field against for validity
+ * @param mandatory true if the field is mandatory
* @return the value of the field in the JSON object or null if the field is optional
- * @throws ApexEventRuntimeException
- * the apex event runtime exception
+ * @throws ApexEventRuntimeException the apex event runtime exception
*/
private String getYamlStringField(final Map<?, ?> yamlMap, final String fieldName, final String fieldAlias,
- final String fieldRE, final boolean mandatory) {
+ final String fieldRegexp, final boolean mandatory) {
// Get the YAML field for the string field
final Object yamlField = getYamlField(yamlMap, fieldName, fieldAlias, mandatory);
final String fieldValueString = (String) yamlField;
// Is regular expression checking required
- if (fieldRE == null) {
+ if (fieldRegexp == null) {
return fieldValueString;
}
// Check the event field against its regular expression
- if (!fieldValueString.matches(fieldRE)) {
+ if (!fieldValueString.matches(fieldRegexp)) {
throw new ApexEventRuntimeException(
"field \"" + fieldName + "\" with value \"" + fieldValueString + "\" is invalid");
}
/**
* This method gets an event field from a YAML object.
*
- * @param yamlMap
- * the YAML containing the YAML representation of the incoming event
- * @param fieldName
- * the field name to find in the event
- * @param fieldAlias
- * the alias for the field to find in the event, overrides the field name if it is not null
- * @param mandatory
- * true if the field is mandatory
+ * @param yamlMap the YAML containing the YAML representation of the incoming event
+ * @param fieldName the field name to find in the event
+ * @param fieldAlias the alias for the field to find in the event, overrides the field name if it is not null
+ * @param mandatory true if the field is mandatory
* @return the value of the field in the YAML object or null if the field is optional
- * @throws ApexEventRuntimeException
- * the apex event runtime exception
+ * @throws ApexEventRuntimeException the apex event runtime exception
*/
private Object getYamlField(final Map<?, ?> yamlMap, final String fieldName, final String fieldAlias,
final boolean mandatory) {
/**
* Event protocol parameters for YAML as an event protocol.
*
- * The parameters for this plugin are:
+ * <p>The parameters for this plugin are:
* <ol>
* <li>nameAlias: The field in a YAML event to use as an alias for the event name. This parameter is
* optional.
import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.consumer.TextBlock;
import org.onap.policy.common.parameters.ParameterService;
+/**
+ * The Class TestYamlEventProtocol.
+ */
public class TestYamlEventProtocol {
+
+ /**
+ * Register test events and schemas.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@BeforeClass
public static void registerTestEventsAndSchemas() throws IOException {
SchemaParameters schemaParameters = new SchemaParameters();
"java.lang.Integer");
schemas.getSchemasMap().put(simpleIntSchema.getKey(), simpleIntSchema);
- AxContextSchema simpleDoubleSchema = new AxContextSchema(new AxArtifactKey("SimpleDoubleSchema", "0.0.1"), "JAVA",
- "java.lang.Double");
+ AxContextSchema simpleDoubleSchema = new AxContextSchema(new AxArtifactKey("SimpleDoubleSchema", "0.0.1"),
+ "JAVA", "java.lang.Double");
schemas.getSchemasMap().put(simpleDoubleSchema.getKey(), simpleDoubleSchema);
- AxContextSchema simpleStringSchema = new AxContextSchema(new AxArtifactKey("SimpleStringSchema", "0.0.1"), "JAVA",
- "java.lang.String");
+ AxContextSchema simpleStringSchema = new AxContextSchema(new AxArtifactKey("SimpleStringSchema", "0.0.1"),
+ "JAVA", "java.lang.String");
schemas.getSchemasMap().put(simpleStringSchema.getKey(), simpleStringSchema);
AxContextSchema arrayListSchema = new AxContextSchema(new AxArtifactKey("ArrayListSchema", "0.0.1"), "JAVA",
"java.util.ArrayList");
schemas.getSchemasMap().put(arrayListSchema.getKey(), arrayListSchema);
- AxContextSchema linkedHashMapSchema = new AxContextSchema(new AxArtifactKey("LinkedHashMapSchema", "0.0.1"), "JAVA",
- "java.util.LinkedHashMap");
+ AxContextSchema linkedHashMapSchema = new AxContextSchema(new AxArtifactKey("LinkedHashMapSchema", "0.0.1"),
+ "JAVA", "java.util.LinkedHashMap");
schemas.getSchemasMap().put(linkedHashMapSchema.getKey(), linkedHashMapSchema);
ModelService.registerModel(AxContextSchemas.class, schemas);
AxEvent testEvent3 = new AxEvent(new AxArtifactKey("TestEvent3", "0.0.1"));
testEvent3.setNameSpace("org.onap.policy.apex.plugins.event.protocol.yaml");
- AxField te3Field0 = new AxField(new AxReferenceKey(testEvent3.getKey(), "american"),
- arrayListSchema.getKey());
+ AxField te3Field0 = new AxField(new AxReferenceKey(testEvent3.getKey(), "american"), arrayListSchema.getKey());
testEvent3.getParameterMap().put("american", te3Field0);
- AxField te3Field1 = new AxField(new AxReferenceKey(testEvent3.getKey(), "national"),
- arrayListSchema.getKey());
+ AxField te3Field1 = new AxField(new AxReferenceKey(testEvent3.getKey(), "national"), arrayListSchema.getKey());
testEvent3.getParameterMap().put("national", te3Field1);
events.getEventMap().put(testEvent3.getKey(), testEvent3);
AxEvent testEvent7 = new AxEvent(new AxArtifactKey("TestEvent7", "0.0.1"));
testEvent7.setNameSpace("org.onap.policy.apex.plugins.event.protocol.yaml");
- AxField te7Field0 = new AxField(new AxReferenceKey(testEvent7.getKey(), "time"),
- simpleIntSchema.getKey());
+ AxField te7Field0 = new AxField(new AxReferenceKey(testEvent7.getKey(), "time"), simpleIntSchema.getKey());
testEvent7.getParameterMap().put("time", te7Field0);
- AxField te7Field1 = new AxField(new AxReferenceKey(testEvent7.getKey(), "player"),
- simpleStringSchema.getKey());
+ AxField te7Field1 = new AxField(new AxReferenceKey(testEvent7.getKey(), "player"), simpleStringSchema.getKey());
testEvent7.getParameterMap().put("player", te7Field1);
- AxField te7Field2 = new AxField(new AxReferenceKey(testEvent7.getKey(), "action"),
- simpleStringSchema.getKey());
+ AxField te7Field2 = new AxField(new AxReferenceKey(testEvent7.getKey(), "action"), simpleStringSchema.getKey());
testEvent7.getParameterMap().put("action", te7Field2);
events.getEventMap().put(testEvent7.getKey(), testEvent7);
AxEvent testEvent8 = new AxEvent(new AxArtifactKey("TestEvent8", "0.0.1"));
testEvent8.setNameSpace("org.onap.policy.apex.plugins.event.protocol.yaml");
- AxField te8Field0 = new AxField(new AxReferenceKey(testEvent8.getKey(), "hr"),
- arrayListSchema.getKey());
+ AxField te8Field0 = new AxField(new AxReferenceKey(testEvent8.getKey(), "hr"), arrayListSchema.getKey());
testEvent8.getParameterMap().put("hr", te8Field0);
- AxField te8Field1 = new AxField(new AxReferenceKey(testEvent8.getKey(), "rbi"),
- arrayListSchema.getKey());
+ AxField te8Field1 = new AxField(new AxReferenceKey(testEvent8.getKey(), "rbi"), arrayListSchema.getKey());
testEvent8.getParameterMap().put("rbi", te8Field1);
events.getEventMap().put(testEvent8.getKey(), testEvent8);
ModelService.registerModel(AxEvents.class, events);
}
+ /**
+ * Unregister test events and schemas.
+ */
@AfterClass
public static void unregisterTestEventsAndSchemas() {
ModelService.clear();
ParameterService.clear();
}
+ /**
+ * Test yaml processing.
+ *
+ * @throws ApexEventException the apex event exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@Test
public void testYamlProcessing() throws ApexEventException, IOException {
try {
testYamlDecodeEncode("TestEvent11", 1, 4, "TOSCA0");
}
- private void testYamlDecodeEncode(final String eventName, final int eventCount, final int parCount, final String fileName)
- throws ApexEventException, IOException {
+ /**
+ * Test yaml decode encode.
+ *
+ * @param eventName the event name
+ * @param eventCount the event count
+ * @param parCount the par count
+ * @param fileName the file name
+ * @throws ApexEventException the apex event exception
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
+ private void testYamlDecodeEncode(final String eventName, final int eventCount, final int parCount,
+ final String fileName) throws ApexEventException, IOException {
YamlEventProtocolParameters parameters = new YamlEventProtocolParameters();
parameters.setDelimiterAtStart(false);
FileInputStream fileInputStream = new FileInputStream(new File(filePath));
HeaderDelimitedTextBlockReader reader = new HeaderDelimitedTextBlockReader(parameters);
reader.init(fileInputStream);
-
+
List<ApexEvent> eventList = new ArrayList<>();
-
+
TextBlock textBlock;
do {
- textBlock = reader.readTextBlock();
-
- eventList.addAll(converter.toApexEvent(eventName, textBlock.getText()));
- } while (!textBlock.isEndOfText());
-
+ textBlock = reader.readTextBlock();
+
+ eventList.addAll(converter.toApexEvent(eventName, textBlock.getText()));
+ }
+ while (!textBlock.isEndOfText());
+
fileInputStream.close();
assertEquals(eventCount, eventList.size());
assertEquals(parCount, eventList.get(0).size());
String eventYaml = (String) converter.fromApexEvent(eventList.get(eventNo));
- String expectedYaml = TextFileUtils.getTextFileAsString("src/test/resources/yaml_out/" + fileName + '_' + eventNo + ".yaml");
+ String expectedYaml = TextFileUtils
+ .getTextFileAsString("src/test/resources/yaml_out/" + fileName + '_' + eventNo + ".yaml");
assertEquals(expectedYaml.replaceAll("\\s*", ""), eventYaml.replaceAll("\\s*", ""));
}
}
* SPDX-License-Identifier: Apache-2.0
* ============LICENSE_END=========================================================
*/
+
package org.onap.policy.apex.plugins.event.protocol.yaml;
import static org.junit.Assert.assertEquals;
import org.onap.policy.apex.service.engine.event.ApexEventRuntimeException;
import org.onap.policy.common.parameters.ParameterService;
+/**
+ * The Class TestYamlPluginStability.
+ */
public class TestYamlPluginStability {
static AxEvent testEvent;
+ /**
+ * Register test events and schemas.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@BeforeClass
public static void registerTestEventsAndSchemas() throws IOException {
SchemaParameters schemaParameters = new SchemaParameters();
ModelService.registerModel(AxContextSchemas.class, schemas);
- AxEvents events = new AxEvents();
-
testEvent = new AxEvent(new AxArtifactKey("TestEvent", "0.0.1"));
testEvent.setNameSpace("org.onap.policy.apex.plugins.event.protocol.yaml");
AxField teField0 = new AxField(new AxReferenceKey(testEvent.getKey(), "intValue"), simpleIntSchema.getKey());
AxField teField2 = new AxField(new AxReferenceKey(testEvent.getKey(), "stringValue"),
simpleStringSchema.getKey(), true);
testEvent.getParameterMap().put("stringValue", teField2);
+
+ AxEvents events = new AxEvents();
events.getEventMap().put(testEvent.getKey(), testEvent);
ModelService.registerModel(AxEvents.class, events);
}
+ /**
+ * Unregister test events and schemas.
+ */
@AfterClass
public static void unregisterTestEventsAndSchemas() {
ModelService.clear();
ParameterService.clear();
}
+ /**
+ * Test stability.
+ *
+ * @throws ApexEventException the apex event exception
+ */
@Test
public void testStability() throws ApexEventException {
Apex2YamlEventConverter converter = new Apex2YamlEventConverter();
e.getMessage().substring(0, 77));
}
- yamlInputString = "doubleValue: 123.45\n" + "intValue: 123\n" + "stringValue: org.onap.policy.apex.plugins.event.protocol.yaml";
+ yamlInputString = "doubleValue: 123.45\n" + "intValue: 123\n"
+ + "stringValue: org.onap.policy.apex.plugins.event.protocol.yaml";
eventList = converter.toApexEvent("TestEvent", yamlInputString);
assertEquals("org.onap.policy.apex.plugins.event.protocol.yaml", eventList.get(0).getNameSpace());
}
pars.setTargetAlias(null);
- yamlInputString = "doubleValue: 123.45\n" + "intValue: ~\n"+ "stringValue: MyString";
+ yamlInputString = "doubleValue: 123.45\n" + "intValue: ~\n" + "stringValue: MyString";
try {
converter.toApexEvent("TestEvent", yamlInputString);
fail("this test should throw an exception");
/**
* Executes the executor for the state finalizer logic in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields for finalisation
* @return The state output for the state
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public String execute(final long executionID, final Map<String, Object> incomingFields)
+ public String execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Check and execute the Java logic
boolean returnValue = false;
// StateFinalizerExecutionContext executor) throws ApexException"
// to invoke the
// task logic in the Java class
- final Method method = stateFinalizerLogicObject.getClass().getDeclaredMethod("getStateOutput",
+ final Method method = stateFinalizerLogicObject.getClass().getDeclaredMethod("getStateOutput", (Class[])
new Class[] { StateFinalizerExecutionContext.class });
returnValue = (boolean) method.invoke(stateFinalizerLogicObject, getExecutionContext());
} catch (final Exception e) {
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields
* @return The outgoing fields
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public Map<String, Object> execute(final long executionID, final Map<String, Object> incomingFields)
+ public Map<String, Object> execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Check and execute the Java logic
boolean returnValue = false;
// Find and call the method with the signature "public boolean getEvent(final TaskExecutionContext executor)
// throws ApexException" to invoke the
// task logic in the Java class
- final Method method = taskLogicObject.getClass().getDeclaredMethod("getEvent",
+ final Method method = taskLogicObject.getClass().getDeclaredMethod("getEvent", (Class[])
new Class[] { TaskExecutionContext.class });
returnValue = (boolean) method.invoke(taskLogicObject, getExecutionContext());
} catch (final Exception e) {
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingEvent the incoming event
* @return The outgoing event
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public AxArtifactKey execute(final long executionID, final EnEvent incomingEvent)
+ public AxArtifactKey execute(final long executionId, final EnEvent incomingEvent)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingEvent);
+ executePre(executionId, incomingEvent);
// Check and execute the Java logic
boolean returnValue = false;
// Find and call the method with the signature "public boolean getTask(final TaskSelectionExecutionContext
// executor)" to invoke the task selection
// logic in the Java class
- final Method method = taskSelectionLogicObject.getClass().getDeclaredMethod("getTask",
+ final Method method = taskSelectionLogicObject.getClass().getDeclaredMethod("getTask", (Class[])
new Class[] { TaskSelectionExecutionContext.class });
returnValue = (boolean) method.invoke(taskSelectionLogicObject, getExecutionContext());
} catch (final Exception e) {
/**
* Executes the executor for the state finalizer logic in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields for finalisation
* @return The state output for the state
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public String execute(final long executionID, final Map<String, Object> incomingFields)
+ public String execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Set up the Javascript engine
engine.put("executor", getExecutionContext());
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields
* @return The outgoing fields
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public Map<String, Object> execute(final long executionID, final Map<String, Object> incomingFields)
+ public Map<String, Object> execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Set up the Javascript engine
engine.put("executor", getExecutionContext());
// Logger for this class
private static final XLogger LOGGER = XLoggerFactory.getXLogger(JavascriptTaskSelectExecutor.class);
+ // Recurring string constants
+ private static final String TSL_FAILED_PREFIX =
+ "execute: task selection logic failed to set a return value for state \"";
+
// Javascript engine
private ScriptEngine engine = new ScriptEngineManager().getEngineByName("JavaScript");
private CompiledScript compiled = null;
compiled = ((Compilable) engine).compile(getSubject().getTaskSelectionLogic().getLogic());
} catch (final ScriptException e) {
LOGGER.error("execute: task selection logic failed to compile for state \"" + getSubject().getKey().getId()
- + "\"");
- throw new StateMachineException(
- "task selection logic failed to compile for state \"" + getSubject().getKey().getId() + "\"", e);
+ + "\"");
+ throw new StateMachineException("task selection logic failed to compile for state \""
+ + getSubject().getKey().getId() + "\"", e);
}
}
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingEvent the incoming event
* @return The outgoing event
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public AxArtifactKey execute(final long executionID, final EnEvent incomingEvent)
- throws StateMachineException, ContextException {
+ public AxArtifactKey execute(final long executionId, final EnEvent incomingEvent)
+ throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingEvent);
+ executePre(executionId, incomingEvent);
// Set up the Javascript engine
engine.put("executor", getExecutionContext());
compiled.eval(engine.getContext());
}
} catch (final ScriptException e) {
- LOGGER.error(
- "execute: task selection logic failed to run for state \"" + getSubject().getKey().getId() + "\"");
+ LOGGER.error("execute: task selection logic failed to run for state \"" + getSubject().getKey().getId()
+ + "\"");
throw new StateMachineException(
- "task selection logic failed to run for state \"" + getSubject().getKey().getId() + "\"", e);
+ "task selection logic failed to run for state \"" + getSubject().getKey().getId() + "\"",
+ e);
}
try {
final Object ret = engine.get("returnValue");
if (ret == null) {
- LOGGER.error("execute: task selection logic failed to set a return value for state \""
- + getSubject().getKey().getId() + "\"");
- throw new StateMachineException(
- "execute: task selection logic failed to set a return value for state \""
- + getSubject().getKey().getId() + "\"");
+ LOGGER.error(TSL_FAILED_PREFIX + getSubject().getKey().getId() + "\"");
+ throw new StateMachineException(TSL_FAILED_PREFIX + getSubject().getKey().getId() + "\"");
}
returnValue = (Boolean) ret;
} catch (NullPointerException | ClassCastException e) {
LOGGER.error("execute: task selection logic failed to set a correct return value for state \""
- + getSubject().getKey().getId() + "\"", e);
- throw new StateMachineException("execute: task selection logic failed to set a return value for state \""
- + getSubject().getKey().getId() + "\"", e);
+ + getSubject().getKey().getId() + "\"", e);
+ throw new StateMachineException(TSL_FAILED_PREFIX + getSubject().getKey().getId() + "\"", e);
}
// Do the execution post work
@Override
public void cleanUp() throws StateMachineException {
LOGGER.debug("cleanUp:" + getSubject().getKey().getId() + ","
- + getSubject().getTaskSelectionLogic().getLogicFlavour() + ","
- + getSubject().getTaskSelectionLogic().getLogic());
+ + getSubject().getTaskSelectionLogic().getLogicFlavour() + ","
+ + getSubject().getTaskSelectionLogic().getLogic());
engine = null;
}
}
/**
* Executes the executor for the state finalizer logic in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields for finalisation
* @return The state output for the state
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public String execute(final long executionID, final Map<String, Object> incomingFields)
+ public String execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Check and execute the JRuby logic
container.put("executor", getExecutionContext());
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields
* @return The outgoing fields
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public Map<String, Object> execute(final long executionID, final Map<String, Object> incomingFields)
+ public Map<String, Object> execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Check and execute the JRuby logic
container.put("executor", getExecutionContext());
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingEvent the incoming event
* @return The outgoing event
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public AxArtifactKey execute(final long executionID, final EnEvent incomingEvent)
+ public AxArtifactKey execute(final long executionId, final EnEvent incomingEvent)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingEvent);
+ executePre(executionId, incomingEvent);
// Check and execute the JRuby logic
container.put("executor", getExecutionContext());
/**
* Executes the executor for the state finalizer logic in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields for finalisation
* @return The state output for the state
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public String execute(final long executionID, final Map<String, Object> incomingFields)
+ public String execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
boolean returnValue = false;
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
try {
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields
* @return The outgoing fields
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public Map<String, Object> execute(final long executionID, final Map<String, Object> incomingFields)
+ public Map<String, Object> execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
boolean returnValue = false;
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
try {
public class JythonTaskSelectExecutor extends TaskSelectExecutor {
private static final XLogger LOGGER = XLoggerFactory.getXLogger(JythonTaskSelectExecutor.class);
+ // Recurring string constants
+ private static final String TSL_FAILED_PREFIX =
+ "execute: task selection logic failed to set a return value for state \"";
+
// The Jython interpreter
private final PythonInterpreter interpreter = new PythonInterpreter();
private PyCode compiled = null;
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingEvent the incoming event
* @return The outgoing event
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public AxArtifactKey execute(final long executionID, final EnEvent incomingEvent)
+ public AxArtifactKey execute(final long executionId, final EnEvent incomingEvent)
throws StateMachineException, ContextException {
boolean returnValue = false;
// Do execution pre work
- executePre(executionID, incomingEvent);
+ executePre(executionId, incomingEvent);
try {
// Check and execute the Jython logic
try {
final Object ret = interpreter.get("returnValue", java.lang.Boolean.class);
if (ret == null) {
- LOGGER.error("execute: task selection logic failed to set a return value for state \""
+ LOGGER.error(TSL_FAILED_PREFIX
+ getSubject().getKey().getId() + "\"");
throw new StateMachineException(
- "execute: task selection logic failed to set a return value for state \""
+ TSL_FAILED_PREFIX
+ getSubject().getKey().getId() + "\"");
}
returnValue = (Boolean) ret;
LOGGER.error("execute: task selection logic failed to set a correct return value for state \""
+ getSubject().getKey().getId() + "\"", e);
throw new StateMachineException(
- "execute: task selection logic failed to set a return value for state \""
+ TSL_FAILED_PREFIX
+ getSubject().getKey().getId() + "\"",
e);
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class MVELExecutorParameters extends ExecutorParameters {
+public class MvelExecutorParameters extends ExecutorParameters {
/**
* Constructor that sets the abstract implementation classes.
*/
- public MVELExecutorParameters() {
+ public MvelExecutorParameters() {
this.setTaskExecutorPluginClass(MvelTaskExecutor.class.getCanonicalName());
this.setTaskSelectionExecutorPluginClass(MvelTaskSelectExecutor.class.getCanonicalName());
this.setStateFinalizerExecutorPluginClass(MvelStateFinalizerExecutor.class.getCanonicalName());
/**
* Executes the executor for the state finalizer logic in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields for finalisation
* @return The state output for the state
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public String execute(final long executionID, final Map<String, Object> incomingFields)
+ public String execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Check and execute the MVEL logic
argumentNotNull(compiled, "MVEL state finalizer logic not compiled.");
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingFields the incoming fields
* @return The outgoing fields
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public Map<String, Object> execute(final long executionID, final Map<String, Object> incomingFields)
+ public Map<String, Object> execute(final long executionId, final Map<String, Object> incomingFields)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingFields);
+ executePre(executionId, incomingFields);
// Check and execute the MVEL logic
argumentNotNull(compiled, "MVEL task not compiled.");
/**
* Executes the executor for the task in a sequential manner.
*
- * @param executionID the execution ID for the current APEX policy execution
+ * @param executionId the execution ID for the current APEX policy execution
* @param incomingEvent the incoming event
* @return The outgoing event
* @throws StateMachineException on an execution error
* @throws ContextException on context errors
*/
@Override
- public AxArtifactKey execute(final long executionID, final EnEvent incomingEvent)
+ public AxArtifactKey execute(final long executionId, final EnEvent incomingEvent)
throws StateMachineException, ContextException {
// Do execution pre work
- executePre(executionID, incomingEvent);
+ executePre(executionId, incomingEvent);
// Check and execute the MVEL logic
argumentNotNull(compiled, "MVEL task not compiled.");
package org.onap.policy.apex.service.engine.engdep;
+import com.google.common.eventbus.Subscribe;
+
import java.util.Collection;
import java.util.List;
import java.util.concurrent.BlockingQueue;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
-import com.google.common.eventbus.Subscribe;
-
/**
- * The listener interface for receiving engDepMessage events. The class that is interested in
- * processing a engDepMessage event implements this interface, and the object created with that
- * class is registered with a component using the component's <code>addEngDepMessageListener</code>
- * method. When the engDepMessage event occurs, that object's appropriate method is invoked.
+ * The listener interface for receiving engDepMessage events. The class that is interested in processing a engDepMessage
+ * event implements this interface, and the object created with that class is registered with a component using the
+ * component's <code>addEngDepMessageListener</code> method. When the engDepMessage event occurs, that object's
+ * appropriate method is invoked.
