/*
* 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.Rule;
import org.junit.Test;
import org.junit.rules.ExpectedException;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.YtbDerivedTypeWithBitsAndBinary;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.YtbDerivedTypeWithBitsAndBinaryOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.ytbderivedtypewithbitsandbinary.Derivedbinarya;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.ytbderivedtypewithbitsandbinary.Derivedbinaryb;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.ytbderivedtypewithbitsandbinary.Derivedbitsa;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.ytbderivedtypewithbitsandbinary.Derivedbitsb;
import org.onosproject.yang.gen.v1.yms.test.ytb.derived.type.with.bits.and.binary.rev20160826.ytbderivedtypewithbitsandbinary.ForunionUnion;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.container.rev20160826.YtbModuleWithContainer;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.container.rev20160826.YtbModuleWithContainerOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.container.rev20160826.ytbmodulewithcontainer.DefaultSched;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.container.rev20160826.ytbmodulewithcontainer.Sched;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaf.ietfschedule.rev20160826.YtbIetfSchedule;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaf.ietfschedule.rev20160826.YtbIetfSchedule.OnosYangOpType;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaf.ietfschedule.rev20160826.YtbIetfScheduleOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaf.ietfschedule.rev20160826.ytbietfschedule.Enum1Enum;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaf.ietfschedule.rev20160826.ytbietfschedule.Enum2Enum;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaflist.rev20160826.YtbModuleWithLeafList;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.leaflist.rev20160826.YtbModuleWithLeafListOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.yangautoprefixlist.rev20160826.YtbModuleWithList;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.yangautoprefixlist.rev20160826.YtbModuleWithListOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.yangautoprefixlist.rev20160826.ytbmodulewithlist.DefaultYtblistlist;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.yangautoprefixlist.rev20160826.ytbmodulewithlist.Find;
import org.onosproject.yang.gen.v1.yms.test.ytb.module.with.yangautoprefixlist.rev20160826.ytbmodulewithlist.Ytblistlist;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.a.rev20160826.YtbMultiModulea;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.a.rev20160826.YtbMultiModuleaOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.a.rev20160826.ytbmultimodulea.DefaultYtbmultilist;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.a.rev20160826.ytbmultimodulea.Ytbmultilist;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.b.rev20160826.YtbMultiModuleb;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.b.rev20160826.YtbMultiModulebOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.b.rev20160826.ytbmultimoduleb.DefaultYtbmultilistb;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.module.b.rev20160826.ytbmultimoduleb.Ytbmultilistb;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.notification.with.container.rev20160826.ytbmultinotificationwithcontainer.DefaultFortesta;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.notification.with.container.rev20160826.ytbmultinotificationwithcontainer.Fortesta;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.notification.with.container.rev20160826.ytbmultinotificationwithcontainer.YtbMultiNotificationWithContainerEvent;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.notification.with.container.rev20160826.ytbmultinotificationwithcontainer.YtbMultiNotificationWithContainerEventSubject;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.notification.with.container.rev20160826.ytbmultinotificationwithcontainer.fortesta.DefaultYtbnot;
import org.onosproject.yang.gen.v1.yms.test.ytb.multi.notification.with.container.rev20160826.ytbmultinotificationwithcontainer.fortesta.Ytbnot;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.YtbTreeBuilderForListHavingList;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.YtbTreeBuilderForListHavingListOpParam;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.Carrier;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.DefaultCarrier;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.carrier.DefaultMultiplexes;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.carrier.Multiplexes;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.carrier.multiplexes.ApplicationAreas;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.carrier.multiplexes.DefaultApplicationAreas;
import org.onosproject.yang.gen.v1.yms.test.ytb.tree.builder.yangautoprefixfor.yangautoprefixlist.having.yangautoprefixlist.rev20160826.ytbtreebuilderforlisthavinglist.carrier.multiplexes.TypesEnum;
import org.onosproject.yms.app.ydt.YdtExtendedBuilder;
import org.onosproject.yms.app.ydt.YdtNode;
import org.onosproject.yms.app.ysr.DefaultYangSchemaRegistry;
import org.onosproject.yms.ydt.YdtBuilder;
import org.onosproject.yms.ydt.YdtContext;
import org.onosproject.yms.ydt.YdtContextOperationType;
import java.math.BigDecimal;
import java.math.BigInteger;
import java.util.ArrayList;
import java.util.BitSet;
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.nullValue;
import static org.onosproject.yms.ydt.YdtContextOperationType.CREATE;
import static org.onosproject.yms.ydt.YdtContextOperationType.DELETE;
import static org.onosproject.yms.ydt.YdtContextOperationType.MERGE;
import static org.onosproject.yms.ydt.YdtContextOperationType.NONE;
import static org.onosproject.yms.ydt.YmsOperationType.EDIT_CONFIG_REQUEST;
import static org.onosproject.yms.ydt.YmsOperationType.QUERY_CONFIG_REQUEST;
import static org.onosproject.yms.ydt.YmsOperationType.QUERY_REQUEST;
/**
* Unit test cases for YANG tree builder with different YANG object
* configuration.
