/*
* 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.ydt;
import org.junit.Rule;
import org.junit.rules.ExpectedException;
import org.onosproject.yms.app.yob.DefaultYobBuilder;
import org.onosproject.yms.app.ysr.TestYangSchemaNodeProvider;
import org.onosproject.yms.app.ysr.YangSchemaRegistry;
import org.onosproject.yms.app.ytb.DefaultYangTreeBuilder;
import org.onosproject.yms.ydt.YdtContext;
import org.onosproject.yms.ydt.YdtContextOperationType;
import org.onosproject.yms.ydt.YdtListener;
import org.onosproject.yms.ydt.YdtType;
import java.util.ArrayList;
import java.util.HashSet;
import java.util.LinkedList;
import java.util.List;
import java.util.Set;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertNotNull;
import static org.junit.Assert.assertNull;
import static org.junit.Assert.assertTrue;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A1;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A2;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A2L;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A3;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A4;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A5;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A5L;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A6;
import static org.onosproject.yms.app.ydt.YdtTestConstants.A6L;
import static org.onosproject.yms.app.ydt.YdtTestConstants.BACKSLASH;
import static org.onosproject.yms.app.ydt.YdtTestConstants.BIT;
import static org.onosproject.yms.app.ydt.YdtTestConstants.BITNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.BOOL;
import static org.onosproject.yms.app.ydt.YdtTestConstants.BOOLNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSINT16;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSINT32;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSINT64;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSINT8;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSUINT16;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSUINT32;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSUINT64;
import static org.onosproject.yms.app.ydt.YdtTestConstants.CAPSUINT8;
import static org.onosproject.yms.app.ydt.YdtTestConstants.COUSTOMNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.ELNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.EMPNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.EMPTY;
import static org.onosproject.yms.app.ydt.YdtTestConstants.EMPTYNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.ENUM;
import static org.onosproject.yms.app.ydt.YdtTestConstants.ENUMNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.E_LEAF;
import static org.onosproject.yms.app.ydt.YdtTestConstants.IETF;
import static org.onosproject.yms.app.ydt.YdtTestConstants.IETFNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.INT16NS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.INT32NS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.INT64NS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.INT8NS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.INV;
import static org.onosproject.yms.app.ydt.YdtTestConstants.LIST;
import static org.onosproject.yms.app.ydt.YdtTestConstants.LISTNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.LWC;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MATERIALNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MAXUINT16;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MAXUINT32;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MAXUINT64;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MAXUINT8;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MERCHNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MINVALUE;
import static org.onosproject.yms.app.ydt.YdtTestConstants.MRV;
import static org.onosproject.yms.app.ydt.YdtTestConstants.NETNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.NIWMF;
import static org.onosproject.yms.app.ydt.YdtTestConstants.NWF;
import static org.onosproject.yms.app.ydt.YdtTestConstants.PERIOD;
import static org.onosproject.yms.app.ydt.YdtTestConstants.PIWMF;
import static org.onosproject.yms.app.ydt.YdtTestConstants.PURCHASNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.PWF;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SINT16;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SINT32;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SLINK;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SMALLINT64;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SMALLINT8;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SMALLUINT64;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SMALLUINT8;
import static org.onosproject.yms.app.ydt.YdtTestConstants.STP;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SUINT16;
import static org.onosproject.yms.app.ydt.YdtTestConstants.SUINT32;
import static org.onosproject.yms.app.ydt.YdtTestConstants.TOPONS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.TRADNS;
import static org.onosproject.yms.app.ydt.YdtTestConstants.TYPE;
import static org.onosproject.yms.app.ydt.YdtTestConstants.WAREHNS;
import static org.onosproject.yms.ydt.YdtContextOperationType.DELETE;
import static org.onosproject.yms.ydt.YdtContextOperationType.MERGE;
import static org.onosproject.yms.ydt.YmsOperationType.EDIT_CONFIG_REPLY;
public class YdtTestUtils implements YdtListener {
private static List<String> kValList = new ArrayList<>();
@Rule
public ExpectedException thrown = ExpectedException.none();
private static YangSchemaRegistry schemaRegistry;
private static TestYangSchemaNodeProvider schemaProvider =
new TestYangSchemaNodeProvider();
// Logger list is used for walker testing.
private static final List<String> LOGGER = new ArrayList<>();
/**
* Returns the LOGGER with log for testing the YDT walker.