*
- * <p>This class uses a queue to buffer incoming messages. When the listener is called, it places the
- * incoming message on the queue. A thread runs which removes the messages from the queue and
- * forwards them to the Apex engine.
+ * <p>This class uses a queue to buffer incoming messages. When the listener is called, it places the incoming message
+ * on the queue. A thread runs which removes the messages from the queue and forwards them to the Apex engine.
*
* @author Sajeevan Achuthan (sajeevan.achuthan@ericsson.com)
*/
private final BlockingQueue<MessageBlock<Message>> messageQueue = new LinkedBlockingDeque<>();
/**
- * Instantiates a new EngDep message listener for listening for messages coming in from the
- * Deployment client. The <code>apexService</code> is the Apex service to send the messages
- * onto.
+ * Instantiates a new EngDep message listener for listening for messages coming in from the Deployment client. The
+ * <code>apexService</code> is the Apex service to send the messages onto.
*
* @param apexService the Apex engine service
*/
}
/**
- * This method is an implementation of the message listener. It receives a message and places it
- * on the queue for processing by the message listening thread.
+ * This method is an implementation of the message listener. It receives a message and places it on the queue for
+ * processing by the message listening thread.
*
* @param data the data
* @see org.onap.policy.apex.core.infrastructure.messaging.MessageListener#onMessage
public void onMessage(final MessageBlock<Message> data) {
if (LOGGER.isDebugEnabled()) {
LOGGER.debug("message received from client application {} port {}",
- data.getConnection().getRemoteSocketAddress().getAddress(),
- data.getConnection().getRemoteSocketAddress().getPort());
+ data.getConnection().getRemoteSocketAddress().getAddress(),
+ data.getConnection().getRemoteSocketAddress().getPort());
}
messageQueue.add(data);
}
/*
* (non-Javadoc)
*
- * @see org.onap.policy.apex.core.infrastructure.messaging.MessageListener#onMessage(java.lang.
- * String)
+ * @see org.onap.policy.apex.core.infrastructure.messaging.MessageListener#onMessage(java.lang. String)
*/
@Override
public void onMessage(final String messageString) {
}
/**
- * Runs the message listening thread. Here, the messages come in on the message queue and are
- * processed one by one
+ * Runs the message listening thread. Here, the messages come in on the message queue and are processed one by one
*/
@Override
public void run() {
}
/**
- * This method handles EngDep messages as they come in. It uses the inevitable switch statement
- * to handle the messages.
+ * This method handles EngDep messages as they come in. It uses the inevitable switch statement to handle the
+ * messages.
*
* @param message the incoming EngDep message
* @param webSocket the web socket on which the message came in
enDepAction = (EngDepAction) message.getAction();
} else {
throw new ApexException(message.getAction().getClass().getName()
- + "action on received message invalid, action must be of type \"EnDepAction\"");
+ + "action on received message invalid, action must be of type \"EnDepAction\"");
}
// Handle each incoming message using the inevitable switch statement for the EngDep
case GET_ENGINE_SERVICE_INFO:
final GetEngineServiceInfo engineServiceInformationMessage = (GetEngineServiceInfo) message;
LOGGER.debug("getting engine service information for engine service " + apexService.getKey().getId()
- + " . . .");
+ + " . . .");
// Send a reply with the engine service information
sendServiceInfoReply(webSocket, engineServiceInformationMessage, apexService.getKey(),
- apexService.getEngineKeys(), apexService.getApexModelKey());
- LOGGER.debug(
- "returned engine service information for engine service " + apexService.getKey().getId());
+ apexService.getEngineKeys(), apexService.getApexModelKey());
+ LOGGER.debug("returned engine service information for engine service "
+ + apexService.getKey().getId());
break;
case UPDATE_MODEL:
LOGGER.debug("updating model in engine {} . . .", updateModelMessage.getTarget().getId());
// Update the model
apexService.updateModel(updateModelMessage.getTarget(), updateModelMessage.getMessageData(),
- updateModelMessage.isForceInstall());
+ updateModelMessage.isForceInstall());
// Send a reply indicating the message action worked
sendReply(webSocket, updateModelMessage, true,
- "updated model in engine " + updateModelMessage.getTarget().getId());
+ "updated model in engine " + updateModelMessage.getTarget().getId());
LOGGER.debug("updated model in engine service {}", updateModelMessage.getTarget().getId());
break;
apexService.start(startEngineMessage.getTarget());
// Send a reply indicating the message action worked
sendReply(webSocket, startEngineMessage, true,
- "started engine " + startEngineMessage.getTarget().getId());
+ "started engine " + startEngineMessage.getTarget().getId());
LOGGER.debug("started engine {}", startEngineMessage.getTarget().getId());
break;
apexService.stop(stopEngineMessage.getTarget());
// Send a reply indicating the message action worked
sendReply(webSocket, stopEngineMessage, true,
- "stopped engine " + stopEngineMessage.getTarget().getId());
+ "stopped engine " + stopEngineMessage.getTarget().getId());
LOGGER.debug("stopping engine {}", stopEngineMessage.getTarget().getId());
break;
case START_PERIODIC_EVENTS:
final StartPeriodicEvents startPeriodicEventsMessage = (StartPeriodicEvents) message;
LOGGER.debug("starting periodic events on engine {} . . .",
- startPeriodicEventsMessage.getTarget().getId());
+ startPeriodicEventsMessage.getTarget().getId());
// Start periodic events with the period specified in the message
final Long period = Long.parseLong(startPeriodicEventsMessage.getMessageData());
apexService.startPeriodicEvents(period);
// Send a reply indicating the message action worked
- sendReply(webSocket, startPeriodicEventsMessage, true, "started periodic events on engine "
- + startPeriodicEventsMessage.getTarget().getId() + " with period " + period);
- LOGGER.debug("started periodic events on engine " + startPeriodicEventsMessage.getTarget().getId()
- + " with period " + period);
+ String periodicStartedMessage = "started periodic events on engine "
+ + startPeriodicEventsMessage.getTarget().getId() + " with period " + period;
+ sendReply(webSocket, startPeriodicEventsMessage, true, periodicStartedMessage);
+ LOGGER.debug(periodicStartedMessage);
break;
case STOP_PERIODIC_EVENTS:
final StopPeriodicEvents stopPeriodicEventsMessage = (StopPeriodicEvents) message;
LOGGER.debug("stopping periodic events on engine {} . . .",
- stopPeriodicEventsMessage.getTarget().getId());
+ stopPeriodicEventsMessage.getTarget().getId());
// Stop periodic events
apexService.stopPeriodicEvents();
// Send a reply indicating the message action worked
- sendReply(webSocket, stopPeriodicEventsMessage, true,
- "stopped periodic events on engine " + stopPeriodicEventsMessage.getTarget().getId());
+ sendReply(webSocket, stopPeriodicEventsMessage, true, "stopped periodic events on engine "
+ + stopPeriodicEventsMessage.getTarget().getId());
LOGGER.debug("stopped periodic events on engine " + stopPeriodicEventsMessage.getTarget().getId());
break;
LOGGER.debug("getting status for engine{} . . .", getEngineStatusMessage.getTarget().getId());
// Send a reply with the engine status
sendReply(webSocket, getEngineStatusMessage, true,
- apexService.getStatus(getEngineStatusMessage.getTarget()));
+ apexService.getStatus(getEngineStatusMessage.getTarget()));
LOGGER.debug("returned status for engine {}", getEngineStatusMessage.getTarget().getId());
break;
* @param messageData the message data
*/
private void sendReply(final WebSocket client, final Message requestMessage, final boolean result,
- final String messageData) {
+ final String messageData) {
LOGGER.entry(result, messageData);
if (client == null || !client.isOpen()) {
return;
}
- LOGGER.debug("sending {} to web socket {}", requestMessage.getAction(),
- client.getRemoteSocketAddress().toString());
+ String replyString = "sending " + requestMessage.getAction() + " to web socket "
+ + client.getRemoteSocketAddress().toString();
+ LOGGER.debug(replyString);
final Response responseMessage = new Response(requestMessage.getTarget(), result, requestMessage);
responseMessage.setMessageData(messageData);
* @param apexModelKey the apex model key
*/
private void sendServiceInfoReply(final WebSocket client, final Message requestMessage,
- final AxArtifactKey engineServiceKey, final Collection<AxArtifactKey> engineKeyCollection,
- final AxArtifactKey apexModelKey) {
+
final AxArtifactKey engineServiceKey, final Collection<AxArtifactKey> engineKeyCollection,
+ final AxArtifactKey apexModelKey) {
LOGGER.entry();
- LOGGER.debug("sending {} to web socket {}", requestMessage.getAction(),
- client.getRemoteSocketAddress().toString());
+ String sendingMessage = "sending " + requestMessage.getAction() + " to web socket "
+ + client.getRemoteSocketAddress().toString();
+ LOGGER.debug(sendingMessage);
- final EngineServiceInfoResponse responseMessage =
- new EngineServiceInfoResponse(requestMessage.getTarget(), true, requestMessage);
+ final EngineServiceInfoResponse responseMessage = new EngineServiceInfoResponse(requestMessage.getTarget(),
+ true, requestMessage);
responseMessage.setMessageData("engine service information");
responseMessage.setEngineServiceKey(engineServiceKey);
responseMessage.setEngineKeyArray(engineKeyCollection);
import java.net.InetSocketAddress;
-import org.onap.policy.apex.service.engine.runtime.EngineService;
-import org.slf4j.ext.XLogger;
-import org.slf4j.ext.XLoggerFactory;
-
import org.onap.policy.apex.core.infrastructure.messaging.MessagingService;
import org.onap.policy.apex.core.infrastructure.messaging.MessagingServiceFactory;
import org.onap.policy.apex.core.infrastructure.messaging.util.MessagingUtils;
import org.onap.policy.apex.core.protocols.Message;
+import org.onap.policy.apex.service.engine.runtime.EngineService;
+import org.slf4j.ext.XLogger;
+import org.slf4j.ext.XLoggerFactory;
/**
* The Class EngDepMessagingService is used to encapsulate the server side of EngDep communication.
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
public class ApexEvent extends HashMap<String, Object> implements Serializable {
+ // Recurring string constants
+ private static final String EVENT_PREAMBLE = "event \"";
+
private static final XLogger LOGGER = XLoggerFactory.getXLogger(ApexEvent.class);
private static final long serialVersionUID = -4451918242101961685L;
// An identifier for the current event execution. The default value here will always be unique
// in a single JVM
- private long executionID = ApexEvent.getNextExecutionID();
+ private long executionId = ApexEvent.getNextExecutionId();
// A string holding a message that indicates why processing of this event threw an exception
private String exceptionMessage;
*
* @return the next candidate value for a Execution ID
*/
- private static synchronized long getNextExecutionID() {
+ private static synchronized long getNextExecutionId() {
return nextExecutionID.getAndIncrement();
}
public ApexEvent(final String name, final String version, final String nameSpace, final String source,
final String target) throws ApexEventException {
// @formatter:off
- this.name = validateField("name", name, NAME_REGEXP);
- this.version = validateField("version", version, VERSION_REGEXP);
- this.nameSpace = validateField("nameSpace", nameSpace, NAMESPACE_REGEXP);
- this.source = validateField("source", source, SOURCE_REGEXP);
- this.target = validateField("target", target, TARGET_REGEXP);
+ this.name = validateField(NAME_HEADER_FIELD, name, NAME_REGEXP);
+ this.version = validateField(VERSION_HEADER_FIELD, version, VERSION_REGEXP);
+ this.nameSpace = validateField(NAMESPACE_HEADER_FIELD, nameSpace, NAMESPACE_REGEXP);
+ this.source = validateField(SOURCE_HEADER_FIELD, source, SOURCE_REGEXP);
+ this.target = validateField(TARGET_HEADER_FIELD, target, TARGET_REGEXP);
// @formatter:on
}
if (fieldValue.matches(fieldRegexp)) {
return fieldValue;
} else {
- LOGGER.warn("event \"" + name + ": field \"" + fieldName + "=" + fieldValue
- + "\" is illegal. It doesn't match regex '" + fieldRegexp + "'");
- throw new ApexEventException(
- "event \"" + name + ": field \"" + fieldName + "=" + fieldValue + "\" is illegal");
+ String message = EVENT_PREAMBLE + name + ": field \"" + fieldName + "=" + fieldValue
+ + "\" is illegal. It doesn't match regex '" + fieldRegexp + "'";
+ LOGGER.warn(message);
+ throw new ApexEventException(message);
}
}
if (key.matches(AxReferenceKey.LOCAL_NAME_REGEXP)) {
return key;
} else {
- LOGGER.warn("event \"" + name + ": key \"" + key + "\" is illegal");
- throw new ApexEventException("event \"" + name + ": key \"" + key + "\" is illegal");
+ String message = EVENT_PREAMBLE + name + ": key \"" + key + "\" is illegal";
+ LOGGER.warn(message);
+ throw new ApexEventException(message);
}
}
*
* @return the executionID
*/
- public long getExecutionID() {
- return executionID;
+ public long getExecutionId() {
+ return executionId;
}
/**
* unique in the current JVM. For some applications/deployments this executionID may need to
* globally unique
*
- * @param executionID the executionID
+ * @param executionId the executionID
*/
- public void setExecutionID(final long executionID) {
- this.executionID = executionID;
+ public void setExecutionId(final long executionId) {
+ this.executionId = executionId;
}
/**
builder.append(",target=");
builder.append(target);
builder.append(",executionID=");
- builder.append(executionID);
+ builder.append(executionId);
builder.append(",exceptionMessage=");
builder.append(exceptionMessage);
builder.append(",");
private final EngineServiceEventInterface engineServiceEventInterface;
// Timing information
- private long period = 0;
+ private long eventGeneratorPeriod = 0;
private long firstEventTime = 0;
private long lastEventTime = 0;
private long eventCount = 0;
final long period) {
// Save the engine service reference and delay
this.engineServiceEventInterface = engineServiceEventInterface;
- this.period = period;
+ this.eventGeneratorPeriod = period;
timer = new Timer(ApexPeriodicEventGenerator.class.getSimpleName(), true);
timer.schedule(this, period, period);
eventCount++;
// Set the fields in the periodic event
- periodicEventMap.put(PERIODIC_DELAY, period);
+ periodicEventMap.put(PERIODIC_DELAY, eventGeneratorPeriod);
periodicEventMap.put(PERIODIC_FIRST_TIME, firstEventTime);
periodicEventMap.put(PERIODIC_LAST_TIME, lastEventTime);
periodicEventMap.put(PERIODIC_CURRENT_TIME, currentEventTime);
*/
@Override
public String toString() {
- return "ApexPeriodicEventGenerator [period=" + period + ", firstEventTime=" + firstEventTime
+ return "ApexPeriodicEventGenerator [period=" + eventGeneratorPeriod + ", firstEventTime=" + firstEventTime
+ ", lastEventTime=" + lastEventTime + ", eventCount=" + eventCount + "]";
}
}
import org.slf4j.ext.XLoggerFactory;
/**
- * This class holds a cache of the synchronous events sent into Apex and that have not yet been
- * replied to. It runs a thread to time out events that have not been replied to in the specified
- * timeout.
+ * This class holds a cache of the synchronous events sent into Apex and that have not yet been replied to. It runs a
+ * thread to time out events that have not been replied to in the specified timeout.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
private long synchronousEventTimeout = DEFAULT_SYNCHRONOUS_EVENT_TIMEOUT;
// Map holding outstanding synchronous events
- private final Map<Long, SimpleEntry<Long, Object>> toApexEventMap = new HashMap<Long, SimpleEntry<Long, Object>>();
+ private final Map<Long, SimpleEntry<Long, Object>> toApexEventMap = new HashMap<>();
// Map holding reply events
- private final Map<Long, SimpleEntry<Long, Object>> fromApexEventMap =
- new HashMap<Long, SimpleEntry<Long, Object>>();
+ private final Map<Long, SimpleEntry<Long, Object>> fromApexEventMap = new HashMap<>();
// The message listener thread and stopping flag
private final Thread synchronousEventCacheThread;
* @param peeredMode the peered mode for which to return the reference
* @param consumer the consumer that is populating the cache
* @param producer the producer that is emptying the cache
- * @param synchronousEventTimeout the time in milliseconds to wait for the reply to a sent
- * synchronous event
+ * @param synchronousEventTimeout the time in milliseconds to wait for the reply to a sent synchronous event
*/
public SynchronousEventCache(final EventHandlerPeeredMode peeredMode, final ApexEventConsumer consumer,
- final ApexEventProducer producer, final long synchronousEventTimeout) {
+ final ApexEventProducer producer, final long synchronousEventTimeout) {
super(peeredMode, consumer, producer);
if (synchronousEventTimeout != 0) {
// Check if there are any unprocessed events
if (!toApexEventMap.isEmpty()) {
- LOGGER.warn(toApexEventMap.size() + " synchronous events dropped due to system shutdown");
+ String message = toApexEventMap.size() + " synchronous events dropped due to system shutdown";
+ LOGGER.warn(message);
}
toApexEventMap.clear();
* @param event the event to cache
*/
private void cacheSynchronizedEvent(final Map<Long, SimpleEntry<Long, Object>> eventCacheMap,
- final long executionId, final Object event) {
+ final long executionId, final Object event) {
LOGGER.entry("Adding event with execution ID: " + executionId);
// Check if the event is already in the cache
// If there was no sent event then the event timed out or some unexpected event was
// received
final String errorMessage = "an event with ID " + executionId
- + " already exists in the synchronous event cache, execution IDs must be unique in the system";
+ + " already exists in the synchronous event cache, "
+ + "execution IDs must be unique in the system";
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
eventCacheMap.put(executionId, new SimpleEntry<Long, Object>(System.currentTimeMillis(), event));
if (LOGGER.isDebugEnabled()) {
- LOGGER.debug("event has been cached:" + event);
+ String message = "event has been cached:" + event;
+ LOGGER.debug(message);
}
LOGGER.exit("Added: " + executionId);
* @return The removed event
*/
private Object removeCachedEventIfExists(final Map<Long, SimpleEntry<Long, Object>> eventCacheMap,
- final long executionId) {
+ final long executionId) {
LOGGER.entry("Removing: " + executionId);
final SimpleEntry<Long, Object> removedEventEntry = eventCacheMap.remove(executionId);
}
/**
- * Time out events on an event cache map. Events that have a timeout longer than the configured
- * timeout are timed out.
+ * Time out events on an event cache map. Events that have a timeout longer than the configured timeout are timed
+ * out.
*
* @param eventCacheMap the event cache to operate on
*/
}
// Remove timed out events from the map
- for (final long timedoutEventExecutionID : timedOutEventSet) {
+ for (final long timedoutEventExecutionId : timedOutEventSet) {
// Remove the map entry and issue a warning
- final SimpleEntry<Long, Object> timedOutEventEntry = eventCacheMap.remove(timedoutEventExecutionID);
+ final SimpleEntry<Long, Object> timedOutEventEntry = eventCacheMap.remove(timedoutEventExecutionId);
- LOGGER.warn("synchronous event timed out, reply not received in " + synchronousEventTimeout
- + " milliseconds on event " + timedOutEventEntry.getValue());
+ String message = "synchronous event timed out, reply not received in " + synchronousEventTimeout
+ + " milliseconds on event " + timedOutEventEntry.getValue();
+ LOGGER.warn(message);
}
}
}
// The logger for this class
private static final XLogger LOGGER = XLoggerFactory.getXLogger(EventConsumerFactory.class);
- /**
- * Empty constructor with no generic overloading.
- */
- public EventConsumerFactory() {}
-
/**
* Create an event consumer of the required type for the specified consumer technology.
*
// The logger for this class
private static final XLogger LOGGER = XLoggerFactory.getXLogger(EventProducerFactory.class);
- /**
- * Empty constructor with no generic overloading.
- */
- public EventProducerFactory() {}
-
/**
* Create an event producer of the required type for the specified producer technology.
*
import java.util.ArrayList;
import java.util.List;
-import org.onap.policy.apex.service.engine.event.ApexEvent;
-import org.onap.policy.apex.service.engine.event.ApexEventConverter;
-import org.onap.policy.apex.service.engine.event.ApexEventException;
-import org.onap.policy.apex.service.engine.event.ApexEventRuntimeException;
-import org.slf4j.ext.XLogger;
-import org.slf4j.ext.XLoggerFactory;
-
import org.onap.policy.apex.core.engine.engine.ApexEngine;
import org.onap.policy.apex.core.engine.event.EnEvent;
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.service.ModelService;
import org.onap.policy.apex.model.eventmodel.concepts.AxEvent;
import org.onap.policy.apex.model.eventmodel.concepts.AxEvents;
+import org.onap.policy.apex.service.engine.event.ApexEvent;
+import org.onap.policy.apex.service.engine.event.ApexEventConverter;
+import org.onap.policy.apex.service.engine.event.ApexEventException;
+import org.onap.policy.apex.service.engine.event.ApexEventRuntimeException;
+import org.slf4j.ext.XLogger;
+import org.slf4j.ext.XLoggerFactory;
/**
* The Class ApexEvent2EnEventConverter converts externally facing {@link ApexEvent} instances to
axEvent.getNameSpace(), axEvent.getSource(), axEvent.getTarget());
// Copy the ExecutionID from the EnEvent into the ApexEvent
- apexEvent.setExecutionID(enEvent.getExecutionId());
+ apexEvent.setExecutionId(enEvent.getExecutionId());
// Copy he exception message to the Apex event if it is set
if (enEvent.getExceptionMessage() != null) {
apexEvent.putAll(enEvent);
// Return the event in a single element
- final ArrayList<ApexEvent> eventList = new ArrayList<ApexEvent>();
+ final ArrayList<ApexEvent> eventList = new ArrayList<>();
eventList.add(apexEvent);
return eventList;
}
enEvent.putAll(apexEvent);
// copy the ExecutionID from the ApexEvent into the EnEvent
- enEvent.setExecutionId(apexEvent.getExecutionID());
+ enEvent.setExecutionId(apexEvent.getExecutionId());
return enEvent;
}
* This class holds the parameters that allows transport of events into and out of Apex using files and standard input
* and output.
*
- * <p>
- * The following parameters are defined:
- * <ol>
- * <li>fileName: The full path to the file from which to read events or to which to write events.
- * <li>standardIO: If this flag is set to true, then standard input is used to read events in or standard output is used
- * to write events and the fileName parameter is ignored if present
- * <li>standardError: If this flag is set to true, then standard error is used to write events
- * <li>streamingMode: If this flag is set to true, then streaming mode is set for reading events and event handling will
- * wait on the input stream for events until the stream is closed. If streaming model is off, then event reading
- * completes when the end of input is detected.
- * <li>startDelay: The amount of milliseconds to wait at startup startup before processing the first event.
- * </ol>
+ * <p>The following parameters are defined: <ol> <li>fileName: The full path to the file from which to read events or to
+ * which to write events. <li>standardIO: If this flag is set to true, then standard input is used to read events in or
+ * standard output is used to write events and the fileName parameter is ignored if present <li>standardError: If this
+ * flag is set to true, then standard error is used to write events <li>streamingMode: If this flag is set to true, then
+ * streaming mode is set for reading events and event handling will wait on the input stream for events until the stream
+ * is closed. If streaming model is off, then event reading completes when the end of input is detected. <li>startDelay:
+ * The amount of milliseconds to wait at startup startup before processing the first event. </ol>
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class FILECarrierTechnologyParameters extends CarrierTechnologyParameters {
+public class FileCarrierTechnologyParameters extends CarrierTechnologyParameters {
// @formatter:off
/** The label of this carrier technology. */
public static final String FILE_CARRIER_TECHNOLOGY_LABEL = "FILE";
public static final String FILE_EVENT_CONSUMER_PLUGIN_CLASS = ApexFileEventConsumer.class.getCanonicalName();
private String fileName;
- private boolean standardIO = false;
+ private boolean standardIo = false;
private boolean standardError = false;
private boolean streamingMode = false;
private long startDelay = 0;
* Constructor to create a file carrier technology parameters instance and register the instance with the parameter
* service.
*/
- public FILECarrierTechnologyParameters() {
+ public FileCarrierTechnologyParameters() {
super();
// Set the carrier technology properties for the FILE carrier technology
*
* @return true, if standard IO should be used for input or output
*/
- public boolean isStandardIO() {
- return standardIO;
+ public boolean isStandardIo() {
+ return standardIo;
}
/**
/**
* Sets if standard IO should be used for event input or output.
