/*
* ============LICENSE_START=======================================================
* Copyright (C) 2021 Pantheon.tech
- * Modifications Copyright (C) 2020 Nordix Foundation
+ * Modifications Copyright (C) 2020-2023 Nordix Foundation
* Modifications Copyright (C) 2022 Bell Canada.
+ * Modifications Copyright (C) 2023 TechMahindra Ltd.
* ================================================================================
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
def noChildren = []
- def dataNode = buildDataNode(
- "/parent",[parentLeaf:'parentLeafValue', parentLeafList:['parentLeafListEntry1','parentLeafListEntry2']],[
- buildDataNode('/parent/child-list[@id=1]',[listElementLeaf:'listElement1leafValue'],noChildren),
- buildDataNode('/parent/child-list[@id=2]',[listElementLeaf:'listElement2leafValue'],noChildren),
- buildDataNode('/parent/child-object',[childLeaf:'childLeafValue'],
- [buildDataNode('/parent/child-object/grand-child-object',[grandChildLeaf:'grandChildLeafValue'],noChildren)]
- ),
- ])
-
- static def buildDataNode(xpath, leaves, children) {
- return new DataNodeBuilder().withXpath(xpath).withLeaves(leaves).withChildDataNodes(children).build()
- }
-
def 'Data node structure conversion to map.'() {
when: 'data node structure is converted to a map'
def result = DataMapUtils.toDataMap(dataNode)
-
then: 'root node identifier is null'
result.parent == null
-
then: 'root node leaves are top level elements'
result.parentLeaf == 'parentLeafValue'
result.parentLeafList == ['parentLeafListEntry1','parentLeafListEntry2']
-
and: 'leaves of child list element are listed as structures under common identifier'
result.'child-list'.collect().containsAll(['listElementLeaf': 'listElement1leafValue'],
['listElementLeaf': 'listElement2leafValue'])
-
and: 'leaves for child element is populated under its node identifier'
result.'child-object'.childLeaf == 'childLeafValue'
-
and: 'leaves for grandchild element is populated under its node identifier'
result.'child-object'.'grand-child-object'.grandChildLeaf == 'grandChildLeafValue'
}
def 'Data node structure conversion to map with root node identifier.'() {
when: 'data node structure is converted to a map with root node identifier'
- def result = DataMapUtils.toDataMapWithIdentifier(dataNode)
-
- then: 'root node identifier is not null'
- result.parent != null
-
+ def result = DataMapUtils.toDataMapWithIdentifier(dataNode,dataNode.moduleNamePrefix)
then: 'root node leaves are populated under its node identifier'
def parentNode = result.parent
parentNode.parentLeaf == 'parentLeafValue'
parentNode.parentLeafList == ['parentLeafListEntry1','parentLeafListEntry2']
-
and: 'leaves for child element is populated under its node identifier'
parentNode.'child-object'.childLeaf == 'childLeafValue'
-
and: 'leaves for grandchild element is populated under its node identifier'
parentNode.'child-object'.'grand-child-object'.grandChildLeaf == 'grandChildLeafValue'
}
+
+ def 'Adding prefix to data node identifier.'() {
+ when: 'a valid xPath is passed to the addPrefixToXpath method'
+ def result = new DataMapUtils().getNodeIdentifierWithPrefix(xPath,'sampleModuleName')
+ then: 'the correct modified node identifier is given'
+ assert result == expectedNodeIdentifier
+ where: 'the following parameters are used'
+ scenario | xPath | expectedNodeIdentifier
+ 'container xpath' | '/bookstore' | 'sampleModuleName:bookstore'
+ 'xpath contains list attribute' | '/bookstore/categories[@code=1]' | 'sampleModuleName:categories'
+ 'xpath contains list attributes with /' | '/bookstore/categories[@code=1/2]' | 'sampleModuleName:categories'
+
+ }
+
+ def 'Data node structure with anchor name conversion to map with root node identifier.'() {
+ when: 'data node structure is converted to a map with root node identifier'
+ def result = DataMapUtils.toDataMapWithIdentifierAndAnchor(dataNodeWithAnchor, dataNodeWithAnchor.moduleNamePrefix)
+ then: 'root node leaves are populated under its node identifier'
+ def parentNode = result.get("dataNode").parent
+ parentNode.parentLeaf == 'parentLeafValue'
+ parentNode.parentLeafList == ['parentLeafListEntry1','parentLeafListEntry2']
+ and: 'leaves for child element is populated under its node identifier'
+ assert parentNode.'child-object'.childLeaf == 'childLeafValue'
+ and: 'leaves for grandchild element is populated under its node identifier'
+ assert parentNode.'child-object'.'grand-child-object'.grandChildLeaf == 'grandChildLeafValue'
+ and: 'data node is associated with anchor name'
+ assert result.get('anchorName') == 'anchor01'
+ }
+
+ def 'Data node without leaves and without children.'() {
+ given: 'a datanode with no leaves and no children'
+ def dataNodeWithoutData = new DataNodeBuilder().withXpath('some xpath').build()
+ when: 'it is converted to a map'
+ def result = DataMapUtils.toDataMap(dataNodeWithoutData)
+ then: 'an empty object map is returned'
+ result.isEmpty()
+ }
+
+ def dataNode = buildDataNode(
+ "/parent",[parentLeaf:'parentLeafValue', parentLeafList:['parentLeafListEntry1','parentLeafListEntry2']],[
+ buildDataNode('/parent/child-list[@id=1/2]',[listElementLeaf:'listElement1leafValue'],noChildren),
+ buildDataNode('/parent/child-list[@id=2]',[listElementLeaf:'listElement2leafValue'],noChildren),
+ buildDataNode('/parent/child-object',[childLeaf:'childLeafValue'],
+ [buildDataNode('/parent/child-object/grand-child-object',[grandChildLeaf:'grandChildLeafValue'],noChildren)]
+ ),
+ ])
+
+ def dataNodeWithAnchor = buildDataNodeWithAnchor(
+ "/parent", 'anchor01',[parentLeaf:'parentLeafValue', parentLeafList:['parentLeafListEntry1','parentLeafListEntry2']],[
+ buildDataNode('/parent/child-list[@id=1/2]',[listElementLeaf:'listElement1leafValue'],noChildren),
+ buildDataNode('/parent/child-list[@id=2]',[listElementLeaf:'listElement2leafValue'],noChildren),
+ buildDataNode('/parent/child-object',[childLeaf:'childLeafValue'],
+ [buildDataNode('/parent/child-object/grand-child-object',[grandChildLeaf:'grandChildLeafValue'],noChildren)]
+ ),
+ ])
+
+ def buildDataNode(xpath, leaves, children) {
+ return new DataNodeBuilder().withXpath(xpath).withLeaves(leaves).withChildDataNodes(children).build()
+ }
+
+ def buildDataNodeWithAnchor(xpath, anchorName, leaves, children) {
+ return new DataNodeBuilder().withXpath(xpath).withAnchor(anchorName).withLeaves(leaves).withChildDataNodes(children).build()
+ }
+
}
+
Code Review / cps.git / blobdiff