*
* @return list of logs
*/
public static List<String> getLogger() {
return LOGGER;
}
/**
* Clear the LOGGER array.
*/
public static void resetLogger() {
LOGGER.clear();
}
@Override
public void enterYdtNode(YdtContext ydtContext) {
LOGGER.add("Entry Node is " + ydtContext.getName() + PERIOD);
}
@Override
public void exitYdtNode(YdtContext ydtContext) {
LOGGER.add("Exit Node is " + ydtContext.getName() + PERIOD);
}
/**
* Returns schema registry of YDT.
*
* @return schema registry
*/
public static YangSchemaRegistry getSchemaRegistry() {
return schemaRegistry;
}
/**
* Sets the ydt schema registry.
*
* @param registry schema registry
*/
public static void setSchemaRegistry(YangSchemaRegistry registry) {
schemaRegistry = registry;
}
/**
* Returns the ydt builder for food module.
*
* @return ydt builder
*/
public static YangRequestWorkBench foodArenaYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("foodarena", "food", "ydt.food", MERGE);
ydtBuilder.addChild("food", "ydt.food");
// ydtBuilder.addChild("snack", null, "ydt.food");
// ydtBuilder.addChild("latenight", null, "ydt.food");
ydtBuilder.addLeaf("chocolate", "ydt.food", "dark");
return ydtBuilder;
}
/**
* Returns the ydt builder for empty leaf list module.
*
* @return ydt builder
*/
public static YangRequestWorkBench emptyLeafListYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("empty", "EmptyLeafList", ELNS, MERGE);
ydtBuilder.addChild("l1", ELNS);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("l2", ELNS);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("l3", ELNS);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("list1", ELNS);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("list2", ELNS);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("list3", ELNS);
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for yms-ietf-network module.
*
* @return ydt builder
*/
public static YangRequestWorkBench ietfNetwork1Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(IETF, IETF, IETFNS, MERGE);
// Adding container
ydtBuilder.addChild("networks", null);
// Adding list inside container
ydtBuilder.addChild("network", null);
// Adding key element network Id
ydtBuilder.addLeaf("network-id", null, "network1");
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("supporting-network", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("node", null);
// Adding key element node-id
ydtBuilder.addLeaf("node-id", null, "node1");
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("supporting-node", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network3");
ydtBuilder.traverseToParent();
// Adding key element node-ref
ydtBuilder.addLeaf("node-ref", null, "network4");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding container
ydtBuilder.addChild("networks-state", null);
// Adding list inside container
ydtBuilder.addChild("network", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network5");
ydtBuilder.traverseToParent();
// Adding leaf server-provided
ydtBuilder.addLeaf("server-provided", null, "true");
return ydtBuilder;
}
/**
* Returns the ydt builder for yms-ietf-network-topology module.
*
* @return ydt builder
*/
public static YangRequestWorkBench ietfNetworkTopologyYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(IETF, IETF, IETFNS, MERGE);
// Adding container
ydtBuilder.addChild("networks", IETFNS, MERGE);
// Adding list inside container
ydtBuilder.addChild("network", IETFNS, MERGE);
// Adding key element network Id
ydtBuilder.addLeaf("network-id", null, "network1");
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("id1");
// adding the augmented node
ydtBuilder.addMultiInstanceChild("link", TOPONS, kValList, MERGE);
// container source
ydtBuilder.addChild("source", TOPONS, MERGE);
ydtBuilder.addLeaf("source-node", null, "source1");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("source-tp", null, "source2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// container destination
ydtBuilder.addChild("destination", TOPONS, MERGE);
ydtBuilder.addLeaf("dest-node", null, "dest1");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("dest-tp", null, "dest2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("network1");
kValList.add("id2");
// adding the supporting-link list node
ydtBuilder.addMultiInstanceChild(SLINK, TOPONS, kValList, MERGE);
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("network2");
kValList.add("id3");
// adding the supporting-link list another instance
ydtBuilder.addMultiInstanceChild(SLINK, TOPONS, kValList, MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("supporting-network", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("node", null);
// Adding key element node-id
ydtBuilder.addLeaf("node-id", null, "node1");
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("tp_id1");
//adding augmented termination-point list
ydtBuilder.addMultiInstanceChild("t-point", TOPONS,
kValList, MERGE);
kValList.clear();
kValList.add("network-ref");
kValList.add("node-ref");
kValList.add("tp-ref");
//adding supporting-termination-point
ydtBuilder.addMultiInstanceChild(STP, TOPONS, kValList, MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("supporting-node", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network3");
ydtBuilder.traverseToParent();
// Adding key element node-ref
ydtBuilder.addLeaf("node-ref", null, "network4");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("link-id", TOPONS, "id1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding container
ydtBuilder.addChild("networks-state", null);
// Adding list inside container
ydtBuilder.addChild("network", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network5");
ydtBuilder.traverseToParent();
// Adding leaf server-provided
ydtBuilder.addLeaf("server-provided", null, "true");
return ydtBuilder;
}
/**
* Returns the ydt builder for augmented module.