*
- * @param standardIO if standard IO should be used for event input or output
+ * @param standardIo if standard IO should be used for event input or output
*/
- public void setStandardIO(final boolean standardIO) {
- this.standardIO = standardIO;
+ public void setStandardIo(final boolean standardIo) {
+ this.standardIo = standardIo;
}
/**
*/
@Override
public String toString() {
- return "FILECarrierTechnologyParameters [fileName=" + fileName + ", standardIO=" + standardIO
+ return "FILECarrierTechnologyParameters [fileName=" + fileName + ", standardIO=" + standardIo
+ ", standardError=" + standardError + ", streamingMode=" + streamingMode + ", startDelay="
+ startDelay + "]";
}
public GroupValidationResult validate() {
final GroupValidationResult result = super.validate();
- if (!standardIO && !standardError && (fileName == null || fileName.trim().length() == 0)) {
- result.setResult("fileName", ValidationStatus.INVALID,
- "fileName not specified or is blank or null, it must be specified as a valid file location");
+ if (!standardIo && !standardError && (fileName == null || fileName.trim().length() == 0)) {
+ result.setResult("fileName", ValidationStatus.INVALID, "fileName not specified or is blank or null, "
+ + "it must be specified as a valid file location");
}
- if (standardIO || standardError) {
+ if (standardIo || standardError) {
streamingMode = true;
}
import org.onap.policy.apex.service.engine.event.ApexEventException;
import org.onap.policy.apex.service.engine.event.ApexEventReceiver;
import org.onap.policy.apex.service.engine.event.PeeredReference;
-import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters;
+import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters;
import org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters;
import org.onap.policy.apex.service.parameters.eventhandler.EventHandlerPeeredMode;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
/**
- * Concrete implementation an Apex event consumer that reads events from a file. This consumer also
- * implements ApexEventProducer and therefore can be used as a synchronous consumer.
+ * Concrete implementation an Apex event consumer that reads events from a file. This consumer also implements
+ * ApexEventProducer and therefore can be used as a synchronous consumer.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
public class ApexFileEventConsumer implements ApexEventConsumer, Runnable {
-
// Get a reference to the logger
private static final Logger LOGGER = LoggerFactory.getLogger(ApexFileEventConsumer.class);
+ // Recurring string constants
+ private static final String APEX_FILE_CONSUMER_PREAMBLE = "ApexFileConsumer \"";
+
// The input stream to read events from
private InputStream eventInputStream;
private String consumerName = null;
// The specific carrier technology parameters for this consumer
- private FILECarrierTechnologyParameters fileCarrierTechnologyParameters;
+ private FileCarrierTechnologyParameters fileCarrierTechnologyParameters;
// The peer references for this event handler
- private final Map<EventHandlerPeeredMode, PeeredReference> peerReferenceMap =
- new EnumMap<>(EventHandlerPeeredMode.class);
+ private final Map<EventHandlerPeeredMode, PeeredReference> peerReferenceMap = new EnumMap<>(
+ EventHandlerPeeredMode.class);
// Holds the next identifier for event execution.
private static AtomicLong nextExecutionID = new AtomicLong(0L);
/**
- * Private utility to get the next candidate value for a Execution ID. This value will always be
- * unique in a single JVM
+ * Private utility to get the next candidate value for a Execution ID. This value will always be unique in a single
+ * JVM
*
* @return the next candidate value for a Execution ID
*/
- private static synchronized long getNextExecutionID() {
+ private static synchronized long getNextExecutionId() {
return nextExecutionID.getAndIncrement();
}
/*
* (non-Javadoc)
*
- * @see
- * org.onap.policy.apex.apps.uservice.consumer.ApexEventConsumer#init(org.onap.policy.apex.apps.
+ * @see org.onap.policy.apex.apps.uservice.consumer.ApexEventConsumer#init(org.onap.policy.apex.apps.
* uservice.consumer.ApexEventReceiver)
*/
@Override
public void init(final String name, final EventHandlerParameters consumerParameters,
- final ApexEventReceiver incomingEventReceiver) throws ApexEventException {
+ final ApexEventReceiver incomingEventReceiver) throws ApexEventException {
this.eventReceiver = incomingEventReceiver;
this.consumerName = name;
}
// Check and get the file Properties
- if (!(consumerParameters.getCarrierTechnologyParameters() instanceof FILECarrierTechnologyParameters)) {
+ if (!(consumerParameters.getCarrierTechnologyParameters() instanceof FileCarrierTechnologyParameters)) {
final String errorMessage = "specified consumer properties for ApexFileConsumer \"" + consumerName
- + "\" are not applicable to a File consumer";
+ + "\" are not applicable to a File consumer";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- fileCarrierTechnologyParameters =
- (FILECarrierTechnologyParameters) consumerParameters.getCarrierTechnologyParameters();
+ fileCarrierTechnologyParameters = (FileCarrierTechnologyParameters) consumerParameters
+ .getCarrierTechnologyParameters();
// Open the file producing events
try {
- if (fileCarrierTechnologyParameters.isStandardIO()) {
+ if (fileCarrierTechnologyParameters.isStandardIo()) {
eventInputStream = System.in;
} else {
eventInputStream = new FileInputStream(fileCarrierTechnologyParameters.getFileName());
// Get an event composer for our event source
textBlockReader = new TextBlockReaderFactory().getTaggedReader(eventInputStream,
- consumerParameters.getEventProtocolParameters());
+ consumerParameters.getEventProtocolParameters());
} catch (final IOException e) {
- final String errorMessage = "ApexFileConsumer \"" + consumerName + "\" failed to open file for reading: \""
- + fileCarrierTechnologyParameters.getFileName() + "\"";
+ final String errorMessage = APEX_FILE_CONSUMER_PREAMBLE + consumerName
+ + "\" failed to open file for reading: \"" + fileCarrierTechnologyParameters.getFileName()
+ + "\"";
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
}
// Check that we have been initialized in async or sync mode
if (eventReceiver == null) {
LOGGER.warn("\"{}\" has not been initilaized for either asynchronous or synchronous event handling",
- consumerName);
+ consumerName);
return;
}
// Process the event from the text block if there is one there
if (textBlock.getText() != null) {
- eventReceiver.receiveEvent(getNextExecutionID(), textBlock.getText());
+ eventReceiver.receiveEvent(getNextExecutionId(), textBlock.getText());
}
- } while (!textBlock.isEndOfText());
+ }
+ while (!textBlock.isEndOfText());
} catch (final Exception e) {
LOGGER.warn("\"" + consumerName + "\" failed to read event from file: \""
- + fileCarrierTechnologyParameters.getFileName() + "\"", e);
+ + fileCarrierTechnologyParameters.getFileName() + "\"", e);
} finally {
try {
eventInputStream.close();
} catch (final IOException e) {
- LOGGER.warn("ApexFileConsumer \"" + consumerName + "\" failed to close file: \""
- + fileCarrierTechnologyParameters.getFileName() + "\"", e);
+ LOGGER.warn(APEX_FILE_CONSUMER_PREAMBLE + consumerName + "\" failed to close file: \""
+ + fileCarrierTechnologyParameters.getFileName() + "\"", e);
}
}
try {
eventInputStream.close();
} catch (final IOException e) {
- LOGGER.warn("ApexFileConsumer \"" + consumerName + "\" failed to close file for reading: \""
- + fileCarrierTechnologyParameters.getFileName() + "\"", e);
+ LOGGER.warn(APEX_FILE_CONSUMER_PREAMBLE + consumerName + "\" failed to close file for reading: \""
+ + fileCarrierTechnologyParameters.getFileName() + "\"", e);
}
if (consumerThread.isAlive() && !consumerThread.isInterrupted()) {
return new TextBlock(eofOnInputStream, null);
}
- // The initial nesting level of incoming text blocks is always zero
- int nestingLevel = 0;
+ // Read the block of text
+ final StringBuilder textBlockBuilder = readTextBlockText();
+ // Condition the text block and return it
+ final String textBlock = textBlockBuilder.toString().trim();
+ if (textBlock.length() > 0) {
+ return new TextBlock(eofOnInputStream, textBlock);
+ } else {
+ return new TextBlock(eofOnInputStream, null);
+ }
+ }
+
+ /**
+ * Read a block of text.
+ * @return A string builder containing the text
+ * @throws IOException on read errors
+ */
+ private StringBuilder readTextBlockText() throws IOException {
// Holder for the text block
final StringBuilder textBlockBuilder = new StringBuilder();
+ int nestingLevel = 0;
+
// Read the next text block
while (true) {
final char nextChar = (char) inputStream.read();
// Check for EOF
if (nextChar == (char) -1) {
eofOnInputStream = true;
- break;
+ return textBlockBuilder;
}
if (nextChar == startTagChar) {
nestingLevel++;
} else if (nestingLevel == 0 && !Character.isWhitespace(nextChar)) {
- LOGGER.warn("invalid input on consumer: " + nextChar);
+ LOGGER.warn("invalid input on consumer: {}", nextChar);
continue;
}
}
if (nestingLevel == 0) {
- break;
+ return textBlockBuilder;
}
}
}
-
- // Condition the text block and return it
- final String textBlock = textBlockBuilder.toString().trim();
- if (textBlock.length() > 0) {
- return new TextBlock(eofOnInputStream, textBlock);
- } else {
- return new TextBlock(eofOnInputStream, null);
- }
}
}
// Condition the text block and return it
final String textBlock = textBlockBuilder.toString().trim();
- final boolean endOfText = (eofOnInputStream && textLineQueue.isEmpty() ? true : false);
+ final boolean endOfText = eofOnInputStream && textLineQueue.isEmpty();
if (textBlock.length() > 0) {
return new TextBlock(endOfText, textBlock);
import org.onap.policy.apex.service.engine.event.ApexEventRuntimeException;
import org.onap.policy.apex.service.engine.event.PeeredReference;
import org.onap.policy.apex.service.engine.event.SynchronousEventCache;
-import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters;
+import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters;
import org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters;
import org.onap.policy.apex.service.parameters.eventhandler.EventHandlerPeeredMode;
import org.slf4j.Logger;
}
// Check and get the file Properties
- if (!(producerParameters.getCarrierTechnologyParameters() instanceof FILECarrierTechnologyParameters)) {
+ if (!(producerParameters.getCarrierTechnologyParameters() instanceof FileCarrierTechnologyParameters)) {
final String errorMessage = "specified producer properties for ApexFileProducer \"" + producerName
+ "\" are not applicable to a FILE producer";
LOGGER.warn(errorMessage);
throw new ApexEventException(errorMessage);
}
- final FILECarrierTechnologyParameters fileCarrierTechnologyParameters =
- (FILECarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
+ final FileCarrierTechnologyParameters fileCarrierTechnologyParameters =
+ (FileCarrierTechnologyParameters) producerParameters.getCarrierTechnologyParameters();
// Now we create a writer for events
try {
if (fileCarrierTechnologyParameters.isStandardError()) {
eventOutputStream = System.err;
- } else if (fileCarrierTechnologyParameters.isStandardIO()) {
+ } else if (fileCarrierTechnologyParameters.isStandardIo()) {
eventOutputStream = System.out;
} else {
eventOutputStream =
package org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin;
+import com.google.gson.Gson;
+import com.google.gson.GsonBuilder;
+import com.google.gson.JsonElement;
+import com.google.gson.JsonObject;
+
import java.util.ArrayList;
import java.util.List;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
-import com.google.gson.Gson;
-import com.google.gson.GsonBuilder;
-import com.google.gson.JsonElement;
-import com.google.gson.JsonObject;
-
/**
- * The Class Apex2JSONEventConverter converts {@link ApexEvent} instances to and from JSON string
- * representations of Apex events.
+ * The Class Apex2JSONEventConverter converts {@link ApexEvent} instances to and from JSON string representations of
+ * Apex events.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class Apex2JSONEventConverter implements ApexEventProtocolConverter {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2JSONEventConverter.class);
+public class Apex2JsonEventConverter implements ApexEventProtocolConverter {
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(Apex2JsonEventConverter.class);
// The parameters for the JSON event protocol
- private JSONEventProtocolParameters jsonPars;
+ private JsonEventProtocolParameters jsonPars;
/*
* (non-Javadoc)
*
- * @see
- * org.onap.policy.apex.service.engine.event.ApexEventProtocolConverter#init(org.onap.policy.
+ * @see org.onap.policy.apex.service.engine.event.ApexEventProtocolConverter#init(org.onap.policy.
* apex.service.parameters.eventprotocol.EventProtocolParameters)
*/
@Override
public void init(final EventProtocolParameters parameters) {
// Check and get the JSON parameters
- if (!(parameters instanceof JSONEventProtocolParameters)) {
+ if (!(parameters instanceof JsonEventProtocolParameters)) {
final String errorMessage = "specified consumer properties are not applicable to the JSON event protocol";
LOGGER.warn(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
- jsonPars = (JSONEventProtocolParameters) parameters;
+ jsonPars = (JsonEventProtocolParameters) parameters;
}
/*
* (non-Javadoc)
*
- * @see
- * org.onap.policy.apex.service.engine.event.ApexEventConverter#toApexEvent(java.lang.String,
- * java.lang.Object)
+ * @see org.onap.policy.apex.service.engine.event.ApexEventConverter#toApexEvent(java.lang.String, java.lang.Object)
*/
@Override
public List<ApexEvent> toApexEvent(final String eventName, final Object eventObject) throws ApexEventException {
try {
// We may have a single JSON object with a single event or an array of JSON objects
- final Object decodedJsonObject =
- new GsonBuilder().serializeNulls().create().fromJson(jsonEventString, Object.class);
+ final Object decodedJsonObject = new GsonBuilder().serializeNulls().create().fromJson(jsonEventString,
+ Object.class);
// Check if we have a list of objects
if (decodedJsonObject instanceof List) {
eventList.add(jsonObject2ApexEvent(eventName, (JsonObject) jsonListObject));
} else {
throw new ApexEventException("incoming event (" + jsonEventString
- + ") is a JSON object array containing an invalid object " + jsonListObject);
+ + ") is a JSON object array containing an invalid object " + jsonListObject);
}
}
} else {
eventList.add(jsonStringApexEvent(eventName, jsonEventString));
}
} catch (final Exception e) {
- final String errorString =
- "Failed to unmarshal JSON event: " + e.getMessage() + ", event=" + jsonEventString;
+ final String errorString = "Failed to unmarshal JSON event: " + e.getMessage() + ", event="
+ + jsonEventString;
LOGGER.warn(errorString, e);
throw new ApexEventException(errorString, e);
}
/*
* (non-Javadoc)
*
- * @see
- * org.onap.policy.apex.service.engine.event.ApexEventConverter#fromApexEvent(org.onap.policy.
+ * @see org.onap.policy.apex.service.engine.event.ApexEventConverter#fromApexEvent(org.onap.policy.
* apex.service.engine.event.ApexEvent)
*/
@Override
}
// Get the event definition for the event from the model service
- final AxEvent eventDefinition =
- ModelService.getModel(AxEvents.class).get(apexEvent.getName(), apexEvent.getVersion());
+ final AxEvent eventDefinition = ModelService.getModel(AxEvents.class).get(apexEvent.getName(),
+ apexEvent.getVersion());
// Use a GSON Json object to marshal the Apex event to JSON
final Gson gson = new GsonBuilder().serializeNulls().setPrettyPrinting().create();
if (!apexEvent.containsKey(fieldName)) {
if (!eventField.getOptional()) {
final String errorMessage = "error parsing " + eventDefinition.getId() + " event to Json. "
- + "Field \"" + fieldName + "\" is missing, but is mandatory. Fields: " + apexEvent;
+ + "Field \"" + fieldName + "\" is missing, but is mandatory. Fields: " + apexEvent;
LOGGER.debug(errorMessage);
throw new ApexEventRuntimeException(errorMessage);
}
final Object fieldValue = apexEvent.get(fieldName);
// Get the schema helper
- final SchemaHelper fieldSchemaHelper =
- new SchemaHelperFactory().createSchemaHelper(eventField.getKey(), eventField.getSchema());
+ final SchemaHelper fieldSchemaHelper = new SchemaHelperFactory().createSchemaHelper(eventField.getKey(),
+ eventField.getSchema());
jsonObject.add(fieldName, (JsonElement) fieldSchemaHelper.marshal2Object(fieldValue));
}
* @throws ApexEventException thrown on unmarshaling exceptions
*/
private ApexEvent jsonStringApexEvent(final String eventName, final String jsonEventString)
- throws ApexEventException {
+ throws ApexEventException {
// Use GSON to read the event string
- final JsonObject jsonObject =
- new GsonBuilder().serializeNulls().create().fromJson(jsonEventString, JsonObject.class);
+ final JsonObject jsonObject = new GsonBuilder().serializeNulls().create().fromJson(jsonEventString,
+ JsonObject.class);
if (jsonObject == null || !jsonObject.isJsonObject()) {
throw new ApexEventException(
- "incoming event (" + jsonEventString + ") is not a JSON object or an JSON object array");
+ "incoming event (" + jsonEventString + ") is not a JSON object or an JSON object array");
}
return jsonObject2ApexEvent(eventName, jsonObject);
* @throws ApexEventException thrown on unmarshaling exceptions
*/
private ApexEvent jsonObject2ApexEvent(final String eventName, final JsonObject jsonObject)
- throws ApexEventException {
+ throws ApexEventException {
// Process the mandatory Apex header
final ApexEvent apexEvent = processApexEventHeader(eventName, jsonObject);
// Get the event definition for the event from the model service
- final AxEvent eventDefinition =
- ModelService.getModel(AxEvents.class).get(apexEvent.getName(), apexEvent.getVersion());
+ final AxEvent eventDefinition = ModelService.getModel(AxEvents.class).get(apexEvent.getName(),
+ apexEvent.getVersion());
// Iterate over the input fields in the event
for (final AxField eventField : eventDefinition.getFields()) {
final String fieldName = eventField.getKey().getLocalName();
- if (!hasJSONField(jsonObject, fieldName)) {
+ if (!hasJsonField(jsonObject, fieldName)) {
if (!eventField.getOptional()) {
final String errorMessage = "error parsing " + eventDefinition.getId() + " event from Json. "
- + "Field \"" + fieldName + "\" is missing, but is mandatory.";
+ + "Field \"" + fieldName + "\" is missing, but is mandatory.";
LOGGER.debug(errorMessage);
throw new ApexEventException(errorMessage);
}
continue;
}
- final JsonElement fieldValue = getJSONField(jsonObject, fieldName, null, !eventField.getOptional());
+ final JsonElement fieldValue = getJsonField(jsonObject, fieldName, null, !eventField.getOptional());
if (fieldValue != null && !fieldValue.isJsonNull()) {
// Get the schema helper
- final SchemaHelper fieldSchemaHelper =
- new SchemaHelperFactory().createSchemaHelper(eventField.getKey(), eventField.getSchema());
+ final SchemaHelper fieldSchemaHelper = new SchemaHelperFactory().createSchemaHelper(eventField.getKey(),
+ eventField.getSchema());
apexEvent.put(fieldName, fieldSchemaHelper.createNewInstance(fieldValue));
} else {
apexEvent.put(fieldName, null);
* @throws ApexEventException on invalid events with missing header fields
*/
private ApexEvent processApexEventHeader(final String eventName, final JsonObject jsonObject)
- throws ApexEventException {
- // Get the event header fields
- // @formatter:off
- String name = getJSONStringField(jsonObject, ApexEvent.NAME_HEADER_FIELD,
- jsonPars.getNameAlias(), ApexEvent.NAME_REGEXP, false);
- String version = getJSONStringField(jsonObject, ApexEvent.VERSION_HEADER_FIELD,
- jsonPars.getVersionAlias(), ApexEvent.VERSION_REGEXP, false);
- String namespace = getJSONStringField(jsonObject, ApexEvent.NAMESPACE_HEADER_FIELD,
- jsonPars.getNameSpaceAlias(), ApexEvent.NAMESPACE_REGEXP, false);
- String source = getJSONStringField(jsonObject, ApexEvent.SOURCE_HEADER_FIELD,
- jsonPars.getSourceAlias(), ApexEvent.SOURCE_REGEXP, false);
- String target = getJSONStringField(jsonObject, ApexEvent.TARGET_HEADER_FIELD,
- jsonPars.getTargetAlias(), ApexEvent.TARGET_REGEXP, false);
- // @formatter:on
+ throws ApexEventException {
+ String name = getJsonStringField(jsonObject, ApexEvent.NAME_HEADER_FIELD, jsonPars.getNameAlias(),
+ ApexEvent.NAME_REGEXP, false);
// Check that an event name has been specified
if (name == null && eventName == null) {
throw new ApexEventRuntimeException(
- "event received without mandatory parameter \"name\" on configuration or on event");
+ "event received without mandatory parameter \"name\" on configuration or on event");
}
// Check if an event name was specified on the event parameters
if (eventName != null) {
if (name != null && !eventName.equals(name)) {
LOGGER.warn("The incoming event name \"{}\" does not match the configured event name \"{}\","
- + " using configured event name", name, eventName);
+ + " using configured event name", name, eventName);
}
name = eventName;
}
// Now, find the event definition in the model service. If version is null, the newest event
// definition in the model service is used
+ String version = getJsonStringField(jsonObject, ApexEvent.VERSION_HEADER_FIELD, jsonPars.getVersionAlias(),
+ ApexEvent.VERSION_REGEXP, false);
final AxEvent eventDefinition = ModelService.getModel(AxEvents.class).get(name, version);
if (eventDefinition == null) {
- if (version == null) {
- throw new ApexEventRuntimeException(
- "an event definition for an event named \"" + name + "\" not found in Apex model");
- }
- throw new ApexEventRuntimeException("an event definition for an event named \"" + name
- + "\" with version \"" + version + "\" not found in Apex model");
+ throwVersionException(name, version);
}
// Use the defined event version if no version is specified on the incoming fields
}
// Check the name space is OK if it is defined, if not, use the name space from the model
+ String namespace = getJsonStringField(jsonObject, ApexEvent.NAMESPACE_HEADER_FIELD,
+ jsonPars.getNameSpaceAlias(), ApexEvent.NAMESPACE_REGEXP, false);
if (namespace != null) {
if (!namespace.equals(eventDefinition.getNameSpace())) {
- throw new ApexEventRuntimeException(
- "namespace \"" + namespace + "\" on event \"" + name + "\" does not match namespace \""
- + eventDefinition.getNameSpace() + "\" for that event in the Apex model");
+ throw new ApexEventRuntimeException("namespace \"" + namespace + "\" on event \"" + name
+ + "\" does not match namespace \"" + eventDefinition.getNameSpace()
+ + "\" for that event in the Apex model");
}
} else {
namespace = eventDefinition.getNameSpace();
}
// For source, use the defined source only if the source is not found on the incoming event
+ String source = getJsonStringField(jsonObject, ApexEvent.SOURCE_HEADER_FIELD, jsonPars.getSourceAlias(),
+ ApexEvent.SOURCE_REGEXP, false);
if (source == null) {
source = eventDefinition.getSource();
}
// For target, use the defined source only if the source is not found on the incoming event
+ String target = getJsonStringField(jsonObject, ApexEvent.TARGET_HEADER_FIELD, jsonPars.getTargetAlias(),
+ ApexEvent.TARGET_REGEXP, false);
if (target == null) {
target = eventDefinition.getTarget();
}
return new ApexEvent(name, version, namespace, source, target);
}
+ /**
+ * Throw an exception on event name and/or version with the correct text.
+ * @param name The event name
+ * @param version The event version
+ */
+ private void throwVersionException(String name, String version) {
+ if (version == null) {
+ throw new ApexEventRuntimeException(
+ "an event definition for an event named \"" + name + "\" not found in Apex model");
+ }
+ else {
+ throw new ApexEventRuntimeException("an event definition for an event named \"" + name
+ + "\" with version \"" + version + "\" not found in Apex model");
+ }
+ }
+
/**
* This method gets an event string field from a JSON object.
