/*
* 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.ych;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertNotNull;
import static org.junit.Assert.assertNull;
import static org.onosproject.yms.ych.YangProtocolEncodingFormat.XML;
import static org.onosproject.yms.ydt.YmsOperationType.QUERY_CONFIG_REQUEST;
import static org.onosproject.yms.ydt.YmsOperationType.QUERY_REQUEST;
import java.io.BufferedReader;
import java.io.FileReader;
import java.io.IOException;
import java.util.ArrayList;
import java.util.BitSet;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import org.junit.Test;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.CombinedOpParam;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.AsNum;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.Attributes;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.DefaultAttributes;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.Metric;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.PathId;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.Aigp;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.BgpParameters;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.DefaultAigp;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.DefaultBgpParameters;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.DefaultLocalPref;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.DefaultMultiExitDisc;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.DefaultOrigin;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.DefaultUnrecognizedAttributes;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.LocalPref;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.MultiExitDisc;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.Origin;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.UnrecognizedAttributes;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.aigp.AigpTlv;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.aigp.DefaultAigpTlv;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.bgpparameters.DefaultOptionalCapabilities;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.bgpparameters.OptionalCapabilities;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.bgpparameters.optionalcapabilities.Cparameters;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.bgpparameters.optionalcapabilities.DefaultCparameters;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.bgpparameters.optionalcapabilities.cparameters.As4BytesCapability;
import org.onosproject.yang.gen.v1.ych.combined.rev20160524.combined.attributes.bgpparameters.optionalcapabilities.cparameters.DefaultAs4BytesCapability;
import org.onosproject.yang.gen.v1.ych.empty.container.rev20160524.EmptyContainerOpParam;
import org.onosproject.yang.gen.v1.ych.empty.container.rev20160524.emptycontainer.EmptyContainer;
import org.onosproject.yang.gen.v1.ych.purchasing.supervisor.rev20160524.YchPurchasingsupervisor.OnosYangOpType;
import org.onosproject.yang.gen.v1.ych.purchasing.supervisor.rev20160524.YchPurchasingsupervisorOpParam;
import org.onosproject.yang.gen.v1.ych.purchasing.supervisor.rev20160524.ychpurchasingsupervisor.DefaultYchPurchasingSupervisor;
import org.onosproject.yang.gen.v1.ych.purchasing.supervisor.rev20160524.ychpurchasingsupervisor.YchPurchasingSupervisor;
import org.onosproject.yang.gen.v1.ych.purchasing.supervisor.rev20160524.ychpurchasingsupervisor.ychpurchasingsupervisor.DefaultYchIsManager;
import org.onosproject.yang.gen.v1.ydt.customs.supervisor.rev20160524.CustomssupervisorOpParam;
import org.onosproject.yang.gen.v1.ydt.material.supervisor.rev20160524.MaterialsupervisorOpParam;
import org.onosproject.yang.gen.v1.ydt.material.supervisor.rev20160524.materialsupervisor.DefaultSupervisor;
import org.onosproject.yang.gen.v1.ydt.material.supervisor.rev20160524.materialsupervisor.Supervisor;
import org.onosproject.yang.gen.v1.ydt.merchandiser.supervisor.rev20160524.MerchandisersupervisorOpParam;
import org.onosproject.yang.gen.v1.ydt.root.rev20160524.LogisticsManagerOpParam;
import org.onosproject.yang.gen.v1.ydt.trading.supervisor.rev20160524.TradingsupervisorOpParam;
import org.onosproject.yms.app.ych.defaultcodecs.YangCodecRegistry;
import org.onosproject.yms.app.ysr.DefaultYangSchemaRegistry;
import org.onosproject.yms.app.ysr.TestYangSchemaNodeProvider;
import org.onosproject.yms.ych.YangCompositeEncoding;
/**
* Unit test case for default codec handler.
