// NDCB-AAI comparison: Context level
useRule {
- name 'NDCB-AAI-attribute-comparison'
+ name 'Attribute-comparison'
attributes 'context-list.ndcb', 'context-list.aai'
}
// NDCB-AAI comparison: Service entity
useRule {
- name 'NDCB-AAI-attribute-comparison'
+ name 'Attribute-comparison'
attributes 'context-list.ndcb.service', 'context-list.aai.service'
}
- // NDCB-AAI comparison: VF list
+ // NDCB-AAI comparison: Context level network list
useRule {
- name 'NDCB-AAI-attribute-comparison'
- attributes 'context-list.ndcb.vfList[*]', 'context-list.aai.vfList[*]'
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.networkList[*]', 'context-list.aai.networkList[*]'
+ }
+
+ // NDCB-AAI comparison: VNF list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.vnfList[*]', 'context-list.aai.vnfList[*]'
}
+ // NDCB-AAI comparison: VNF network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.vnfList[*].networkList[*]', 'context-list.aai.vnfList[*].networkList[*]'
+ }
+
// NDCB-AAI comparison: VF-Module list
useRule {
- name 'NDCB-AAI-attribute-comparison'
- attributes 'context-list.ndcb.vfList[*].vfModuleList[*]', 'context-list.aai.vfList[*].vfModuleList[*]'
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.vnfList[*].vfModuleList[*]', 'context-list.aai.vnfList[*].vfModuleList[*]'
+ }
+
+ // NDCB-AAI comparison: VF-Module network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.vnfList[*].vfModuleList[*].networkList[*]', 'context-list.aai.vnfList[*].vfModuleList[*].networkList[*]'
}
// NDCB-AAI comparison: VNFC list
useRule {
- name 'NDCB-AAI-attribute-comparison'
- attributes 'context-list.ndcb.vfList[*].vnfcList[*]', 'context-list.aai.vfList[*].vnfcList[*]'
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.vnfList[*].vnfcList[*]', 'context-list.aai.vnfList[*].vnfcList[*]'
}
// NDCB-AAI comparison: VM list
useRule {
- name 'NDCB-AAI-attribute-comparison'
- attributes 'context-list.ndcb.vfList[*].vfModuleList[*].vmList[*]', 'context-list.aai.vfList[*].vfModuleList[*].vmList[*]'
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.vnfList[*].vfModuleList[*].vmList[*]', 'context-list.aai.vnfList[*].vfModuleList[*].vmList[*]'
+ }
+
+ // NDCB-AAI comparison: P-Interface list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.ndcb.pnfList[*].pInterfaceList[*]', 'context-list.aai.pnfList[*].pInterfaceList[*]'
+ }
+
+
+ // SDNC-AAI comparison: Context level
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc', 'context-list.aai'
+ }
+
+ // SDNC-AAI comparison: Service entity
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.service', 'context-list.aai.service'
}
- // NDCB-AAI comparison: Network list
+ // SDNC-AAI comparison: Context level network list
useRule {
- name 'NDCB-AAI-attribute-comparison'
- attributes 'context-list.ndcb.vfList[*].vfModuleList[*].networkList[*]', 'context-list.aai.vfList[*].vfModuleList[*].networkList[*]'
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.networkList[*]', 'context-list.aai.networkList[*]'
}
+ // SDNC-AAI comparison: VNF list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*]', 'context-list.aai.vnfList[*]'
+ }
+
+ // SDNC-AAI comparison: VNF network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].networkList[*]', 'context-list.aai.vnfList[*].networkList[*]'
+ }
+
+ // SDNC-AAI comparison: VF-Module list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vfModuleList[*]', 'context-list.aai.vnfList[*].vfModuleList[*]'
+ }
+
+ // SDNC-AAI comparison: VF-Module network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vfModuleList[*].networkList[*]', 'context-list.aai.vnfList[*].vfModuleList[*].networkList[*]'
+ }
+
+ // SDNC-AAI comparison: VNFC list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vnfcList[*]', 'context-list.aai.vnfList[*].vnfcList[*]'
+ }
+
+ // SDNC-AAI comparison: VM list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vfModuleList[*].vmList[*]', 'context-list.aai.vnfList[*].vfModuleList[*].vmList[*]'
+ }
+
+ // AAI-SDNC PNF name validation
+ useRule {
+ name 'AAI-SDNC-pnf-name-check'
+ attributes 'context-list.aai.pnfList[*].name', 'context-list.sdnc.pnfList[*].name'
+ }
+
+
+ // SDNC-NDCB comparison: Context level
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc', 'context-list.ndcb'
+ }
+
+ // SDNC-NDCB comparison: Service entity
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.service', 'context-list.ndcb.service'
