/*
* Copyright 2016-present Open Networking Laboratory
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.onosproject.yms.app.ytb;
import org.junit.Test;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.inet.types.rev20130715.ymsietfinettypes.Uri;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.YmsIetfNetwork;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.YmsIetfNetworkOpParam;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.DefaultNetworks;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.NetworkId;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.Networks;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.NodeId;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.networks.DefaultNetwork;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.networks.Network;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.networks.network.DefaultNode;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.networks.network.Node;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.networks.network.node.DefaultSupportingNode;
import org.onosproject.yang.gen.v1.urn.ietf.params.xml.ns.yang.ietf.network.rev20151208.ymsietfnetwork.networks.network.node.SupportingNode;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.from.another.file.rev20160826.ytbaugmentfromanotherfile.networks.network.node.AugmentedNdNode;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.from.another.file.rev20160826.ytbaugmentfromanotherfile.networks.network.node.DefaultAugmentedNdNode;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.from.another.file.rev20160826.ytbaugmentfromanotherfile.networks.network.node.augmentedndnode.DefaultTerminationPoint;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.from.another.file.rev20160826.ytbaugmentfromanotherfile.networks.network.node.augmentedndnode.TerminationPoint;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.from.another.file.rev20160826.ytbaugmentfromanotherfile.networks.network.node.augmentedndnode.terminationpoint.DefaultSupportingTerminationPoint;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.from.another.file.rev20160826.ytbaugmentfromanotherfile.networks.network.node.augmentedndnode.terminationpoint.SupportingTerminationPoint;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput.activatesoftwareimage.output.AugmentedRpcOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput.activatesoftwareimage.output.DefaultAugmentedRpcOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput.activatesoftwareimage.output.augmentedrpcoutput.Selection;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput.activatesoftwareimage.output.augmentedrpcoutput.selection.DefaultValueIn;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput.activatesoftwareimage.output.augmentedrpcoutput.selection.valuein.ValueIn;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput2.activatesoftwareimage.output.AugmentedInputOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput2.activatesoftwareimage.output.DefaultAugmentedInputOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput2.activatesoftwareimage.output.augmentedinputoutput.DefaultFriction;
import org.onosproject.yang.gen.v1.yms.test.ytb.augment.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput2.activatesoftwareimage.output.augmentedinputoutput.Friction;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.YtbChoiceWithContainerAndLeafList;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.YtbChoiceWithContainerAndLeafListOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.ContentTest;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.CurrentValue;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.contenttest.DefaultChoiceContainer;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.contenttest.choicecontainer.ChoiceContainer;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.contenttest.choicecontainer.choicecontainer.DefaultPredict;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.contenttest.choicecontainer.choicecontainer.Predict;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.contenttest.choicecontainer.choicecontainer.predict.DefaultReproduce;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.contenttest.choicecontainer.choicecontainer.predict.Reproduce;
import org.onosproject.yang.gen.v1.yms.test.ytb.choice.with.container.and.leaf.yangautoprefixlist.rev20160826.ytbchoicewithcontainerandleaflist.currentvalue.DefaultYtbAbsent;
import org.onosproject.yang.gen.v1.yms.test.ytb.rpc.response.with.advanced.input.and.output.rev20160826.ytbrpcresponsewithadvancedinputandoutput.activatesoftwareimage.ActivateSoftwareImageOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.rpc.response.with.advanced.input.and.output.rev20160826.ytbrpcresponsewithadvancedinputandoutput.activatesoftwareimage.DefaultActivateSoftwareImageOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.rpc.response.with.advanced.input.and.output.rev20160826.ytbrpcresponsewithadvancedinputandoutput.activatesoftwareimage.activatesoftwareimageoutput.DefaultOutputList;
import org.onosproject.yang.gen.v1.yms.test.ytb.rpc.response.with.advanced.input.and.output.rev20160826.ytbrpcresponsewithadvancedinputandoutput.activatesoftwareimage.activatesoftwareimageoutput.OutputList;
import org.onosproject.yang.gen.v1.yms.test.ytb.rpc.response.with.advanced.input.and.output.rev20160826.ytbrpcresponsewithadvancedinputandoutput.activatesoftwareimage.activatesoftwareimageoutput.outputlist.ContentInside;
import org.onosproject.yang.gen.v1.yms.test.ytb.rpc.response.with.advanced.input.and.output.rev20160826.ytbrpcresponsewithadvancedinputandoutput.activatesoftwareimage.activatesoftwareimageoutput.outputlist.DefaultContentInside;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.YtbSimpleAugment;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.YtbSimpleAugmentOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.Cont1;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.DefaultCont1;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.cont1.DefaultCont2;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.cont1.cont2.AugmentedCont2;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.cont1.cont2.DefaultAugmentedCont2;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.cont1.cont2.augmentedcont2.Cont1s;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826.ytbsimpleaugment.cont1.cont2.augmentedcont2.DefaultCont1s;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.choice.yangautoprefixcase.rev20160826.YtbSimpleChoiceCase;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.choice.yangautoprefixcase.rev20160826.YtbSimpleChoiceCaseOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.choice.yangautoprefixcase.rev20160826.ytbsimplechoicecase.DefaultYtbFood;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.choice.yangautoprefixcase.rev20160826.ytbsimplechoicecase.YtbFood;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.choice.yangautoprefixcase.rev20160826.ytbsimplechoicecase.ytbfood.YtbSnack;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.choice.yangautoprefixcase.rev20160826.ytbsimplechoicecase.ytbfood.ytbsnack.DefaultYtbLateNight;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.rpc.response.rev20160826.ytbsimplerpcresponse.rpc.DefaultRpcOutput;
import org.onosproject.yang.gen.v1.yms.test.ytb.simple.rpc.response.rev20160826.ytbsimplerpcresponse.rpc.RpcOutput;
import org.onosproject.yms.app.ydt.YangRequestWorkBench;
import org.onosproject.yms.app.ydt.YdtExtendedBuilder;
import org.onosproject.yms.app.ysr.DefaultYangSchemaRegistry;
import org.onosproject.yms.ydt.YdtContext;
import java.math.BigInteger;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.LinkedList;
import java.util.List;
import java.util.Set;
import static org.hamcrest.MatcherAssert.assertThat;
import static org.hamcrest.core.Is.is;
import static org.hamcrest.core.IsNull.notNullValue;
import static org.onosproject.yms.ydt.YdtContextOperationType.NONE;
import static org.onosproject.yms.ydt.YmsOperationType.EDIT_CONFIG_REPLY;
import static org.onosproject.yms.ydt.YmsOperationType.EDIT_CONFIG_REQUEST;
import static org.onosproject.yms.ydt.YmsOperationType.QUERY_CONFIG_REPLY;
import static org.onosproject.yms.ydt.YmsOperationType.RPC_REQUEST;
/**
* Unit test cases for YANG tree builder for context switch for augment, RPC
* and case.