*/
public class DefaultYangTreeBuilderTest extends YtbErrMsgAndConstants {
private static final String ONE = "1";
private static final String TWO = "2";
private static final String THREE = "3";
private static final String FOUR = "4";
private static final String FIVE = "5";
private static final String SIX = "6";
private static final String NINE = "9";
private static final String IETF_SCHEDULE = "YtbIetfSchedule";
private static final String TIME = "time";
private static final String MOD_LEAF_LIST = "YtbModuleWithLeafList";
private static final String ENUM_1 = "enum1";
private static final String ENUM_2 = "enum2";
private static final String HUNDRED_100 = "hundred-100";
private static final String TEN_10 = "ten-10";
private static final String THOUSAND_1000 = "thousand-1000";
private static final String MOD_CONT = "YtbModuleWithContainer";
private static final String SCHED = "sched";
private static final String PREDICT_VAL = "98989";
private static final String MOD_LIST = "YtbModuleWithList";
private static final String LIST_LIST = "ytblistlist";
private static final String PREDICTION = "prediction";
private static final String TRUE = "true";
private static final String FALSE = "false";
private static final String MUL_NOTIFY =
"YtbMultiNotificationWithContainer";
private static final String NOTIFICATION = "notification";
private static final String NOTIFY = "fortesta";
private static final String YTB_NOTIFY_CONT = "ytbnot";
private static final String NOTIFY_LEAF = "notileaf";
private static final String ANT = "ant";
private static final String ANIMAL = "animal";
private static final String BIRD = "bird";
private static final String BALL = "ball";
private static final String BAT = "bat";
private static final String MUL_MOD_A = "YtbMultiModulea";
private static final String MUL_LIST_A = "ytbmultilist";
private static final String CHECK = "check";
private static final String MUL_MOD_B = "YtbMultiModuleb";
private static final String MUL_LIST_B = "ytbmultilistb";
private static final String CHECKIN = "checkin";
private static final String LIST_WITH_LIST =
"YtbTreeBuilderForListHavingList";
private static final String CONT_CARRIER = "carrier";
private static final String LIST_MULTIPLEXES = "multiplexes";
private static final String TYPES = "types";
private static final String TIME_DIVISION = "time-division";
private static final String APP_AREA_LIST = "application-areas";
private static final String DEST_AREA = "destination-areas";
private static final String FREQUENCY_DIV = "frequency-division";
private static final String MOD_BIT_BIN = "YtbDerivedTypeWithBitsAndBinary";
private static final String FOR_BINARY = "forbinary";
private static final String BIN_VAL_1 = "BQUF";
private static final String FOR_BITS = "forbits";
private static final String FOR_BINARY_LIST = "forbinarylist";
private static final String BIN_VAL_2 = "CQkA";
private static final String BIN_VAL_3 = "DAYA";
private static final String BIN_VAL_4 = "EB0Z";
private static final String FOR_BITS_LIST = "forbitslist";
private static final String FOR_UNION = "forunion";
private static final String BIN_VAL_5 = "AAAA";
private static final String BIT_VAL_1 = "leaf1 leaf2";
private static final String BIN_VAL_6 = "AQYD";
private static final String BIN_VAL_7 = "AgcE";
private static final String BIN_VAL_8 = "BQYB";
private static final String BIN_VAL_9 = "AwgE";
private static final String BIN_VAL_10 = "AQAA";
private static final String BIN_VAL_11 = "AAAB";
private static final String BIN_VAL_12 = "BwcH";
private static final String BIN_VAL_13 = "AAE=";
private static final String BIT_VAL_2 = "index signature";
private static final String BIT_VAL_3 = "index";
private static final String BIT_VAL_4 = "index name";
private static final String BIT_VAL_5 = "index name signature";
@Rule
public ExpectedException thrown = ExpectedException.none();
private static String emptyObjErrMsg(String objName) {
return "The " + objName + " given for tree creation cannot be null";
}
private static BigDecimal getBigDeci(int bigDecimal) {
return BigDecimal.valueOf(bigDecimal);
}
/**
* Processes an empty object list to the YTB and checks that the
* exception is thrown.
*/
@Test
public void processInvalidListInput() {
thrown.expect(YtbException.class);
thrown.expectMessage(emptyObjErrMsg("object list"));
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
treeBuilder.getYdtBuilderForYo(null, ROOT_NAME, ROOT_NAME_SPACE,
EDIT_CONFIG_REQUEST, null);
}
/**
* Processes an empty notification object to the YTB and checks that the
* exception is thrown.
*/
@Test
public void processInvalidInputForNotification() {
thrown.expect(YtbException.class);
thrown.expectMessage(emptyObjErrMsg("event object"));
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
treeBuilder.getYdtForNotification(null, ROOT_NAME, null);
}
/**
* Processes an empty rpc output object to the YTB and checks that the
* exception is thrown.
*/
@Test
public void processInvalidInputForRpc() {
thrown.expect(YtbException.class);
thrown.expectMessage(emptyObjErrMsg("output object"));
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
treeBuilder.getYdtForRpcResponse(null, null);
}
/**
* Processes a YAB/YSB request to YTB with a leaf value being filled in
* the app object. Checks the constructed YDT tree for module and leaf
* and its value.
*/
@Test
public void processModuleAndLeaf() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
YtbIetfSchedule schedule = new YtbIetfScheduleOpParam
.YtbIetfScheduleBuilder()
.time((byte) 9)
.yangYtbIetfScheduleOpType(OnosYangOpType.MERGE)
.build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(schedule);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
EDIT_CONFIG_REQUEST, registry);
// Receives YDT context and checks the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Gets the first module from logical root node.