+ }
+
+ // SDNC-NDCB comparison: Context level network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.networkList[*]', 'context-list.ndcb.networkList[*]'
+ }
+
+ // SDNC-NDCB comparison: VNF list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*]', 'context-list.ndcb.vnfList[*]'
+ }
+
+ // SDNC-NDCB comparison: VNF network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].networkList[*]', 'context-list.ndcb.vnfList[*].networkList[*]'
+ }
+
+ // SDNC-NDCB comparison: VF-Module list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vfModuleList[*]', 'context-list.ndcb.vnfList[*].vfModuleList[*]'
+ }
+
+ // SDNC-NDCB comparison: VF-Module network list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vfModuleList[*].networkList[*]', 'context-list.ndcb.vnfList[*].vfModuleList[*].networkList[*]'
+ }
+
+ // SDNC-NDCB comparison: VNFC list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vnfcList[*]', 'context-list.ndcb.vnfList[*].vnfcList[*]'
+ }
+
+ // SDNC-NDCB comparison: VM list
+ useRule {
+ name 'Attribute-comparison'
+ attributes 'context-list.sdnc.vnfList[*].vfModuleList[*].vmList[*]', 'context-list.ndcb.vnfList[*].vfModuleList[*].vmList[*]'
+ }
+
+
+
// SDC-AAI VNFC type
useRule {
name 'SDC-AAI-vnfc-type'
- attributes 'context-list.sdc.vfList[*].vnfcList[*]', 'context-list.aai.vfList[*].vnfcList[*]'
+ attributes 'context-list.sdc.vnfList[*].vnfcList[*]', 'context-list.aai.vnfList[*].vnfcList[*]'
}
// SDC-AAI VNFC node count
useRule {
name 'SDC-AAI-vnfc-node-count'
- attributes 'context-list.sdc.vfList[*].vnfcList[*]', 'context-list.aai.vfList[*].vnfcList[*]'
+ attributes 'context-list.sdc.vnfList[*].vnfcList[*]', 'context-list.aai.vnfList[*].vnfcList[*]'
}
// SDC-AAI VF-Module instance
useRule {
name 'SDC-AAI-vf-module-instance-check'
- attributes 'context-list.ndcb.vfList[*].vfModuleList[*]', 'context-list.aai.vfList[*].vfModuleList[*]'
+ attributes 'context-list.sdc.vnfList[*].vfModuleList[*]', 'context-list.aai.vnfList[*].vfModuleList[*]'
+ }
+
+ useRule {
+ name 'AAI-not-empty'
+ attributes 'context-list.aai.pnfList', 'context-list.aai.vnfList', 'context-list.aai.networkList'
}
}
}
+rule {
+ name 'AAI-not-empty'
+ category 'VNFC Consistency'
+ description 'Check if AAI collected anything'
+ errorText 'AAI section is empty'
+ severity 'ERROR'
+ attributes 'pnfList', 'vnfList', 'networkList'
+ validate '''
+ // expect at least one not empty list
+ return !pnfList.isEmpty() || !vnfList.isEmpty() || !networkList.isEmpty()
+ '''
+}
+
rule {
name 'SDC-AAI-vnfc-type'
- category 'INVALID_VALUE'
+ category 'VNFC Consistency'
description 'Validate that each VNFC instance in AAI conforms to a VNFC type defined in SDC model'
errorText 'AAI VNFC instance includes non-specified type in design SDC model'
severity 'ERROR'
def aaiTypes = getVnfcTypes(slurper.parseText(aaiList.toString()))
// each type in AAI must exist in SDC
- return aaiTypes.containsAll(sdcTypes)
+ return sdcTypes.containsAll(aaiTypes)
'''
}
rule {
name 'SDC-AAI-vnfc-node-count'
- category 'INVALID_VALUE'
+ category 'VNFC Consistency'
description 'Validate that for each VNFC node defined in SDC model, there is at least one VNFC instance in AAI'
errorText 'Design has specified types but not all of them exist in AAI'
severity 'WARNING'
rule {
name 'SDC-AAI-vf-module-instance-check'
- category 'INVALID_VALUE'
+ category 'VF Consistency'
description 'Validate that each VF module instance in AAI conforms to a VF module defined in SDC service model'
errorText 'One or more AAI VF module instance(s) not defined in SDC model'
severity 'CRITICAL'
}
rule {
- name 'NDCB-AAI-attribute-comparison'
- category 'INVALID_VALUE'
- description 'Verify that every attribute in Network-Discovery is the same as in AAI'
- errorText 'Some attributes in Network-Discovery are not equal to attributes in AAI'
+ name 'Attribute-comparison'
+ category 'Attribute Mismatch'
+ description 'Determine all discrepancies between values for attributes with matching names from each model'
+ errorText 'Error found with attribute(s) and values: {0}'
severity 'ERROR'
- attributes 'ndcbItems', 'aaiItems'
+ attributes 'lhsObject', 'rhsObject'
validate '''
- Closure<java.util.Map> getAttributes = { parsedData ->
- java.util.Map attributeMap = new java.util.HashMap()
+ // This closure extracts the given object's root level attributes and contents of the attribute list.