*
* @param jsonObject the JSON object containing the JSON representation of the incoming event
* @param fieldName the field name to find in the event
- * @param fieldAlias the alias for the field to find in the event, overrides the field name if
- * it is not null
- * @param fieldRE the regular expression to check the field against for validity
+ * @param fieldAlias the alias for the field to find in the event, overrides the field name if it is not null
+ * @param fieldRegexp the regular expression to check the field against for validity
* @param mandatory true if the field is mandatory
* @return the value of the field in the JSON object or null if the field is optional
* @throws ApexEventRuntimeException the apex event runtime exception
*/
- private String getJSONStringField(final JsonObject jsonObject, final String fieldName, final String fieldAlias,
- final String fieldRE, final boolean mandatory) {
+ private String getJsonStringField(final JsonObject jsonObject, final String fieldName, final String fieldAlias,
+ final String fieldRegexp, final boolean mandatory) {
// Get the JSON field for the string field
- final JsonElement jsonField = getJSONField(jsonObject, fieldName, fieldAlias, mandatory);
+ final JsonElement jsonField = getJsonField(jsonObject, fieldName, fieldAlias, mandatory);
// Null strings are allowed
if (jsonField == null || jsonField.isJsonNull()) {
} catch (final Exception e) {
// The element is not a string so throw an error
throw new ApexEventRuntimeException("field \"" + fieldName + "\" with type \""
- + jsonField.getClass().getCanonicalName() + "\" is not a string value");
+ + jsonField.getClass().getCanonicalName() + "\" is not a string value");
}
// Is regular expression checking required
- if (fieldRE == null) {
+ if (fieldRegexp == null) {
return fieldValueString;
}
// Check the event field against its regular expression
- if (!fieldValueString.matches(fieldRE)) {
+ if (!fieldValueString.matches(fieldRegexp)) {
throw new ApexEventRuntimeException(
- "field \"" + fieldName + "\" with value \"" + fieldValueString + "\" is invalid");
+ "field \"" + fieldName + "\" with value \"" + fieldValueString + "\" is invalid");
}
return fieldValueString;
*
* @param jsonObject the JSON object containing the JSON representation of the incoming event
* @param fieldName the field name to find in the event
- * @param fieldAlias the alias for the field to find in the event, overrides the field name if
- * it is not null
+ * @param fieldAlias the alias for the field to find in the event, overrides the field name if it is not null
* @param mandatory true if the field is mandatory
* @return the value of the field in the JSON object or null if the field is optional
* @throws ApexEventRuntimeException the apex event runtime exception
*/
- private JsonElement getJSONField(final JsonObject jsonObject, final String fieldName, final String fieldAlias,
- final boolean mandatory) {
+ private JsonElement getJsonField(final JsonObject jsonObject, final String fieldName, final String fieldAlias,
+ final boolean mandatory) {
// Check if we should use the alias for this field
String fieldToFind = fieldName;
* @return true if the field is present
* @throws ApexEventRuntimeException the apex event runtime exception
*/
- private boolean hasJSONField(final JsonObject jsonObject, final String fieldName) {
+ private boolean hasJsonField(final JsonObject jsonObject, final String fieldName) {
// check for the field
return jsonObject.has(fieldName);
}
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class JSONEventProtocolParameters extends EventProtocolTextCharDelimitedParameters {
+public class JsonEventProtocolParameters extends EventProtocolTextCharDelimitedParameters {
/** The label of this event protocol. */
public static final String JSON_EVENT_PROTOCOL_LABEL = "JSON";
* Constructor to create a JSON event protocol parameter instance and register the instance with
* the parameter service.
*/
- public JSONEventProtocolParameters() {
- this(JSONEventProtocolParameters.class.getCanonicalName(), JSON_EVENT_PROTOCOL_LABEL);
+ public JsonEventProtocolParameters() {
+ this(JsonEventProtocolParameters.class.getCanonicalName(), JSON_EVENT_PROTOCOL_LABEL);
}
/**
* @param parameterClassName the class name of a sub class of this class
* @param eventProtocolLabel the name of the event protocol for this plugin
*/
- public JSONEventProtocolParameters(final String parameterClassName, final String eventProtocolLabel) {
+ public JsonEventProtocolParameters(final String parameterClassName, final String eventProtocolLabel) {
super(parameterClassName);
// Set the event protocol properties for the JSON event protocol
this.setEndChar(JSON_TEXT_BLOCK_END_DELIMITER);
// Set the event protocol plugin class
- this.setEventProtocolPluginClass(Apex2JSONEventConverter.class.getCanonicalName());
+ this.setEventProtocolPluginClass(Apex2JsonEventConverter.class.getCanonicalName());
}
/* (non-Javadoc)
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
public class ApexCommandLineArguments {
+ // Recurring string constants
+ private static final String FILE_PREAMBLE = " file \"";
private static final int HELP_LINE_LENGTH = 120;
// Apache Commons CLI options
* @return the help string
*/
public String help(final String mainClassName) {
- final HelpFormatter helpFormatter = new HelpFormatter();
final StringWriter stringWriter = new StringWriter();
- final PrintWriter stringPW = new PrintWriter(stringWriter);
+ final PrintWriter stringPrintWriter = new PrintWriter(stringWriter);
- helpFormatter.printHelp(stringPW, HELP_LINE_LENGTH, mainClassName + " [options...]", "options", options, 0, 0,
- "");
+ new HelpFormatter().printHelp(stringPrintWriter, HELP_LINE_LENGTH, mainClassName + " [options...]", "options",
+ options, 0, 0, "");
return stringWriter.toString();
}
}
// The file name can refer to a resource on the local file system or on the class path
- final URL fileURL = ResourceUtils.getUrl4Resource(fileName);
- if (fileURL == null) {
- throw new ApexException(fileTag + " file \"" + fileName + "\" does not exist");
+ final URL fileUrl = ResourceUtils.getUrl4Resource(fileName);
+ if (fileUrl == null) {
+ throw new ApexException(fileTag + FILE_PREAMBLE + fileName + "\" does not exist");
}
- final File theFile = new File(fileURL.getPath());
+ final File theFile = new File(fileUrl.getPath());
if (!theFile.exists()) {
- throw new ApexException(fileTag + " file \"" + fileName + "\" does not exist");
+ throw new ApexException(fileTag + FILE_PREAMBLE + fileName + "\" does not exist");
}
if (!theFile.isFile()) {
- throw new ApexException(fileTag + " file \"" + fileName + "\" is not a normal file");
+ throw new ApexException(fileTag + FILE_PREAMBLE + fileName + "\" is not a normal file");
}
if (!theFile.canRead()) {
- throw new ApexException(fileTag + " file \"" + fileName + "\" is ureadable");
+ throw new ApexException(fileTag + FILE_PREAMBLE + fileName + "\" is ureadable");
}
}
}
// Process the next Apex event from the queue
final Object event = converter.fromApexEvent(apexEvent);
- producer.sendEvent(apexEvent.getExecutionID(), apexEvent.getName(), event);
+ producer.sendEvent(apexEvent.getExecutionId(), apexEvent.getName(), event);
if (LOGGER.isTraceEnabled()) {
- LOGGER.trace("event sent : " + apexEvent.toString());
+ String message = "event sent : " + apexEvent.toString();
+ LOGGER.trace(message);
}
} catch (final InterruptedException e) {
// restore the interrupt status
Thread.currentThread().interrupt();
LOGGER.debug("Thread interrupted, Reason {}", e.getMessage());
- break;
+ stopOrderedFlag = true;
} catch (final Exception e) {
LOGGER.warn("Error while forwarding events for " + marshallerThread.getName(), e);
- continue;
}
}
import org.slf4j.ext.XLoggerFactory;
/**
- * This event unmarshaler handles events coming into Apex, handles threading, event queuing,
- * transformation and receiving using the configured receiving technology.
+ * This event unmarshaler handles events coming into Apex, handles threading, event queuing, transformation and
+ * receiving using the configured receiving technology.
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
* @param consumerParameters the consumer parameters for this specific unmarshaler
*/
public ApexEventUnmarshaller(final String name, final EngineServiceParameters engineServiceParameters,
- final EventHandlerParameters consumerParameters) {
+ final EventHandlerParameters consumerParameters) {
this.name = name;
this.engineServiceParameters = engineServiceParameters;
this.consumerParameters = consumerParameters;
/**
* Configure the consumer and initialize the thread for event sending.
*
- * @param incomingEngineServiceHandler the Apex engine service handler for passing events to
- * Apex
+ * @param incomingEngineServiceHandler the Apex engine service handler for passing events to Apex
* @throws ApexEventException on errors initializing event handling
*/
public void init(final ApexEngineServiceHandler incomingEngineServiceHandler) throws ApexEventException {
consumer.start();
// Configure and start the event reception thread
- final String threadName =
- engineServiceParameters.getEngineKey().getName() + ":" + this.getClass().getName() + ":" + name;
+ final String threadName = engineServiceParameters.getEngineKey().getName() + ":" + this.getClass().getName()
+ + ":" + name;
unmarshallerThread = new ApplicationThreadFactory(threadName).newThread(this);
unmarshallerThread.setDaemon(true);
unmarshallerThread.start();
// To connect a synchronous unmarshaler and marshaler, we create a synchronous event
// cache on the consumer/producer pair
new SynchronousEventCache(peeredMode, consumer, peeredMarshaller.getProducer(),
- consumerParameters.getPeerTimeout(EventHandlerPeeredMode.SYNCHRONOUS));
+ consumerParameters.getPeerTimeout(EventHandlerPeeredMode.SYNCHRONOUS));
return;
case REQUESTOR:
/*
* (non-Javadoc)
*
- * @see
- * org.onap.policy.apex.service.engine.event.ApexEventReceiver#receiveEvent(java.lang.Object)
+ * @see org.onap.policy.apex.service.engine.event.ApexEventReceiver#receiveEvent(java.lang.Object)
*/
@Override
public void receiveEvent(final Object event) throws ApexEventException {
/*
* (non-Javadoc)
*
- * @see org.onap.policy.apex.service.engine.event.ApexEventReceiver#receiveEvent(long,
- * java.lang.Object)
+ * @see org.onap.policy.apex.service.engine.event.ApexEventReceiver#receiveEvent(long, java.lang.Object)
*/
@Override
public void receiveEvent(final long executionId, final Object event) throws ApexEventException {
*
* @param executionId the execution id the incoming execution ID
* @param event the event in its native format
- * @param generateExecutionId if true, let Apex generate the execution ID, if false, use the
- * incoming execution ID
+ * @param generateExecutionId if true, let Apex generate the execution ID, if false, use the incoming execution ID
* @throws ApexEventException on unmarshaling errors on events
*/
private void receiveEvent(final long executionId, final Object event, final boolean generateExecutionId)
- throws ApexEventException {
+ throws ApexEventException {
// Push the event onto the queue
if (LOGGER.isTraceEnabled()) {
- LOGGER.trace("onMessage(): event received: {}", event.toString());
+ String eventString = "onMessage(): event received: " + event.toString();
+ LOGGER.trace(eventString);
}
// Convert the incoming events to Apex events
// Check if we are filtering events on this unmarshaler, if so check the event name
// against the filter
if (consumerParameters.isSetEventNameFilter()
- && !apexEvent.getName().matches(consumerParameters.getEventNameFilter())) {
+ && !apexEvent.getName().matches(consumerParameters.getEventNameFilter())) {
if (LOGGER.isTraceEnabled()) {
LOGGER.trace("onMessage(): event {} not processed, filtered out by filter", apexEvent,
- consumerParameters.getEventNameFilter());
+ consumerParameters.getEventNameFilter());
}
// Ignore this event
}
if (!generateExecutionId) {
- apexEvent.setExecutionID(executionId);
+ apexEvent.setExecutionId(executionId);
}
// Enqueue the event
// Cache synchronized events that are sent
if (consumerParameters.isPeeredMode(EventHandlerPeeredMode.SYNCHRONOUS)) {
- final SynchronousEventCache synchronousEventCache =
- (SynchronousEventCache) consumer.getPeeredReference(EventHandlerPeeredMode.SYNCHRONOUS);
- synchronousEventCache.cacheSynchronizedEventToApex(apexEvent.getExecutionID(), apexEvent);
+ final SynchronousEventCache synchronousEventCache = (SynchronousEventCache) consumer
+ .getPeeredReference(EventHandlerPeeredMode.SYNCHRONOUS);
+ synchronousEventCache.cacheSynchronizedEventToApex(apexEvent.getExecutionId(), apexEvent);
}
}
} catch (final ApexException e) {
final String errorMessage = "Error while converting event into an ApexEvent for " + name + ": "
- + e.getMessage() + ", Event=" + event;
+ + e.getMessage() + ", Event=" + event;
LOGGER.warn(errorMessage, e);
throw new ApexEventException(errorMessage, e);
}
}
/**
- * Run a thread that runs forever (well until system termination anyway) and listens for
- * incoming events on the queue.
+ * Run a thread that runs forever (well until system termination anyway) and listens for incoming events on the
+ * queue.
*/
@Override
public void run() {
}
if (LOGGER.isTraceEnabled()) {
- LOGGER.trace("event received {}", apexEvent.toString());
+ String message = apexEvent.toString();
+ LOGGER.trace("event received {}", message);
}
// Pass the event to the activator for forwarding to Apex
// restore the interrupt status
Thread.currentThread().interrupt();
LOGGER.warn("BatchProcessor thread interrupted, Reason {}", e.getMessage());
- break;
+ stopOrderedFlag = true;
} catch (final Exception e) {
LOGGER.warn("Error while forwarding events for " + unmarshallerThread.getName(), e);
- continue;
}
}
stopOrderedFlag = true;
// Order a stop on the synchronous cache if one exists
- if (consumerParameters != null && consumerParameters.isPeeredMode(EventHandlerPeeredMode.SYNCHRONOUS)) {
- if (consumer.getPeeredReference(EventHandlerPeeredMode.SYNCHRONOUS) != null) {
- ((SynchronousEventCache) consumer.getPeeredReference(EventHandlerPeeredMode.SYNCHRONOUS)).stop();
- }
+ if (consumerParameters != null && consumerParameters.isPeeredMode(EventHandlerPeeredMode.SYNCHRONOUS)
+ && consumer.getPeeredReference(EventHandlerPeeredMode.SYNCHRONOUS) != null) {
+ ((SynchronousEventCache) consumer.getPeeredReference(EventHandlerPeeredMode.SYNCHRONOUS)).stop();
}
// Wait for thread shutdown
* @param args the commaind line arguments
*/
public ApexMain(final String[] args) {
- System.out.println("Starting Apex service with parameters " + Arrays.toString(args) + " . . .");
LOGGER.entry("Starting Apex service with parameters " + Arrays.toString(args) + " . . .");
// Check the arguments
final String argumentMessage = arguments.parse(args);
if (argumentMessage != null) {
LOGGER.info(argumentMessage);
- System.out.println(argumentMessage);
return;
}
// Validate that the arguments are sane
arguments.validate();
} catch (final ApexException e) {
- System.err.println("start of Apex service failed: " + e.getMessage());
LOGGER.error("start of Apex service failed", e);
- System.err.println(arguments.help(ApexMain.class.getCanonicalName()));
return;
}
try {
parameters = new ApexParameterHandler().getParameters(arguments);
} catch (final Exception e) {
- System.err.println("start of Apex service failed\n" + e.getMessage());
LOGGER.error("start of Apex service failed", e);
return;
}
try {
activator.initialize();
} catch (final ApexActivatorException e) {
- System.err.println("start of Apex service failed, used parameters are " + Arrays.toString(args));
- e.printStackTrace(System.err);
LOGGER.error("start of Apex service failed, used parameters are " + Arrays.toString(args), e);
return;
}
// Add a shutdown hook to shut everything down in an orderly manner
Runtime.getRuntime().addShutdownHook(new ApexMainShutdownHookClass());
LOGGER.exit("Started Apex");
- System.out.println("Started Apex service");
}
/**
void updateModel(AxArtifactKey engineServiceKey, AxPolicyModel apexModel, boolean forceFlag) throws ApexException;
/**
- * This method returns the state of an engine service or engine.
+ * Return the state of an engine service or engine.
*
* @return The engine service or engine state
*/
private static final XLogger LOGGER = XLoggerFactory.getXLogger(EngineServiceImpl.class);
private static final boolean DEBUG_ENABLED = LOGGER.isDebugEnabled();
+ // Recurring string constants
+ private static final String ENGINE_KEY_PREAMBLE = "engine with key ";
+ private static final String NOT_FOUND_SUFFIX = " not found in engine service";
+
// Constants for timing
private static final long MAX_START_WAIT_TIME = 5000; // 5 seconds
private static final long MAX_STOP_WAIT_TIME = 5000; // 5 seconds
* @throws ApexException on worker instantiation errors
*/
private EngineServiceImpl(final AxArtifactKey engineServiceKey, final int incomingThreadCount,
- final long periodicEventPeriod) throws ApexException {
+ final long periodicEventPeriod) {
LOGGER.entry(engineServiceKey, incomingThreadCount);
this.engineServiceKey = engineServiceKey;
LOGGER.exit();
}
- /**
- * Create an Apex Engine Service instance. This method is deprecated and will be removed in the next version.
- *
- * @param engineServiceKey the engine service key
- * @param threadCount the thread count, the number of engine workers to start
- * @return the Engine Service instance
- * @throws ApexException on worker instantiation errors
- * @deprecated Do not use this version. Use {@link #create(EngineServiceParameters)}
- */
- @Deprecated
- public static EngineServiceImpl create(final AxArtifactKey engineServiceKey, final int threadCount)
- throws ApexException {
- // Check if the Apex model specified is sane
- if (engineServiceKey == null) {
- LOGGER.warn("engine service key is null");
- throw new ApexException("engine service key is null");
- }
- return new EngineServiceImpl(engineServiceKey, threadCount, 0);
- }
-
/**
* Create an Apex Engine Service instance. This method does not load the policy so
* {@link #updateModel(AxArtifactKey, AxPolicyModel, boolean)} or
final boolean forceFlag) throws ApexException {
// Check if the Apex model specified is sane
if (apexModelString == null || apexModelString.trim().length() == 0) {
- LOGGER.warn("model for updating on engine service with key " + incomingEngineServiceKey.getId()
- + " is empty");
- throw new ApexException("model for updating on engine service with key " + incomingEngineServiceKey.getId()
- + " is empty");
+ String emptyModelMessage = "model for updating engine service with key "
+ + incomingEngineServiceKey.getId() + " is empty";
+ LOGGER.warn(emptyModelMessage);
+ throw new ApexException(emptyModelMessage);
}
// Read the Apex model into memory using the Apex Model Reader
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<>(AxPolicyModel.class);
apexPolicyModel = modelReader.read(new ByteArrayInputStream(apexModelString.getBytes()));
} catch (final ApexModelException e) {
- LOGGER.error("failed to unmarshal the apex model on engine service " + incomingEngineServiceKey.getId(), e);
- throw new ApexException(
- "failed to unmarshal the apex model on engine service " + incomingEngineServiceKey.getId(),
- e);
+ String message = "failed to unmarshal the apex model on engine service " + incomingEngineServiceKey.getId();
+ LOGGER.error(message, e);
+ throw new ApexException(message, e);
}
if (apexPolicyModel == null) {
- LOGGER.error("apex model null on engine service " + incomingEngineServiceKey.getId());
- throw new ApexException("apex model null on engine service " + incomingEngineServiceKey.getId());
+ String message = "apex model null on engine service " + incomingEngineServiceKey.getId();
+ LOGGER.error(message);
+ throw new ApexException(message);
}
// Update the model
// The current policy model may or may not be defined
final AxPolicyModel currentModel = ModelService.getModel(AxPolicyModel.class);
if (!currentModel.getKey().isCompatible(apexModel.getKey())) {
- if (forceFlag) {
- LOGGER.warn("apex model update forced, supplied model with key \"" + apexModel.getKey().getId()
- + "\" is not a compatible model update from the existing engine model with key \""
- + currentModel.getKey().getId() + "\"");
- } else {
- throw new ContextException("apex model update failed, supplied model with key \""
- + apexModel.getKey().getId()
- + "\" is not a compatible model update from the existing engine model with key \""
- + currentModel.getKey().getId() + "\"");
- }
+ handleIncompatibility(apexModel, forceFlag, currentModel);
}
}
if (!isStopped()) {
- // Stop all engines on this engine service
- stop();
- final long stoptime = System.currentTimeMillis();
- while (!isStopped() && System.currentTimeMillis() - stoptime < MAX_STOP_WAIT_TIME) {
- ThreadUtilities.sleep(ENGINE_SERVICE_STOP_START_WAIT_INTERVAL);
- }
- // Check if all engines are stopped
- final StringBuilder notStoppedEngineIdBuilder = new StringBuilder();
- for (final Entry<AxArtifactKey, EngineService> engineWorkerEntry : engineWorkerMap.entrySet()) {
- if (engineWorkerEntry.getValue().getState() != AxEngineState.STOPPED) {
- notStoppedEngineIdBuilder.append(engineWorkerEntry.getKey().getId());
- notStoppedEngineIdBuilder.append('(');
- notStoppedEngineIdBuilder.append(engineWorkerEntry.getValue().getState());
- notStoppedEngineIdBuilder.append(") ");
- }
- }
- if (notStoppedEngineIdBuilder.length() > 0) {
- final String errorString = "cannot update model on engine service with key "
- + incomingEngineServiceKey.getId() + ", engines not stopped after " + MAX_STOP_WAIT_TIME
- + "ms are: " + notStoppedEngineIdBuilder.toString().trim();
- LOGGER.warn(errorString);
- throw new ApexException(errorString);
- }
+ stopEngines(incomingEngineServiceKey);
}
// Update the engines
LOGGER.exit();
}
+ /**
+ * Stop engines for a model update.
+ * @param incomingEngineServiceKey the engine service key for the engines that are to be stopped
+ * @throws ApexException on errors stopping engines
+ */
+ private void stopEngines(final AxArtifactKey incomingEngineServiceKey) throws ApexException {
+ // Stop all engines on this engine service
+ stop();
+ final long stoptime = System.currentTimeMillis();
+ while (!isStopped() && System.currentTimeMillis() - stoptime < MAX_STOP_WAIT_TIME) {
+ ThreadUtilities.sleep(ENGINE_SERVICE_STOP_START_WAIT_INTERVAL);
+ }
+ // Check if all engines are stopped
+ final StringBuilder notStoppedEngineIdBuilder = new StringBuilder();
+ for (final Entry<AxArtifactKey, EngineService> engineWorkerEntry : engineWorkerMap.entrySet()) {
+ if (engineWorkerEntry.getValue().getState() != AxEngineState.STOPPED) {
+ notStoppedEngineIdBuilder.append(engineWorkerEntry.getKey().getId());
+ notStoppedEngineIdBuilder.append('(');
+ notStoppedEngineIdBuilder.append(engineWorkerEntry.getValue().getState());
+ notStoppedEngineIdBuilder.append(") ");
+ }
+ }
+ if (notStoppedEngineIdBuilder.length() > 0) {
+ final String errorString = "cannot update model on engine service with key "
+ + incomingEngineServiceKey.getId() + ", engines not stopped after " + MAX_STOP_WAIT_TIME
+ + "ms are: " + notStoppedEngineIdBuilder.toString().trim();
+ LOGGER.warn(errorString);
+ throw new ApexException(errorString);
+ }
+ }
+
+ /**
+ * Issue compatibility warning or error message.