*/
public class YtbContextSwitchTest extends YtbErrMsgAndConstants {
private static final String RPC_ADV_NAME = "RPCAdvanced";
private static final String RPC_ADV_NAMESPACE = "RPCAdvancedSpace";
private static final String RPC_ADV_IO =
"YtbRpcResponseWithAdvancedInputAndOutput";
private static final String ACT_IMG = "activate-software-image";
private static final String INPUT = "input";
private static final String FINAL = "final";
private static final String AUG_NW_REF_1 = "network-ref-aug1";
private static final String AUG_NODE_REF_1 = "node-ref-aug1";
private static final String AUG_TP_REF_1 = "tp-ref-aug-1";
private static final String AUG_TP_ID_1 = "tp-id-aug-1";
private static final String AUG_NW_REF_B1 = "network-ref-augb1";
private static final String AUG_NODE_REF_B1 = "node-ref-augb1";
private static final String AUG_TP_REF_B1 = "tp-ref-aug-b1";
private static final String AUG_TP_ID_B1 = "tp-id-aug-1b";
private static final String NW_REF = "network-ref";
private static final String NODE_REF = "node-ref";
private static final String NW_REF_2 = "network-ref2";
private static final String NODE_REF_3 = "node-ref3";
private static final String NW_REF_B = "network-ref-b";
private static final String NODE_REF_B = "node-ref-b";
private static final String NW_REF_2B = "network-ref2-b";
private static final String NODE_REF_2B = "node-ref2-b";
private static final String NODE_REF_3B = "node-ref3-b";
private static final String CHOC = "choc";
private static final String CHOICE_CASE = "YtbSimpleChoiceCase";
private static final String FOOD = "YtbFood";
private static final String CHOCOLATE = "chocolate";
private static final String VAL = "val";
private static final String IND = "ind";
private static final String CHOICE_ROOT_NAME = "choiceContainerRootName";
private static final String CHOICE_ROOT_NAMESPACE =
"choiceContainerRootNamespace";
private static final String CHOICE_CONT =
"YtbChoiceWithContainerAndLeafList";
private static final String CONT_CHOICE = "choice-container";
private static final String REPRODUCE = "reproduce";
private static final String NINETY = "90";
private static final String HUNDRED = "100";
private static final String RPC_RT_NAME = "rpcRootName";
private static final String RPC_RT_NAMESPACE = "rpcRootNameSpace";
private static final String OUTPUT_LEAF = "output-leaf";
private static final String FIVE_HUNDRED = "500";
private static final String OUTPUT_LIST = "output-list";
private static final String LIST_KEY = "list-key";
private static final String BIN_VAL_1 = "AAE=";
private static final String CONT_INSIDE = "content_inside";
private static final String BIN_VAL_2 = "CAk=";
private static final String AVAILABLE = "available";
private static final String EIGHTY_NINE = "89";
private static final String NINETY_EIGHT = "98";
private static final String BIN_VAL_3 = "AAA=";
private static final String SIM_AUG = "simpleAugment";
private static final String SIM_AUG_NAMESPACE = "simpleAugmentSpace";
private static final String SIMPLE_AUG = "YtbSimpleAugment";
private static final String CONT1 = "cont1";
private static final String CONT2 = "cont2";
private static final String LEAF4 = "leaf4";
private static final String CONT1S = "cont1s";
private static final String INTER_AUG = "inter-file-augment";
private static final String INTER_AUG_NAMESPACE =
"inter-file-augment-space";
private static final String IETF_NW = "yms-ietf-network";
private static final String NWS = "networks";
private static final String NW = "network";
private static final String NODE = "node";
private static final String NODE_ID = "node-id";
private static final String TERM_POINT = "termination-point";
private static final String TP_ID = "tp-id";
private static final String SUP_TERM_POINT = "supporting-termination-point";
private static final String TP_REF = "tp-ref";
private static final String SUP_NODE = "supporting-node";
private static final String KIN1 = "kin1";
private static final String KIN2 = "kin2";
/**
* Creates object as like an application for RPC with list.
*
* @return object of RPC
*/
private List<OutputList> createApplicationBuiltObjectForRpc() {
// Creates a empty container inside without leaf for list1.
ContentInside inside1 = new DefaultContentInside.ContentInsideBuilder()
.build();
// Creates a leaf list-key which is a leaf ref.
byte[] listKey1 = new byte[]{0, 1};
// Creates the list content 1.
OutputList output1 = new DefaultOutputList.OutputListBuilder()
.listKey(listKey1).contentInside(inside1).build();
// Creates a list of leaf for available.
List<Short> avail = new ArrayList<>();
avail.add((short) 89);
avail.add((short) 98);
// Adds the leaf list in the inside container.
ContentInside inside2 = new DefaultContentInside.ContentInsideBuilder()
.available(avail).build();
// Creates a leaf, list-key which is a leaf ref.
byte[] listKey2 = new byte[]{8, 9};
// Creates the list content 2.
OutputList outputList2 = new DefaultOutputList.OutputListBuilder()
.listKey(listKey2).contentInside(inside2).build();
// Creates only leaf, list-key which is a leaf ref.
byte[] arr3 = new byte[]{0, 0};
// Creates the list content 3.
OutputList outputList3 = new DefaultOutputList.OutputListBuilder()
.listKey(arr3).build();
// Adds all the list contents in array list and gives returns it.
List<OutputList> outputLists = new ArrayList<>();
outputLists.add(output1);
outputLists.add(outputList2);
outputLists.add(outputList3);
return outputLists;
}
/**
* Builds YANG request work bench for RPC with container input.
*
* @param registry schema registry
* @return YANG request work bench
*/
private YangRequestWorkBench buildYangRequestWorkBenchForRpc(
DefaultYangSchemaRegistry registry) {
// Creates a request work bench and adds the input child into it.