YdtContext module = context.getFirstChild();
YdtContextOperationType opType = ((YdtNode) module)
.getYdtContextOperationType();
assertThat(getInCrtName(MODULE, IETF_SCHEDULE),
module.getName(), is(IETF_SCHEDULE));
assertThat(getInCrtOpType(MODULE, IETF_SCHEDULE),
opType, is(MERGE));
// Gets the first leaf from module IetfSchedule.
YdtContext leafContext = module.getFirstChild();
assertThat(getInCrtName(LEAF, TIME),
leafContext.getName(), is(TIME));
assertThat(getInCrtLeafValue(TIME, NINE),
leafContext.getValue(), is(NINE));
}
/**
* Processes a YAB/YSB request to YTB with a leaf-list value being filled
* in the app object. Checks the constructed YDT tree for module and
* leaf-list and its value.
*/
@Test
public void processModuleAndLeafList() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates list of type long for setting the leaf-list.
List<Long> longList = new ArrayList<>();
longList.add((long) 1);
longList.add((long) 2);
longList.add((long) 3);
YtbModuleWithLeafList leafListModule = new YtbModuleWithLeafListOpParam
.YtbModuleWithLeafListBuilder().time(longList).build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(leafListModule);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE, QUERY_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();
YdtContextOperationType opType = ((YdtNode) module)
.getYdtContextOperationType();
assertThat(getInCrtName(MODULE, MOD_LEAF_LIST),
module.getName(), is(MOD_LEAF_LIST));
assertThat(getInCrtOpType(MODULE, MOD_LEAF_LIST), opType, nullValue());
// Gets the first leaf-list from module.
YdtContext leafList = module.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, TIME), leafList.getName(),
is(TIME));
Set<String> value = leafList.getValueSet();
assertThat(getInCrtLeafListValue(TIME, ONE),
value.contains(ONE), is(true));
assertThat(getInCrtLeafListValue(TIME, TWO),
value.contains(TWO), is(true));
assertThat(getInCrtLeafListValue(TIME, THREE),
value.contains(THREE), is(true));
}
/**
* Processes leaf and leaf-list with type enum under module. Checks the
* constructed YDT tree has YANG enum value.
*/
@Test
public void processWithTypeEnum() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates enum list for setting the leaf-list.
List<Enum2Enum> enumList = new ArrayList<>();
enumList.add(Enum2Enum.HUNDRED_100);
enumList.add(Enum2Enum.TEN_10);
enumList.add(Enum2Enum.THOUSAND_1000);
YtbIetfSchedule schedule = new YtbIetfScheduleOpParam
.YtbIetfScheduleBuilder()
.time((byte) 9)
.yangYtbIetfScheduleOpType(OnosYangOpType.MERGE)
.enum1(Enum1Enum.HUNDRED)
.enum2(enumList)
.build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(schedule);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
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();
YdtContextOperationType opType =
((YdtNode) module).getYdtContextOperationType();
assertThat(getInCrtName(MODULE, IETF_SCHEDULE),
module.getName(), is(IETF_SCHEDULE));
assertThat(getInCrtOpType(MODULE, IETF_SCHEDULE), opType, is(MERGE));
// Checks the leaf and leaf-list values.
YdtContext timeLeaf = module.getFirstChild();
assertThat(getInCrtName(LEAF, TIME), timeLeaf.getName(), is(TIME));
assertThat(getInCrtLeafValue(TIME, NINE),
timeLeaf.getValue(), is(NINE));
YdtContext enum1Leaf = timeLeaf.getNextSibling();
assertThat(getInCrtName(LEAF, ENUM_1), enum1Leaf.getName(), is(ENUM_1));
assertThat(getInCrtLeafValue(ENUM_1, HUNDRED),
enum1Leaf.getValue(), is(HUNDRED));
YdtContext enum2LeafList = enum1Leaf.getNextSibling();
assertThat(getInCrtName(LEAF_LIST, ENUM_2),
enum2LeafList.getName(), is(ENUM_2));
Set<String> valueSet = enum2LeafList.getValueSet();
assertThat(getInCrtLeafListValue(ENUM_2, HUNDRED_100),
valueSet.contains(HUNDRED_100), is(true));
assertThat(getInCrtLeafListValue(ENUM_2, TEN_10),
valueSet.contains(TEN_10), is(true));
assertThat(getInCrtLeafListValue(ENUM_2, THOUSAND_1000),
valueSet.contains(THOUSAND_1000), is(true));
}
/**
* Processes a YAB/YSB request to YTB with a container having leaf value
* being filled in the app object. Checks the constructed YDT tree for
* module and container and leaf.
*/
@Test
public void processModuleWithContainer() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates container object with leaf of decimal type.
Sched sched = new DefaultSched.SchedBuilder()
.predict(getBigDeci(98989))
.yangSchedOpType(
YtbModuleWithContainerOpParam.OnosYangOpType.DELETE)
.build();
// Creates module object with the container.
YtbModuleWithContainer contModule = new YtbModuleWithContainerOpParam
.YtbModuleWithContainerBuilder()
.sched(sched)
.yangYtbModuleWithContainerOpType(
YtbModuleWithContainerOpParam.OnosYangOpType.CREATE)
.build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(contModule);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
QUERY_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();
YdtContextOperationType opType = ((YdtNode) module)
.getYdtContextOperationType();
assertThat(getInCrtName(MODULE, MOD_CONT),
module.getName(), is(MOD_CONT));
assertThat(getInCrtOpType(MODULE, MOD_CONT), opType, is(CREATE));
// Get the container from module.