+ // Complex items like lists are excluded.
+ // Returns a map containing attribute names as keys, mapping to a list of values for each attribute.
+ Closure<java.util.Map> getAttributes = { parsedData ->
+ java.util.Map attributeMap = new java.util.HashMap()
- def isAttributeDataQualityOk = { attribute ->
- attribute.findResult{ k, v -> if(k.equals("dataQuality") ) {return v.get("status")}}.equals("ok")
- }
+ def isAttributeDataQualityOk = { attribute ->
+ attribute.findResult{ k, v -> if(k.equals("dataQuality") ) {return v.get("status")}}.equals("ok")
+ }
- def addToMap = { attrKey, attrValue ->
- java.util.Set values = attributeMap.get("$attrKey")
- if(values == null) {
- values = new java.util.HashSet()
- attributeMap.put("$attrKey", values)
- }
- values.add("$attrValue")
- }
+ def addToMap = { attrKey, attrValue ->
+ java.util.Set values = attributeMap.get("$attrKey")
+ if(values == null) {
+ values = new java.util.HashSet()
+ attributeMap.put("$attrKey", values)
+ }
+ values.add("$attrValue")
+ }
- def addAttributeToMap = { attribute ->
- if(isAttributeDataQualityOk(attribute)) {
- String key, value
- attribute.each { k, v ->
- if(k.equals("name")) {key = "$v"}
- if(k.equals("value")) {value = "$v"}
- }
- addToMap("$key", "$value")
- }
- }
+ def addAttributeToMap = { attribute ->
+ if(isAttributeDataQualityOk(attribute)) {
+ String key, value
+ attribute.each { k, v ->
+ if(k.equals("name")) {key = "$v"}
+ if(k.equals("value")) {value = "$v"}
+ }
+ addToMap("$key", "$value")
+ }
+ }
- def processKeyValue = { key, value ->
- if(value instanceof java.util.ArrayList) {
- if(key.equals("attributeList")) {
- value.each {
- addAttributeToMap(it)
- }
- }
- } else if(!(value instanceof groovy.json.internal.LazyMap)) {
- // only add key-value attributes, skip the rest
- addToMap("$key", "$value")
- }
- }
+ def processKeyValue = { key, value ->
+ if(value instanceof java.util.ArrayList) {
+ if(key.equals("attributeList")) {
+ value.each {
+ addAttributeToMap(it)
+ }
+ }
+ } else if(!(value instanceof groovy.json.internal.LazyMap)) {
+ // only add key-value attributes, skip the rest
+ addToMap("$key", "$value")
+ }
+ }
+
+ if(parsedData instanceof java.util.ArrayList) {
+ parsedData.each {
+ it.each { key, value -> processKeyValue(key, value) }
+ }
+ } else {
+ parsedData.each { key, value -> processKeyValue(key, value) }
+ }
+ return attributeMap
+ }
+
+ // This closure compares all values for each key from the left map, to values of the same key from the right map.
+ // Returns a map of attributes with mismatched or missing values (i.e. attribute name mapped to list of failed values).
+ Closure<java.util.Map> compareAttributes = { java.util.Map left, java.util.Map right ->
+ java.util.Map violationMap = new java.util.HashMap()
+ left.each{ leftKey, leftValueList ->
+ def rightValueList = right.get("$leftKey")
+ rightValueList.each{ rightValue ->
+ if(!leftValueList.any{ it == "$rightValue" }) {
+ def existingValues = violationMap.get(leftKey)
+ if(existingValues) {
+ existingValues.add("$rightValue")
+ } else {
+ java.util.Set newValues = new HashSet()
+ newValues.add("$rightValue")
+ violationMap.put("$leftKey", newValues)
+ }
+ }
+ }
+ }
+ return violationMap
+ }
+
+ // This closure merges the given maps into a new map.
+ // Returns a map containing all keys and their values from both maps.