+ * @param apexModel The model name
+ * @param forceFlag true if we are forcing the update
+ * @param currentModel the existing model that is loaded
+ * @throws ContextException on compatibility errors
+ */
+ private void handleIncompatibility(final AxPolicyModel apexModel, final boolean forceFlag,
+ final AxPolicyModel currentModel) throws ContextException {
+ if (forceFlag) {
+ LOGGER.warn("apex model update forced, supplied model with key \"" + apexModel.getKey().getId()
+ + "\" is not a compatible model update from the existing engine model with key \""
+ + currentModel.getKey().getId() + "\"");
+ } else {
+ throw new ContextException("apex model update failed, supplied model with key \""
+ + apexModel.getKey().getId()
+ + "\" is not a compatible model update from the existing engine model with key \""
+ + currentModel.getKey().getId() + "\"");
+ }
+ }
+
/*
* (non-Javadoc)
*
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
- throw new ApexException("engine with key " + engineKey.getId() + " not found in engine service");
+ String message = ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX;
+ LOGGER.warn(message);
+ throw new ApexException(message);
}
// Start the engine
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
- throw new ApexException("engine with key " + engineKey.getId() + " not found in engine service");
+ LOGGER.warn(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
}
// Stop the engine
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
- throw new ApexException("engine with key " + engineKey.getId() + " not found in engine service");
+ LOGGER.warn(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
}
// Clear the engine
public boolean isStarted(final AxArtifactKey engineKey) {
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
+ LOGGER.warn(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
}
return engineWorkerMap.get(engineKey).isStarted();
}
public boolean isStopped(final AxArtifactKey engineKey) {
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
+ LOGGER.warn(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
}
return engineWorkerMap.get(engineKey).isStopped();
}
public void startPeriodicEvents(final long period) throws ApexException {
// Check if periodic events are already started
if (periodicEventGenerator != null) {
- LOGGER.warn("Peiodic event geneation already running on engine " + engineServiceKey.getId() + ", "
- + periodicEventGenerator.toString());
- throw new ApexException("Peiodic event geneation already running on engine " + engineServiceKey.getId()
- + ", " + periodicEventGenerator.toString());
+ String message = "Peiodic event geneation already running on engine " + engineServiceKey.getId() + ", "
+ + periodicEventGenerator.toString();
+ LOGGER.warn(message);
+ throw new ApexException(message);
}
// Set up periodic event execution, its a Java Timer/TimerTask
public String getStatus(final AxArtifactKey engineKey) throws ApexException {
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
- throw new ApexException("engine with key " + engineKey.getId() + " not found in engine service");
+ LOGGER.warn(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
}
// Return the information for this worker
public String getRuntimeInfo(final AxArtifactKey engineKey) throws ApexException {
// Check if we have this key on our map
if (!engineWorkerMap.containsKey(engineKey)) {
- LOGGER.warn("engine with key " + engineKey.getId() + " not found in engine service");
- throw new ApexException("engine with key " + engineKey.getId() + " not found in engine service");
+ LOGGER.warn(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREAMBLE + engineKey.getId() + NOT_FOUND_SUFFIX);
}
// Return the information for this worker
// Logger for this class
private static final XLogger LOGGER = XLoggerFactory.getXLogger(EngineService.class);
+ // Recurring string constants
+ private static final String IS_NULL_SUFFIX = " is null";
+ private static final String ENGINE_FOR_KEY_PREFIX = "apex engine for engine key ";
+ private static final String ENGINE_SUFFIX = " of this engine";
+ private static final String BAD_KEY_MATCH_TAG = " does not match the key";
+ private static final String ENGINE_KEY_PREFIX = "engine key ";
+
// The ID of this engine
private final AxArtifactKey engineWorkerKey;
* @throws ApexException thrown on errors on worker instantiation
*/
EngineWorker(final AxArtifactKey engineWorkerKey, final BlockingQueue<ApexEvent> queue,
- final ApplicationThreadFactory threadFactory) throws ApexException {
+ final ApplicationThreadFactory threadFactory) {
LOGGER.entry(engineWorkerKey);
this.engineWorkerKey = engineWorkerKey;
// Check if the key on the update request is correct
if (!engineWorkerKey.equals(engineKey)) {
- LOGGER.warn("engine key " + engineKey.getId() + " does not match the key" + engineWorkerKey.getId()
- + " of this engine");
- throw new ApexException("engine key " + engineKey.getId() + " does not match the key"
- + engineWorkerKey.getId() + " of this engine");
+ String message = ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG + engineWorkerKey.getId()
+ + ENGINE_SUFFIX;
+ LOGGER.warn(message);
+ throw new ApexException(message);
}
// Sanity checks on the Apex model
// Check if the key on the start request is correct
if (!engineWorkerKey.equals(engineKey)) {
- LOGGER.warn("engine key " + engineKey.getId() + " does not match the key" + engineWorkerKey.getId()
- + " of this engine");
- throw new ApexException("engine key " + engineKey.getId() + " does not match the key"
- + engineWorkerKey.getId() + " of this engine");
+ LOGGER.warn(ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG + engineWorkerKey.getId()
+ + ENGINE_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG
+ + engineWorkerKey.getId() + ENGINE_SUFFIX);
}
if (engine == null) {
- LOGGER.error("apex engine for engine key" + engineWorkerKey.getId() + " null");
- throw new ApexException("apex engine for engine key" + engineWorkerKey.getId() + " null");
+ String message = ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + " is null";
+ LOGGER.error(message);
+ throw new ApexException(message);
}
// Starts the event processing thread that handles incoming events
if (processorThread != null && processorThread.isAlive()) {
- LOGGER.error("apex engine for engine key" + engineWorkerKey.getId() + " is already running with state "
- + getState());
- throw new ApexException("apex engine for engine key" + engineWorkerKey.getId()
- + " is already running with state " + getState());
+ String message = ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + " is already running with state "
+ + getState();
+ LOGGER.error(message);
+ throw new ApexException(message);
}
// Start the engine
public void stop(final AxArtifactKey engineKey) throws ApexException {
// Check if the key on the start request is correct
if (!engineWorkerKey.equals(engineKey)) {
- LOGGER.warn("engine key " + engineKey.getId() + " does not match the key" + engineWorkerKey.getId()
- + " of this engine");
- throw new ApexException("engine key " + engineKey.getId() + " does not match the key"
- + engineWorkerKey.getId() + " of this engine");
+ LOGGER.warn(ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG + engineWorkerKey.getId()
+ + ENGINE_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG
+ + engineWorkerKey.getId() + ENGINE_SUFFIX);
}
if (engine == null) {
- LOGGER.error("apex engine for engine key" + engineWorkerKey.getId() + " null");
- throw new ApexException("apex engine for engine key" + engineWorkerKey.getId() + " null");
+ String message = ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + " is null";
+ LOGGER.error(message);
+ throw new ApexException(message);
}
// Interrupt the worker to stop its thread
if (processorThread == null || !processorThread.isAlive()) {
processorThread = null;
- LOGGER.warn("apex engine for engine key" + engineWorkerKey.getId() + " is already stopped with state "
+ LOGGER.warn(ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + " is already stopped with state "
+ getState());
return;
}
public void clear(final AxArtifactKey engineKey) throws ApexException {
// Check if the key on the start request is correct
if (!engineWorkerKey.equals(engineKey)) {
- LOGGER.warn("engine key " + engineKey.getId() + " does not match the key" + engineWorkerKey.getId()
- + " of this engine");
- throw new ApexException("engine key " + engineKey.getId() + " does not match the key"
- + engineWorkerKey.getId() + " of this engine");
+ LOGGER.warn(ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG + engineWorkerKey.getId()
+ + ENGINE_SUFFIX);
+ throw new ApexException(ENGINE_KEY_PREFIX + engineKey.getId() + BAD_KEY_MATCH_TAG
+ + engineWorkerKey.getId() + ENGINE_SUFFIX);
}
if (engine == null) {
- LOGGER.error("apex engine for engine key" + engineWorkerKey.getId() + " null");
- throw new ApexException("apex engine for engine key" + engineWorkerKey.getId() + " null");
+ LOGGER.error(ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + IS_NULL_SUFFIX);
+ throw new ApexException(ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + IS_NULL_SUFFIX);
}
// Interrupt the worker to stop its thread
if (processorThread != null && !processorThread.isAlive()) {
- LOGGER.warn("apex engine for engine key" + engineWorkerKey.getId() + " is not stopped with state "
+ LOGGER.warn(ENGINE_FOR_KEY_PREFIX + engineWorkerKey.getId() + " is not stopped with state "
+ getState());
return;
}
final JsonElement jsonElement = jsonParser.parse(runtimeJsonStringBuilder.toString());
final String tidiedRuntimeString = gson.toJson(jsonElement);
- LOGGER.debug("runtime information=" + tidiedRuntimeString);
+ LOGGER.debug("runtime information={}", tidiedRuntimeString);
return tidiedRuntimeString;
}
// Take events from the event processing queue of the worker and pass them to the engine
// for processing
- while (!processorThread.isInterrupted()) {
+ boolean stopFlag = false;
+ while (!processorThread.isInterrupted() && ! stopFlag) {
ApexEvent event = null;
try {
event = eventProcessingQueue.take();
LOGGER.warn("Engine {} failed to process event {}", engineWorkerKey, event.toString(), e);
} catch (final Exception e) {
LOGGER.warn("Engine {} terminated processing event {}", engineWorkerKey, event.toString(), e);
- break;
+ stopFlag = true;
}
}
LOGGER.debug("Engine {} completed processing", engineWorkerKey);
package org.onap.policy.apex.service.parameters;
-import java.io.FileReader;
-
import com.google.gson.Gson;
import com.google.gson.GsonBuilder;
+import java.io.FileReader;
+
import org.onap.policy.apex.core.engine.EngineParameters;
import org.onap.policy.apex.service.engine.main.ApexCommandLineArguments;
import org.onap.policy.apex.service.parameters.carriertechnology.CarrierTechnologyParameters;
-import org.onap.policy.apex.service.parameters.carriertechnology.CarrierTechnologyParametersJSONAdapter;
-import org.onap.policy.apex.service.parameters.engineservice.EngineServiceParametersJSONAdapter;
+import org.onap.policy.apex.service.parameters.carriertechnology.CarrierTechnologyParametersJsonAdapter;
+import org.onap.policy.apex.service.parameters.engineservice.EngineServiceParametersJsonAdapter;
import org.onap.policy.apex.service.parameters.eventprotocol.EventProtocolParameters;
-import org.onap.policy.apex.service.parameters.eventprotocol.EventProtocolParametersJSONAdapter;
+import org.onap.policy.apex.service.parameters.eventprotocol.EventProtocolParametersJsonAdapter;
import org.onap.policy.common.parameters.GroupValidationResult;
import org.onap.policy.common.parameters.ParameterException;
import org.onap.policy.common.parameters.ParameterService;
public ApexParameters getParameters(final ApexCommandLineArguments arguments) throws ParameterException {
// Clear all existing parameters
ParameterService.clear();
-
+
ApexParameters parameters = null;
// Read the parameters
// @formatter:off
final Gson gson = new GsonBuilder()
.registerTypeAdapter(EngineParameters .class,
- new EngineServiceParametersJSONAdapter())
+ new EngineServiceParametersJsonAdapter())
.registerTypeAdapter(CarrierTechnologyParameters.class,
- new CarrierTechnologyParametersJSONAdapter())
+ new CarrierTechnologyParametersJsonAdapter())
.registerTypeAdapter(EventProtocolParameters .class,
- new EventProtocolParametersJSONAdapter())
+ new EventProtocolParametersJsonAdapter())
.create();
// @formatter:on
parameters = gson.fromJson(new FileReader(arguments.getFullConfigurationFilePath()), ApexParameters.class);
// Register the parameters with the parameter service
registerParameters(parameters);
-
+
return parameters;
}
/**
- * Register all the incoming parameters with the parameter service
+ * Register all the incoming parameters with the parameter service.
+ *
* @param parameters The parameters to register
*/
private void registerParameters(ApexParameters parameters) {
ParameterService.register(parameters.getEngineServiceParameters());
ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters());
ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters());
- ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters().getSchemaParameters());
- ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters().getDistributorParameters());
- ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters().getLockManagerParameters());
- ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters().getPersistorParameters());
+ ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters()
+ .getSchemaParameters());
+ ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters()
+ .getDistributorParameters());
+ ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters()
+ .getLockManagerParameters());
+ ParameterService.register(parameters.getEngineServiceParameters().getEngineParameters().getContextParameters()
+ .getPersistorParameters());
}
}
/**
* The main container parameter class for an Apex service.
*
- * <p>
- * The following parameters are defined:
- * <ol>
- * <li>engineServiceParameters: The parameters for the Apex engine service itself, such as the number of engine threads
- * to run and the deployment port number to use.
- * <li>eventOutputParameters: A map of parameters for event outputs that Apex will use to emit events. Apex emits events
- * on all outputs
+ * <p>The following parameters are defined: <ol> <li>engineServiceParameters: The parameters for the Apex engine service
+ * itself, such as the number of engine threads to run and the deployment port number to use. <li>eventOutputParameters:
+ * A map of parameters for event outputs that Apex will use to emit events. Apex emits events on all outputs
* <li>eventInputParameters: A map or parameters for event inputs from which Apex will consume events. Apex reads events
- * from all its event inputs.
- * </ol>
+ * from all its event inputs. </ol>
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
private static final String EVENT_INPUT_PARAMETERS_STRING = "eventInputParameters";
private static final String EVENT_OUTPUT_PARAMETERS_STRING = "eventOutputParameters";
private static final String FOR_PEERED_MODE_STRING = " for peered mode ";
-
+
/**
* Constructor to create an apex parameters instance and register the instance with the parameter service.
*/
public ApexParameters() {
super();
-
+
// Set the name for the parameters
this.name = ApexParameterConstants.MAIN_GROUP_NAME;
}
}
} else {
if (peer != null) {
- result.setResult(eventHandlerType, parameterEntry.getKey(), ValidationStatus.INVALID,
- messagePreamble + " peer is illegal on " + eventHandlerType + " \""
- + parameterEntry.getKey() + "\" ");
+ result.setResult(eventHandlerType, parameterEntry.getKey(), ValidationStatus.INVALID, messagePreamble
+ + " peer is illegal on " + eventHandlerType + " \"" + parameterEntry.getKey() + "\" ");
}
if (parameterEntry.getValue().getPeerTimeout(peeredMode) != 0) {
result.setResult(eventHandlerType, parameterEntry.getKey(), ValidationStatus.INVALID,
final String rightSidePeer = rightModeParameters.getPeer(peeredMode);
if (!rightSidePeer.equals(leftModeParameterEntry.getKey())) {
result.setResult(handlerMapVariableName, leftModeParameterEntry.getKey(), ValidationStatus.INVALID,
- PEER_STRING + '"' + leftModeParameters.getPeer(peeredMode) + FOR_PEERED_MODE_STRING + peeredMode
- + ", value \"" + rightSidePeer + "\" on peer \"" + leftSidePeer
- + "\" does not equal event handler \"" + leftModeParameterEntry.getKey()
- + "\"");
+ PEER_STRING + '"' + leftModeParameters.getPeer(peeredMode) + FOR_PEERED_MODE_STRING
+ + peeredMode + ", value \"" + rightSidePeer + "\" on peer \""
+ + leftSidePeer + "\" does not equal event handler \""
+ + leftModeParameterEntry.getKey() + "\"");
} else {
// Check for duplicates
if (!leftCheckDuplicateSet.add(leftSidePeer)) {
if (!crossCheckPeeredTimeoutValues(leftModeParameters, rightModeParameters, peeredMode)) {
result.setResult(handlerMapVariableName, leftModeParameterEntry.getKey(), ValidationStatus.INVALID,
- PEER_STRING + '"' + leftModeParameters.getPeer(peeredMode) + FOR_PEERED_MODE_STRING + peeredMode
- + " timeout " + leftModeParameters.getPeerTimeout(peeredMode)
- + " on event handler \"" + leftModeParameters.getName()
- + "\" does not equal timeout "
- + rightModeParameters.getPeerTimeout(peeredMode) + " on event handler \""
- + rightModeParameters.getName() + "\"");
+ PEER_STRING + '"' + leftModeParameters.getPeer(peeredMode) + FOR_PEERED_MODE_STRING
+ + peeredMode + " timeout "
+ + leftModeParameters.getPeerTimeout(peeredMode) + " on event handler \""
+ + leftModeParameters.getName() + "\" does not equal timeout "
+ + rightModeParameters.getPeerTimeout(peeredMode)
+ + " on event handler \"" + rightModeParameters.getName() + "\"");
}
}
* The default carrier technology parameter class that may be specialized by carrier technology plugins that require
* plugin specific parameters.
*
- * <p>The following parameters are defined:
- * <ol>
- * <li>label: The label of the carrier technology.
+ * <p>The following parameters are defined: <ol> <li>label: The label of the carrier technology.
* <li>eventProducerPluginClass: The name of the plugin class that will be used by Apex to produce and emit output
- * events for this carrier technology
- * <li>eventConsumerPluginClass: The name of the plugin class that will be used by Apex to receive and process input
- * events from this carrier technology carrier technology
- * </ol>
+ * events for this carrier technology <li>eventConsumerPluginClass: The name of the plugin class that will be used by
+ * Apex to receive and process input events from this carrier technology carrier technology </ol>
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
return result;
}
-
+
@Override
public String getName() {
return this.getLabel();
@Override
public void setName(final String name) {
- throw new ParameterRuntimeException("the name/label of this carrier technology is always \"" + getLabel() + "\"");
+ throw new ParameterRuntimeException(
+ "the name/label of this carrier technology is always \"" + getLabel() + "\"");
}
}
package org.onap.policy.apex.service.parameters.carriertechnology;
-import java.lang.reflect.Type;
-import java.util.HashMap;
-import java.util.Map;
-
import com.google.gson.JsonDeserializationContext;
import com.google.gson.JsonDeserializer;
import com.google.gson.JsonElement;
import com.google.gson.JsonSerializationContext;
import com.google.gson.JsonSerializer;
+import java.lang.reflect.Type;
+import java.util.HashMap;
+import java.util.Map;
+
import org.onap.policy.apex.service.engine.event.impl.eventrequestor.EventRequestorCarrierTechnologyParameters;
-import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters;
+import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters;
import org.onap.policy.common.parameters.ParameterRuntimeException;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class CarrierTechnologyParametersJSONAdapter
+public class CarrierTechnologyParametersJsonAdapter
implements JsonSerializer<CarrierTechnologyParameters>, JsonDeserializer<CarrierTechnologyParameters> {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(CarrierTechnologyParametersJSONAdapter.class);
+
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(CarrierTechnologyParametersJsonAdapter.class);
+
+ // Recurring string constants
+ private static final String VALUE_TAG = "\" value \"";
+ private static final String CARRIER_TECHNOLOGY_PREAMBLE = "carrier technology \"";
+
private static final String PARAMETER_CLASS_NAME = "parameterClassName";
static {
BUILT_IN_CARRIER_TECHNOLOGY_PARMETER_CLASS_MAP.put("FILE",
- FILECarrierTechnologyParameters.class.getCanonicalName());
+ FileCarrierTechnologyParameters.class.getCanonicalName());
BUILT_IN_CARRIER_TECHNOLOGY_PARMETER_CLASS_MAP.put("EVENT_REQUESTOR",
EventRequestorCarrierTechnologyParameters.class.getCanonicalName());
}
// Get and check the carrier technology label
final String carrierTechnologyLabel = labelJsonPrimitive.getAsString().replaceAll("\\s+", "");
if (carrierTechnologyLabel == null || carrierTechnologyLabel.length() == 0) {
- final String errorMessage = "carrier technology parameter \"" + CARRIER_TECHNOLOGY_TOKEN + "\" value \""
+ final String errorMessage = "carrier technology parameter \"" + CARRIER_TECHNOLOGY_TOKEN + VALUE_TAG
+ labelJsonPrimitive.getAsString() + "\" invalid in JSON file";
LOGGER.warn(errorMessage);
throw new ParameterRuntimeException(errorMessage);
// Check the carrier technology parameter class
if (carrierTechnologyParameterClassName == null || carrierTechnologyParameterClassName.length() == 0) {
- final String errorMessage = "carrier technology \"" + carrierTechnologyLabel + "\" parameter \""
- + PARAMETER_CLASS_NAME + "\" value \""
+ final String errorMessage = CARRIER_TECHNOLOGY_PREAMBLE + carrierTechnologyLabel + "\" parameter \""
+ + PARAMETER_CLASS_NAME + VALUE_TAG
+ (classNameJsonPrimitive != null ? classNameJsonPrimitive.getAsString() : "null")
+ "\" invalid in JSON file";
LOGGER.warn(errorMessage);
carrierTechnologyParameterClass = Class.forName(carrierTechnologyParameterClassName);
} catch (final ClassNotFoundException e) {
final String errorMessage =
- "carrier technology \"" + carrierTechnologyLabel + "\" parameter \"" + PARAMETER_CLASS_NAME
- + "\" value \"" + carrierTechnologyParameterClassName + "\", could not find class";
+ CARRIER_TECHNOLOGY_PREAMBLE + carrierTechnologyLabel + "\" parameter \"" + PARAMETER_CLASS_NAME
+ + VALUE_TAG + carrierTechnologyParameterClassName + "\", could not find class";
LOGGER.warn(errorMessage, e);
throw new ParameterRuntimeException(errorMessage, e);
}
// Check that the carrier technology label matches the label in the carrier technology
// parameters object
if (!carrierTechnologyParameters.getLabel().equals(carrierTechnologyLabel)) {
- final String errorMessage = "carrier technology \"" + carrierTechnologyLabel + "\" does not match plugin \""
+ final String errorMessage = CARRIER_TECHNOLOGY_PREAMBLE + carrierTechnologyLabel
+ + "\" does not match plugin \""
+ carrierTechnologyParameters.getLabel() + "\" in \"" + carrierTechnologyParameterClassName
+ "\", specify correct carrier technology parameter plugin in parameter \"" + PARAMETER_CLASS_NAME
+ "\"";
import java.io.File;
import java.net.URL;
+import org.onap.policy.apex.core.engine.EngineParameters;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.basicmodel.concepts.AxKey;
import org.onap.policy.apex.service.parameters.ApexParameterConstants;
import org.onap.policy.common.parameters.ValidationStatus;
import org.onap.policy.common.utils.resources.ResourceUtils;
-import org.onap.policy.apex.core.engine.EngineParameters;
-
/**
* This class holds the parameters for an Apex Engine Service with multiple engine threads running multiple engines.
*
}
/**
- * Validate the policy model file name parameter
+ * Validate the policy model file name parameter.
* @param result the variable in which to store the result of the validation
*/
private void validatePolicyModelFileName(final GroupValidationResult result) {
// The file name can refer to a resource on the local file system or on the class
// path
- final URL fileURL = ResourceUtils.getUrl4Resource(policyModelFileName);
- if (fileURL == null) {
+ final URL fileUrl = ResourceUtils.getUrl4Resource(policyModelFileName);
+ if (fileUrl == null) {
result.setResult(POLICY_MODEL_FILE_NAME, ValidationStatus.INVALID, "not found or is not a plain file");
} else {
- final File policyModelFile = new File(fileURL.getPath());
+ final File policyModelFile = new File(fileUrl.getPath());
if (!policyModelFile.isFile()) {
result.setResult(POLICY_MODEL_FILE_NAME, ValidationStatus.INVALID, "not found or is not a plain file");
}
package org.onap.policy.apex.service.parameters.engineservice;
-import java.lang.reflect.Type;
-import java.util.Map.Entry;
-
import com.google.gson.JsonDeserializationContext;
import com.google.gson.JsonDeserializer;
import com.google.gson.JsonElement;
import com.google.gson.JsonSerializationContext;
import com.google.gson.JsonSerializer;
+import java.lang.reflect.Type;
+import java.util.Map.Entry;
+
import org.onap.policy.apex.context.impl.schema.java.JavaSchemaHelperParameters;
import org.onap.policy.apex.context.parameters.ContextParameters;
import org.onap.policy.apex.context.parameters.DistributorParameters;
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class EngineServiceParametersJSONAdapter
+public class EngineServiceParametersJsonAdapter
implements JsonSerializer<EngineParameters>, JsonDeserializer<EngineParameters> {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(EngineServiceParametersJSONAdapter.class);
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(EngineServiceParametersJsonAdapter.class);
private static final String PARAMETER_CLASS_NAME = "parameterClassName";
/**
* The parameters for a single event producer, event consumer or synchronous event handler.
*
- * <p>Event producers, consumers, and synchronous event handlers all use a carrier technology and an event protocol so the
- * actual parameters for each one are the same. Therefore, we use the same class for the parameters of each one.
+ * <p>Event producers, consumers, and synchronous event handlers all use a carrier technology and an event protocol so
+ * the actual parameters for each one are the same. Therefore, we use the same class for the parameters of each one.
*
- * <p>The following parameters are defined:
- * <ol>
- * <li>carrierTechnologyParameters: The carrier technology is the type of messaging infrastructure used to carry events.
- * Examples are File, Kafka or REST.
- * <li>eventProtocolParameters: The format that the events are in when being carried. Examples are JSON, XML, or Java
- * Beans. carrier technology
- * <li>synchronousMode: true if the event handler is working in synchronous mode, defaults to false
- * <li>synchronousPeer: the peer event handler (consumer for producer or producer for consumer) of this event handler in
- * synchronous mode
+ * <p>The following parameters are defined: <ol> <li>carrierTechnologyParameters: The carrier technology is the type of
+ * messaging infrastructure used to carry events. Examples are File, Kafka or REST. <li>eventProtocolParameters: The
+ * format that the events are in when being carried. Examples are JSON, XML, or Java Beans. carrier technology
+ * <li>synchronousMode: true if the event handler is working in synchronous mode, defaults to false <li>synchronousPeer:
+ * the peer event handler (consumer for producer or producer for consumer) of this event handler in synchronous mode
* <li>synchronousTimeout: the amount of time to wait for the reply to synchronous events before they are timed out
- * <li>requestorMode: true if the event handler is working in requestor mode, defaults to false
- * <li>requestorPeer: the peer event handler (consumer for producer or producer for consumer) of this event handler in
- * requestor mode
+ * <li>requestorMode: true if the event handler is working in requestor mode, defaults to false <li>requestorPeer: the
+ * peer event handler (consumer for producer or producer for consumer) of this event handler in requestor mode
* <li>requestorTimeout: the amount of time to wait for the reply to synchronous events before they are timed out
* <li>eventNameFilter: a regular expression to apply to events on this event handler. If specified, events not matching
- * the given regular expression are ignored. If it is null, all events are handledDefaults to null.
