X-Git-Url: https://gerrit.onap.org/r/gitweb?p=aaf%2Fauthz.git;a=blobdiff_plain;f=auth%2Fauth-deforg%2Fsrc%2Fmain%2Fjava%2Forg%2Fonap%2Faaf%2Forg%2FIdentities.java;h=345e6e826e28096d2e8481f9f2633c7a09278741;hp=344d0552fd891079788029c0b307ce0e165e768a;hb=4b5a7d721d994a49057e9bfb403c7bff1b376660;hpb=824dc7b5fc0e1ccdf7f460479aff344727f0f01e diff --git a/auth/auth-deforg/src/main/java/org/onap/aaf/org/Identities.java b/auth/auth-deforg/src/main/java/org/onap/aaf/org/Identities.java index 344d0552..345e6e82 100644 --- a/auth/auth-deforg/src/main/java/org/onap/aaf/org/Identities.java +++ b/auth/auth-deforg/src/main/java/org/onap/aaf/org/Identities.java @@ -31,113 +31,113 @@ import org.onap.aaf.auth.local.DataFile.Token.Field; * Example User Data file, which can be modified for many different kinds of Data Feeds. * * Note: This has shown to be extremely effective in AT&T, an acknowledged very large organizations, - * because there is no need to synchronize records. AAF simply receives a Data Feed in Organization - * defined intervals. (You might want to check for validity, such as size, etc), then is copied into - * Data Directory. You will want to do so first creating a "lock" file. Assuming the File name is "users.dat", - * the Lock File is "users.lock". + * because there is no need to synchronize records. AAF simply receives a Data Feed in Organization + * defined intervals. (You might want to check for validity, such as size, etc), then is copied into + * Data Directory. You will want to do so first creating a "lock" file. Assuming the File name is "users.dat", + * the Lock File is "users.lock". * - * After the movement of the Datafile into place, it is best to remove the Index File, then remove the lock file. + * After the movement of the Datafile into place, it is best to remove the Index File, then remove the lock file. * - * Note, Any AAF Programs needing this data WILL wait on the Lock file, so you should get fresh Data files + * Note, Any AAF Programs needing this data WILL wait on the Lock file, so you should get fresh Data files * in a "stage" directory, from WEB, or wherever, and then, after it is correct, do the following as fast as feasible. * - * a) lock + * a) lock * b) copy from stage * c) remove idx * d) unlock * - * If the Index File is either non-existent or out of date from the Data File, it will be reindexed, which - * has proven to be a very quick function, even with large numbers of entries. + * If the Index File is either non-existent or out of date from the Data File, it will be reindexed, which + * has proven to be a very quick function, even with large numbers of entries. * * This Sample Feed is set for a file with delimiter of "|". 512 is maximum expected line length. The "0" is the * field offset for the "key" to the record, which, for user, should be the unique Organization Identity. * */ public class Identities extends AbsData { - public final static Data NO_DATA = new Data(); + public final static Data NO_DATA = new Data(); - public Identities(File users) throws IOException { - super(users,'|',512,0); - } + public Identities(File users) throws IOException { + super(users,'|',512,0); + } - /* - * Example Field Layout. note, in this example, Application IDs and People IDs are mixed. You may want to split - * out AppIDs, choose your own status indicators, or whatever you use. - * 0 - unique ID - * 1 - full name - * 2 - first name - * 3 - last name - * 4 - phone - * 5 - official email - * 6 - employment status e=employee, c=contractor, a=application, n=no longer with company - * 7 - responsible to (i.e Supervisor for People, or AppOwner, if it's an App ID) - */ - public static class Data { - public final String id; - public final String name; - public final String fname; - public final String lname; - public final String phone; - public final String email; - public final String status; - public final String responsibleTo; + /* + * Example Field Layout. note, in this example, Application IDs and People IDs are mixed. You may want to split + * out AppIDs, choose your own status indicators, or whatever you use. + * 0 - unique ID + * 1 - full name + * 2 - first name + * 3 - last name + * 4 - phone + * 5 - official email + * 6 - employment status e=employee, c=contractor, a=application, n=no longer with company + * 7 - responsible to (i.e Supervisor for People, or AppOwner, if it's an App ID) + */ + public static class Data { + public final String id; + public final String name; + public final String fname; + public final String lname; + public final String phone; + public final String email; + public final String status; + public final String responsibleTo; - private Data(Field f) { - f.reset(); - id=f.next(); - name=f.next(); - fname=f.next(); - lname=f.next(); - phone=f.next(); - email=f.next(); - status=f.next(); - responsibleTo =f.next(); - } + private Data(Field f) { + f.reset(); + id=f.next(); + name=f.next(); + fname=f.next(); + lname=f.next(); + phone=f.next(); + email=f.next(); + status=f.next(); + responsibleTo =f.next(); + } - private Data() { - id = name = fname = lname = - phone = email = status = responsibleTo - = ""; - } + private Data() { + id = name = fname = lname = + phone = email = status = responsibleTo + = ""; + } - public String toString() { - return id + '|' + - name + '|' + - lname + '|' + - fname + '|' + - phone + '|' + - email + '|' + - status + '|' + - responsibleTo; - } + public String toString() { + return id + '|' + + name + '|' + + lname + '|' + + fname + '|' + + phone + '|' + + email + '|' + + status + '|' + + responsibleTo; + } - // Here, make up your own Methods which help you easily determine your Organization's structure - // in your Organization Object - public boolean hasStatus(String possible) { - return possible.contains(status); - } + // Here, make up your own Methods which help you easily determine your Organization's structure + // in your Organization Object + public boolean hasStatus(String possible) { + return possible.contains(status); + } - public boolean isEmployee() { - return "e".equals(status); - } + public boolean isEmployee() { + return "e".equals(status); + } - public boolean isContractor() { - return "c".equals(status); - } + public boolean isContractor() { + return "c".equals(status); + } - public boolean isApplication() { - return "a".equals(status); - } - } + public boolean isApplication() { + return "a".equals(status); + } + } - public Data find(Object key,Reuse r) throws IOException { - r.reset(); - // These are new, to allow for Thread Safety - int rec = ti.find(key,r,0); - if(rec<0) { - return null; - } - r.pos(rec); - return new Data(r.getFieldData()); - } + public Data find(Object key,Reuse r) throws IOException { + r.reset(); + // These are new, to allow for Thread Safety + int rec = ti.find(key,r,0); + if(rec<0) { + return null; + } + r.pos(rec); + return new Data(r.getFieldData()); + } }