YdtContext container = module.getFirstChild();
YdtContextOperationType opTypeOfCont = ((YdtNode) container)
.getYdtContextOperationType();
assertThat(getInCrtName(CONTAINER, SCHED),
container.getName(), is("sched"));
assertThat(getInCrtOpType(CONTAINER, SCHED), opTypeOfCont, is(DELETE));
// Gets leaf from container.
YdtContext leafContext = container.getFirstChild();
assertThat(getInCrtName(LEAF, PREDICT),
leafContext.getName(), is(PREDICT));
assertThat(getInCrtLeafValue(PREDICT, PREDICT_VAL),
leafContext.getValue(), is(PREDICT_VAL));
}
/**
* Processes a YAB/YSB request to YTB with a list having leaf-list value
* being filled in the app object. Checks the constructed YDT tree for
* module and list and leaf-list.
*/
@Test
public void processModuleWithList() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates multi typedef values.
Find find1 = new Find(true);
Find find2 = new Find(false);
Find find3 = new Find(true);
Find find4 = new Find(false);
// Creates two lists, with the typedef values added.
List<Find> findList1 = new ArrayList<>();
List<Find> findList2 = new ArrayList<>();
findList1.add(find1);
findList1.add(find2);
findList2.add(find3);
findList2.add(find4);
// Creates two list contents.
Ytblistlist list1 = new DefaultYtblistlist
.YtblistlistBuilder().prediction(findList1).build();
Ytblistlist list2 = new DefaultYtblistlist
.YtblistlistBuilder().prediction(findList2).build();
List<Ytblistlist> ytbList = new ArrayList<>();
ytbList.add(list1);
ytbList.add(list2);
// Creates module having list.
YtbModuleWithList listModule = new YtbModuleWithListOpParam
.YtbModuleWithListBuilder().ytblistlist(ytbList).build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(listModule);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
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();
YdtContextOperationType opType = ((YdtNode) module)
.getYdtContextOperationType();
assertThat(getInCrtName(MODULE, MOD_LIST),
module.getName(), is(MOD_LIST));
assertThat(getInCrtOpType(MODULE, MOD_LIST), opType, nullValue());
// Gets the first list from module YtbModuleWithList.
YdtContext firstList = module.getFirstChild();
YdtContextOperationType listOpType = ((YdtNode) firstList)
.getYdtContextOperationType();
// Checks the contents in the list.
assertThat(getInCrtName(LIST, LIST_LIST),
firstList.getName(), is(LIST_LIST));
assertThat(getInCrtOpType(LIST, LIST_LIST), listOpType, nullValue());
// Gets the contents of the leaf-list in the first list content.
YdtContext leafListInList1 = firstList.getFirstChild();
// Evaluates the leaf-list values.
Set leafListValue1 = leafListInList1.getValueSet();
assertThat(getInCrtName(LEAF_LIST, PREDICTION),
leafListInList1.getName(), is(PREDICTION));
assertThat(getInCrtLeafListValue(PREDICTION, TRUE),
leafListValue1.contains(TRUE), is(true));
assertThat(getInCrtLeafListValue(PREDICTION, FALSE),
leafListValue1.contains(FALSE), is(true));
// Gets the second list from module YtbModuleWithList.
YdtContext secondList = firstList.getNextSibling();
// Gets the contents of the leaf-list in the second list content.
YdtContext leafListInList2 = secondList.getFirstChild();
// Evaluates the leaf-list values.
Set leafListValue2 = leafListInList2.getValueSet();
assertThat(getInCrtName(LEAF_LIST, PREDICTION),
leafListInList2.getName(), is(PREDICTION));
assertThat(getInCrtLeafListValue(PREDICTION, TRUE),
leafListValue2.contains(TRUE), is(true));
assertThat(getInCrtLeafListValue(PREDICTION, FALSE),
leafListValue2.contains(FALSE), is(true));
}
/**
* Processes multi notification under module when request comes for one
* notification event in module.
*/
@Test
public void processMultiNotificationWithContainer() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Sets the bit value.
BitSet bitleaf = new BitSet();
bitleaf.set(0);
bitleaf.set(1);
// Creates container with the leaf.
Ytbnot ytbnot = new DefaultYtbnot.YtbnotBuilder().notileaf(bitleaf)
.build();
// Creates notification with container.
Fortesta testa = new DefaultFortesta.FortestaBuilder()
.ytbnot(ytbnot).build();
// Invokes event subject class with notification.
YtbMultiNotificationWithContainerEventSubject eventSubject = new
YtbMultiNotificationWithContainerEventSubject();
eventSubject.fortesta(testa);
// Invokes event class with the event type and the event subject obj.
YtbMultiNotificationWithContainerEvent event =
new YtbMultiNotificationWithContainerEvent(
YtbMultiNotificationWithContainerEvent.Type.FORTESTA,
eventSubject);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtContext ydtContext = treeBuilder.getYdtForNotification(
event, ROOT_NAME, registry);
// Gets the first module from logical root node.
YdtContext context = ydtContext.getFirstChild();
YdtContextOperationType opType = ((YdtNode) context)
.getYdtContextOperationType();
assertThat(getInCrtName(MODULE, MUL_NOTIFY), context.getName(),
is(MUL_NOTIFY));
assertThat(getInCrtOpType(MODULE, MUL_NOTIFY), opType, is(NONE));
// Gets the notification under module.