*
* @return ydt builder
*/
public static YangRequestWorkBench augmentNetworkYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(IETF, IETF, IETFNS, MERGE);
// Adding container
ydtBuilder.addChild("networks", IETFNS, MERGE);
// Adding list inside container
ydtBuilder.addChild("network", IETFNS, MERGE);
// Adding key element network Id
ydtBuilder.addLeaf("network-id", null, "network1");
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("id1");
// adding the augmented node
ydtBuilder.addMultiInstanceChild("link", TOPONS, kValList, MERGE);
// container source
ydtBuilder.addChild("source", TOPONS, MERGE);
ydtBuilder.addLeaf("source-node", null, "source1");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("source-tp", null, "source2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// container destination
ydtBuilder.addChild("destination", TOPONS, MERGE);
ydtBuilder.addLeaf("dest-node", null, "dest1");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("dest-tp", null, "dest2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("network1");
kValList.add("id2");
// adding the supporting-link list node
ydtBuilder.addMultiInstanceChild(SLINK, TOPONS, kValList, MERGE);
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("network2");
kValList.add("id3");
// adding the supporting-link list another instance
ydtBuilder.addMultiInstanceChild(SLINK, TOPONS, kValList, MERGE);
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("1");
ydtBuilder.addMultiInstanceChild("augment1", A1, kValList, MERGE);
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("1");
kValList.add("2");
ydtBuilder.addMultiInstanceChild("augment2", A2, kValList, MERGE);
ydtBuilder.addChild("augment5", A5, DELETE);
ydtBuilder.addMultiInstanceChild(A6L, A6, kValList, DELETE);
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("value5", null, "5");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addMultiInstanceChild(A5L, A5, kValList, DELETE);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("augment3", A3, MERGE);
ydtBuilder.addChild("augment4", A4, DELETE);
ydtBuilder.addLeaf("value4", null, "4");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("augment5", A5, MERGE);
ydtBuilder.addLeaf("leaf6", A6, "6");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("value5", null, "5");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("augment6", A6, DELETE);
ydtBuilder.addLeaf("value6", null, "6");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("value3", null, "3");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("augment3leaf", A3, "3");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addMultiInstanceChild(A2L, A2, kValList, MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("supporting-network", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("node", null);
// Adding key element node-id
ydtBuilder.addLeaf("node-id", null, "node1");
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("tp_id1");
//adding augmented termination-point list
ydtBuilder.addMultiInstanceChild("t-point", TOPONS,
kValList, MERGE);
kValList.clear();
kValList.add("network-ref");
kValList.add("node-ref");
kValList.add("tp-ref");
//adding supporting-termination-point
ydtBuilder.addMultiInstanceChild(STP, TOPONS, kValList, MERGE);
// Adding augmented container1 inside supporting-termination-point
augmentTerminationPointYdt(ydtBuilder);
return ydtBuilder;
}
/**
* Adds augments inside supporting-termination-point in augmented module.