YangRequestWorkBench workBench = new YangRequestWorkBench(
RPC_ADV_NAME, RPC_ADV_NAMESPACE, RPC_REQUEST,
registry, true);
Set<String> valueList = new HashSet<>();
valueList.add("800");
valueList.add("900");
workBench.addChild(RPC_ADV_IO, null, NONE);
workBench.addChild(ACT_IMG, null, NONE);
workBench.addChild(INPUT, null, NONE);
workBench.addChild(FINAL, null, NONE);
workBench.addLeaf("value", null, valueList);
return workBench;
}
/**
* Creates an application object for inter file augment.
*
* @return application object
*/
private Object createObjectForInterFileAugment() {
// Creates leaf value for network-ref.
Uri nwkRef = new Uri(AUG_NW_REF_1);
NetworkId nwIdUri = new NetworkId(nwkRef);
Uri nwkRef2 = new Uri("network-ref-aug2");
NetworkId nwIdUri2 = new NetworkId(nwkRef2);
// Creates leaf value for node-ref
Uri nodeRef = new Uri(AUG_NODE_REF_1);
NodeId nodeId = new NodeId(nodeRef);
Uri nodeRef2 = new Uri("node-ref-aug2");
NodeId nodeId2 = new NodeId(nodeRef2);
// Creates support termination list with the above two contents.
SupportingTerminationPoint point1 =
new DefaultSupportingTerminationPoint
.SupportingTerminationPointBuilder()
.networkRef(nwIdUri).nodeRef(nodeId)
.tpRef(AUG_TP_REF_1).build();
SupportingTerminationPoint point2 =
new DefaultSupportingTerminationPoint
.SupportingTerminationPointBuilder()
.networkRef(nwIdUri2).nodeRef(nodeId2)
.tpRef("tp-ref-aug-2").build();
List<SupportingTerminationPoint> pointList = new ArrayList<>();
pointList.add(point1);
pointList.add(point2);
// Adds the list created to the termination point content1.
TerminationPoint tPoint1 = new DefaultTerminationPoint
.TerminationPointBuilder()
.supportingTerminationPoint(pointList)
.tpId(AUG_TP_ID_1).build();
// Creates leaf value for network-ref.
Uri nwkRef3 = new Uri(AUG_NW_REF_B1);
NetworkId nwIdUri3 = new NetworkId(nwkRef3);
Uri nwkRef4 = new Uri("network-ref-augb2");
NetworkId nwIdUri4 = new NetworkId(nwkRef4);
// Creates leaf value for node-ref
Uri nodeRef3 = new Uri(AUG_NODE_REF_B1);
NodeId nodeId3 = new NodeId(nodeRef3);
Uri nodeRef4 = new Uri("node-ref-augb2");
NodeId nodeId4 = new NodeId(nodeRef4);
// Creates support termination list with the above two contents.
SupportingTerminationPoint point3 =
new DefaultSupportingTerminationPoint
.SupportingTerminationPointBuilder()
.networkRef(nwIdUri3).nodeRef(nodeId3)
.tpRef(AUG_TP_REF_B1).build();
SupportingTerminationPoint point4 =
new DefaultSupportingTerminationPoint
.SupportingTerminationPointBuilder()
.networkRef(nwIdUri4).nodeRef(nodeId4)
.tpRef("tp-ref-aug-b2").build();
List<SupportingTerminationPoint> pointList2 = new ArrayList<>();
pointList2.add(point3);
pointList2.add(point4);
// Adds the list created to the termination point content2.
TerminationPoint tPoint2 = new DefaultTerminationPoint
.TerminationPointBuilder()
.supportingTerminationPoint(pointList2)
.tpId(AUG_TP_ID_B1).build();
List<TerminationPoint> terminationPointList = new ArrayList<>();
terminationPointList.add(tPoint1);
terminationPointList.add(tPoint2);
// Adds all the above contents to the augment.
AugmentedNdNode augment = new DefaultAugmentedNdNode
.AugmentedNdNodeBuilder()
.terminationPoint(terminationPointList)
.build();
// Creates leaf value for network-ref in augmented node(ietf-network).
Uri nwRef5 = new Uri(NW_REF);
NetworkId nwIdUri5 = new NetworkId(nwRef5);
//Creates leaf value for node-ref in augmented node(ietf-network).
Uri nodeRef5 = new Uri(NODE_REF);
NodeId nodeId5 = new NodeId(nodeRef5);
// Creates supporting node list content 1 with above contents.
SupportingNode supNode1 = new DefaultSupportingNode
.SupportingNodeBuilder().nodeRef(nodeId5)
.networkRef(nwIdUri5).build();
// Creates leaf value for network-ref in augmented node(ietf-network).
Uri nwRef6 = new Uri(NW_REF_2);
NetworkId nwIdUri6 = new NetworkId(nwRef6);
//Creates leaf value for node-ref in augmented node(ietf-network).
Uri nodeRef6 = new Uri("node-ref2");
NodeId nodeId6 = new NodeId(nodeRef6);
// Creates supporting node list content 2 with above contents.
SupportingNode supNode2 = new DefaultSupportingNode
.SupportingNodeBuilder()
.nodeRef(nodeId6)
.networkRef(nwIdUri6).build();
List<SupportingNode> supNodeList = new ArrayList<>();
supNodeList.add(supNode1);
supNodeList.add(supNode2);
// Creates leaf value for node-id in augmented node(ietf-network).
Uri nodeId1 = new Uri(NODE_REF_3);
NodeId nodeIdForId = new NodeId(nodeId1);
// Creates node list with content 1 by adding augment also.
DefaultNode.NodeBuilder nodeBuilder = new DefaultNode.NodeBuilder();
nodeBuilder.addYangAugmentedInfo(
augment, AugmentedNdNode.class);
nodeBuilder.supportingNode(supNodeList);
nodeBuilder.nodeId(nodeIdForId);
Node node1 = nodeBuilder.build();
// Creates an augment node without any values set to it.
AugmentedNdNode augmentedNdNode2 = new DefaultAugmentedNdNode
.AugmentedNdNodeBuilder().build();
// Creates leaf value for network-ref in augmented node(ietf-network).
Uri nwRef7 = new Uri(NW_REF_B);
NetworkId nwIdUri7 = new NetworkId(nwRef7);
//Creates leaf value for node-ref in augmented node(ietf-network).
Uri nodeRef7 = new Uri(NODE_REF_B);
NodeId nodeId7 = new NodeId(nodeRef7);
// Creates supporting node list content 1 with above contents.
SupportingNode supNode3 = new DefaultSupportingNode
.SupportingNodeBuilder().nodeRef(nodeId7)
.networkRef(nwIdUri7).build();
// Creates leaf value for network-ref in augmented node(ietf-network).