YdtContext notify = context.getFirstChild();
YdtContextOperationType notifyOpType = ((YdtNode) notify)
.getYdtContextOperationType();
// Checks the contents in the first notification.
assertThat(getInCrtName(NOTIFICATION, NOTIFY), notify.getName(),
is(NOTIFY));
assertThat(getInCrtOpType(NOTIFICATION, NOTIFY), notifyOpType,
is(NONE));
// Gets the container in notification
YdtContext container = notify.getFirstChild();
assertThat(getInCrtName(CONTAINER, YTB_NOTIFY_CONT),
container.getName(), is(YTB_NOTIFY_CONT));
// Evaluates the leaf values.
YdtContext leafInCont = container.getFirstChild();
assertThat(getInCrtName(LEAF, NOTIFY_LEAF), leafInCont.getName(),
is(NOTIFY_LEAF));
assertThat(getInCrtLeafValue(NOTIFY_LEAF, BIT_VAL_1),
leafInCont.getValue(), is(BIT_VAL_1));
}
/**
* Processes multi module with list in both the modules and checks the
* YANG data tree building.
*/
@Test
public void processMultiModule() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates list of big integer for leaf-list under list1.
List<BigInteger> bigIntegerList = new ArrayList<>();
bigIntegerList.add(BigInteger.valueOf(1));
bigIntegerList.add(BigInteger.valueOf(2));
bigIntegerList.add(BigInteger.valueOf(3));
// Creates list of big integer for leaf-list under list2.
List<BigInteger> bigIntegerList1 = new ArrayList<>();
bigIntegerList1.add(BigInteger.valueOf(4));
bigIntegerList1.add(BigInteger.valueOf(5));
bigIntegerList1.add(BigInteger.valueOf(6));
// Creates two list contents.
Ytbmultilist listContent1 = new DefaultYtbmultilist
.YtbmultilistBuilder().check(bigIntegerList).build();
Ytbmultilist listContent2 = new DefaultYtbmultilist
.YtbmultilistBuilder().check(bigIntegerList1).build();
List<Ytbmultilist> ytbmultilists = new ArrayList<>();
ytbmultilists.add(listContent1);
ytbmultilists.add(listContent2);
// Creates module-a with two list contents created.
YtbMultiModulea modulea = new YtbMultiModuleaOpParam
.YtbMultiModuleaBuilder().ytbmultilist(ytbmultilists).build();
// Creates list of string for leaf-list under list1.
List<String> stringList = new ArrayList<>();
stringList.add(ANT);
stringList.add(ANIMAL);
stringList.add(BIRD);
// Creates list of string for leaf-list under list2.
List<String> stringList1 = new ArrayList<>();
stringList1.add(CATCH);
stringList1.add(BALL);
stringList1.add(BAT);
// Creates two list contents.
Ytbmultilistb listContent3 = new DefaultYtbmultilistb
.YtbmultilistbBuilder().checkin(stringList).build();
Ytbmultilistb listContent4 = new DefaultYtbmultilistb
.YtbmultilistbBuilder().checkin(stringList1).build();
List<Ytbmultilistb> ytbMultiListb = new ArrayList<>();
ytbMultiListb.add(listContent3);
ytbMultiListb.add(listContent4);
// Creates module-b with two list contents created.
YtbMultiModuleb moduleb = new YtbMultiModulebOpParam
.YtbMultiModulebBuilder().ytbmultilistb(ytbMultiListb).build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> listOfModules = new ArrayList<>();
listOfModules.add(modulea);
listOfModules.add(moduleb);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
listOfModules, ROOT_NAME, ROOT_NAME_SPACE,
EDIT_CONFIG_REQUEST, registry);
// Receives YDT context and check the tree that is built.
YdtContext context = ydtBuilder.getRootNode();
// Checks module-a under root node.
YdtContext moduleA = context.getFirstChild();
assertThat(getInCrtName(MODULE, MUL_MOD_A), moduleA.getName(),
is(MUL_MOD_A));
// Checks list-a in module-a and its respective leaf-list.
YdtContext list1InModuleA = moduleA.getFirstChild();
assertThat(getInCrtName(LIST, MUL_LIST_A), list1InModuleA.getName(),
is(MUL_LIST_A));
YdtContext leafListA = list1InModuleA.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, CHECK), leafListA.getName(),
is(CHECK));
Set<String> valueA = leafListA.getValueSet();
assertThat(getInCrtLeafListValue(CHECK, ONE), valueA.contains(ONE),
is(true));
assertThat(getInCrtLeafListValue(CHECK, TWO), valueA.contains(TWO),
is(true));
assertThat(getInCrtLeafListValue(CHECK, THREE), valueA.contains(THREE),
is(true));
// Checks list-b in module-a and its respective leaf-list.
YdtContext list2InModuleA = list1InModuleA.getNextSibling();
assertThat(getInCrtName(LIST, MUL_LIST_A), list2InModuleA.getName(),
is(MUL_LIST_A));
YdtContext leafListB = list2InModuleA.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, CHECK), leafListB.getName(),
is(CHECK));
Set<String> valueB = leafListB.getValueSet();
assertThat(getInCrtLeafListValue(CHECK, FOUR), valueB.contains(FOUR),
is(true));
assertThat(getInCrtLeafListValue(CHECK, FIVE), valueB.contains(FIVE),
is(true));
assertThat(getInCrtLeafListValue(CHECK, SIX), valueB.contains(SIX),
is(true));
// Checks module-b under root node.