*/
public class DefaultYangCodecHandlerTest {
private TestYangSchemaNodeProvider testYangSchemaNodeProvider =
new TestYangSchemaNodeProvider();
private static final String AM_XML = "Incorrect XML generated: ";
private static final String AM_OBJ = "Incorrect object generated: ";
private static final String EMPTY_CONTAINER = "EmptyContainerOpParam";
private static final String LOGISTIC_MOD = "LogisticsManagerOpParam";
private static final String MERCHA_MOD = "MerchandisersupervisorOpParam";
private static final String PURCH_MOD = "YchPurchasingsupervisorOpParam";
/**
* Returns the xml string for customssupervisor module.
*
* @return the xml string for customssupervisor module
*/
private static String customsXml() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\">" +
"<supervisor xmlns=\"ydt.customs-supervisor\">" +
"Customssupervisor</supervisor>" +
"</filter>";
}
/**
* Returns the xml string for purchasesupervisor with empty selection node.
*
* @return the xml string for purchasesupervisor with empty selection node
*/
private static String purchaseXmlEmptySelectionNode() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\">" +
"<ych-purchasing-supervisor xmlns=\"ych.purchasing-supervisor\">" +
"<ych-purchasing-specialist/>" +
"</ych-purchasing-supervisor>" +
"</filter>";
}
/**
* Returns the xml string for merchandisersupervisor module.
*
* @return the xml string for merchandisersupervisor module
*/
private static String merchandXml() {
return "<config xmlns=\"ydt.root\" " +
"xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">" +
"<supervisor xmlns=\"ydt.Merchandiser-supervisor\">" +
"Merchandisersupervisor</supervisor>" +
"</config>";
}
/**
* Returns the xml string for tradingsupervisor module.
*
* @return the xml string for tradingsupervisor module
*/
private static String tradingXml() {
return "<config xmlns=\"ydt.root\" " +
"xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">" +
"<supervisor xmlns=\"ydt.trading-supervisor\">" +
"Tradingsupervisor</supervisor>" +
"</config>";
}
/**
* Returns the xml string for customssupervisor module.
*
* @return the xml string for customssupervisor module
*/
private static String customsCompositeXml() {
return "<filter xmlns=\"ydt.filter-type\">" +
"<supervisor xmlns=\"ydt.customs-supervisor\">" +
"Customssupervisor</supervisor></filter>";
}
/**
* Returns the xml string for customssupervisor module with filter-type.
*
* @return the xml string for customssupervisor module with filter-type
*/
private static String customsEmptyXml() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\">" +
"</filter>";
}
/**
* Returns the xml string for materialsupervisor module.
*
* @return the xml string for materialsupervisor module
*/
private static String materialXml() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\">" +
"<supervisor xmlns=\"ydt.material-supervisor\">" +
"<name>abc1</name><departmentId>xyz1</departmentId>" +
"</supervisor>" +
"<supervisor xmlns=\"ydt.material-supervisor\"" +
"><name>abc2</name><departmentId>xyz2</departmentId>" +
"</supervisor>" +
"<supervisor xmlns=\"ydt.material-supervisor\"" +
"><name>abc3</name><departmentId>xyz3</departmentId>" +
"</supervisor>" +
"<supervisor xmlns=\"ydt.material-supervisor\"" +
"><name>abc4</name><departmentId>xyz4</departmentId>" +
"</supervisor>" +
"<supervisor xmlns=\"ydt.material-supervisor\"" +
"><name>abc5</name><departmentId>xyz5</departmentId>" +
"</supervisor>" +
"</filter>";
}
/**
* Returns the xml string for EmptyContainer module.
*
* @return the xml string for EmptyContainer module
*/
private static String containerEmptyXml() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\">" +
"</filter>";
}
/**
* Returns the xml string for Combined module.