Uri nwRef8 = new Uri(NW_REF_2B);
NetworkId nwIdUri8 = new NetworkId(nwRef8);
//Creates leaf value for node-ref in augmented node(ietf-network).
Uri nodeRef8 = new Uri(NODE_REF_2B);
NodeId nodeId8 = new NodeId(nodeRef8);
// Creates supporting node list content 1 with above contents.
SupportingNode supNode4 = new DefaultSupportingNode
.SupportingNodeBuilder()
.nodeRef(nodeId8)
.networkRef(nwIdUri8).build();
List<SupportingNode> supNodeList2 = new ArrayList<>();
supNodeList2.add(supNode3);
supNodeList2.add(supNode4);
// Creates leaf value for node-id in augmented node(ietf-network).
Uri nodeIdLeaf = new Uri(NODE_REF_3B);
NodeId nodeIdForId2 = new NodeId(nodeIdLeaf);
// Creates node list with content 2 by adding empty augment also.
DefaultNode.NodeBuilder nodeBuilder2 = new DefaultNode.NodeBuilder();
nodeBuilder2.addYangAugmentedInfo(
augmentedNdNode2, AugmentedNdNode.class);
nodeBuilder2.supportingNode(supNodeList2);
nodeBuilder2.nodeId(nodeIdForId2);
Node node2 = nodeBuilder2.build();
// Adds both nodes into the list.
List<Node> nodeList = new LinkedList<>();
nodeList.add(node1);
nodeList.add(node2);
// Adds the list into the network list.
Network nwkList = new DefaultNetwork.NetworkBuilder()
.node(nodeList).build();
List<Network> networkList = new ArrayList<>();
networkList.add(nwkList);
// Adds the network list into networks container.
Networks contNetworks = new DefaultNetworks.NetworksBuilder()
.network(networkList).build();
// Adds the container into the module.
YmsIetfNetwork opParam = new YmsIetfNetworkOpParam
.YmsIetfNetworkBuilder()
.networks(contNetworks).build();
return opParam;
}
/**
* Processes a simple choice case and builds the YDT.
*/
@Test
public void processSimpleChoiceCase() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates a choice snack with the case late night.
YtbSnack lateNight = new DefaultYtbLateNight.YtbLateNightBuilder()
.chocolate(CHOC).build();
// Creates container food with the created case.
YtbFood food = new DefaultYtbFood.YtbFoodBuilder()
.ytbSnack(lateNight).build();
// Creates module with the container food.
YtbSimpleChoiceCase choiceCase = new YtbSimpleChoiceCaseOpParam
.YtbSimpleChoiceCaseBuilder().ytbFood(food).build();
// As YSB or YAB protocol, sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(choiceCase);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
EDIT_CONFIG_REPLY, registry);
// Receives YDT context and check the tree that is built.
YdtContext rootNode = ydtBuilder.getRootNode();
// Gets the first module from logical root node.
YdtContext module = rootNode.getFirstChild();
assertThat(getInCrtName(MODULE, CHOICE_CASE), module.getName(),
is(CHOICE_CASE));
// Gets the container food from module.
YdtContext container = module.getFirstChild();
assertThat(getInCrtName(CONTAINER, FOOD), container.getName(),
is(FOOD));
// Gets the case-leaf from container
YdtContext caseNode = container.getFirstChild();
assertThat(getInCrtName(LEAF, CHOCOLATE), caseNode.getName(),
is(CHOCOLATE));
assertThat(getInCrtLeafValue(CHOCOLATE, CHOC), caseNode.getValue(),
is(CHOC));
}
/**
* Processes module with two choices and a choice having node and a
* leaf-list.
*/
@Test
public void processChoiceWithNodeAndLeafList() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates reproduce container for list predict-1.
Reproduce reproduce1 = new DefaultReproduce.ReproduceBuilder()
.yangAutoPrefixCatch((short) 90).build();
// Assigns predict-1 with the container.
Predict predict1 = new DefaultPredict.PredictBuilder()
.reproduce(reproduce1).build();
// Creates reproduce container for list predict-2.
Reproduce reproduce2 = new DefaultReproduce.ReproduceBuilder()
.yangAutoPrefixCatch((short) 100).build();
// Assigns predict-2 with the container.
Predict predict2 = new DefaultPredict.PredictBuilder()
.reproduce(reproduce2).build();
List<Predict> predictList = new ArrayList<>();
predictList.add(predict1);
predictList.add(predict2);
// Case container is added to the choice content-test.
ChoiceContainer containerCase = new org.onosproject.yang.gen.v1.yms
.test.ytb.choice.with.container.and.leaf.yangautoprefixlist
.rev20160826.ytbchoicewithcontainerandleaflist.contenttest
.choicecontainer.DefaultChoiceContainer.ChoiceContainerBuilder()
.predict(predictList).build();
// Case container is added to the choice content-test.
ContentTest contentTest = new DefaultChoiceContainer
.ChoiceContainerBuilder().choiceContainer(containerCase).build();
// Creates string list for leaf-list final.
List<String> stringList = new ArrayList<>();
stringList.add(VAL);
stringList.add(IND);
// For choice current value, the leaf list gets added as case.
CurrentValue currentValue = new DefaultYtbAbsent.YtbAbsentBuilder()
.yangAutoPrefixFinal(stringList).build();
// Adds choice as child to the module.
YtbChoiceWithContainerAndLeafList choiceWithContainerAndLeafList =
new YtbChoiceWithContainerAndLeafListOpParam
.YtbChoiceWithContainerAndLeafListBuilder()
.contentTest(contentTest).currentValue(currentValue)
.build();
// As YSB or YAB protocol, sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(choiceWithContainerAndLeafList);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, CHOICE_ROOT_NAME, CHOICE_ROOT_NAMESPACE,
QUERY_CONFIG_REPLY, registry);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Gets the first module from logical root node.
YdtContext module = context.getFirstChild();
assertThat(getInCrtName(MODULE, CHOICE_CONT), module.getName(),
is(CHOICE_CONT));
// Gets the first choice content under the module, as container.
YdtContext choice1 = module.getFirstChild();
assertThat(getInCrtName(CONTAINER, CONT_CHOICE), choice1.getName(),
is(CONT_CHOICE));
// Gets the first content in the list predict.
YdtContext list1 = choice1.getFirstChild();
assertThat(getInCrtName(LIST, PREDICT), list1.getName(), is(PREDICT));
// Gets the container and its child leaf in the list predict.