YdtContext moduleB = moduleA.getNextSibling();
assertThat(getInCrtName(MODULE, MUL_MOD_B), moduleB.getName(),
is(MUL_MOD_B));
// Checks list-a in module-b and its respective leaf-list.
YdtContext list1InModuleB = moduleB.getFirstChild();
assertThat(getInCrtName(LIST, MUL_LIST_B), list1InModuleB.getName(),
is(MUL_LIST_B));
YdtContext leafListC = list1InModuleB.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, CHECKIN), leafListC.getName(),
is(CHECKIN));
Set<String> valueC = leafListC.getValueSet();
assertThat(getInCrtLeafListValue(CHECKIN, ANT), valueC.contains(ANT),
is(true));
assertThat(getInCrtLeafListValue(CHECKIN, ANIMAL),
valueC.contains(ANIMAL), is(true));
assertThat(getInCrtLeafListValue(CHECKIN, BIRD),
valueC.contains(BIRD), is(true));
// Checks list-b in module-b and its respective leaf-list.
YdtContext list2InModuleB = list1InModuleB.getNextSibling();
assertThat(getInCrtName(LIST, MUL_LIST_B), list2InModuleB.getName(),
is(MUL_LIST_B));
YdtContext leafListD = list2InModuleB.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, CHECKIN), leafListD.getName(),
is(CHECKIN));
Set<String> valueD = leafListD.getValueSet();
assertThat(getInCrtLeafListValue(CHECKIN, CATCH),
valueD.contains(CATCH), is(true));
assertThat(getInCrtLeafListValue(CHECKIN, BALL),
valueD.contains(BALL), is(true));
assertThat(getInCrtLeafListValue(CHECKIN, BAT),
valueD.contains(BAT), is(true));
}
/**
* Processes tree building when a list node is having list inside it.
*/
@Test
public void processTreeBuilderForListHavingList() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates two binary leaf-lists for two list app areas.
List<byte[]> destArea1 = new ArrayList<>();
byte[] arr = new byte[]{1, 6, 3};
byte[] arr1 = new byte[]{2, 7, 4};
destArea1.add(arr);
destArea1.add(arr1);
List<byte[]> destArea2 = new ArrayList<>();
byte[] arr2 = new byte[]{3, 8, 4};
byte[] arr3 = new byte[]{5, 6, 1};
destArea2.add(arr2);
destArea2.add(arr3);
// Creates two app areas list.
ApplicationAreas appArea1 = new DefaultApplicationAreas
.ApplicationAreasBuilder().destinationAreas(destArea1).build();
ApplicationAreas appArea2 = new DefaultApplicationAreas
.ApplicationAreasBuilder().destinationAreas(destArea2).build();
List<ApplicationAreas> applicationAreasList = new ArrayList<>();
applicationAreasList.add(appArea1);
applicationAreasList.add(appArea2);
// Adds two lists under the multiplex list for content 1.
Multiplexes mpx1 = new DefaultMultiplexes.MultiplexesBuilder()
.types(TypesEnum.TIME_DIVISION)
.applicationAreas(applicationAreasList).build();
// Creates two binary leaf-lists for two list app areas.
List<byte[]> destArea3 = new ArrayList<>();
byte[] arrB = new byte[]{0, 0, 1};
byte[] arr1B = new byte[]{1, 0, 0};
destArea3.add(arrB);
destArea3.add(arr1B);
List<byte[]> destArea4 = new ArrayList<>();
byte[] arr2B = new byte[]{7, 7, 7};
byte[] arr3B = new byte[]{0, 1};
destArea4.add(arr2B);
destArea4.add(arr3B);
// Creates two app areas list.
ApplicationAreas appArea3 = new DefaultApplicationAreas
.ApplicationAreasBuilder().destinationAreas(destArea3).build();
ApplicationAreas appArea4 = new DefaultApplicationAreas
.ApplicationAreasBuilder().destinationAreas(destArea4).build();
List<ApplicationAreas> applicationAreasListB = new ArrayList<>();
applicationAreasListB.add(appArea3);
applicationAreasListB.add(appArea4);
// Adds two lists under the multiplex list for content 2.
Multiplexes mpx2 = new DefaultMultiplexes.MultiplexesBuilder()
.types(TypesEnum.FREQUENCY_DIVISION)
.applicationAreas(applicationAreasListB).build();
List<Multiplexes> multiplexList = new ArrayList<>();
multiplexList.add(mpx1);
multiplexList.add(mpx2);
// Sets it in the container carrier.
Carrier carrier = new DefaultCarrier.CarrierBuilder()
.multiplexes(multiplexList).build();
YtbTreeBuilderForListHavingList listWithList = new
YtbTreeBuilderForListHavingListOpParam
.YtbTreeBuilderForListHavingListBuilder()
.carrier(carrier).build();
// As YSB or YAB protocol sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(listWithList);
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
QUERY_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(LIST, LIST_WITH_LIST), module.getName(),
is(LIST_WITH_LIST));
// Checks the container node under module node.
YdtContext container = module.getFirstChild();
assertThat(getInCrtName(CONTAINER, CONT_CARRIER), container.getName(),
is(CONT_CARRIER));
// Checks the list node with content 1 of multiplex.