*
* @return the xml string for Combined module
*/
private static String listTestXml() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\">" +
"<attributes xmlns=\"ych:combined\">" +
"<origin><value>123</value></origin>" +
"<multi-exit-disc><med>456</med></multi-exit-disc>" +
"<local-pref><pref>23</pref></local-pref>" +
"<aigp><aigp-tlv><metric>456</metric></aigp-tlv></aigp>" +
"<unrecognized-attributes><partial>false</partial>" +
"<transitive>false</transitive><type>1</type>" +
"<value>QUJD</value></unrecognized-attributes>" +
"<unrecognized-attributes><partial>true</partial>" +
"<transitive>true</transitive><type>2</type>" +
"<value>QUJD</value></unrecognized-attributes>" +
"<unrecognized-attributes><partial>true</partial>" +
"<transitive>false</transitive><type>3</type>" +
"<value>QUJD</value></unrecognized-attributes>" +
"<unrecognized-attributes><partial>false</partial>" +
"<transitive>true</transitive><type>4</type>" +
"<value>QUJD</value></unrecognized-attributes>" +
"<bgp-parameters><optional-capabilities><c-parameters>" +
"<as4-bytes-capability><as-number>11</as-number>" +
"</as4-bytes-capability></c-parameters>" +
"</optional-capabilities><optional-capabilities>" +
"<c-parameters><as4-bytes-capability>" +
"<as-number>22</as-number></as4-bytes-capability>" +
"</c-parameters></optional-capabilities>" +
"<optional-capabilities><c-parameters><as4-bytes-capability>" +
"<as-number>33</as-number></as4-bytes-capability>" +
"</c-parameters></optional-capabilities></bgp-parameters>" +
"<bgp-parameters><optional-capabilities><c-parameters>" +
"<as4-bytes-capability><as-number>11</as-number>" +
"</as4-bytes-capability></c-parameters>" +
"</optional-capabilities><optional-capabilities>" +
"<c-parameters><as4-bytes-capability>" +
"<as-number>22</as-number></as4-bytes-capability>" +
"</c-parameters></optional-capabilities>" +
"<optional-capabilities><c-parameters><as4-bytes-capability>" +
"<as-number>33</as-number></as4-bytes-capability>" +
"</c-parameters></optional-capabilities>" +
"</bgp-parameters></attributes></filter>";
}
/**
* Returns the xml string for ych-purchasingsupervisor module.
*
* @return the XML string for ych-purchasingsupervisor module
*/
private static String purchaseXml() {
return "<config xmlns=\"urn:ietf:params:xml:ns:netconf:base:1.0\" " +
"xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">" +
"<ych-purchasing-supervisor xmlns=\"ych.purchasing-supervisor\" " +
"nc:operation=\"create\">" +
"<ych-purchasing-specialist>purchasingSpecialist" +
"</ych-purchasing-specialist>" +
"<ych-purchasing-support>support</ych-purchasing-support>" +
"<ych-is-manager/>" +
"</ych-purchasing-supervisor>" +
"</config>";
}
/**
* Returns the xml string for ych-purchasingsupervisor module with BitSet options.
*
* @return the XML string for ych-purchasingsupervisor module
*/
private static String purchaseXmlOptions(BitSet options) {
boolean isFirst = true;
StringBuffer sb = new StringBuffer();
sb.append("<config xmlns=\"urn:ietf:params:xml:ns:netconf:base:1.0\" ");
sb.append("xmlns:nc=\"urn:ietf:params:xml:ns:netconf:base:1.0\">");
sb.append("<ych-purchasing-supervisor xmlns=\"ych.purchasing-supervisor\" " +
"nc:operation=\"create\">");
sb.append("<ych-purchasing-support>support</ych-purchasing-support>");
if (options == null || options.isEmpty()) {
sb.append("<ych-purchasing-options/>");
} else {
sb.append("<ych-purchasing-options>");
for (int i = 0; i < 4; i++) {
if (options.get(i)) {
if (isFirst) {
isFirst = false;
} else {
sb.append(' ');
}
sb.append("option" + i);
}
}
sb.append("</ych-purchasing-options>");
}
sb.append("</ych-purchasing-supervisor>");
sb.append("</config>");
return sb.toString();
}
/**
* Returns the xml string for employeeid module.
*
* @return the xml string for employeeid module
*/
private static String emplyIdXml() {
return "<config xmlns=\"ydt.root\">" +
"<employeeid xmlns=\"ydt.employee-id\">" +
"<employeeid>Employ1</employeeid>" +
"<employeeid>Employ2</employeeid>" +
"<employeeid>Employ3</employeeid>" +
"<employeeid>Employ4</employeeid>" +
"<employeeid>Employ5</employeeid>" +
"</employeeid>" +
"</config>";
}
/**
* Returns the xml string for warehousesupervisor module.