YdtContext container1 = list1.getFirstChild();
assertThat(getInCrtName(CONTAINER, REPRODUCE), container1.getName(),
is(REPRODUCE));
YdtContext leaf1 = container1.getFirstChild();
assertThat(getInCrtName(LEAF, CATCH), leaf1.getName(), is(CATCH));
assertThat(getInCrtLeafValue(CATCH, NINETY), leaf1.getValue(),
is(NINETY));
// Gets the second content in the list predict.
YdtContext list2 = list1.getNextSibling();
assertThat(getInCrtName(LIST, PREDICT), list2.getName(), is(PREDICT));
// Gets the container and its child leaf in the list predict.
YdtContext container2 = list2.getFirstChild();
assertThat(getInCrtName(CONTAINER, REPRODUCE), container2.getName(),
is(REPRODUCE));
YdtContext leaf2 = container2.getFirstChild();
assertThat(getInCrtName(LEAF, CATCH), leaf2.getName(), is(CATCH));
assertThat(getInCrtLeafValue(CATCH, HUNDRED), leaf2.getValue(),
is(HUNDRED));
// Gets the second choice content under the module, as leaf-list.
YdtContext choice2 = choice1.getNextSibling();
assertThat(getInCrtName(LEAF_LIST, FINAL), choice2.getName(),
is(FINAL));
Set value2 = choice2.getValueSet();
assertThat(getInCrtLeafListValue(FINAL, VAL), value2.contains(VAL),
is(true));
assertThat(getInCrtLeafListValue(FINAL, IND), value2.contains(IND),
is(true));
}
/**
* Processes RPC response of a simple output with only a leaf content
* inside.
*/
@Test
public void processSimpleRpcResponse() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
RpcOutput output = new DefaultRpcOutput.RpcOutputBuilder()
.outputLeaf(500).build();
// Creates request work bench of rpc.
YangRequestWorkBench workBench = new YangRequestWorkBench(
RPC_RT_NAME, RPC_RT_NAMESPACE, RPC_REQUEST, registry, true);
workBench.addChild(RPC_NAME, null, NONE);
workBench.addChild(RPC, null, NONE);
workBench.addChild(INPUT, null, NONE);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtForRpcResponse(
output, workBench);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Gets the first module from logical root node.
YdtContext module = context.getFirstChild();
assertThat(getInCrtName(MODULE, RPC_NAME), module.getName(),
is(RPC_NAME));
// Gets the rpc node from the module.
YdtContext rpc = module.getFirstChild();
assertThat(getInCrtName(RPC, RPC), rpc.getName(), is(RPC));
// Gets the output node from the module.
// TODO: Change assert after YANG utils is merged.
YdtContext rpcOutput = rpc.getFirstChild();
//assertThat(rpcOutputNode.getName(), is("output"));
YdtContext outputLeaf = rpcOutput.getFirstChild();
assertThat(getInCrtName(LEAF, OUTPUT_LEAF), outputLeaf.getName(),
is(OUTPUT_LEAF));
assertThat(getInCrtLeafValue(OUTPUT_LEAF, FIVE_HUNDRED),
outputLeaf.getValue(), is(FIVE_HUNDRED));
}
/**
* Processes RPC response of an output defined with list.
*/
@Test
public void processRpcResponseForAdvInputOutput() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
List<OutputList> list = createApplicationBuiltObjectForRpc();
ActivateSoftwareImageOutput output =
new DefaultActivateSoftwareImageOutput
.ActivateSoftwareImageOutputBuilder()
.outputList(list).build();
// Creates request work bench of rpc.
YangRequestWorkBench workBench = buildYangRequestWorkBenchForRpc(
registry);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtForRpcResponse(
output, workBench);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Gets the first module from logical root node.
YdtContext module = context.getFirstChild();
assertThat(getInCrtName(MODULE, RPC_ADV_IO), module.getName(),
is(RPC_ADV_IO));
// Gets the rpc node from module.
YdtContext rpc = module.getFirstChild();
assertThat(getInCrtName(RPC, ACT_IMG), rpc.getName(), is(ACT_IMG));
// Gets the output node from the module.
// TODO: Change assert after YANG utils is merged.
YdtContext rpcOutput = rpc.getFirstChild();
//assertThat(rpcOutputNode.getName(), is("output"));
// Gets the list content 1 as the node from output.
YdtContext outputList1 = rpcOutput.getFirstChild();
assertThat(getInCrtName(LIST, OUTPUT_LIST), outputList1.getName(),
is(OUTPUT_LIST));
// Gets the leaf key-list from list content1.
YdtContext keyList1 = outputList1.getFirstChild();
assertThat(getInCrtName(LEAF, LIST_KEY), keyList1.getName(),
is(LIST_KEY));
assertThat(getInCrtLeafValue(LIST_KEY, BIN_VAL_1), keyList1.getValue(),
is(BIN_VAL_1));
// Gets the content inside container from list content 1.
YdtContext cont1 = keyList1.getNextSibling();
assertThat(getInCrtName(CONTAINER, CONT_INSIDE), cont1.getName(),
is(CONT_INSIDE));
// Gets the list content 2 as the node from output.
YdtContext outputList2 = outputList1.getNextSibling();
assertThat(getInCrtName(LIST, OUTPUT_LIST), outputList2.getName(),
is(OUTPUT_LIST));
// Gets the leaf-list key-list from list content2.
YdtContext keyList2 = outputList2.getFirstChild();
assertThat(getInCrtName(LEAF, LIST_KEY), keyList2.getName(),
is(LIST_KEY));
assertThat(getInCrtLeafValue(LIST_KEY, BIN_VAL_2), keyList2.getValue(),
is(BIN_VAL_2));
// Gets the content inside container from list content 2.
YdtContext cont2 = keyList2.getNextSibling();
assertThat(getInCrtName(CONTAINER, CONT_INSIDE), cont2.getName(),
is(CONT_INSIDE));
// Gets the leaf-list available inside container.
YdtContext availLeafList = cont2.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, AVAILABLE), availLeafList.getName(),
is(AVAILABLE));
Set value1 = availLeafList.getValueSet();
assertThat(getInCrtLeafListValue(AVAILABLE, EIGHTY_NINE),
value1.contains(EIGHTY_NINE), is(true));
assertThat(getInCrtLeafListValue(AVAILABLE, NINETY_EIGHT),
value1.contains(NINETY_EIGHT), is(true));
// Gets the list content 3.