*
* @param ydtBuilder ydt builder which need to be updated
*/
private static void augmentTerminationPointYdt(YangRequestWorkBench ydtBuilder) {
ydtBuilder.addChild("augment1", A1);
ydtBuilder.addLeaf("value1", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("augment1-leaf", A1, "1");
ydtBuilder.traverseToParent();
ydtBuilder.addChild("augment2", A2, MERGE);
ydtBuilder.addChild("augment3", A3, MERGE);
ydtBuilder.addLeaf("value3", null, "3");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("augment4leaf", A4, "4");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("value2", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("1");
kValList.add("2");
ydtBuilder.addMultiInstanceChild(A2L, A2, kValList, MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("augment2leaf", A2, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding list inside list
ydtBuilder.addChild("supporting-node", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network3");
ydtBuilder.traverseToParent();
// Adding key element node-ref
ydtBuilder.addLeaf("node-ref", null, "network4");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("link-id", TOPONS, "id1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
// Adding container
ydtBuilder.addChild("networks-state", null);
// Adding list inside container
ydtBuilder.addChild("network", null);
// Adding key element network-ref
ydtBuilder.addLeaf("network-ref", null, "network5");
ydtBuilder.traverseToParent();
// Adding leaf server-provided
ydtBuilder.addLeaf("server-provided", null, "true");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
augmentNetworkYdt(ydtBuilder);
}
/**
* Adds augmented module augment-network under logical node ietf-network.
*
* @param ydtBuilder ydt builder which need to be updated
*/
private static void augmentNetworkYdt(YangRequestWorkBench ydtBuilder) {
ydtBuilder.addChild("augmentNetwork", NETNS);
//adding list with name node under module node
ydtBuilder.addChild("node", null);
//adding key leaf for node
ydtBuilder.addLeaf("name", null, "node1");
ydtBuilder.traverseToParent();
// adding augmented container cont1s under list
ydtBuilder.addChild("cont1s", null);
// adding container cont1s under cont1s
ydtBuilder.addChild("cont1s", null);
//adding leaf under cont1s
ydtBuilder.addLeaf("fine", null, "leaf");
//adding augmented list node bu augment-topology1 under container
ydtBuilder.traverseToParent();
ydtBuilder.addChild("augment1", A1, DELETE);
//adding key leaf for list node augment1
ydtBuilder.addLeaf("value1", null, "1");
}
/**
* Returns the ydt builder for rootlist module with listwithcontainer node
* using addMultiInstanceChild interface for adding multi instance node.
*
* @return ydt builder
*/
public static YangRequestWorkBench listWithContainerYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("list", "rootlist", "ydt.rootlist", MERGE);
kValList.clear();
kValList.add("12");
kValList.add("12");
ydtBuilder.addMultiInstanceChild(LWC, null, kValList, MERGE);
ydtBuilder.addLeaf(INV, null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(INV, null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.addChild("interface", null);
ydtBuilder.addLeaf(INV, null, "12");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("invalid", null, "121");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for rootlist module with listwithcontainer
* node using addChild interface for adding multi instance node.
*
* @return ydt builder
*/
public static YangRequestWorkBench listWithContainer1Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("list", "rootlist", "ydt.rootlist", MERGE);
ydtBuilder.addChild(LWC, null);
ydtBuilder.addLeaf("invalid", null, "12");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("invalid1", null, "12");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(INV, null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(INV, null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.addChild("interface", null);
ydtBuilder.addLeaf(INV, null, "12");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("invalid", null, "121");
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for rootlist module with multiple instances of
* listwithcontainer node using addMultiInstanceChild interface for adding
* multi instance node.
*
* @return ydt builder
*/
public static YangRequestWorkBench listWithContainer2Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("list", "rootlist", "ydt.rootlist", MERGE);
kValList.clear();
kValList.add("1222");
kValList.add("1212");
ydtBuilder.addMultiInstanceChild(LWC, null, kValList, MERGE);
kValList.clear();
kValList.add("12");
kValList.add("1");
ydtBuilder.addMultiInstanceChild(INV, null, kValList, MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(INV, null, "122");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(INV, null, "2222");
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("1222");
kValList.add("1212");
ydtBuilder.addMultiInstanceChild(INV, null, kValList, MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.addChild("interface", null);
ydtBuilder.addLeaf(INV, null, "12");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for rootlist module with listwithoutcontainer
* node.
*
* @return ydt builder
*/
public static YangRequestWorkBench listWithoutContainerYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("list", "rootlist", "ydt.rootlist", MERGE);
ydtBuilder.addChild("listwithoutcontainer", null);
ydtBuilder.addLeaf(INV, null, "12");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for logisticsmanager module.