*
* @return the xml string for warehousesupervisor module
*/
private static String wareHseXml() {
return "<config xmlns=\"ydt.root\">" +
"<warehousesupervisor xmlns=\"ydt.warehouse-supervisor\">" +
"<supervisor>supervisor1</supervisor>" +
"<supervisor>supervisor2</supervisor>" +
"<supervisor>supervisor3</supervisor>" +
"<supervisor>supervisor4</supervisor>" +
"<supervisor>supervisor5</supervisor>" +
"</warehousesupervisor>" +
"</config>";
}
/**
* Returns the xml string for more than one module.
*
* @return the xml string for more than one module
*/
private static String multiModuleXml() {
return "<config xmlns=\"ydt.root\">" +
"<customssupervisor xmlns=\"ydt.customs-supervisor\">" +
"<supervisor>Customssupervisor</supervisor>" +
"</customssupervisor>" +
"<merchandisersupervisor xmlns=\"ydt.Merchandiser-supervisor\">" +
"<supervisor>Merchandisersupervisor</supervisor>" +
"</merchandisersupervisor>" +
"<materialsupervisor xmlns=\"ydt.material-supervisor\">" +
"<supervisor>" +
"<name>abc1</name>" +
"<departmentId>xyz1</departmentId>" +
"</supervisor>" +
"<supervisor>" +
"<name>abc2</name>" +
"<departmentId>xyz2</departmentId>" +
"</supervisor>" +
"<supervisor>" +
"<name>abc3</name>" +
"<departmentId>xyz3</departmentId>" +
"</supervisor>" +
"<supervisor>" +
"<name>abc4</name>" +
"<departmentId>xyz4</departmentId>" +
"</supervisor>" +
"<supervisor>" +
"<name>abc5</name>" +
"<departmentId>xyz5</departmentId>" +
"</supervisor>" +
"</materialsupervisor>" +
"<ych-purchasingsupervisor xmlns=\"ych.purchasing-supervisor\">" +
"<ych-purchasing-supervisor>" +
"<ych-purchasing-specialist>purchasingSpecialist" +
"</ych-purchasing-specialist>" +
"<ych-purchasing-support>support</ych-purchasing-support>" +
"</ych-purchasing-supervisor>" +
"</ych-purchasingsupervisor>" +
"<warehousesupervisor xmlns=\"ydt.warehouse-supervisor\">" +
"<supervisor>supervisor1</supervisor>" +
"<supervisor>supervisor2</supervisor>" +
"<supervisor>supervisor3</supervisor>" +
"<supervisor>supervisor4</supervisor>" +
"<supervisor>supervisor5</supervisor>" +
"</warehousesupervisor>" +
"<tradingsupervisor xmlns=\"ydt.trading-supervisor\">" +
"<supervisor>Tradingsupervisor</supervisor>" +
"</tradingsupervisor>" +
"<employeeid xmlns=\"ydt.employee-id\">" +
"<employeeid>Employ1</employeeid>" +
"<employeeid>Employ2</employeeid>" +
"<employeeid>Employ3</employeeid>" +
"<employeeid>Employ4</employeeid>" +
"<employeeid>Employ5</employeeid>" +
"</employeeid>" +
"</config>";
}
/**
* Returns the xml string for more than one module.
*
* @return the xml string for more than one module
*/
private String multipleAppxml() {
return "<filter xmlns=\"ydt.filter-type\" type=\"subtree\"><supervisor" +
" xmlns=\"ydt.customs-supervisor\">Customssupervisor" +
"</supervisor><supervisor xmlns=\"ydt.material-supervisor\"" +
"><name>abc1</name><departmentId>xyz1</departmentId" +
"></supervisor><supervisor xmlns=\"ydt.material-supervisor\">" +
"<name>abc2</name><departmentId>xyz2</departmentId>" +
"</supervisor><supervisor xmlns=\"ydt" +
".material-supervisor\"><name>abc3</name><departmentId>xyz3" +
"</departmentId></supervisor><supervisor xmlns=\"ydt" +
".material-supervisor\"><name>abc4</name><departmentId>xyz4" +
"</departmentId></supervisor><supervisor xmlns=\"ydt" +
".material-supervisor\"><name>abc5</name><departmentId>xyz5" +
"</departmentId></supervisor></filter>";
}
/**
* Unit test case in which verifying xml string for module object with leaf
* for composite encode.