YdtContext mtx1 = container.getFirstChild();
assertThat(getInCrtName(LIST, LIST_MULTIPLEXES), mtx1.getName(),
is(LIST_MULTIPLEXES));
// Checks enum leaf under multiplex of content1.
YdtContext enumLeaf1 = mtx1.getFirstChild();
assertThat(getInCrtName(LEAF, TYPES), enumLeaf1.getName(), is(TYPES));
assertThat(getInCrtLeafValue(TYPES, TIME_DIVISION),
enumLeaf1.getValue(), is(TIME_DIVISION));
// Checks list app area content 1 under multiplex content 1.
YdtContext appAreaList1 = enumLeaf1.getNextSibling();
assertThat(getInCrtName(LIST, APP_AREA_LIST), appAreaList1.getName(),
is(APP_AREA_LIST));
YdtContext leafList1 = appAreaList1.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, DEST_AREA), leafList1.getName(),
is(DEST_AREA));
Set value1 = leafList1.getValueSet();
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_6),
value1.contains(BIN_VAL_6), is(true));
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_7),
value1.contains(BIN_VAL_7), is(true));
// Checks list app area content 2 under multiplex content 1.
YdtContext appAreaList2 = appAreaList1.getNextSibling();
assertThat(getInCrtName(LIST, APP_AREA_LIST), appAreaList2.getName(),
is(APP_AREA_LIST));
YdtContext leafList2 = appAreaList2.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, DEST_AREA), leafList2.getName(),
is(DEST_AREA));
Set value2 = leafList2.getValueSet();
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_8),
value2.contains(BIN_VAL_8), is(true));
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_9),
value2.contains(BIN_VAL_9), is(true));
// Checks the list node with content 2 of multiplex.
YdtContext mtx2 = mtx1.getNextSibling();
assertThat(getInCrtName(LIST, LIST_MULTIPLEXES), mtx2.getName(),
is(LIST_MULTIPLEXES));
// Checks enum leaf under multiplex of content2.
YdtContext enumLeaf2 = mtx2.getFirstChild();
assertThat(getInCrtName(LEAF, TYPES), enumLeaf2.getName(), is(TYPES));
assertThat(getInCrtLeafValue(TYPES, FREQUENCY_DIV),
enumLeaf2.getValue(), is(FREQUENCY_DIV));
// Checks list app area content 1 under multiplex content 2.
YdtContext appAreaList3 = enumLeaf2.getNextSibling();
assertThat(getInCrtName(LIST, APP_AREA_LIST), appAreaList3.getName(),
is(APP_AREA_LIST));
YdtContext leafList3 = appAreaList3.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, DEST_AREA), leafList3.getName(),
is(DEST_AREA));
Set value3 = leafList3.getValueSet();
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_10),
value3.contains(BIN_VAL_10), is(true));
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_11),
value3.contains(BIN_VAL_11), is(true));
// Checks list app area content 2 under multiplex content 2.
YdtContext appAreaList4 = appAreaList3.getNextSibling();
assertThat(getInCrtName(LIST, APP_AREA_LIST), appAreaList4.getName(),
is(APP_AREA_LIST));
YdtContext leafList4 = appAreaList4.getFirstChild();
assertThat(getInCrtName(LEAF_LIST, DEST_AREA), leafList4.getName(),
is(DEST_AREA));
Set value4 = leafList4.getValueSet();
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_12),
value4.contains(BIN_VAL_12), is(true));
assertThat(getInCrtLeafListValue(DEST_AREA, BIN_VAL_13),
value4.contains(BIN_VAL_13), is(true));
}
/**
* Processes tree building from the derived type of leaf and leaf-list
* having binary and bits .
*/
@Test
public void processTreeBuilderForBinaryAndBits() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates a byte array for binary leaf.
byte[] binLeaf = new byte[]{5, 5, 5};
// Assigns the value in the chained loop of typedef.
Derivedbinaryb derBinb = new Derivedbinaryb(binLeaf);
Derivedbinarya derBina = new Derivedbinarya(derBinb);
// Creates bit set for bit leaf.
BitSet bitLeaf = new BitSet();
bitLeaf.set(1);
bitLeaf.set(100);
// Assigns the value in the chained loop of typedef.
Derivedbitsb derBitb = new Derivedbitsb(bitLeaf);
Derivedbitsa derBita = new Derivedbitsa(derBitb);
// Creates a byte array list for binary leaf-list.
byte[] binList1 = new byte[]{9, 9, 0};
byte[] binList2 = new byte[]{12, 6, 0};
byte[] binList3 = new byte[]{16, 29, 25};
// Assigns the value in the chained loop of typedef.
Derivedbinaryb derBinBList1 = new Derivedbinaryb(binList1);
Derivedbinaryb derBinBList2 = new Derivedbinaryb(binList2);
Derivedbinaryb derBinBList3 = new Derivedbinaryb(binList3);
Derivedbinarya derBinAList1 = new Derivedbinarya(derBinBList1);
Derivedbinarya derBinAList2 = new Derivedbinarya(derBinBList2);
Derivedbinarya derBinAList3 = new Derivedbinarya(derBinBList3);
List<Derivedbinarya> binAlist = new ArrayList<>();
binAlist.add(derBinAList1);
binAlist.add(derBinAList2);
binAlist.add(derBinAList3);
// Creates a bit set list for bit leaf-list.