*
* @return ydt builder
*/
public static YangRequestWorkBench logisticsManagerYdt() {
Set<String> valueSet = new HashSet();
valueSet.add("1");
valueSet.add("2");
valueSet.add("3");
valueSet.add("4");
valueSet.add("5");
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("logisticsmanager", "customssupervisor",
null, MERGE);
ydtBuilder.addLeaf("supervisor", COUSTOMNS, "abc");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("merchandisersupervisor", MERCHNS, MERGE);
ydtBuilder.addLeaf("supervisor", MERCHNS, "abc");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("materialsupervisor", MATERIALNS, MERGE);
ydtBuilder.addChild("supervisor", MATERIALNS);
ydtBuilder.addLeaf("name", MATERIALNS, "abc");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("departmentId", MATERIALNS, "xyz");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("supervisor", MATERIALNS);
ydtBuilder.addLeaf("name", MATERIALNS, "ab");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("departmentId", MATERIALNS, "xy");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("purchasingsupervisor", PURCHASNS, MERGE);
ydtBuilder.addChild("supervisor", PURCHASNS);
ydtBuilder.addLeaf("purchasing-specialist", PURCHASNS, "abc");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("support", "ydt.purchasing-supervisor", "xyz");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("warehousesupervisor", WAREHNS, MERGE);
ydtBuilder.addLeaf("supervisor", WAREHNS, valueSet);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("tradingsupervisor", TRADNS, MERGE);
ydtBuilder.addLeaf("supervisor", TRADNS, "abc");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("employeeid", EMPNS, MERGE);
ydtBuilder.addLeaf("employeeid", EMPNS, valueSet);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for bit module.
*
* @return ydt builder
*/
public static YangRequestWorkBench bitYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("builtInType", "bit", "ydt.bit", MERGE);
ydtBuilder.addChild("bitList", null);
ydtBuilder.addLeaf("bit", null, "disable-nagle");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("bitList", null);
ydtBuilder.addLeaf("bit", null, "auto-sense-speed");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("bitList", null);
ydtBuilder.addLeaf("bit", null, "ten-Mb-only");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("bitList", null);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for bool module.
*
* @return ydt builder
*/
public static YangRequestWorkBench booleanYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder("builtInType", "bool", "ydt.boolean", MERGE);
ydtBuilder.addChild("booleanList", null);
ydtBuilder.addLeaf("boolean", null, "true");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("booleanList", null);
ydtBuilder.addLeaf("boolean", null, "false");
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for emptydata module.
*
* @return ydt builder
*/
public static YangRequestWorkBench emptyTypeYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "emptydata", "ydt.emptydata", MERGE);
ydtBuilder.addChild("emptyList", null);
ydtBuilder.addLeaf("empty", null, "");
return ydtBuilder;
}
/**
* Returns the ydt builder for enumtest module.
*
* @return ydt builder
*/
public static YangRequestWorkBench enumYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "enumtest", "ydt.enumtest", MERGE);
ydtBuilder.addChild("enumList", null);
ydtBuilder.addLeaf("enumleaf", null, "ten");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("enumList", null);
ydtBuilder.addLeaf("enumleaf", null, "hundred");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("enumList", null);
ydtBuilder.addLeaf("enumleaf", null, "thousand");
return ydtBuilder;
}
/**
* Returns the ydt builder for augmentSequence module.
*
* @return ydt builder
*/
public static YangRequestWorkBench augmentSequenceYdt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"augment", "augmentSequence", "ydt.augmentSequence", MERGE);
ydtBuilder.addChild("l1", null);
ydtBuilder.addLeaf("leaf1", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.addChild("c1", "ydt.augmentSequence1");
ydtBuilder.addLeaf("leaf2", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild("c2", "ydt.augmentSequence2");
ydtBuilder.addLeaf("leaf2", null, "3");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for crypto-base module.
*
* @return ydt builder
*/
public static YangRequestWorkBench identityRefYdt() {
Set<String> valueSet = new HashSet();
valueSet.add("crypto-alg");
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"identityref", "crypto-base", "ydt.crypto-base", MERGE);
ydtBuilder.addLeaf("crypto", null, "crypto-alg");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("abc-zeunion", null, "crypto-alg");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("level2", null, "crypto-alg2");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("level3", null, "crypto-alg3");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("level4", null, "crypto-alg3");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("abc-type", null, valueSet);
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for builtin type integer8 module.