- * </ol>
+ * the given regular expression are ignored. If it is null, all events are handledDefaults to null. </ol>
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
}
/**
- * Check if we're using synchronous mode
+ * Check if we're using synchronous mode.
*
* @return true if if we're using synchronous mode
*/
}
/**
- * The synchronous peer for this event handler
+ * The synchronous peer for this event handler.
+ *
* @return the synchronous peer for this event handler
*/
public String getSynchronousPeer() {
}
/**
- * Get the timeout for synchronous operations
+ * Get the timeout for synchronous operations.
+ *
* @return the timeout for synchronous operations
*/
public long getSynchronousTimeout() {
}
/**
- * Check if this event handler will use requestor mode
+ * Check if this event handler will use requestor mode.
+ *
* @return true if this event handler will use requestor mode
*/
public boolean isRequestorMode() {
}
/**
- * The requestor peer for this event handler
+ * The requestor peer for this event handler.
+ *
* @return the requestor peer for this event handler
*/
public String getRequestorPeer() {
}
/**
- * @return the requestorTimeout
+ * Get the requestor timeout.
+ * @return the requestorTimeout.
*/
public long getRequestorTimeout() {
return requestorTimeout;
package org.onap.policy.apex.service.parameters.eventprotocol;
-import java.lang.reflect.Type;
-import java.util.HashMap;
-import java.util.Map;
-
import com.google.gson.JsonDeserializationContext;
import com.google.gson.JsonDeserializer;
import com.google.gson.JsonElement;
import com.google.gson.JsonSerializationContext;
import com.google.gson.JsonSerializer;
+import java.lang.reflect.Type;
+import java.util.HashMap;
+import java.util.Map;
+
import org.onap.policy.apex.service.engine.event.impl.apexprotocolplugin.ApexEventProtocolParameters;
-import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JSONEventProtocolParameters;
+import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JsonEventProtocolParameters;
import org.onap.policy.common.parameters.ParameterRuntimeException;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class EventProtocolParametersJSONAdapter
+public class EventProtocolParametersJsonAdapter
implements JsonSerializer<EventProtocolParameters>, JsonDeserializer<EventProtocolParameters> {
- private static final XLogger LOGGER = XLoggerFactory.getXLogger(EventProtocolParametersJSONAdapter.class);
+ private static final XLogger LOGGER = XLoggerFactory.getXLogger(EventProtocolParametersJsonAdapter.class);
+
+ // Recurring string constants
+ private static final String EVENT_PROTOCOL_PREFIX = "event protocol \"";
+ private static final String VALUE_TAG = "\" value \"";
private static final String PARAMETER_CLASS_NAME = "parameterClassName";
private static final Map<String, String> BUILT_IN_EVENT_PROTOCOL_PARMETER_CLASS_MAP = new HashMap<>();
static {
- BUILT_IN_EVENT_PROTOCOL_PARMETER_CLASS_MAP.put("JSON", JSONEventProtocolParameters.class.getCanonicalName());
+ BUILT_IN_EVENT_PROTOCOL_PARMETER_CLASS_MAP.put("JSON", JsonEventProtocolParameters.class.getCanonicalName());
BUILT_IN_EVENT_PROTOCOL_PARMETER_CLASS_MAP.put("APEX", ApexEventProtocolParameters.class.getCanonicalName());
}
// Get and check the event protocol label
final String eventProtocolLabel = labelJsonPrimitive.getAsString().replaceAll("\\s+", "");
if (eventProtocolLabel == null || eventProtocolLabel.length() == 0) {
- final String errorMessage = "event protocol parameter \"" + EVENT_PROTOCOL_TOKEN + "\" value \""
+ final String errorMessage = "event protocol parameter \"" + EVENT_PROTOCOL_TOKEN + VALUE_TAG
+ labelJsonPrimitive.getAsString() + "\" invalid in JSON file";
LOGGER.warn(errorMessage);
throw new ParameterRuntimeException(errorMessage);
// Check the event protocol parameter class
if (eventProtocolParameterClassName == null || eventProtocolParameterClassName.length() == 0) {
final String errorMessage =
- "event protocol \"" + eventProtocolLabel + "\" parameter \"" + PARAMETER_CLASS_NAME + "\" value \""
+ EVENT_PROTOCOL_PREFIX + eventProtocolLabel + "\" parameter \"" + PARAMETER_CLASS_NAME + VALUE_TAG
+ (classNameJsonPrimitive != null ? classNameJsonPrimitive.getAsString() : "null")
+ "\" invalid in JSON file";
LOGGER.warn(errorMessage);
eventProtocolParameterClass = Class.forName(eventProtocolParameterClassName);
} catch (final ClassNotFoundException e) {
final String errorMessage =
- "event protocol \"" + eventProtocolLabel + "\" parameter \"" + PARAMETER_CLASS_NAME + "\" value \""
+ EVENT_PROTOCOL_PREFIX + eventProtocolLabel + "\" parameter \"" + PARAMETER_CLASS_NAME + VALUE_TAG
+ eventProtocolParameterClassName + "\", could not find class";
LOGGER.warn(errorMessage, e);
throw new ParameterRuntimeException(errorMessage, e);
// Check that the event protocol label matches the label in the event protocol parameters
// object
if (!eventProtocolParameters.getLabel().equals(eventProtocolLabel)) {
- final String errorMessage = "event protocol \"" + eventProtocolLabel + "\" does not match plugin \""
+ final String errorMessage = EVENT_PROTOCOL_PREFIX + eventProtocolLabel + "\" does not match plugin \""
+ eventProtocolParameters.getLabel() + "\" in \"" + eventProtocolParameterClassName
+ "\", specify correct event protocol parameter plugin in parameter \"" + PARAMETER_CLASS_NAME
+ "\"";
*
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class JSONEventGenerator {
+public class JsonEventGenerator {
private static int nextEventNo = 0;
+ /**
+ * Json events.
+ *
+ * @param eventCount the event count
+ * @return the string
+ */
public static String jsonEvents(final int eventCount) {
final StringBuilder builder = new StringBuilder();
return builder.toString();
}
+ /**
+ * Json event.
+ *
+ * @return the string
+ */
public static String jsonEvent() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no name.
+ *
+ * @return the string
+ */
public static String jsonEventNoName() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event bad name.
+ *
+ * @return the string
+ */
public static String jsonEventBadName() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no ex name.
+ *
+ * @return the string
+ */
public static String jsonEventNoExName() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no version.
+ *
+ * @return the string
+ */
public static String jsonEventNoVersion() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event bad version.
+ *
+ * @return the string
+ */
public static String jsonEventBadVersion() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no ex version.
+ *
+ * @return the string
+ */
public static String jsonEventNoExVersion() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no namespace.
+ *
+ * @return the string
+ */
public static String jsonEventNoNamespace() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event bad namespace.
+ *
+ * @return the string
+ */
public static String jsonEventBadNamespace() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no ex namespace.
+ *
+ * @return the string
+ */
public static String jsonEventNoExNamespace() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no source.
+ *
+ * @return the string
+ */
public static String jsonEventNoSource() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event bad source.
+ *
+ * @return the string
+ */
public static String jsonEventBadSource() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event no target.
+ *
+ * @return the string
+ */
public static String jsonEventNoTarget() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event bad target.
+ *
+ * @return the string
+ */
public static String jsonEventBadTarget() {
final Random rand = new Random();
return builder.toString();
}
+ /**
+ * Json event missing fields.
+ *
+ * @return the string
+ */
public static String jsonEventMissingFields() {
final StringBuilder builder = new StringBuilder();
return builder.toString();
}
+ /**
+ * Json event null fields.
+ *
+ * @return the string
+ */
public static String jsonEventNullFields() {
final StringBuilder builder = new StringBuilder();
return builder.toString();
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ */
public static void main(final String[] args) {
if (args.length != 1) {
System.err.println("usage EventGenerator #events");
System.out.println(jsonEvents(eventCount));
}
+ /**
+ * Gets the next event no.
+ *
+ * @return the next event no
+ */
public static int getNextEventNo() {
return nextEventNo;
}
import org.onap.policy.apex.model.eventmodel.concepts.AxEvents;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
import org.onap.policy.apex.model.utilities.TextFileUtils;
-import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.Apex2JSONEventConverter;
-import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JSONEventProtocolParameters;
+import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.Apex2JsonEventConverter;
+import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JsonEventProtocolParameters;
import org.onap.policy.common.parameters.ParameterService;
import org.slf4j.ext.XLogger;
import org.slf4j.ext.XLoggerFactory;
/**
* Test JSON Event Handler.
+ *
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class TestJSONEventHandler {
- private static final XLogger logger = XLoggerFactory.getXLogger(TestJSONEventHandler.class);
-
+public class TestJsonEventHandler {
+ private static final XLogger logger = XLoggerFactory.getXLogger(TestJsonEventHandler.class);
+
+ /**
+ * Setup event model.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ * @throws ApexModelException the apex model exception
+ */
@BeforeClass
public static void setupEventModel() throws IOException, ApexModelException {
- final String policyModelString =
- TextFileUtils.getTextFileAsString("src/test/resources/policymodels/SamplePolicyModelMVEL.json");
+ final String policyModelString = TextFileUtils
+ .getTextFileAsString("src/test/resources/policymodels/SamplePolicyModelMVEL.json");
final ApexModelReader<AxPolicyModel> modelReader = new ApexModelReader<AxPolicyModel>(AxPolicyModel.class);
final AxPolicyModel apexPolicyModel = modelReader.read(new ByteArrayInputStream(policyModelString.getBytes()));
apexPolicyModel.register();
}
+ /**
+ * Initialize default schema parameters.
+ */
@BeforeClass
public static void initializeDefaultSchemaParameters() {
ParameterService.clear();
ParameterService.register(schemaParameters);
}
+ /**
+ * Teardown default schema parameters.
+ */
@AfterClass
public static void teardownDefaultSchemaParameters() {
ParameterService.deregister(ContextParameterConstants.SCHEMA_GROUP_NAME);
}
+ /**
+ * Test JSO nto apex event.
+ *
+ * @throws ApexException the apex exception
+ */
@Test
- public void testJSONtoApexEvent() throws ApexException {
+ public void testJsontoApexEvent() throws ApexException {
try {
- final Apex2JSONEventConverter jsonEventConverter = new Apex2JSONEventConverter();
+ final Apex2JsonEventConverter jsonEventConverter = new Apex2JsonEventConverter();
assertNotNull(jsonEventConverter);
- jsonEventConverter.init(new JSONEventProtocolParameters());
+ jsonEventConverter.init(new JsonEventProtocolParameters());
- final String apexEventJSONStringIn = JSONEventGenerator.jsonEvent();
+ final String apexEventJsonStringIn = JsonEventGenerator.jsonEvent();
- logger.debug("input event\n" + apexEventJSONStringIn);
+ logger.debug("input event\n" + apexEventJsonStringIn);
- final List<ApexEvent> apexEventList = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ final List<ApexEvent> apexEventList = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
for (final ApexEvent apexEvent : apexEventList) {
assertNotNull(apexEvent);
}
}
+ /**
+ * Test JSO nto apex bad event.
+ *
+ * @throws ApexException the apex exception
+ */
@Test
- public void testJSONtoApexBadEvent() throws ApexException {
+ public void testJsontoApexBadEvent() throws ApexException {
try {
- final Apex2JSONEventConverter jsonEventConverter = new Apex2JSONEventConverter();
+ final Apex2JsonEventConverter jsonEventConverter = new Apex2JsonEventConverter();
assertNotNull(jsonEventConverter);
- jsonEventConverter.init(new JSONEventProtocolParameters());
+ jsonEventConverter.init(new JsonEventProtocolParameters());
- String apexEventJSONStringIn = null;
+ String apexEventJsonStringIn = null;
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoName();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoName();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
assertEquals("Failed to unmarshal JSON event: event received without mandatory parameter \"name\" ",
- e.getMessage().substring(0, 82));
+ e.getMessage().substring(0, 82));
}
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventBadName();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventBadName();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
- assertTrue(e.getMessage()
- .startsWith("Failed to unmarshal JSON event: field \"name\" with value \"%%%%\" is invalid"));
+ assertTrue(e.getMessage().startsWith(
+ "Failed to unmarshal JSON event: field \"name\" with value \"%%%%\" is invalid"));
}
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoExName();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoExName();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
assertEquals("Failed to unmarshal JSON event: an event definition for an event named \"I_DONT_EXI",
- e.getMessage().substring(0, 82));
+ e.getMessage().substring(0, 82));
}
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoVersion();
- ApexEvent event = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn).get(0);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoVersion();
+ ApexEvent event = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn).get(0);
assertEquals("0.0.1", event.getVersion());
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventBadVersion();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventBadVersion();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
assertTrue(e.getMessage().startsWith(
- "Failed to unmarshal JSON event: field \"version\" with value \"#####\" is invalid"));
+ "Failed to unmarshal JSON event: field \"version\" with value \"#####\" is invalid"));
}
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoExVersion();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoExVersion();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
- assertTrue(e.getMessage().startsWith(
- "Failed to unmarshal JSON event: an event definition for an event named "
- + "\"Event0000\" with version \"1.2.3\" not found in Apex model"));
+ assertTrue(e.getMessage()
+ .startsWith("Failed to unmarshal JSON event: an event definition for an event named "
+ + "\"Event0000\" with version \"1.2.3\" not found in Apex model"));
}
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoNamespace();
- event = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn).get(0);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoNamespace();
+ event = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn).get(0);
assertEquals("org.onap.policy.apex.sample.events", event.getNameSpace());
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventBadNamespace();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventBadNamespace();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
- assertTrue(e.getMessage().startsWith(
- "Failed to unmarshal JSON event: field \"nameSpace\" with value \"hello.&&&&\" is invalid"));
+ assertTrue(e.getMessage().startsWith("Failed to unmarshal JSON event: field \"nameSpace\" "
+ + "with value \"hello.&&&&\" is invalid"));
}
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoExNamespace();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoExNamespace();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
- assertTrue(e.getMessage().startsWith(
- "Failed to unmarshal JSON event: namespace \"pie.in.the.sky\" on event \"Event0000\" does not"
- + " match namespace \"org.onap.policy.apex.sample.events\" for that event in the Apex model"));
+ assertTrue(e.getMessage()
+ .startsWith("Failed to unmarshal JSON event: namespace \"pie.in.the.sky\" "
+ + "on event \"Event0000\" does not"
+ + " match namespace \"org.onap.policy.apex.sample.events\" "
+ + "for that event in the Apex model"));
}
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoSource();
- event = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn).get(0);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoSource();
+ event = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn).get(0);
assertEquals("Outside", event.getSource());
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventBadSource();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventBadSource();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
assertTrue(e.getMessage().startsWith(
- "Failed to unmarshal JSON event: field \"source\" with value \"%!@**@!\" is invalid"));
+ "Failed to unmarshal JSON event: field \"source\" with value \"%!@**@!\" is invalid"));
}
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNoTarget();
- event = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn).get(0);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNoTarget();
+ event = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn).get(0);
assertEquals("Match", event.getTarget());
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventBadTarget();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventBadTarget();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
- assertTrue(e.getMessage().startsWith(
- "Failed to unmarshal JSON event: field \"target\" with value \"KNIO(*S)A(S)D\" is invalid"));
+ assertTrue(e.getMessage().startsWith("Failed to unmarshal JSON event: field \"target\" "
+ + "with value \"KNIO(*S)A(S)D\" is invalid"));
}
try {
- apexEventJSONStringIn = JSONEventGenerator.jsonEventMissingFields();
- jsonEventConverter.toApexEvent(null, apexEventJSONStringIn);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventMissingFields();
+ jsonEventConverter.toApexEvent(null, apexEventJsonStringIn);
fail("Test should throw an exception here");
} catch (final ApexEventException e) {
assertTrue(e.getMessage().startsWith("Failed to unmarshal JSON event: error parsing Event0000:0.0.1 "
- + "event from Json. Field \"TestMatchCase\" is missing, but is mandatory."));
+ + "event from Json. Field \"TestMatchCase\" is missing, but is mandatory."));
}
- apexEventJSONStringIn = JSONEventGenerator.jsonEventNullFields();
- event = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn).get(0);
- assertEquals(event.get("TestSlogan"), null);
- assertEquals(event.get("TestMatchCase"), (byte) -1);
- assertEquals(event.get("TestTimestamp"), (long) -1);
- assertEquals(event.get("TestTemperature"), -1.0);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventNullFields();
+ event = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn).get(0);
+ assertEquals(null, event.get("TestSlogan"));
+ assertEquals((byte) -1, event.get("TestMatchCase"));
+ assertEquals((long) -1, event.get("TestTimestamp"));
+ assertEquals(-1.0, event.get("TestTemperature"));
// Set the missing fields as optional in the model
final AxEvent eventDefinition = ModelService.getModel(AxEvents.class).get("Event0000");
eventDefinition.getParameterMap().get("TestTimestamp").setOptional(true);
eventDefinition.getParameterMap().get("TestTemperature").setOptional(true);
- apexEventJSONStringIn = JSONEventGenerator.jsonEventMissingFields();
- event = jsonEventConverter.toApexEvent(null, apexEventJSONStringIn).get(0);
+ apexEventJsonStringIn = JsonEventGenerator.jsonEventMissingFields();
+ event = jsonEventConverter.toApexEvent(null, apexEventJsonStringIn).get(0);
assertEquals(null, event.get("TestSlogan"));
assertEquals(null, event.get("TestMatchCase"));
assertEquals(null, event.get("TestTimestamp"));
}
}
+ /**
+ * Test apex event to JSON.
+ *
+ * @throws ApexException the apex exception
+ */
@Test
- public void testApexEventToJSON() throws ApexException {
+ public void testApexEventToJson() throws ApexException {
try {
- final Apex2JSONEventConverter jsonEventConverter = new Apex2JSONEventConverter();
+ final Apex2JsonEventConverter jsonEventConverter = new Apex2JsonEventConverter();
assertNotNull(jsonEventConverter);
final Date event0000StartTime = new Date();
event0000DataMap.put("TestTimestamp", event0000StartTime.getTime());
event0000DataMap.put("TestTemperature", 34.5445667);
- final ApexEvent apexEvent0000 =
- new ApexEvent("Event0000", "0.0.1", "org.onap.policy.apex.sample.events", "test", "apex");
+ final ApexEvent apexEvent0000 = new ApexEvent("Event0000", "0.0.1", "org.onap.policy.apex.sample.events",
+ "test", "apex");
apexEvent0000.putAll(event0000DataMap);
- final String apexEvent0000JSONString = (String) jsonEventConverter.fromApexEvent(apexEvent0000);
+ final String apexEvent0000JsonString = (String) jsonEventConverter.fromApexEvent(apexEvent0000);
- logger.debug(apexEvent0000JSONString);
+ logger.debug(apexEvent0000JsonString);
- assertTrue(apexEvent0000JSONString.contains("\"name\": \"Event0000\""));
- assertTrue(apexEvent0000JSONString.contains("\"version\": \"0.0.1\""));
- assertTrue(apexEvent0000JSONString.contains("\"nameSpace\": \"org.onap.policy.apex.sample.events\""));
- assertTrue(apexEvent0000JSONString.contains("\"source\": \"test\""));
- assertTrue(apexEvent0000JSONString.contains("\"target\": \"apex\""));
- assertTrue(apexEvent0000JSONString.contains("\"TestSlogan\": \"This is a test slogan\""));
- assertTrue(apexEvent0000JSONString.contains("\"TestMatchCase\": 12345"));
- assertTrue(apexEvent0000JSONString.contains("\"TestTimestamp\": " + event0000StartTime.getTime()));
- assertTrue(apexEvent0000JSONString.contains("\"TestTemperature\": 34.5445667"));
+ assertTrue(apexEvent0000JsonString.contains("\"name\": \"Event0000\""));
+ assertTrue(apexEvent0000JsonString.contains("\"version\": \"0.0.1\""));
+ assertTrue(apexEvent0000JsonString.contains("\"nameSpace\": \"org.onap.policy.apex.sample.events\""));
+ assertTrue(apexEvent0000JsonString.contains("\"source\": \"test\""));
+ assertTrue(apexEvent0000JsonString.contains("\"target\": \"apex\""));
+ assertTrue(apexEvent0000JsonString.contains("\"TestSlogan\": \"This is a test slogan\""));
+ assertTrue(apexEvent0000JsonString.contains("\"TestMatchCase\": 12345"));
+ assertTrue(apexEvent0000JsonString.contains("\"TestTimestamp\": " + event0000StartTime.getTime()));
+ assertTrue(apexEvent0000JsonString.contains("\"TestTemperature\": 34.5445667"));
final Date event0004StartTime = new Date(1434363272000L);
final Map<String, Object> event0004DataMap = new HashMap<String, Object>();
event0004DataMap.put("TestActCaseSelected", new Integer(2));
event0004DataMap.put("TestActStateTime", new Long(1434370506095L));
- final ApexEvent apexEvent0004 =
- new ApexEvent("Event0004", "0.0.1", "org.onap.policy.apex.sample.events", "test", "apex");
+ final ApexEvent apexEvent0004 = new ApexEvent("Event0004", "0.0.1", "org.onap.policy.apex.sample.events",
+ "test", "apex");
apexEvent0004.putAll(event0004DataMap);
- final String apexEvent0004JSONString = (String) jsonEventConverter.fromApexEvent(apexEvent0004);
+ final String apexEvent0004JsonString = (String) jsonEventConverter.fromApexEvent(apexEvent0004);
- logger.debug(apexEvent0004JSONString);
+ logger.debug(apexEvent0004JsonString);
- assertTrue(apexEvent0004JSONString.contains("\"name\": \"Event0004\""));
- assertTrue(apexEvent0004JSONString.contains("\"version\": \"0.0.1\""));
- assertTrue(apexEvent0004JSONString.contains("\"nameSpace\": \"org.onap.policy.apex.sample.events\""));
- assertTrue(apexEvent0004JSONString.contains("\"source\": \"test\""));
- assertTrue(apexEvent0004JSONString.contains("\"target\": \"apex\""));
- assertTrue(apexEvent0004JSONString.contains("\"TestSlogan\": \"Test slogan for External Event\""));
- assertTrue(apexEvent0004JSONString.contains("1434370506078"));
- assertTrue(apexEvent0004JSONString.contains("1064.43"));
+ assertTrue(apexEvent0004JsonString.contains("\"name\": \"Event0004\""));
+ assertTrue(apexEvent0004JsonString.contains("\"version\": \"0.0.1\""));
+ assertTrue(apexEvent0004JsonString.contains("\"nameSpace\": \"org.onap.policy.apex.sample.events\""));
+ assertTrue(apexEvent0004JsonString.contains("\"source\": \"test\""));
+ assertTrue(apexEvent0004JsonString.contains("\"target\": \"apex\""));
+ assertTrue(apexEvent0004JsonString.contains("\"TestSlogan\": \"Test slogan for External Event\""));
+ assertTrue(apexEvent0004JsonString.contains("1434370506078"));
+ assertTrue(apexEvent0004JsonString.contains("1064.43"));
} catch (final Exception e) {
e.printStackTrace();
throw new ApexException("Exception reading Apex event JSON file", e);
* Test JSON Tagged Event Consumer.