*/
@Test
public void proceessCodecHandlerForCompositeEnc() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry = testYangSchemaNodeProvider
.getDefaultYangSchemaRegistry();
// Creating the object
Object object = CustomssupervisorOpParam.builder()
.supervisor("Customssupervisor").build();
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
YangCompositeEncoding xml =
defaultYangCodecHandler
.encodeCompositeOperation("filter", "ydt.filter-type",
object, XML, null);
assertNull("customs-super: resource id not null",
xml.getResourceIdentifier());
assertEquals(AM_XML + "customs-super: comp res info",
customsCompositeXml(), xml.getResourceInformation());
// Creating the object
object = MerchandisersupervisorOpParam.builder()
.supervisor("Merchandisersupervisor").build();
// Get the xml string and compare
xml = defaultYangCodecHandler.encodeCompositeOperation("config",
"ydt.root",
object, XML,
null);
assertNull("merch-super: res id not null", xml.getResourceIdentifier());
assertEquals(AM_XML + "merch-super: comp res info",
merchandXml(), xml.getResourceInformation());
// Creating the object
object = TradingsupervisorOpParam.builder()
.supervisor("Tradingsupervisor").build();
// Get the xml string and compare
xml = defaultYangCodecHandler
.encodeCompositeOperation("config", "ydt.root", object, XML,
null);
assertNull("trading-super: res id not null",
xml.getResourceIdentifier());
assertEquals(AM_XML + "trading-super: comp res info",
tradingXml(), xml.getResourceInformation());
}
/**
* Unit test case in which verifying xml string for module object with leaf.
*/
@Test
public void proceessCodecHandlerForLeaf() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry = testYangSchemaNodeProvider
.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
Object object = CustomssupervisorOpParam.builder()
.supervisor("Customssupervisor").build();
yangModuleList.add(object);
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml =
defaultYangCodecHandler.encodeOperation("filter",
"ydt.filter-type",
tagAttr, yangModuleList,
XML, null);
assertEquals(AM_XML + "customs-super: leaf info", customsXml(), xml);
// Creating the object
object = MerchandisersupervisorOpParam.builder()
.supervisor("Merchandisersupervisor").build();
yangModuleList.clear();
yangModuleList.add(object);
// Get the xml string and compare
xml = defaultYangCodecHandler.encodeOperation("config", "ydt.root",
null, yangModuleList,
XML, null);
assertEquals(AM_XML + "merchandiser-super: leaf info", merchandXml(),
xml);
// Creating the object
object = TradingsupervisorOpParam.builder()
.supervisor("Tradingsupervisor").build();
yangModuleList.clear();
yangModuleList.add(object);
// Get the xml string and compare
xml = defaultYangCodecHandler.encodeOperation("config", "ydt.root",
null, yangModuleList,
XML, null);
assertEquals(AM_XML + "trading-super: leaf info", tradingXml(), xml);
}
/**
* Unit test case in which verifying xml string for module object with
* empty leaf.
*/
@Test
public void proceessCodecHandlerForEmptyLeaf() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry = testYangSchemaNodeProvider
.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
Object object = CustomssupervisorOpParam.builder().supervisor("")
.build();
yangModuleList.add(object);
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler codecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml = codecHandler.encodeOperation("filter", "ydt.filter-type",
tagAttr, yangModuleList,
XML, null);
assertEquals(AM_XML + "customs-super: leaf is not empty",
customsEmptyXml(), xml);
}
/**
* Unit test case in which verifying xml string for more than one module
* object.