*
* @return ydt builder
*/
public static YangRequestWorkBench integer8Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "integer8", "ydt.integer8", MERGE);
ydtBuilder.addLeaf("negInt", null, "-128");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("posInt", null, "127");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUInt", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUInt", null, "255");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midUIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("UnInteger", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revInteger", null, "-128");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "127");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "255");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for builtin type integer16 module.
*
* @return ydt builder
*/
public static YangRequestWorkBench integer16Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "integer16", "ydt.integer16", MERGE);
ydtBuilder.addLeaf("negInt", null, "-32768");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("posInt", null, "32767");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUInt", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUInt", null, "65535");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midUIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("UnInteger", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revInteger", null, "-32768");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "32767");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "65535");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for builtin type integer32 module.
*
* @return ydt builder
*/
public static YangRequestWorkBench integer32Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "integer32", "ydt.integer32", MERGE);
ydtBuilder.addLeaf("negInt", null, "-2147483648");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("posInt", null, "2147483647");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUInt", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUInt", null, "4294967295");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midUIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("UnInteger", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revInteger", null, "-2147483648");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "2147483647");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "4294967295");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for builtin type integer64 module.
*
* @return ydt builder
*/
public static YangRequestWorkBench integer64Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "integer64", "ydt.integer64", MERGE);
ydtBuilder.addLeaf("negInt", null, "-9223372036854775808");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("posInt", null, "9223372036854775807");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUInt", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUInt", null, "18446744073709551615");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midUIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minUIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxUIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("integer", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("UnInteger", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("UnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revInteger", null, "-9223372036854775808");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revInteger", null, "9223372036854775807");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "0");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "1");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "2");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null, YdtType.MULTI_INSTANCE_NODE);
ydtBuilder.addLeaf("revUnInteger", null, "18446744073709551615");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder for builtin type decimal64 module.
*
* @return ydt builder
*/
public static YangRequestWorkBench decimal64Ydt() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"builtInType", "decimal64", "ydt.decimal64", MERGE);
ydtBuilder.addLeaf("negInt", null, "-92233720368547758.08");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("posInt", null, "92233720368547758.07");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(NIWMF, null, "-922337203685477580.8");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(PIWMF, null, "922337203685477580.7");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(NWF, null, "-9.223372036854775808");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf(PWF, null, "9.223372036854775807");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("midIntWithRange", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("minIntWithRange", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("maxIntWithRange", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("decimal", null, "11");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("decimal", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("decimal", null, "40");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("decimal", null, "50");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("decimal", null, "55");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("decimal", null, "100");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "-92233720368547758.08");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "2.505");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "3.14");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "10");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "20");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "92233720368547757");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.addChild(MRV, null);
ydtBuilder.addLeaf("revDecimal", null, "92233720368547758.07");
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the ydt builder with requested logical root name and module name.
*
* @param rootName logical rootNode name
* @param moduleName application(module) name
* @param nameSpace namespace of module
* @param opType operation type
* @return ydt builder
*/
public static YangRequestWorkBench getYdtBuilder(String rootName, String
moduleName, String nameSpace, YdtContextOperationType opType) {
setSchemaRegistry(schemaProvider.getDefaultYangSchemaRegistry());
YangRequestWorkBench ydtBuilder;
schemaProvider.processSchemaRegistry(null);
ydtBuilder = new YangRequestWorkBench(
rootName, null, null, schemaProvider
.getDefaultYangSchemaRegistry(), true);
ydtBuilder.addChild(moduleName, nameSpace, opType);
return ydtBuilder;
}
/**
* Compares the two value sets.
*/
public static void compareValueSet(Set<String> valueSet,
Set<String> userInputValueSet) {
// Check the value against user input.
assertTrue("Expected 'valueSet' and 'userInputValueSet' to be equal.",
valueSet.containsAll(userInputValueSet));
}
/**
* Returns the ydt builder for Hello_ONOS module.