YdtContext outputList3 = outputList2.getNextSibling();
assertThat(getInCrtName(LIST, OUTPUT_LIST), outputList3.getName(),
is(OUTPUT_LIST));
// Gets the leaf list-key in content 3 of list.
YdtContext keyList3 = outputList3.getFirstChild();
assertThat(getInCrtName(LEAF, LIST_KEY), keyList3.getName(),
is(LIST_KEY));
assertThat(getInCrtLeafValue(LIST_KEY, BIN_VAL_3), keyList3.getValue(),
is(BIN_VAL_3));
}
/**
* Processes simple self augment file with leaf and container inside
* augment.
*/
@Test
public void processSimpleAugment() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates container cont1s with the leaf.
org.onosproject.yang.gen.v1.yms.test.ytb.simple.augment.rev20160826
.ytbsimpleaugment.cont1.cont2.augmentedcont2.cont1s
.Cont1s cont1s1 = new org.onosproject.yang.gen.v1.yms.test
.ytb.simple.augment.rev20160826.ytbsimpleaugment.cont1.cont2
.augmentedcont2.cont1s.DefaultCont1s.Cont1sBuilder().build();
// Appends the created container into another container.
Cont1s cont1s = new DefaultCont1s.Cont1sBuilder()
.cont1s(cont1s1).build();
// Creates augment with the container and leaf.
AugmentedCont2 augment = new DefaultAugmentedCont2
.AugmentedCont2Builder().cont1s(cont1s).leaf4(500).build();
// Creates for the node which will be getting augmented.
// Creates cont2 where content will be augmented into.
DefaultCont2.Cont2Builder augCont2 = new DefaultCont2
.Cont2Builder();
augCont2.addYangAugmentedInfo(augment, AugmentedCont2.class);
// Creates cont1 where cont2 is added.
Cont1 cont1 = new DefaultCont1.Cont1Builder()
.cont2(augCont2.build()).build();
// Creates module with the nodes inside.
YtbSimpleAugment simpleAugment = new YtbSimpleAugmentOpParam
.YtbSimpleAugmentBuilder().cont1(cont1).build();
// As YSB or YAB protocol, sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(simpleAugment);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, SIM_AUG, SIM_AUG_NAMESPACE,
EDIT_CONFIG_REQUEST, registry);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Gets the first module from logical root node.
YdtContext module = context.getFirstChild();
assertThat(getInCrtName(MODULE, SIMPLE_AUG), module.getName(),
is(SIMPLE_AUG));
// Gets the cont1 under module.
YdtContext container1 = module.getFirstChild();
assertThat(getInCrtName(CONTAINER, CONT1), container1.getName(),
is(CONT1));
// Gets the cont2 under cont1.
YdtContext container2 = container1.getFirstChild();
assertThat(getInCrtName(CONTAINER, CONT2), container2.getName(),
is(CONT2));
// Gets the leaf4 which was augmented under cont2.
YdtContext leaf4 = container2.getFirstChild();
assertThat(getInCrtName(LEAF, LEAF4), leaf4.getName(), is(LEAF4));
assertThat(getInCrtLeafValue(LEAF4, FIVE_HUNDRED), leaf4.getValue(),
is(FIVE_HUNDRED));
// Gets the cont1s which was augmented under cont2.
YdtContext container1s = leaf4.getNextSibling();
assertThat(getInCrtName(CONTAINER, CONT1S), container1s.getName(),
is(CONT1S));
// Gets the cont2s which was augmented under cont1s.
YdtContext container2s = container1s.getFirstChild();
assertThat(getInCrtName(CONTAINER, CONT1S), container2s.getName(),
is(CONT1S));
}
/**
* Processes inter file augment with augmented node as list and the
* augment having list.
*/
@Test
public void processInterFileAugment() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
Object opParam = createObjectForInterFileAugment();
// As YSB or YAB protocol, sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(opParam);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, INTER_AUG, INTER_AUG_NAMESPACE,
EDIT_CONFIG_REQUEST, registry);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Checks the first module from logical root node.
YdtContext module = context.getFirstChild();
assertThat(getInCrtName(MODULE, IETF_NW), module.getName(),
is(IETF_NW));
// Checks the container networks from module.
YdtContext nwksCont = module.getFirstChild();
assertThat(getInCrtName(CONTAINER, NWS), nwksCont.getName(), is(NWS));
// Checks the list network from container networks.
YdtContext nwrkList = nwksCont.getFirstChild();
assertThat(getInCrtName(LIST, NW), nwrkList.getName(), is(NW));
// Checks the node list content 1 under network list.
YdtContext node1 = nwrkList.getFirstChild();
assertThat(getInCrtName(LIST, NODE), node1.getName(), is(NODE));
// Checks the node-id leaf for list content 1.
YdtContext nodeId1 = node1.getFirstChild();
assertThat(getInCrtName(LEAF, NODE_ID), nodeId1.getName(), is(NODE_ID));
assertThat(getInCrtLeafValue(NODE_ID, NODE_REF_3), nodeId1.getValue(),
is(NODE_REF_3));
// Checks termination list 1 under node 1, from augment.
YdtContext terList1 = nodeId1.getNextSibling();
assertThat(getInCrtName(LIST, TERM_POINT), terList1.getName(),
is(TERM_POINT));
// Checks tp-id leaf from termination list content 1.
YdtContext tpId1 = terList1.getFirstChild();
assertThat(getInCrtName(LEAF, TP_ID), tpId1.getName(), is(TP_ID));
assertThat(getInCrtLeafValue(TP_ID, AUG_TP_ID_1), tpId1.getValue(),
is(AUG_TP_ID_1));
// Checks supporting term point list content1 from term list content 1.
YdtContext supTerm1 = tpId1.getNextSibling();
assertThat(getInCrtName(LIST, SUP_TERM_POINT), supTerm1.getName(),
is(SUP_TERM_POINT));
YdtContext nwkRefSupTerm1 = supTerm1.getFirstChild();
assertThat(getInCrtName(LEAF, NW_REF), nwkRefSupTerm1.getName(),
is(NW_REF));
assertThat(getInCrtLeafValue(NW_REF, AUG_NW_REF_1),
nwkRefSupTerm1.getValue(), is(AUG_NW_REF_1));
YdtContext nodeRefSupTerm1 = nwkRefSupTerm1.getNextSibling();
assertThat(getInCrtName(LEAF, NODE_REF), nodeRefSupTerm1.getName(),
is(NODE_REF));
assertThat(getInCrtLeafValue(NODE_REF, AUG_NODE_REF_1),
nodeRefSupTerm1.getValue(), is(AUG_NODE_REF_1));
YdtContext tpRefSupTerm1 = nodeRefSupTerm1.getNextSibling();
assertThat(getInCrtName(LEAF, TP_REF), tpRefSupTerm1.getName(),
is(TP_REF));
assertThat(getInCrtLeafValue(TP_REF, AUG_TP_REF_1),
tpRefSupTerm1.getValue(), is(AUG_TP_REF_1));
// Checks termination list 2 under node 1, from augment.