*/
@Test
public void proceessCodecHandlerForMultipleApp() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry = testYangSchemaNodeProvider
.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
Object object = CustomssupervisorOpParam.builder()
.supervisor("Customssupervisor").build();
yangModuleList.add(object);
// Creating the object
Supervisor supervisor1 = new DefaultSupervisor.SupervisorBuilder()
.name("abc1").departmentId("xyz1").build();
Supervisor supervisor2 = new DefaultSupervisor.SupervisorBuilder()
.name("abc2").departmentId("xyz2").build();
Supervisor supervisor3 = new DefaultSupervisor.SupervisorBuilder()
.name("abc3").departmentId("xyz3").build();
Supervisor supervisor4 = new DefaultSupervisor.SupervisorBuilder()
.name("abc4").departmentId("xyz4").build();
Supervisor supervisor5 = new DefaultSupervisor.SupervisorBuilder()
.name("abc5").departmentId("xyz5").build();
Object object1 = MaterialsupervisorOpParam.builder()
.addToSupervisor(supervisor1)
.addToSupervisor(supervisor2)
.addToSupervisor(supervisor3)
.addToSupervisor(supervisor4)
.addToSupervisor(supervisor5).build();
yangModuleList.add(object1);
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler codecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml = codecHandler.encodeOperation("filter", "ydt.filter-type",
tagAttr, yangModuleList,
XML, null);
assertEquals(AM_XML + "for multiple applications",
multipleAppxml(), xml);
}
/**
* Unit test case in which verifying xml string for module object with list.
*/
@Test
public void proceessCodecHandlerForList() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
Supervisor supervisor1 = new DefaultSupervisor.SupervisorBuilder()
.name("abc1").departmentId("xyz1").build();
Supervisor supervisor2 = new DefaultSupervisor.SupervisorBuilder()
.name("abc2").departmentId("xyz2").build();
Supervisor supervisor3 = new DefaultSupervisor.SupervisorBuilder()
.name("abc3").departmentId("xyz3").build();
Supervisor supervisor4 = new DefaultSupervisor.SupervisorBuilder()
.name("abc4").departmentId("xyz4").build();
Supervisor supervisor5 = new DefaultSupervisor.SupervisorBuilder()
.name("abc5").departmentId("xyz5").build();
Object object = MaterialsupervisorOpParam.builder()
.addToSupervisor(supervisor1)
.addToSupervisor(supervisor2)
.addToSupervisor(supervisor3)
.addToSupervisor(supervisor4)
.addToSupervisor(supervisor5).build();
yangModuleList.add(object);
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler codecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml = codecHandler.encodeOperation("filter", "ydt.filter-type",
tagAttr, yangModuleList,
XML, null);
assertEquals(AM_XML + "material-super: list info", materialXml(), xml);
}
/**
* Unit test case in which verifying xml string for module object with
* empty container.
*/
@Test
public void proceessCodecHandlerForEmptyContainer() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
EmptyContainer emptyContainer = EmptyContainerOpParam.builder()
.emptyContainer();
Object object = EmptyContainerOpParam.builder()
.emptyContainer(emptyContainer).build();
yangModuleList.add(object);
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler codecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml = codecHandler.encodeOperation("filter", "ydt.filter-type",
tagAttr, yangModuleList,
XML, null);
assertEquals(AM_XML + "empty-contain: container is not empty",
containerEmptyXml(), xml);
}
/**
* Unit test case in which verifying xml string for module object with list
* inside list.