* @author Liam Fallon (liam.fallon@ericsson.com)
*/
-public class TestJSONTaggedEventConsumer {
+public class TestJsonTaggedEventConsumer {
@Test
public void testGarbageText() throws IOException {
taggedReader.init(jsonInputStream);
TextBlock textBlock = taggedReader.readTextBlock();
- assertEquals(textBlock.getText(), "{TestTimestamp\": 1469781869268}");
+ assertEquals("{TestTimestamp\": 1469781869268}", textBlock.getText());
textBlock = taggedReader.readTextBlock();
assertNull(textBlock.getText());
taggedReader.init(jsonInputStream);
TextBlock textBlock = taggedReader.readTextBlock();
- assertEquals(textBlock.getText(), "{TestTimestamp\": 1469781869268}");
+ assertEquals("{TestTimestamp\": 1469781869268}", textBlock.getText());
assertFalse(textBlock.isEndOfText());
textBlock = taggedReader.readTextBlock();
taggedReader.init(jsonInputStream);
TextBlock textBlock = taggedReader.readTextBlock();
- assertEquals(textBlock.getText(), "{TestTimestamp\": 1469781869268}");
+ assertEquals("{TestTimestamp\": 1469781869268}", textBlock.getText());
assertFalse(textBlock.isEndOfText());
textBlock = taggedReader.readTextBlock();
taggedReader.init(jsonInputStream);
TextBlock textBlock = taggedReader.readTextBlock();
- assertEquals(textBlock.getText(), "{TestTimestamp\": 1469781869268}");
+ assertEquals("{TestTimestamp\": 1469781869268}", textBlock.getText());
assertFalse(textBlock.isEndOfText());
textBlock = taggedReader.readTextBlock();
} catch (final ParameterException e) {
assertEquals("error reading parameters from \"src/test/resources/parameters/serviceContextBadParams.json\""
+ "\n(ParameterRuntimeException):failed to deserialize the parameters for "
- + "\"contextParameters\" to parameter class \"hello\"\njava.lang.ClassNotFoundException: hello",
- e.getMessage());
+ + "\"contextParameters\" to parameter class "
+ + "\"hello\"\njava.lang.ClassNotFoundException: hello", e.getMessage());
}
}
new ApexParameterHandler().getParameters(arguments);
fail("This test should throw an exception");
} catch (final ParameterException e) {
- assertEquals("error reading parameters from \"src/test/resources/parameters/serviceContextBadClassParams.json\""
- + "\n(ParameterRuntimeException):failed to deserialize the parameters for \"contextParameters\""
+ assertEquals("error reading parameters from "
+ + "\"src/test/resources/parameters/serviceContextBadClassParams.json\""
+ + "\n(ParameterRuntimeException):failed to deserialize "
+ + "the parameters for \"contextParameters\""
+ " to parameter class \"java.lang.Integer\"\ncom.google.gson.JsonSyntaxException: "
+ "java.lang.IllegalStateException: Expected NUMBER but was BEGIN_OBJECT at path $",
e.getMessage());
} catch (final ParameterException e) {
assertEquals("error reading parameters from "
+ "\"src/test/resources/parameters/serviceContextBadClassDistParams.json\"\n"
- + "(ClassCastException):org.onap.policy.apex.context.parameters.ContextParameters cannot be cast to"
+ + "(ClassCastException):"
+ + "org.onap.policy.apex.context.parameters.ContextParameters cannot be cast to"
+ " org.onap.policy.apex.context.parameters.DistributorParameters", e.getMessage());
}
}
} catch (final ParameterException e) {
assertEquals("error reading parameters from "
+ "\"src/test/resources/parameters/serviceContextBadClassLockParams.json\"\n"
- + "(ClassCastException):org.onap.policy.apex.context.parameters.ContextParameters cannot be cast to"
+ + "(ClassCastException):"
+ + "org.onap.policy.apex.context.parameters.ContextParameters cannot be cast to"
+ " org.onap.policy.apex.context.parameters.LockManagerParameters", e.getMessage());
}
}
} catch (final ParameterException e) {
assertEquals("error reading parameters from "
+ "\"src/test/resources/parameters/serviceContextBadClassPersistParams.json\"\n"
- + "(ClassCastException):org.onap.policy.apex.context.parameters.ContextParameters cannot be cast to"
+ + "(ClassCastException):"
+ + "org.onap.policy.apex.context.parameters.ContextParameters cannot be cast to"
+ " org.onap.policy.apex.context.parameters.PersistorParameters", e.getMessage());
}
}
+ "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID"
+ ", parameter group has status INVALID\n" + " parameter group \"FILE\" type "
+ "\"org.onap.policy.apex.service.engine.event.impl."
- + "filecarrierplugin.FILECarrierTechnologyParameters\" INVALID, "
+ + "filecarrierplugin.FileCarrierTechnologyParameters\" INVALID, "
+ "parameter group has status INVALID\n"
+ " field \"fileName\" type \"java.lang.String\" value \"null\" INVALID, "
+ "fileName not specified or is blank or null, "
+ "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID"
+ ", parameter group has status INVALID\n" + " parameter group \"FILE\" type "
+ "\"org.onap.policy.apex.service.engine.event.impl."
- + "filecarrierplugin.FILECarrierTechnologyParameters\" INVALID, "
+ + "filecarrierplugin.FileCarrierTechnologyParameters\" INVALID, "
+ "parameter group has status INVALID\n"
+ " field \"fileName\" type \"java.lang.String\" value \"null\" INVALID, "
+ "fileName not specified or is blank or null, "
assertEquals(345, parameters.getEngineServiceParameters().getInstanceCount());
assertEquals(65522, parameters.getEngineServiceParameters().getDeploymentPort());
- final CarrierTechnologyParameters prodCT = parameters.getEventOutputParameters().get("FirstProducer")
- .getCarrierTechnologyParameters();
- final EventProtocolParameters prodEP = parameters.getEventOutputParameters().get("FirstProducer")
+ final CarrierTechnologyParameters prodCarrierTech = parameters.getEventOutputParameters()
+ .get("FirstProducer").getCarrierTechnologyParameters();
+ final EventProtocolParameters prodEventProt = parameters.getEventOutputParameters().get("FirstProducer")
.getEventProtocolParameters();
- final CarrierTechnologyParameters consCT = parameters.getEventInputParameters()
+ final CarrierTechnologyParameters consCarrierTech = parameters.getEventInputParameters()
.get("MySuperDooperConsumer1").getCarrierTechnologyParameters();
- final EventProtocolParameters consEP = parameters.getEventInputParameters().get("MySuperDooperConsumer1")
- .getEventProtocolParameters();
+ final EventProtocolParameters consEventProt = parameters.getEventInputParameters()
+ .get("MySuperDooperConsumer1").getEventProtocolParameters();
- assertEquals("SUPER_DOOPER", prodCT.getLabel());
- assertEquals("SUPER_TOK_DEL", prodEP.getLabel());
- assertEquals("SUPER_DOOPER", consCT.getLabel());
- assertEquals("JSON", consEP.getLabel());
+ assertEquals("SUPER_DOOPER", prodCarrierTech.getLabel());
+ assertEquals("SUPER_TOK_DEL", prodEventProt.getLabel());
+ assertEquals("SUPER_DOOPER", consCarrierTech.getLabel());
+ assertEquals("JSON", consEventProt.getLabel());
- assertTrue(prodCT instanceof SuperDooperCarrierTechnologyParameters);
+ assertTrue(prodCarrierTech instanceof SuperDooperCarrierTechnologyParameters);
- final SuperDooperCarrierTechnologyParameters superDooperParameters = (SuperDooperCarrierTechnologyParameters) prodCT;
+ final SuperDooperCarrierTechnologyParameters superDooperParameters =
+ (SuperDooperCarrierTechnologyParameters) prodCarrierTech;
assertEquals("somehost:12345", superDooperParameters.getBootstrapServers());
assertEquals("0", superDooperParameters.getAcks());
assertEquals(25, superDooperParameters.getRetries());
import static org.junit.Assert.fail;
import org.junit.Test;
-import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters;
+import org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters;
import org.onap.policy.apex.service.engine.main.ApexCommandLineArguments;
import org.onap.policy.apex.service.parameters.ApexParameterHandler;
import org.onap.policy.apex.service.parameters.ApexParameters;
+ "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID"
+ ", parameter group has status INVALID\n" + " parameter group \"FILE\" type "
+ "\"org.onap.policy.apex.service.engine.event.impl."
- + "filecarrierplugin.FILECarrierTechnologyParameters\" INVALID, "
+ + "filecarrierplugin.FileCarrierTechnologyParameters\" INVALID, "
+ "parameter group has status INVALID\n"
+ " field \"fileName\" type \"java.lang.String\" value \"null\" INVALID, "
+ "fileName not specified or is blank or null, "
+ "(ParameterRuntimeException):carrier technology \"SUPER_LOOPER\" "
+ "does not match plugin \"SUPER_DOOPER\" in \"" + "org.onap.policy.apex.service.engine."
+ "parameters.dummyclasses.SuperDooperCarrierTechnologyParameters"
- + "\", specify correct carrier technology parameter plugin in parameter \"parameterClassName\"",
- e.getMessage());
+ + "\", specify correct carrier technology parameter plugin "
+ + "in parameter \"parameterClassName\"", e.getMessage());
}
}
try {
final ApexParameters parameters = new ApexParameterHandler().getParameters(arguments);
- final FILECarrierTechnologyParameters fileParams = (FILECarrierTechnologyParameters) parameters
+ final FileCarrierTechnologyParameters fileParams = (FileCarrierTechnologyParameters) parameters
.getEventOutputParameters().get("aProducer").getCarrierTechnologyParameters();
assertEquals("/tmp/aaa.json", fileParams.getFileName());
assertEquals(false, fileParams.isStandardError());
- assertEquals(false, fileParams.isStandardIO());
+ assertEquals(false, fileParams.isStandardIo());
assertEquals(false, fileParams.isStreamingMode());
} catch (final ParameterException e) {
fail("This test should not throw an exception");
new ApexParameterHandler().getParameters(arguments);
fail("This test should throw an exception");
} catch (final ParameterException e) {
- assertEquals("validation error(s) on parameters from \"src/test/resources/parameters/prodConsBadFileName.json\"\n"
+ assertEquals("validation error(s) on parameters from "
+ + "\"src/test/resources/parameters/prodConsBadFileName.json\"\n"
+ "parameter group \"APEX_PARAMETERS\" type "
+ "\"org.onap.policy.apex.service.parameters.ApexParameters\" INVALID, "
+ "parameter group has status INVALID\n"
- + " parameter group map \"eventOutputParameters\" INVALID, parameter group has status INVALID\n"
- + " parameter group \"aProducer\" type "
- + "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID, "
- + "parameter group has status INVALID\n" + " parameter group \"FILE\" type "
+ + " parameter group map \"eventOutputParameters\" INVALID, "
+ + "parameter group has status INVALID\n" + " parameter group \"aProducer\" type "
+ + "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" "
+ + "INVALID, parameter group has status INVALID\n" + " parameter group \"FILE\" type "
+ "\"org.onap.policy.apex.service.engine.event.impl."
- + "filecarrierplugin.FILECarrierTechnologyParameters\" INVALID, "
+ + "filecarrierplugin.FileCarrierTechnologyParameters\" INVALID, "
+ "parameter group has status INVALID\n" + " field \"fileName\" type "
- + "\"java.lang.String\" value \"null\" INVALID, fileName not specified or is blank or null, "
+ + "\"java.lang.String\" value \"null\" INVALID, "
+ + "fileName not specified or is blank or null, "
+ "it must be specified as a valid file location\n", e.getMessage());
}
}
fail("This test should throw an exception");
} catch (final ParameterException e) {
assertEquals("error reading parameters from \"src/test/resources/parameters/prodConsBadEPParClass.json\"\n"
- + "(ParameterRuntimeException):event protocol \"SUPER_TOK_DEL\" does not match plugin \"JSON\" in "
- + "\"org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JSONEventProtocolParameters"
+ + "(ParameterRuntimeException):event protocol \"SUPER_TOK_DEL\" "
+ + "does not match plugin \"JSON\" in \"org.onap.policy.apex.service.engine.event.impl"
+ + ".jsonprotocolplugin.JsonEventProtocolParameters"
+ "\", specify correct event protocol parameter plugin in parameter \"parameterClassName\"",
e.getMessage());
}
new ApexParameterHandler().getParameters(arguments);
fail("This test should throw an exception");
} catch (final ParameterException e) {
- assertEquals("error reading parameters from \"src/test/resources/parameters/prodConsMismatchEPParClass.json\"\n"
+ assertEquals("error reading parameters from "
+ + "\"src/test/resources/parameters/prodConsMismatchEPParClass.json\"\n"
+ "(ParameterRuntimeException):event protocol \"SUPER_TOK_BEL\" "
+ "does not match plugin \"SUPER_TOK_DEL\" in "
+ "\"org.onap.policy.apex.service.engine.parameters.dummyclasses."
+ "specify a non-negative timeout value in milliseconds\n"
+ " parameter group map \"eventInputParameters\" INVALID, "
+ "parameter group has status INVALID\n" + " parameter group \"SyncConsumer0\" type "
- + "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID, "
- + "specified peered mode \"SYNCHRONOUS\" timeout value \"-1\" is illegal, "
+ + "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" "
+ + "INVALID, specified peered mode \"SYNCHRONOUS\" timeout value \"-1\" is illegal, "
+ "specify a non-negative timeout value in milliseconds\n"
+ " parameter group \"SyncConsumer1\" type "
+ "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID,"
+ "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID"
+ ", peer \"SyncConsumer0 for peered mode SYNCHRONOUS, value \"SyncProducer1\" on peer "
+ "\"SyncConsumer0\" does not equal event handler \"SyncProducer0\"\n"
- + " parameter group map \"eventInputParameters\" INVALID, parameter group has status INVALID\n"
- + " parameter group \"SyncConsumer0\" type "
+ + " parameter group map \"eventInputParameters\" INVALID, parameter group has status "
+ + "INVALID\n parameter group \"SyncConsumer0\" type "
+ "\"org.onap.policy.apex.service.parameters.eventhandler.EventHandlerParameters\" INVALID"
+ ", peer \"SyncProducer1 for peered mode SYNCHRONOUS, value \"SyncConsumer1\" on peer "
+ "\"SyncProducer1\" does not equal event handler \"SyncConsumer0\"\n", e.getMessage());
assertTrue(consCT1 instanceof SuperDooperCarrierTechnologyParameters);
assertTrue(consEP1 instanceof SuperTokenDelimitedEventProtocolParameters);
- final SuperDooperCarrierTechnologyParameters superDooperParameters = (SuperDooperCarrierTechnologyParameters) consCT1;
+ final SuperDooperCarrierTechnologyParameters superDooperParameters =
+ (SuperDooperCarrierTechnologyParameters) consCT1;
assertEquals("localhost:9092", superDooperParameters.getBootstrapServers());
assertEquals("all", superDooperParameters.getAcks());
assertEquals(0, superDooperParameters.getRetries());
private static final int DEFAULT_SESSION_TIMEOUT = 30000;
private static final String DEFAULT_PRODUCER_TOPIC = "apex-out";
private static final int DEFAULT_CONSUMER_POLL_TIME = 100;
- private static final String[] DEFAULT_CONSUMER_TOPIC_LIST = { "apex-in" };
- private static final String DEFAULT_KEY_SERIALIZER = "org.apache.superDooper.common.serialization.StringSerializer";
- private static final String DEFAULT_VALUE_SERIALIZER = "org.apache.superDooper.common.serialization.StringSerializer";
- private static final String DEFAULT_KEY_DESERIALIZER = "org.apache.superDooper.common.serialization.StringDeserializer";
- private static final String DEFAULT_VALUE_DESERIALIZER = "org.apache.superDooper.common.serialization.StringDeserializer";
+ private static final String[] DEFAULT_CONSUMER_TOPIC_LIST =
+ { "apex-in" };
+ private static final String DEFAULT_KEYSERZER = "org.apache.superDooper.common.serialization.StringSerializer";
+ private static final String DEFAULT_VALSERZER = "org.apache.superDooper.common.serialization.StringSerializer";
+ private static final String DEFAULT_KEYDESZER = "org.apache.superDooper.common.serialization.StringDeserializer";
+ private static final String DEFAULT_VALDESZER = "org.apache.superDooper.common.serialization.StringDeserializer";
// Parameter property map tokens
private static final String PROPERTY_BOOTSTRAP_SERVERS = "bootstrap.servers";
private String producerTopic = DEFAULT_PRODUCER_TOPIC;
private int consumerPollTime = DEFAULT_CONSUMER_POLL_TIME;
private String[] consumerTopicList = DEFAULT_CONSUMER_TOPIC_LIST;
- private String keySerializer = DEFAULT_KEY_SERIALIZER;
- private String valueSerializer = DEFAULT_VALUE_SERIALIZER;
- private String keyDeserializer = DEFAULT_KEY_DESERIALIZER;
- private String valueDeserializer = DEFAULT_VALUE_DESERIALIZER;
+ private String keySerializer = DEFAULT_KEYSERZER;
+ private String valueSerializer = DEFAULT_VALSERZER;
+ private String keyDeserializer = DEFAULT_KEYDESZER;
+ private String valueDeserializer = DEFAULT_VALDESZER;
/**
* Constructor to create a file carrier technology parameters instance and register the instance with the parameter
}
if (retries < 0) {
- result.setResult("retries", ValidationStatus.INVALID, "[" + retries + "] invalid, must be specified as retries >= 0");
+ result.setResult("retries", ValidationStatus.INVALID,
+ "[" + retries + "] invalid, must be specified as retries >= 0");
}
if (batchSize < 0) {
- result.setResult("batchSize", ValidationStatus.INVALID, "[" + batchSize + "] invalid, must be specified as batchSize >= 0");
+ result.setResult("batchSize", ValidationStatus.INVALID,
+ "[" + batchSize + "] invalid, must be specified as batchSize >= 0");
}
if (lingerTime < 0) {
- result.setResult("lingerTime", ValidationStatus.INVALID, "[" + lingerTime + "] invalid, must be specified as lingerTime >= 0");
+ result.setResult("lingerTime", ValidationStatus.INVALID,
+ "[" + lingerTime + "] invalid, must be specified as lingerTime >= 0");
}
if (bufferMemory < 0) {
- result.setResult("bufferMemory", ValidationStatus.INVALID, "[" + bufferMemory + "] invalid, must be specified as bufferMemory >= 0");
+ result.setResult("bufferMemory", ValidationStatus.INVALID,
+ "[" + bufferMemory + "] invalid, must be specified as bufferMemory >= 0");
}
if (groupId == null || groupId.trim().length() == 0) {
}
if (autoCommitTime < 0) {
- result.setResult("autoCommitTime", ValidationStatus.INVALID, "[" + autoCommitTime
- + "] invalid, must be specified as autoCommitTime >= 0");
+ result.setResult("autoCommitTime", ValidationStatus.INVALID,
+ "[" + autoCommitTime + "] invalid, must be specified as autoCommitTime >= 0");
}
if (sessionTimeout < 0) {
}
if (producerTopic == null || producerTopic.trim().length() == 0) {
- result.setResult("producerTopic", ValidationStatus.INVALID, "producerTopic not specified, must be specified as a string");
+ result.setResult("producerTopic", ValidationStatus.INVALID,
+ "producerTopic not specified, must be specified as a string");
}
if (consumerPollTime < 0) {
- result.setResult("consumerPollTime", ValidationStatus.INVALID, "[" + consumerPollTime
- + "] invalid, must be specified as consumerPollTime >= 0");
+ result.setResult("consumerPollTime", ValidationStatus.INVALID,
+ "[" + consumerPollTime + "] invalid, must be specified as consumerPollTime >= 0");
}
if (consumerTopicList == null || consumerTopicList.length == 0) {
- result.setResult("consumerTopicList", ValidationStatus.INVALID, "not specified, must be specified as a list of strings");
+ result.setResult("consumerTopicList", ValidationStatus.INVALID,
+ "not specified, must be specified as a list of strings");
}
StringBuilder consumerTopicMessageBuilder = new StringBuilder();
+ "\" specified on consumerTopicList, consumer topics must be specified as strings");
}
}
-
+
if (consumerTopicMessageBuilder.length() > 0) {
result.setResult("consumerTopicList", ValidationStatus.INVALID, consumerTopicMessageBuilder.toString());
}
}
if (valueSerializer == null || valueSerializer.trim().length() == 0) {
- result.setResult("valueSerializer", ValidationStatus.INVALID, "not specified, must be specified as a string");
+ result.setResult("valueSerializer", ValidationStatus.INVALID,
+ "not specified, must be specified as a string");
}
if (keyDeserializer == null || keyDeserializer.trim().length() == 0) {
- result.setResult("keyDeserializer", ValidationStatus.INVALID, "not specified, must be specified as a string");
+ result.setResult("keyDeserializer", ValidationStatus.INVALID,
+ "not specified, must be specified as a string");
}
if (valueDeserializer == null || valueDeserializer.trim().length() == 0) {
return jgroupsBindAddress;
}
- public void setjGroupsBindAddress(final String jGroupsBindAddress) {
- this.jgroupsBindAddress = jGroupsBindAddress;
+ public void setjGroupsBindAddress(final String jgroupsBindAddress) {
+ this.jgroupsBindAddress = jgroupsBindAddress;
}
@Override
package org.onap.policy.apex.service.engine.parameters.dummyclasses;
-import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JSONEventProtocolParameters;
+import org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JsonEventProtocolParameters;
import org.onap.policy.apex.service.parameters.eventprotocol.EventProtocolTextTokenDelimitedParameters;
/**
* the parameter service.
*/
public SuperTokenDelimitedEventProtocolParameters() {
- super(JSONEventProtocolParameters.class.getCanonicalName());
+ super(JsonEventProtocolParameters.class.getCanonicalName());
// Set the event protocol properties for the JSON carrier technology
this.setLabel(SUPER_TOKEN_EVENT_PROTOCOL_LABEL);
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "SUPER_DOOPER",
- "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "SUPER_TOK_DEL",
},
"eventProtocolParameters": {
"eventProtocol": "SUPER_TOK_DEL",
- "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JSONEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.jsonprotocolplugin.JsonEventProtocolParameters"
}
}
}
"aConsumer": {
"carrierParameters": {
"carrierTechnology": "SUPER_DOOPER",
- "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "SUPER_TOK_DEL",
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "FILE",
- "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FILECarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.service.engine.event.impl.filecarrierplugin.FileCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "SUPER_TOK_DEL",
import org.onap.policy.apex.context.parameters.SchemaParameters;
import org.onap.policy.apex.core.engine.EngineParameters;
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.common.parameters.ParameterService;
-public class TestApexEngineMVEL {
+public class TestApexEngineMvel {
private SchemaParameters schemaParameters;
private ContextParameters contextParameters;
private EngineParameters engineParameters;
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
ParameterService.register(engineParameters);
}
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.basicmodel.handling.ApexModelException;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.test.common.model.SampleDomainModelFactory;
import org.onap.policy.common.parameters.ParameterService;
import org.slf4j.ext.XLogger;
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
ParameterService.register(engineParameters);
}
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.plugins.executor.test.script.engine.TestApexActionListener;
import org.onap.policy.apex.test.common.model.SampleDomainModelFactory;
import org.onap.policy.common.parameters.ParameterService;
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
ParameterService.register(engineParameters);
}
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.plugins.executor.test.script.engine.TestApexActionListener;
import org.onap.policy.apex.test.common.model.SampleDomainModelFactory;
import org.onap.policy.common.parameters.ParameterService;
ParameterService.register(contextParameters.getPersistorParameters());
engineParameters = new EngineParameters();
- engineParameters.getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineParameters.getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
ParameterService.register(engineParameters);
}
import kafka.admin.AdminUtils;
import kafka.admin.RackAwareMode;
-import kafka.server.BrokerState;
import kafka.server.KafkaConfig;
import kafka.server.KafkaServer;
import kafka.utils.TestUtils;
import org.onap.policy.apex.service.engine.main.ApexMain;
+/**
+ * The Class TestKafka2Kafka.
+ */
public class TestKafka2Kafka {
// The method of starting an embedded Kafka server used in this example is based on the method
// on stack overflow at
private static ZkClient zkClient;
private static KafkaServer kafkaServer;
+ /**
+ * Setup dummy kafka server.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@BeforeClass
public static void setupDummyKafkaServer() throws IOException {
// setup Zookeeper
}
+ /**
+ * Shutdown dummy kafka server.
+ *
+ * @throws IOException Signals that an I/O exception has occurred.
+ */
@AfterClass
public static void shutdownDummyKafkaServer() throws IOException {
if (kafkaServer != null) {
}
}
+ /**
+ * Test json kafka events.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ */
@Test
public void testJsonKafkaEvents() throws MessagingException, ApexException {
final String[] args = {"src/test/resources/prodcons/Kafka2KafkaJsonEvent.json"};
testKafkaEvents(args, false, "json");
}
+ /**
+ * Test XML kafka events.
+ *
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ */
@Test
- public void testXMLKafkaEvents() throws MessagingException, ApexException {
+ public void testXmlKafkaEvents() throws MessagingException, ApexException {
final String[] args = {"src/test/resources/prodcons/Kafka2KafkaXmlEvent.json"};
testKafkaEvents(args, true, "xml");
}
+ /**
+ * Test kafka events.