YdtContext terminationList2 = terList1.getNextSibling();
assertThat(getInCrtName(LIST, TERM_POINT), terminationList2.getName(),
is(TERM_POINT));
YdtContext terList2 = terminationList2.getFirstChild();
assertThat(getInCrtName(LEAF, TP_ID), terList2.getName(), is(TP_ID));
assertThat(getInCrtLeafValue(TP_ID, AUG_TP_ID_B1), terList2.getValue(),
is(AUG_TP_ID_B1));
// Checks supporting term point list content1 from term list content 2.
YdtContext supTerm2 = terList2.getNextSibling();
assertThat(getInCrtName(LIST, SUP_TERM_POINT), supTerm2.getName(),
is(SUP_TERM_POINT));
YdtContext nwkRefSupTerm2 = supTerm2.getFirstChild();
assertThat(getInCrtName(LEAF, NW_REF), nwkRefSupTerm2.getName(),
is(NW_REF));
assertThat(getInCrtLeafValue(NW_REF, AUG_NW_REF_B1),
nwkRefSupTerm2.getValue(), is(AUG_NW_REF_B1));
YdtContext nodeRefSupTerm2 = nwkRefSupTerm2.getNextSibling();
assertThat(getInCrtName(LEAF, NODE_REF), nodeRefSupTerm2.getName(),
is(NODE_REF));
assertThat(getInCrtLeafValue(NODE_REF, AUG_NODE_REF_B1),
nodeRefSupTerm2.getValue(), is(AUG_NODE_REF_B1));
YdtContext tpRefSupTerm2 = nodeRefSupTerm2.getNextSibling();
assertThat(getInCrtName(LEAF, TP_REF), tpRefSupTerm2.getName(),
is(TP_REF));
assertThat(getInCrtLeafValue(TP_REF, AUG_TP_REF_B1),
tpRefSupTerm2.getValue(), is(AUG_TP_REF_B1));
// Checks the content of the supporting node list content 1 in node 1.
YdtContext supNode1 = terminationList2.getNextSibling();
assertThat(getInCrtName(LIST, SUP_NODE), supNode1.getName(),
is(SUP_NODE));
YdtContext nwkRefSupNode1 = supNode1.getFirstChild();
assertThat(getInCrtName(LEAF, NW_REF), nwkRefSupNode1.getName(),
is(NW_REF));
assertThat(getInCrtLeafValue(NW_REF, NW_REF), nwkRefSupNode1.getValue(),
is(NW_REF));
YdtContext nodeRefSupNode1 = nwkRefSupNode1.getNextSibling();
assertThat(getInCrtName(LEAF, NODE_REF), nodeRefSupNode1.getName(),
is(NODE_REF));
assertThat(getInCrtLeafValue(NODE_REF, NW_REF),
nwkRefSupNode1.getValue(), is(NW_REF));
// Checks the content of the supporting node list content 2 in node 1.
YdtContext supNode2 = supNode1.getNextSibling();
assertThat(getInCrtName(LIST, SUP_NODE), supNode2.getName(),
is(SUP_NODE));
YdtContext nwkRefSupNode2 = supNode2.getFirstChild();
assertThat(getInCrtName(LEAF, NW_REF), nwkRefSupNode2.getName(),
is(NW_REF));
assertThat(getInCrtLeafValue(NW_REF, NW_REF_2),
nwkRefSupNode2.getValue(), is(NW_REF_2));
YdtContext nodeRefSupNode2 = nwkRefSupNode2.getNextSibling();
assertThat(getInCrtName(LEAF, NODE_REF), nodeRefSupNode2.getName(),
is(NODE_REF));
assertThat(getInCrtLeafValue(NODE_REF, NW_REF_2),
nwkRefSupNode2.getValue(), is(NW_REF_2));
// Checks the node list content 2 under network list.
YdtContext node2 = node1.getNextSibling();
assertThat(getInCrtName(LIST, NODE), node2.getName(), is(NODE));
// Checks the node-id leaf for list content 2.
YdtContext nodeId2 = node2.getFirstChild();
assertThat(getInCrtName(LEAF, NODE_ID), nodeId2.getName(), is(NODE_ID));
assertThat(getInCrtLeafValue(NODE_ID, NODE_REF_3B), nodeId2.getValue(),
is(NODE_REF_3B));
// Checks supporting term point list content1 from term list content 2.
YdtContext supNode3 = nodeId2.getNextSibling();
assertThat(getInCrtName(LIST, SUP_NODE), supNode3.getName(),
is(SUP_NODE));
YdtContext nwkRefSupNode3 = supNode3.getFirstChild();
assertThat(getInCrtName(LEAF, NW_REF), nwkRefSupNode3.getName(),
is(NW_REF));
assertThat(getInCrtLeafValue(NW_REF, NW_REF_B),
nwkRefSupNode3.getValue(), is(NW_REF_B));
YdtContext nodeRefSupNode3 = nwkRefSupNode3.getNextSibling();
assertThat(getInCrtName(LEAF, NODE_REF), nodeRefSupNode3.getName(),
is(NODE_REF));
assertThat(getInCrtLeafValue(NODE_REF, NODE_REF_B),
nodeRefSupNode3.getValue(), is(NODE_REF_B));
// Checks supporting term point list content2 from term list content 2.
YdtContext supNode4 = supNode3.getNextSibling();
assertThat(getInCrtName(LIST, SUP_NODE), supNode4.getName(),
is(SUP_NODE));
YdtContext nwkRefSupNode4 = supNode4.getFirstChild();
assertThat(getInCrtName(LEAF, NW_REF), nwkRefSupNode4.getName(),
is(NW_REF));
assertThat(getInCrtLeafValue(NW_REF, NW_REF_2B),
nwkRefSupNode4.getValue(), is(NW_REF_2B));
YdtContext nodeRefSupNode4 = nwkRefSupNode4.getNextSibling();
assertThat(getInCrtName(LEAF, NODE_REF), nodeRefSupNode4.getName(),
is(NODE_REF));
assertThat(getInCrtLeafValue(NODE_REF, NODE_REF_2B),
nodeRefSupNode4.getValue(), is(NODE_REF_2B));
}
/**
* Processes inter file augment with rpc output as its target node.