*
* @return ydt builder
*/
public static YangRequestWorkBench helloOnos() {
YangRequestWorkBench ydtBuilder;
ydtBuilder = getYdtBuilder(
"Hello-ONOS", "Hello_ONOS", "ydt:hello_onos", MERGE);
ydtBuilder.addChild("hello-world", null);
ydtBuilder.addChild("input", null);
ydtBuilder.addLeaf("name", null, "onos");
ydtBuilder.traverseToParent();
ydtBuilder.addLeaf("surName", null, "yang");
ydtBuilder.traverseToParent();
kValList.clear();
kValList.add("ON");
kValList.add("LAB");
ydtBuilder.addMultiInstanceChild("stringList", null, kValList,
MERGE);
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
ydtBuilder.traverseToParent();
return ydtBuilder;
}
/**
* Returns the error message for requested node.
*
* @param value value in string format
* @param dataType requested data type
* @return error string
*/
static String getErrorString(String value, String dataType) {
StringBuilder msg = new StringBuilder();
switch (dataType) {
case SINT16:
case SINT32:
case SMALLINT8:
case SMALLINT64:
case SMALLUINT8:
case SMALLUINT64:
case SUINT16:
case SUINT32:
case CAPSINT8:
case CAPSINT16:
case CAPSINT32:
case CAPSINT64:
case CAPSUINT8:
case CAPSUINT16:
case CAPSUINT32:
case CAPSUINT64:
case BIT:
case BOOL:
case ENUM:
msg.append("YANG file error : Input value ").append(BACKSLASH)
.append(value).append(BACKSLASH)
.append(" is not a valid ").append(dataType);
break;
case EMPTY:
msg.append("YANG file error : Input value ").append(BACKSLASH)
.append(value).append(BACKSLASH).append(
" is not allowed for a data type EMPTY");
break;
case MINVALUE:
msg.append("YANG file error : ").append(value)
.append(" is lesser than minimum value ")
.append(MINVALUE).append(PERIOD);
break;
case MAXUINT8:
case MAXUINT16:
case MAXUINT32:
case MAXUINT64:
msg.append("YANG file error : ").append(value)
.append(" is greater than maximum value ")
.append(dataType).append(PERIOD);
break;
default:
return null;
}
return msg.toString();
}
/**
* Validates the error message which is obtained by checking the given
* value against its data type restrictions.
*
* @param name leaf name
* @param nameSpace leaf namespace
* @param val leaf value
* @param type data type suffix string for exception message
* @param childName child name
*/
public static void validateErrMsg(String name, String nameSpace,
String val, String type, String childName) {
YangRequestWorkBench ydtBuilder = getTestYdtBuilder(nameSpace);
boolean isExpOccurred = false;
/*
* If childName exist then leaf need to be added under the
* child node with the given childName
*/
if (childName != null) {
ydtBuilder.addChild(childName, nameSpace);
}
/*
* This try catch is explicitly written to use as utility in other
* test cases.
*/
try {
ydtBuilder.addLeaf(name, nameSpace, val);
} catch (IllegalArgumentException e) {
isExpOccurred = true;
assertEquals(e.getMessage(), getErrorString(val, type));
}
assertEquals(E_LEAF + name, isExpOccurred, true);
}
/**
* Returns ydt builder for requested namespace.
*
* @param namespace namespace of the requested yang data tree
* @return ydt builder
*/
public static YangRequestWorkBench getTestYdtBuilder(String namespace) {
switch (namespace) {
case INT8NS:
return getYdtBuilder(TYPE, "integer8", INT8NS, MERGE);
case INT16NS:
return getYdtBuilder(TYPE, "integer16", INT16NS, MERGE);
case INT32NS:
return getYdtBuilder(TYPE, "integer32", INT32NS, MERGE);
case INT64NS:
return getYdtBuilder(TYPE, "integer64", INT64NS, MERGE);
case BITNS:
return getYdtBuilder(TYPE, "bit", BITNS, MERGE);
case BOOLNS:
return getYdtBuilder(TYPE, "bool", BOOLNS, MERGE);
case EMPTYNS:
return getYdtBuilder(TYPE, "emptydata", EMPTYNS, MERGE);
case ENUMNS:
return getYdtBuilder(TYPE, "enumtest", ENUMNS, MERGE);
case LISTNS:
return getYdtBuilder(LIST, "rootlist", LISTNS, MERGE);
default:
return null;
}
}
/**
* Validates the contents of node like name, namespace and operation type.