*/
@Test
public void proceessCodecHandlerForListInsideList() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
PathId pathId = new PathId(123);
Origin origin = new DefaultOrigin.OriginBuilder().value(pathId)
.build();
MultiExitDisc multiExitDisc = new DefaultMultiExitDisc
.MultiExitDiscBuilder().med(456).build();
LocalPref localPref = new DefaultLocalPref.LocalPrefBuilder()
.pref(23).build();
Metric metric = new Metric(456);
AigpTlv aigpTlv = new DefaultAigpTlv.AigpTlvBuilder().metric(metric)
.build();
Aigp aigp = new DefaultAigp.AigpBuilder().aigpTlv(aigpTlv).build();
UnrecognizedAttributes unrecognizedAttributes1 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(false).transitive(false).type((short) 1)
.value("ABC".getBytes()).build();
UnrecognizedAttributes unrecognizedAttributes2 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(true).transitive(true).type((short) 2)
.value("ABC".getBytes())
.build();
UnrecognizedAttributes unrecognizedAttributes3 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(true).transitive(false).type((short) 3)
.value("ABC".getBytes())
.build();
UnrecognizedAttributes unrecognizedAttributes4 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(false).transitive(true).type((short) 4)
.value("ABC".getBytes()).build();
AsNum asNum1 = new AsNum(11);
As4BytesCapability as4BytesCapability1 =
new DefaultAs4BytesCapability.As4BytesCapabilityBuilder()
.asNumber(asNum1).build();
Cparameters cparameters1 = new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability1)
.build();
OptionalCapabilities optionalCapabilities1 =
new DefaultOptionalCapabilities.OptionalCapabilitiesBuilder()
.cParameters(cparameters1).build();
AsNum asNum2 = new AsNum(22);
As4BytesCapability as4BytesCapability2 =
new DefaultAs4BytesCapability.As4BytesCapabilityBuilder()
.asNumber(asNum2).build();
Cparameters cparameters2 = new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability2)
.build();
OptionalCapabilities optionalCapabilities2 =
new DefaultOptionalCapabilities.OptionalCapabilitiesBuilder()
.cParameters(cparameters2).build();
AsNum asNum3 = new AsNum(33);
As4BytesCapability as4BytesCapability3 =
new DefaultAs4BytesCapability.As4BytesCapabilityBuilder()
.asNumber(asNum3).build();
Cparameters cparameters3 = new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability3)
.build();
OptionalCapabilities optionalCapabilities3 =
new DefaultOptionalCapabilities.OptionalCapabilitiesBuilder()
.cParameters(cparameters3).build();
BgpParameters bgpParameters1 =
new DefaultBgpParameters.BgpParametersBuilder()
.addToOptionalCapabilities(optionalCapabilities1)
.addToOptionalCapabilities(optionalCapabilities2)
.addToOptionalCapabilities(optionalCapabilities3)
.build();
AsNum asNum4 = new AsNum(11);
As4BytesCapability as4BytesCapability4 = new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum4).build();
Cparameters cparameters4 = new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability4)
.build();
OptionalCapabilities optionalCapabilities4 =
new DefaultOptionalCapabilities.OptionalCapabilitiesBuilder()
.cParameters(cparameters4).build();
AsNum asNum5 = new AsNum(22);
As4BytesCapability as4BytesCapability5 =
new DefaultAs4BytesCapability.As4BytesCapabilityBuilder()
.asNumber(asNum5).build();
Cparameters cparameters5 =
new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability5)
.build();
OptionalCapabilities optionalCapabilities5 =
new DefaultOptionalCapabilities.OptionalCapabilitiesBuilder()
.cParameters(cparameters5).build();
AsNum asNum6 = new AsNum(33);
As4BytesCapability as4BytesCapability6 =
new DefaultAs4BytesCapability.As4BytesCapabilityBuilder()
.asNumber(asNum6).build();
Cparameters cparameters6 =
new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability6)
.build();
OptionalCapabilities optionalCapabilities6 =
new DefaultOptionalCapabilities.OptionalCapabilitiesBuilder()
.cParameters(cparameters6).build();
BgpParameters bgpParameters2 =
new DefaultBgpParameters.BgpParametersBuilder()
.addToOptionalCapabilities(optionalCapabilities4)
.addToOptionalCapabilities(optionalCapabilities5)
.addToOptionalCapabilities(optionalCapabilities6)
.build();
Attributes attributes = new DefaultAttributes.AttributesBuilder()
.origin(origin)
.multiExitDisc(multiExitDisc)
.localPref(localPref)
.aigp(aigp)
.addToUnrecognizedAttributes(unrecognizedAttributes1)
.addToUnrecognizedAttributes(unrecognizedAttributes2)
.addToUnrecognizedAttributes(unrecognizedAttributes3)
.addToUnrecognizedAttributes(unrecognizedAttributes4)
.addToBgpParameters(bgpParameters1)
.addToBgpParameters(bgpParameters2).build();
Object object = CombinedOpParam.builder().attributes(attributes)
.build();
yangModuleList.add(object);
// Get the xml string and compare
Map<String, String> tagAttr = new HashMap<String, String>();
tagAttr.put("type", "subtree");
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler codecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml = codecHandler.encodeOperation("filter", "ydt.filter-type",
tagAttr, yangModuleList,
XML, null);
assertEquals(AM_XML + "combined: list info", listTestXml(), xml);
}
// TODO negative scenario will be handled later
/**
* Unit test case in which verifying xml string for module object with
* container.