*/
@Test
public void processInterFileAugmentWithRpcInputAsTarget() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// Builds RPC request tree in YDT.
YangRequestWorkBench workBench =
buildYangRequestWorkBenchForRpc(registry);
// Creates augment code object.
// Creates the list of value in, case value in.
ValueIn valuein1 = new org.onosproject.yang.gen.v1.yms.test.ytb.augment
.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput
.activatesoftwareimage.output.augmentedrpcoutput.selection
.valuein.DefaultValueIn.ValueInBuilder().kinetic(KIN1)
.build();
ValueIn valuein2 = new org.onosproject.yang.gen.v1.yms.test.ytb.augment
.yangautoprefixfor.rpc.input.rev20160826.ytbaugmentforrpcinput
.activatesoftwareimage.output.augmentedrpcoutput.selection
.valuein.DefaultValueIn.ValueInBuilder().kinetic(KIN2)
.build();
List<ValueIn> valueInList = new ArrayList<>();
valueInList.add(valuein1);
valueInList.add(valuein2);
// Adds the case value into the choice interface.
Selection selection = new DefaultValueIn.ValueInBuilder()
.valueIn(valueInList).build();
// Augment is created for the object.
AugmentedRpcOutput augmentRpcOutput = new DefaultAugmentedRpcOutput
.AugmentedRpcOutputBuilder().selection(selection).build();
// Create two list object of friction.
Friction friction1 = new DefaultFriction.FrictionBuilder()
.speed(BigInteger.valueOf(500)).build();
Friction friction2 = new DefaultFriction.FrictionBuilder()
.speed(BigInteger.valueOf(1000)).build();
List<Friction> fricList = new ArrayList<>();
fricList.add(friction1);
fricList.add(friction2);
// Create augment with the friction object created.
AugmentedInputOutput augmentedIO = new DefaultAugmentedInputOutput
.AugmentedInputOutputBuilder().friction(fricList).build();
// Creates RPC object.
List<OutputList> outputLists = createApplicationBuiltObjectForRpc();
// Adds the augment and the rps output values into the output.
DefaultActivateSoftwareImageOutput
.ActivateSoftwareImageOutputBuilder output =
new DefaultActivateSoftwareImageOutput
.ActivateSoftwareImageOutputBuilder();
output.addYangAugmentedInfo(augmentRpcOutput, AugmentedRpcOutput.class);
output.addYangAugmentedInfo(augmentedIO, AugmentedInputOutput.class);
output.outputList(outputLists);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtForRpcResponse(
output, workBench);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Checks the first module from logical root node.
YdtContext module = context.getFirstChild();
assertThat(getInCrtName(MODULE, RPC_ADV_IO), module.getName(),
is(RPC_ADV_IO));
// Gets the rpc under module.
YdtContext rpc = module.getFirstChild();
assertThat(getInCrtName(RPC, ACT_IMG), rpc.getName(), is(ACT_IMG));
// Gets the output value under rpc.
// TODO: Change assert after YANG utils is merged.
YdtContext rpcOutputNode = rpc.getFirstChild();
//assertThat(rpcOutputNode.getName(), is("output"));
YdtContext firstNode = rpcOutputNode.getFirstChild();
assertThat(firstNode, notNullValue());
YdtContext secondNode = firstNode.getNextSibling();
assertThat(secondNode, notNullValue());
YdtContext thirdNode = secondNode.getNextSibling();
assertThat(thirdNode, notNullValue());
YdtContext fourthNode = thirdNode.getNextSibling();
assertThat(fourthNode, notNullValue());
// Gets the list content 1 as the node from output.
YdtContext outputList1 = fourthNode.getNextSibling();
assertThat(getInCrtName(LIST, OUTPUT_LIST), outputList1.getName(),
is(OUTPUT_LIST));
// Gets the leaf key-list from list content1.
YdtContext keyList1 = outputList1.getFirstChild();
assertThat(getInCrtName(LEAF, LIST_KEY), keyList1.getName(),
is(LIST_KEY));
assertThat(getInCrtLeafValue(LIST_KEY, BIN_VAL_1), keyList1.getValue(),
is(BIN_VAL_1));
// Gets the content inside container from list content 1.
YdtContext cont1 = keyList1.getNextSibling();
assertThat(getInCrtName(CONTAINER, CONT_INSIDE), cont1.getName(),
is(CONT_INSIDE));
// Gets the list content 2 as the node from output.
YdtContext outputList2 = outputList1.getNextSibling();
assertThat(getInCrtName(LIST, OUTPUT_LIST), outputList2.getName(),
is(OUTPUT_LIST));
// Gets the leaf-list key-list from list content2.
YdtContext keyList2 = outputList2.getFirstChild();
assertThat(getInCrtName(LEAF, LIST_KEY), keyList2.getName(),
is(LIST_KEY));
assertThat(getInCrtLeafValue(LIST_KEY, BIN_VAL_2), keyList2.getValue(),
is(BIN_VAL_2));
// Gets the content inside container from list content 2.
YdtContext cont2 = keyList2.getNextSibling();
assertThat(getInCrtName(CONTAINER, CONT_INSIDE), cont2.getName(),
is(CONT_INSIDE));
// Gets the leaf-list available inside container.
YdtContext availLeafList = cont2.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, AVAILABLE), availLeafList.getName(),
is(AVAILABLE));
Set value1 = availLeafList.getValueSet();
assertThat(getInCrtLeafListValue(AVAILABLE, EIGHTY_NINE),
value1.contains(EIGHTY_NINE), is(true));
assertThat(getInCrtLeafListValue(AVAILABLE, NINETY_EIGHT),
value1.contains(NINETY_EIGHT), is(true));
// Gets the list content 3.
YdtContext outputList3 = outputList2.getNextSibling();
assertThat(getInCrtName(LIST, OUTPUT_LIST), outputList3.getName(),
is(OUTPUT_LIST));
// Gets the leaf list-key in content 3 of list.
YdtContext keyList3 = outputList3.getFirstChild();
assertThat(getInCrtName(LEAF, LIST_KEY), keyList3.getName(),
is(LIST_KEY));
assertThat(getInCrtLeafValue(LIST_KEY, BIN_VAL_3), keyList3.getValue(),
is(BIN_VAL_3));
}
}