*
* @param ydtNode node need to be validate
* @param name name of the node
* @param opType operation type of the node
*/
public static void validateNodeContents(YdtNode ydtNode, String name,
YdtContextOperationType opType) {
assertEquals(ydtNode.getName(), name);
assertEquals(ydtNode.getYdtContextOperationType(), opType);
}
/**
* Validates the contents of leaf node like name, namespace and operation
* type.
*
* @param ydtNode node need to be validate
* @param name name of the node
* @param value value of the leaf node
*/
public static void validateLeafContents(YdtNode ydtNode, String name,
String value) {
validateNodeContents(ydtNode, name, null);
assertEquals(ydtNode.getValue(), value);
}
/**
* Validates the contents of leaf-list node like name, namespace and
* operation type.
*
* @param ydtNode node need to be validate
* @param name name of the node
* @param valueSet value of the leaf node
*/
public static void validateLeafListContents(YdtNode ydtNode, String name,
Set<String> valueSet) {
validateNodeContents(ydtNode, name, null);
compareValueSet(ydtNode.getValueSet(), valueSet);
}
/**
* Validates the contents of ydt application logical node.
*
* @param ydtAppNode node need to be validate
*/
public static void validateAppLogicalNodeContents(
YdtAppContext ydtAppNode) {
assertNull(ydtAppNode.getOperationType());
assertNull(ydtAppNode.getParent());
assertNull(ydtAppNode.getNextSibling());
assertNull(ydtAppNode.getPreviousSibling());
assertNotNull(ydtAppNode.getFirstChild());
assertNotNull(ydtAppNode.getLastChild());
}
/**
* Validates the contents of ydt application module node.
*
* @param ydtAppNode node need to be validate
* @param name name of the node
* @param opType operation type of the app node
*/
public static void validateAppModuleNodeContents(
YdtAppContext ydtAppNode, String name,
YdtAppNodeOperationType opType) {
assertEquals(ydtAppNode.getModuleContext().getName(), name);
assertEquals(ydtAppNode.getOperationType(), opType);
}
/**
* Validates the contents of ydt application node like name, namespace
* and operation type.
*
* @param ydtAppNode node need to be validate
* @param name name of the schema node
* @param ns namespace of the schema node
* @param opType operation type of the app node
*/
public static void validateAppNodeContents(
YdtAppContext ydtAppNode, String name, String ns,
YdtAppNodeOperationType opType) {
assertEquals(ydtAppNode.getAugmentingSchemaNode().getName(), name);
assertEquals(ydtAppNode.getAugmentingSchemaNode().getNameSpace()
.getModuleNamespace(), ns);
assertEquals(ydtAppNode.getOperationType(), opType);
}
/**
* Walks in the given built ydt and validates it.
*/
public static void walkINTree(YangRequestWorkBench ydtBuilder,
String[] expected) {
DefaultYdtWalker ydtWalker = new DefaultYdtWalker();
resetLogger();
YdtTestUtils utils = new YdtTestUtils();
// Assign root node as starting node to walk the whole tree.
ydtWalker.walk(utils, ydtBuilder.getRootNode());
// Logger list is used for walker testing.
List<String> logger = getLogger();
for (int i = 0; i < expected.length; i++) {
assertEquals(expected[i], logger.get(i));
}
}
/**
* Creates Ydt from YO using YTB.
*/
static YangRequestWorkBench validateYangObject(
YangRequestWorkBench ydtBuilder, String name, String namespace) {
YdtContext rootCtx = ydtBuilder.getRootNode();
YdtContext childCtx = rootCtx.getFirstChild();
DefaultYobBuilder builder = new DefaultYobBuilder();
Object yangObject = builder.getYangObject(
(YdtExtendedContext) childCtx, YdtTestUtils
.getSchemaRegistry());
List<Object> list = new LinkedList<>();
list.add(yangObject);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YangRequestWorkBench defaultYdtBuilder =
(YangRequestWorkBench) treeBuilder.getYdtBuilderForYo(
list, name, namespace, EDIT_CONFIG_REPLY, YdtTestUtils
.getSchemaRegistry());
return defaultYdtBuilder;
}
}