+ Closure<java.util.Map> mergeMaps = { java.util.Map left, java.util.Map right ->
+ if(left.isEmpty() && right.isEmpty()) {
+ return [:]
+ } else if(left.isEmpty()) {
+ return right
+ } else if(right.isEmpty()) {
+ return left
+ }
+ java.util.Map merged = new java.util.HashMap()
+ merged.putAll(left)
+ right.each{ rightKey, rightValues ->
+ java.util.Set mergedValues = merged.get(rightKey)
+ if(mergedValues == null) {
+ merged.put(rightKey, rightValues)
+ } else {
+ mergedValues.addAll(rightValues)
+ }
+ }
+ return merged
+ }
+
+ def slurper = new groovy.json.JsonSlurper()
+ java.util.Map lhsAttributes = getAttributes(slurper.parseText(lhsObject.toString()))
+ java.util.Map rhsAttributes = getAttributes(slurper.parseText(rhsObject.toString()))
+
+ def leftToRight = compareAttributes(lhsAttributes, rhsAttributes)
+ def rightToLeft = compareAttributes(rhsAttributes, lhsAttributes)
+ def mergedResults = mergeMaps(leftToRight, rightToLeft)
+
+ boolean success = true
+ List<String> details = new ArrayList<>()
+ if(!mergedResults.isEmpty()) {
+ success = false
+ details.add(mergedResults.toString())
+ }
+ return new Tuple2(success, details)
+ '''
+}
- if(parsedData instanceof java.util.ArrayList) {
- parsedData.each {
- it.each { key, value -> processKeyValue(key, value) }
+/*
+ * The data-dictionary rule below can be used with this useRule clause:
+ * useRule {
+ * name 'Data-Dictionary validate VF type'
+ * attributes 'context-list.ndcb.vnfList[*].vfModuleList[*].networkList[*].type'
+ * }
+ */
+rule {
+ name 'Data-Dictionary validate VF type'
+ category 'INVALID_VALUE'
+ description 'Validate all VF type values against data-dictionary'
+ errorText 'VF type [{0}] failed data-dictionary validation: {1}'
+ severity 'ERROR'
+ attributes 'typeList'
+ validate '''
+ boolean success = true
+ List<String> details = new ArrayList<>()
+ typeList.any {
+ if(!success) {
+ // break out of 'any' loop
+ return false
+ }
+ def result = org.onap.aai.validation.ruledriven.rule.builtin.DataDictionary.validate("instance", "vfModuleNetworkType", "type", "$it")
+ if(!result.isEmpty()) {
+ success = false
+ details.add("$it")
+ details.add("$result")
}
- } else {
- parsedData.each { key, value -> processKeyValue(key, value) }
- }
- return attributeMap
}
+ return new Tuple2(success, details)
+ '''
+}
- def slurper = new groovy.json.JsonSlurper()
- java.util.Map ndcb = getAttributes(slurper.parseText(ndcbItems.toString()))
- java.util.Map aai = getAttributes(slurper.parseText(aaiItems.toString()))
-
- boolean result = true
- ndcb.any{ ndcbKey, ndcbValueList ->
- def aaiValueList = aai.get("$ndcbKey")
- aaiValueList.each{ aaiValue ->
- if(!ndcbValueList.any{ it == "$aaiValue" }) {
- result = false
- }
- }
- if(result == false) {
- // break out of 'any' loop
- return true
- }
+rule {
+ name 'AAI-SDNC-pnf-name-check'
+ category 'PNF Consistency'
+ description 'Validate that each PNF name in AAI matches a PNF name in the SDNC model'
+ errorText 'AAI PNF names do not match SDNC - {0}'
+ severity 'ERROR'
+ attributes 'aaiNames', 'sdncNames'
+ validate '''
+ def addName = { values, key ->
+ values.add("$key")
+ }
+
+ List<String> errorReasons = new ArrayList();
+
+ if (aaiNames.size() != sdncNames.size()) {
+ errorReasons.add("Number of PNFs don't match; aai has ${aaiNames.size()}, sdnc has ${sdncNames.size()}")
+ return new Tuple2(false, errorReasons)
+ }
+
+ // collect all the "name" values from AAI and SDNC into two Sets.
+ Set aaiNameSet = new java.util.HashSet()
+ aaiNames.each {
+ aValue -> addName(aaiNameSet, aValue)
+ }
+
+ Set sdncNameSet = new java.util.HashSet()
+ sdncNames.each {
+ aValue -> addName(sdncNameSet, aValue)
+ }
+
+ // Validate that the names match by comparing the size of the two Sets.
+ if (aaiNameSet.size() != sdncNameSet.size()) {
+ errorReasons.add("Number of distinct PNF names don't match; aai: ${aaiNameSet}, sdnc: ${sdncNameSet}")
+ return new Tuple2(false, errorReasons)
}
- return result
+
+ Set combinedSet = new HashSet();
+ combinedSet.addAll(aaiNameSet);
+ combinedSet.addAll(sdncNameSet);
+ if (combinedSet.size() != aaiNameSet.size()) {
+ errorReasons.add("PNF names don't match; aai names: ${aaiNameSet}, sdnc names: ${sdncNameSet}")
+ return new Tuple2(false, errorReasons)
+ }
+
+ return true
+
'''
}
Code Review / oom.git / blobdiff