BitSet bitList1 = new BitSet();
bitList1.set(1);
BitSet bitList2 = new BitSet();
bitList2.set(1);
bitList2.set(10);
BitSet bitList3 = new BitSet();
bitList3.set(1);
bitList3.set(10);
bitList3.set(100);
// Assigns the value in the chained loop of typedef.
Derivedbitsb bitBlist1 = new Derivedbitsb(bitList1);
Derivedbitsb bitBlist2 = new Derivedbitsb(bitList2);
Derivedbitsb bitBlist3 = new Derivedbitsb(bitList3);
Derivedbitsa bitAlist1 = new Derivedbitsa(bitBlist1);
Derivedbitsa bitAlist2 = new Derivedbitsa(bitBlist2);
Derivedbitsa bitAlist3 = new Derivedbitsa(bitBlist3);
List<Derivedbitsa> bitAlist = new ArrayList<>();
bitAlist.add(bitAlist1);
bitAlist.add(bitAlist2);
bitAlist.add(bitAlist3);
// Creates a module by assigning all the leaf and leaf-list.
YtbDerivedTypeWithBitsAndBinary bitsAndBinary = new
YtbDerivedTypeWithBitsAndBinaryOpParam
.YtbDerivedTypeWithBitsAndBinaryBuilder()
.forbinary(derBina).forbits(derBita)
.forbinarylist(binAlist)
.forbitslist(bitAlist).build();
// As YSB or YAB protocol, sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(bitsAndBinary);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
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, MOD_BIT_BIN), module.getName(),
is(MOD_BIT_BIN));
// Checks the leaf for binary.
YdtContext binaryLeaf = module.getFirstChild();
assertThat(getInCrtName(LEAF, FOR_BINARY), binaryLeaf.getName(),
is(FOR_BINARY));
assertThat(getInCrtLeafValue(FOR_BINARY, BIN_VAL_1),
binaryLeaf.getValue(), is(BIN_VAL_1));
// Checks the leaf for bits.
YdtContext bitsLeaf = binaryLeaf.getNextSibling();
assertThat(getInCrtName(LEAF, FOR_BITS), bitsLeaf.getName(),
is(FOR_BITS));
assertThat(getInCrtLeafValue(FOR_BITS, BIT_VAL_2),
bitsLeaf.getValue(), is(BIT_VAL_2));
// Checks the leaf-list for binary.
YdtContext binaryLeafList = bitsLeaf.getNextSibling();
assertThat(getInCrtName(LEAF_LIST, FOR_BINARY_LIST),
binaryLeafList.getName(), is(FOR_BINARY_LIST));
Set value2 = binaryLeafList.getValueSet();
assertThat(getInCrtLeafListValue(FOR_BINARY_LIST, BIN_VAL_2),
value2.contains(BIN_VAL_2), is(true));
assertThat(getInCrtLeafListValue(FOR_BINARY_LIST, BIN_VAL_3),
value2.contains(BIN_VAL_3), is(true));
assertThat(getInCrtLeafListValue(FOR_BINARY_LIST, BIN_VAL_4),
value2.contains(BIN_VAL_4), is(true));
// Checks the leaf-list for bits.
YdtContext bitsLeafList = binaryLeafList.getNextSibling();
assertThat(getInCrtName(LEAF_LIST, FOR_BITS_LIST),
bitsLeafList.getName(), is(FOR_BITS_LIST));
Set value3 = bitsLeafList.getValueSet();
assertThat(getInCrtLeafListValue(FOR_BITS_LIST, BIT_VAL_3),
value3.contains(BIT_VAL_3), is(true));
assertThat(getInCrtLeafListValue(FOR_BITS_LIST, BIT_VAL_4),
value3.contains(BIT_VAL_4), is(true));
assertThat(getInCrtLeafListValue(FOR_BITS_LIST, BIT_VAL_5),
value3.contains(BIT_VAL_5), is(true));
}
/**
* Processes tree building for the union type.
*/
@Test
public void processYtbUnionType() {
schemaProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry registry = schemaProvider
.getDefaultYangSchemaRegistry();
// As an application, creates the object.
// Creates union with binary type.
byte[] binary = new byte[]{0, 0, 0};
ForunionUnion union = new ForunionUnion(binary);
// Creates module with union.
YtbDerivedTypeWithBitsAndBinary unionType = new
YtbDerivedTypeWithBitsAndBinaryOpParam
.YtbDerivedTypeWithBitsAndBinaryBuilder()
.forunion(union)
.build();
// As YSB or YAB protocol, sets the value for YTB.
List<Object> objectList = new ArrayList<>();
objectList.add(unionType);
// Builds YANG tree in YTB.
DefaultYangTreeBuilder treeBuilder = new DefaultYangTreeBuilder();
YdtExtendedBuilder ydtBuilder = treeBuilder.getYdtBuilderForYo(
objectList, ROOT_NAME, ROOT_NAME_SPACE,
EDIT_CONFIG_REQUEST, registry);
// Receives YDT context and check the tree that is built.
YdtContext rootNode = ydtBuilder.getRootNode();
YdtContext module = rootNode.getFirstChild();
YdtContext unionChild = module.getFirstChild();
assertThat(getInCrtName(LEAF, FOR_UNION), unionChild.getName(),
is(FOR_UNION));
assertThat(getInCrtLeafValue(FOR_UNION, BIN_VAL_5),
unionChild.getValue(), is(BIN_VAL_5));
}
}