+ *
+ * @param args the args
+ * @param xmlEvents the xml events
+ * @param topicSuffix the topic suffix
+ * @throws MessagingException the messaging exception
+ * @throws ApexException the apex exception
+ */
private void testKafkaEvents(final String[] args, final Boolean xmlEvents, final String topicSuffix)
throws MessagingException, ApexException {
final KafkaEventSubscriber subscriber =
import org.onap.policy.apex.core.infrastructure.messaging.stringmessaging.WsStringMessageListener;
import org.onap.policy.apex.core.infrastructure.threading.ThreadUtilities;
+/**
+ * The Class WebSocketEventProducerClient.
+ */
public class WebSocketEventProducerClient implements WsStringMessageListener {
private final String host;
private final int port;
WsStringMessageClient client;
+ /**
+ * Instantiates a new web socket event producer client.
+ *
+ * @param host the host
+ * @param port the port
+ * @param eventCount the event count
+ * @param xmlEvents the xml events
+ * @param eventInterval the event interval
+ * @throws MessagingException the messaging exception
+ */
public WebSocketEventProducerClient(final String host, final int port, final int eventCount,
final boolean xmlEvents, final long eventInterval) throws MessagingException {
this.host = host;
+ ", event count " + eventCount + ", xmlEvents " + xmlEvents);
}
+ /**
+ * Send events.
+ */
public void sendEvents() {
System.out.println(WebSocketEventProducerClient.class.getCanonicalName() + ": sending events on host " + host
+ ", port " + port + ", event count " + eventCount + ", xmlEvents " + xmlEvents);
System.out.println(WebSocketEventProducerClient.class.getCanonicalName() + ": completed");
}
+ /**
+ * Gets the events sent count.
+ *
+ * @return the events sent count
+ */
public long getEventsSentCount() {
return eventsSentCount;
}
+ /**
+ * Shutdown.
+ */
public void shutdown() {
client.stop();
System.out.println(WebSocketEventProducerClient.class.getCanonicalName() + ": stopped");
+ ", received event " + eventString);
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws MessagingException the messaging exception
+ */
public static void main(final String[] args) throws MessagingException {
if (args.length != 5) {
System.err.println("usage WebSocketEventProducerClient host port #events XML|JSON eventInterval");
import org.onap.policy.apex.core.infrastructure.messaging.stringmessaging.WsStringMessageServer;
import org.onap.policy.apex.core.infrastructure.threading.ThreadUtilities;
+/**
+ * The Class WebSocketEventProducerServer.
+ */
public class WebSocketEventProducerServer implements WsStringMessageListener {
private final int port;
private final int eventCount;
WsStringMessageServer server;
+ /**
+ * Instantiates a new web socket event producer server.
+ *
+ * @param port the port
+ * @param eventCount the event count
+ * @param xmlEvents the xml events
+ * @param eventInterval the event interval
+ * @throws MessagingException the messaging exception
+ */
public WebSocketEventProducerServer(final int port, final int eventCount, final boolean xmlEvents,
final long eventInterval) throws MessagingException {
this.port = port;
+ eventCount + ", xmlEvents " + xmlEvents);
}
+ /**
+ * Send events.
+ */
public void sendEvents() {
System.out.println(WebSocketEventProducerServer.class.getCanonicalName() + ": sending events on port " + port
+ ", event count " + eventCount + ", xmlEvents " + xmlEvents);
System.out.println(WebSocketEventProducerServer.class.getCanonicalName() + ": event sending completed");
}
+ /**
+ * Gets the events sent count.
+ *
+ * @return the events sent count
+ */
public long getEventsSentCount() {
return eventsSentCount;
}
+ /**
+ * Shutdown.
+ */
public void shutdown() {
server.stop();
System.out.println(WebSocketEventProducerServer.class.getCanonicalName() + ": stopped");
+ ", received event " + eventString);
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws MessagingException the messaging exception
+ */
public static void main(final String[] args) throws MessagingException {
if (args.length != 4) {
System.err.println("usage WebSocketEventProducerServer port #events XML|JSON eventInterval");
import org.onap.policy.apex.core.infrastructure.messaging.stringmessaging.WsStringMessageClient;
import org.onap.policy.apex.core.infrastructure.messaging.stringmessaging.WsStringMessageListener;
+/**
+ * The Class WebSocketEventSubscriberClient.
+ */
public class WebSocketEventSubscriberClient implements WsStringMessageListener {
private final int port;
private long eventsReceivedCount = 0;
private final WsStringMessageClient client;
+ /**
+ * Instantiates a new web socket event subscriber client.
+ *
+ * @param host the host
+ * @param port the port
+ * @throws MessagingException the messaging exception
+ */
public WebSocketEventSubscriberClient(final String host, final int port) throws MessagingException {
this.port = port;
eventsReceivedCount++;
}
+ /**
+ * Gets the events received count.
+ *
+ * @return the events received count
+ */
public long getEventsReceivedCount() {
return eventsReceivedCount;
}
+ /**
+ * Shutdown.
+ */
public void shutdown() {
client.stop();
System.out.println(WebSocketEventSubscriberServer.class.getCanonicalName() + ": stopped");
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws MessagingException the messaging exception
+ */
public static void main(final String[] args) throws MessagingException {
if (args.length != 2) {
System.err.println("usage WebSocketEventSubscriberClient host port");
import org.onap.policy.apex.core.infrastructure.messaging.stringmessaging.WsStringMessageListener;
import org.onap.policy.apex.core.infrastructure.messaging.stringmessaging.WsStringMessageServer;
+/**
+ * The Class WebSocketEventSubscriberServer.
+ */
public class WebSocketEventSubscriberServer implements WsStringMessageListener {
private final int port;
private long eventsReceivedCount = 0;
private final WsStringMessageServer server;
+ /**
+ * Instantiates a new web socket event subscriber server.
+ *
+ * @param port the port
+ * @throws MessagingException the messaging exception
+ */
public WebSocketEventSubscriberServer(final int port) throws MessagingException {
this.port = port;
eventsReceivedCount++;
}
+ /**
+ * Gets the events received count.
+ *
+ * @return the events received count
+ */
public long getEventsReceivedCount() {
return eventsReceivedCount;
}
+ /**
+ * Shutdown.
+ */
public void shutdown() {
server.stop();
System.out.println(WebSocketEventSubscriberServer.class.getCanonicalName() + ": stopped");
}
+ /**
+ * The main method.
+ *
+ * @param args the arguments
+ * @throws MessagingException the messaging exception
+ */
public static void main(final String[] args) throws MessagingException {
if (args.length != 1) {
System.err.println("usage WebSocketEventSubscriberClient port");
import org.junit.Rule;
import org.junit.Test;
import org.junit.rules.TemporaryFolder;
-import org.onap.policy.apex.auth.clieditor.ApexCLIEditorMain;
+import org.onap.policy.apex.auth.clieditor.ApexCommandLineEditorMain;
import org.onap.policy.apex.core.infrastructure.threading.ThreadUtilities;
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
-import org.onap.policy.apex.model.basicmodel.service.ModelService;
import org.onap.policy.apex.model.utilities.TextFileUtils;
import org.onap.policy.apex.service.engine.main.ApexMain;
-import org.onap.policy.common.parameters.ParameterService;
import org.onap.policy.common.utils.resources.ResourceUtils;
public class EventAlbumContextTest {
final String[] cliArgs = new String[] { "-c", tempCommandFile.getCanonicalPath(), "-l",
tempLogFile.getAbsolutePath(), "-o", tempModelFile.getAbsolutePath() };
- new ApexCLIEditorMain(cliArgs);
+ new ApexCommandLineEditorMain(cliArgs);
final String[] args = new String[] { "-m", tempModelFile.getAbsolutePath(), "-c", configFile };
final ApexMain apexMain = new ApexMain(args);
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.service.ModelService;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.service.engine.event.ApexEvent;
import org.onap.policy.apex.service.parameters.engineservice.EngineServiceParameters;
import org.onap.policy.apex.test.common.model.SampleDomainModelFactory;
engineServiceParameters.setDeploymentPort(58820);
engineServiceParameters.setInstanceCount(3);
engineServiceParameters.setId(100);
- engineServiceParameters.getEngineParameters().getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ engineServiceParameters.getEngineParameters().getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
ParameterService.register(engineServiceParameters);
ParameterService.register(engineServiceParameters.getEngineParameters());
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
},
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestFile2Rest/apex/event/PutEvent",
"httpMethod": "DELETE"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestFile2Rest/apex/event/Bad"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestFile2Rest/apex/event/PostEvent"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestFile2Rest/apex/event/PostEventBadResponse"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestFile2Rest/apex/event/PutEvent",
"httpMethod": "PUT"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "JMS",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JMSCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JmsCarrierTechnologyParameters",
"parameters": {
"initialContextFactory": "org.onap.policy.apex.apps.uservice.test.adapt.jms.TestInitialContextFactory",
"connectionFactory": "ConnectionFactory",
},
"eventProtocolParameters": {
"eventProtocol": "JMSTEXT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JMSTextEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JmsTextEventProtocolParameters"
}
}
},
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "JMS",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JMSCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JmsCarrierTechnologyParameters",
"parameters": {
"initialContextFactory": "org.onap.policy.apex.apps.uservice.test.adapt.jms.TestInitialContextFactory",
"connectionFactory": "ConnectionFactory",
},
"eventProtocolParameters": {
"eventProtocol": "JMSTEXT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JMSTextEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JmsTextEventProtocolParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "JMS",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JMSCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JmsCarrierTechnologyParameters",
"parameters": {
"initialContextFactory": "org.onap.policy.apex.apps.uservice.test.adapt.jms.TestInitialContextFactory",
"connectionFactory": "ConnectionFactory",
},
"eventProtocolParameters": {
"eventProtocol": "JMSOBJECT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JMSObjectEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JmsObjectEventProtocolParameters"
}
}
},
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "JMS",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JMSCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.jms.JmsCarrierTechnologyParameters",
"parameters": {
"initialContextFactory": "org.onap.policy.apex.apps.uservice.test.adapt.jms.TestInitialContextFactory",
"connectionFactory": "ConnectionFactory",
},
"eventProtocolParameters": {
"eventProtocol": "JMSOBJECT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JMSObjectEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.jms.JmsObjectEventProtocolParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "KAFKA",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KAFKACarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KafkaCarrierTechnologyParameters",
"parameters": {
"bootstrapServers": "localhost:39902",
"acks": "all",
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "KAFKA",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KAFKACarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KafkaCarrierTechnologyParameters",
"parameters": {
"bootstrapServers": "localhost:39902",
"groupId": "apex-group-id",
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "KAFKA",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KAFKACarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KafkaCarrierTechnologyParameters",
"parameters": {
"bootstrapServers": "localhost:39902",
"acks": "all",
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
},
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "KAFKA",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KAFKACarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KafkaCarrierTechnologyParameters",
"parameters": {
"bootstrapServers": "localhost:39902",
"groupId": "apex-group-id",
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "KAFKA",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KAFKACarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.kafka.KafkaCarrierTechnologyParameters",
"parameters": {
"bootstrapServers": "localhost:9092",
"acks": "all",
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRest2File/apex/event/GetEmptyEvent"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRest2File/apex/event/GetEvent"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRest2File/apex/event/GetEvent",
"httpMethod": "POST"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRest2File/apex/event/GetEventBadResponse"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters",
"parameters": {
"url": "http://localhost:32801/TestRest2File/apex/event/Bad"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTCLIENT",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RESTClientCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restclient.RestClientCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true
}
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost"
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
},
"contextParameters": {
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
},
"contextParameters": {
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"SecondConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"SecondProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"host": "localhost"
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters"
},
"eventProtocolParameters": {
"eventProtocol": "JSON"
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"port": 12345
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"FirstConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true,
"host": "localhost",
"FirstProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "RESTSERVER",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RESTServerCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.restserver.RestServerCarrierTechnologyParameters",
"parameters": {
"standalone": true
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"host": "localhost",
"port": 42453
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"host": "localhost",
"port": 42451
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"host": "localhost",
"port": 42453
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
},
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"host": "localhost",
"port": 42451
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
}
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 42452
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 42450
"engineParameters": {
"executorParameters": {
"MVEL": {
- "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters"
}
}
}
"aProducer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 42452
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
},
"aConsumer": {
"carrierTechnologyParameters": {
"carrierTechnology": "WEBSOCKET",
- "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WEBSOCKETCarrierTechnologyParameters",
+ "parameterClassName": "org.onap.policy.apex.plugins.event.carrier.websocket.WebSocketCarrierTechnologyParameters",
"parameters": {
"wsClient": false,
"port": 42450
},
"eventProtocolParameters": {
"eventProtocol": "XML",
- "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XMLEventProtocolParameters"
+ "parameterClassName": "org.onap.policy.apex.plugins.event.protocol.xml.XmlEventProtocolParameters"
}
}
}
import org.onap.policy.apex.plugins.executor.javascript.JavascriptExecutorParameters;
import org.onap.policy.apex.plugins.executor.jruby.JrubyExecutorParameters;
import org.onap.policy.apex.plugins.executor.jython.JythonExecutorParameters;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.service.engine.event.ApexEvent;
import org.onap.policy.apex.service.engine.runtime.ApexEventListener;
import org.onap.policy.apex.service.engine.runtime.ApexServiceModelUpdateTest;
final EngineParameters engineParameters = parameters.getEngineParameters();
final Map<String, ExecutorParameters> executorParameterMap = engineParameters.getExecutorParameterMap();
- executorParameterMap.put("MVEL", new MVELExecutorParameters());
+ executorParameterMap.put("MVEL", new MvelExecutorParameters());
executorParameterMap.put("JAVASCRIPT", new JavascriptExecutorParameters());
executorParameterMap.put("JYTHON", new JythonExecutorParameters());
executorParameterMap.put("JAVA", new JavaExecutorParameters());
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.basicmodel.service.ModelService;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.service.engine.event.ApexEvent;
import org.onap.policy.apex.service.engine.event.ApexEventException;
import org.onap.policy.apex.service.engine.runtime.impl.EngineServiceImpl;
parameters.setName(engineServiceKey.getName());
parameters.setVersion(engineServiceKey.getVersion());
parameters.setId(100);
- parameters.getEngineParameters().getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ parameters.getEngineParameters().getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
service = EngineServiceImpl.create(parameters);
LOGGER.debug("Running TestApexEngine. . .");
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.policymodel.concepts.AxPolicyModel;
-import org.onap.policy.apex.plugins.executor.mvel.MVELExecutorParameters;
+import org.onap.policy.apex.plugins.executor.mvel.MvelExecutorParameters;
import org.onap.policy.apex.service.engine.event.ApexEvent;
import org.onap.policy.apex.service.engine.runtime.impl.EngineServiceImpl;
import org.onap.policy.apex.service.engine.utils.Utils;
private static final long MAX_START_WAIT = 5000; // 5 sec
private static final long MAX_RECV_WAIT = 5000; // 5 sec
- private final static AxArtifactKey engineServiceKey = new AxArtifactKey("Machine-1_process-1_engine-1", "0.0.0");
- private final static EngineServiceParameters parameters = new EngineServiceParameters();
+ private static final AxArtifactKey engineServiceKey = new AxArtifactKey("Machine-1_process-1_engine-1", "0.0.0");
+ private static final EngineServiceParameters parameters = new EngineServiceParameters();
private static EngineService service = null;
private static TestListener listener = null;
private static AxPolicyModel apexPolicyModel = null;
parameters.setName(engineServiceKey.getName());
parameters.setVersion(engineServiceKey.getVersion());
parameters.setId(100);
- parameters.getEngineParameters().getExecutorParameterMap().put("MVEL", new MVELExecutorParameters());
+ parameters.getEngineParameters().getExecutorParameterMap().put("MVEL", new MvelExecutorParameters());
service = EngineServiceImpl.create(parameters);
final ApexEvent event =
new ApexEvent("Event0000", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
- event.setExecutionID(System.nanoTime());
+ event.setExecutionId(System.nanoTime());
event.putAll(eventDataMap);
engineServiceEventInterface.sendEvent(event);
final ApexEvent event2 =
new ApexEvent("Event0100", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
- event2.setExecutionID(System.nanoTime());
+ event2.setExecutionId(System.nanoTime());
event2.putAll(eventDataMap);
engineServiceEventInterface.sendEvent(event2);
final ApexEvent event1 =
new ApexEvent("Event0000", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
event1.putAll(eventDataMap);
- event1.setExecutionID(System.nanoTime());
+ event1.setExecutionId(System.nanoTime());
final ApexEventListener myEventListener1 = new ApexEventListener() {
@Override
public void onApexEvent(final ApexEvent responseEvent) {
assertNotNull("Synchronous sendEventWait failed", responseEvent);
- assertEquals(event1.getExecutionID(), responseEvent.getExecutionID());
+ assertEquals(event1.getExecutionId(), responseEvent.getExecutionId());
waitFlag = false;
}
};
final ApexEvent event2 =
new ApexEvent("Event0100", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
- event2.setExecutionID(System.nanoTime());
+ event2.setExecutionId(System.nanoTime());
event2.putAll(eventDataMap);
final ApexEventListener myEventListener2 = new ApexEventListener() {
@Override
public void onApexEvent(final ApexEvent responseEvent) {
assertNotNull("Synchronous sendEventWait failed", responseEvent);
- assertEquals(event2.getExecutionID(), responseEvent.getExecutionID());
+ assertEquals(event2.getExecutionId(), responseEvent.getExecutionId());
assertEquals(2, actionEventsReceived);
waitFlag = false;
}
final ApexEvent event =
new ApexEvent("Event0000", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
- event.setExecutionID(System.nanoTime());
+ event.setExecutionId(System.nanoTime());
event.putAll(eventDataMap);
engineServiceEventInterface.sendEvent(event);
final ApexEvent event2 =
new ApexEvent("Event0100", "0.0.1", "org.onap.policy.apex.domains.sample.events", "test", "apex");
- event2.setExecutionID(System.nanoTime());
+ event2.setExecutionId(System.nanoTime());
event2.putAll(eventDataMap);
engineServiceEventInterface.sendEvent(event2);
@Override
public void onApexEvent(final ApexEvent responseEvent) {
assertNotNull("Synchronous sendEventWait failed", responseEvent);
- assertEquals(event1.getExecutionID(), responseEvent.getExecutionID());
+ assertEquals(event1.getExecutionId(), responseEvent.getExecutionId());
waitFlag = false;
}
};
@Override
public void onApexEvent(final ApexEvent responseEvent) {
assertNotNull("Synchronous sendEventWait failed", responseEvent);
- assertEquals(event2.getExecutionID(), responseEvent.getExecutionID());
+ assertEquals(event2.getExecutionId(), responseEvent.getExecutionId());
waitFlag = false;
}
};
*
* @see TestEvent
*/
- private final static class TestListener implements ApexEventListener {
+ private static final class TestListener implements ApexEventListener {
/*
* (non-Javadoc)
import java.util.Properties;
import org.apache.commons.lang3.Validate;
-import org.onap.policy.apex.auth.clicodegen.CGCliEditor;
+import org.onap.policy.apex.auth.clicodegen.CodeGeneratorCliEditor;
import org.onap.policy.apex.model.basicmodel.concepts.ApexException;
import org.onap.policy.apex.model.basicmodel.concepts.AxArtifactKey;
import org.onap.policy.apex.model.basicmodel.concepts.AxReferenceKey;
* @throws ApexException if any problem occurred in the model
*/
public int runApp() throws ApexException {
- final CGCliEditor codeGen = new CGCliEditor();
+ final CodeGeneratorCliEditor codeGen = new CodeGeneratorCliEditor();
final ApexModelFactory factory = new ApexModelFactory();
final ApexModel model = factory.createApexModel(new Properties(), true);
* @param event the event
* @return the parameters for event
*/
- private List<ST> getParametersForEvent(final CGCliEditor cg, final AxEvent event) {
+ private List<ST> getParametersForEvent(final CodeGeneratorCliEditor cg, final AxEvent event) {
final Collection<AxField> fields = event.getFields();
final List<ST> ret = new ArrayList<>(fields.size());
for (final AxField f : fields) {
* @param task the task
* @return the context references for task
*/
- private List<ST> getCtxtRefsForTask(final CGCliEditor cg, final AxTask task) {
+ private List<ST> getCtxtRefsForTask(final CodeGeneratorCliEditor cg, final AxTask task) {
final Collection<AxArtifactKey> ctxs = task.getContextAlbumReferences();
final List<ST> ret = new ArrayList<>(ctxs.size());
final AxArtifactKey tkey = task.getKey();
* @param task the task
* @return the parameters for task
*/
- private List<ST> getParametersForTask(final CGCliEditor cg, final AxTask task) {
+ private List<ST> getParametersForTask(final CodeGeneratorCliEditor cg, final AxTask task) {
final Collection<AxTaskParameter> pars = task.getTaskParameters().values();
final List<ST> ret = new ArrayList<>(pars.size());
for (final AxTaskParameter p : pars) {
* @param task the task
* @return the logic for task
*/
- private ST getLogicForTask(final CGCliEditor cg, final AxTask task) {
+ private ST getLogicForTask(final CodeGeneratorCliEditor cg, final AxTask task) {
final AxArtifactKey tkey = task.getKey();
final AxTaskLogic tl = task.getTaskLogic();
* @param task the task
* @return the output fields for task
*/
- private List<ST> getOutfieldsForTask(final CGCliEditor cg, final AxTask task) {
+ private List<ST> getOutfieldsForTask(final CodeGeneratorCliEditor cg, final AxTask task) {
final Collection<? extends AxField> fields = task.getOutputFields().values();
final List<ST> ret = new ArrayList<>(fields.size());
for (final AxField f : fields) {
* @param task the task
* @return the input fields for task
*/
- private List<ST> getInfieldsForTask(final CGCliEditor cg, final AxTask task) {
+ private List<ST> getInfieldsForTask(final CodeGeneratorCliEditor cg, final AxTask task) {
final Collection<? extends AxField> fields = task.getInputFields().values();
final List<ST> ret = new ArrayList<>(fields.size());
for (final AxField f : fields) {
* @param pol the policy
* @return the states for policy
*/
- private List<ST> getStatesForPolicy(final CGCliEditor cg, final AxPolicy pol) {
+ private List<ST> getStatesForPolicy(final CodeGeneratorCliEditor cg, final AxPolicy pol) {
final Collection<AxState> states = pol.getStateMap().values();
final List<ST> ret = new ArrayList<>(states.size());
for (final AxState st : states) {
* @param st the state
* @return the finalizers for state
*/
- private List<ST> getFinalizersForState(final CGCliEditor cg, final AxState st) {
+ private List<ST> getFinalizersForState(final CodeGeneratorCliEditor cg, final AxState st) {
final Collection<AxStateFinalizerLogic> fins = st.getStateFinalizerLogicMap().values();
final List<ST> ret = new ArrayList<>(fins.size());
final AxReferenceKey skey = st.getKey();
* @param st the state
* @return the context references for state
*/
- private List<ST> getCtxtRefsForState(final CGCliEditor cg, final AxState st) {
+ private List<ST> getCtxtRefsForState(final CodeGeneratorCliEditor cg, final AxState st) {
final Collection<AxArtifactKey> ctxs = st.getContextAlbumReferences();
final List<ST> ret = new ArrayList<>(ctxs.size());
final AxReferenceKey skey = st.getKey();
* @param st the state
* @return the TSL for state (if any) in a list
*/
- private List<ST> getTSLForState(final CGCliEditor cg, final AxState st) {
+ private List<ST> getTSLForState(final CodeGeneratorCliEditor cg, final AxState st) {
final AxReferenceKey skey = st.getKey();
if (st.checkSetTaskSelectionLogic()) {
final AxTaskSelectionLogic tsl = st.getTaskSelectionLogic();
* @param st the state
* @return the task references for state
*/
- private List<ST> getTaskRefsForState(final CGCliEditor cg, final AxState st) {
+ private List<ST> getTaskRefsForState(final CodeGeneratorCliEditor cg, final AxState st) {
final Map<AxArtifactKey, AxStateTaskReference> taskrefs = st.getTaskReferences();
final List<ST> ret = new ArrayList<>(taskrefs.size());
final AxReferenceKey skey = st.getKey();
* @param st the state
* @return the state outputs for state
*/
- private List<ST> getStateOutputsForState(final CGCliEditor cg, final AxState st) {
+ private List<ST> getStateOutputsForState(final CodeGeneratorCliEditor cg, final AxState st) {
final Collection<AxStateOutput> outs = st.getStateOutputs().values();
final List<ST> ret = new ArrayList<>(outs.size());
final AxReferenceKey skey = st.getKey();
Code Review / policy / apex-pdp.git / commitdiff