*/
@Test
public void proceessCodecHandlerForContainer() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
List<Object> yangModuleList = new ArrayList<>();
// Creating the object
YchPurchasingSupervisor supervisor =
new DefaultYchPurchasingSupervisor
.YchPurchasingSupervisorBuilder()
.ychPurchasingSpecialist("purchasingSpecialist")
.ychPurchasingSupport("support")
.ychIsManager(DefaultYchIsManager.builder().build())
.yangYchPurchasingSupervisorOpType(OnosYangOpType.CREATE).build();
Object object = YchPurchasingsupervisorOpParam.builder()
.ychPurchasingSupervisor(supervisor).build();
yangModuleList.add(object);
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler codecHandler =
new DefaultYangCodecHandler(schemaRegistry);
String xml = codecHandler.encodeOperation("config", "urn:ietf:params:xml:ns:netconf:base:1.0",
null, yangModuleList,
XML, null);
assertEquals(AM_XML + "puchas-super: container info", purchaseXml(),
xml);
}
// /**
// * Unit test case in which verifying xml string for module object with
// * leaf list.
// */
// @Test
// public void proceessCodecHandlerForLeafList() {
// testYangSchemaNodeProvider.processSchemaRegistry(null);
// DefaultYangSchemaRegistry schemaRegistry =
// testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
// List<Object> yangModuleList = new ArrayList<>();
//
// // Creating the object
// EmployeeidOpParam.EmployeeidBuilder employeeidBuilder =
// EmployeeidOpParam.builder();
// employeeidBuilder.addToEmployeeid("Employ1");
// employeeidBuilder.addToEmployeeid("Employ2");
// employeeidBuilder.addToEmployeeid("Employ3");
// employeeidBuilder.addToEmployeeid("Employ4");
// employeeidBuilder.addToEmployeeid("Employ5");
//
// Object object = employeeidBuilder.build();
// yangModuleList.add(object);
//
// // Get the xml string and compare
// YangCodecRegistry.initializeDefaultCodec();
// DefaultYangCodecHandler codecHandler =
// new DefaultYangCodecHandler(schemaRegistry);
// String xml = codecHandler.encodeOperation("config", "ydt.root", null,
// yangModuleList, XML, null);
// assertEquals(AM_XML + "employ-id: leaf-list info", emplyIdXml(), xml);
// WarehousesupervisorOpParam.WarehousesupervisorBuilder warehsebldr =
// WarehousesupervisorOpParam.builder();
// warehsebldr.addToSupervisor("supervisor1");
// warehsebldr.addToSupervisor("supervisor2");
// warehsebldr.addToSupervisor("supervisor3");
// warehsebldr.addToSupervisor("supervisor4");
// warehsebldr.addToSupervisor("supervisor5");
//
// object = warehsebldr.build();
// yangModuleList.clear();
// yangModuleList.add(object);
//
//
// // Get the xml string and compare
// xml = codecHandler.encodeOperation("config", "ydt.root", null,
// yangModuleList, XML, null);
//
// assertEquals(AM_XML + "warehouse-super: leaf-list info", wareHseXml(),
// xml);
// }
// /**
// * Unit test case in which verifying xml string for multiple module object.
// */
// @Test
// public void proceessCodecHandlerForMultipleModule() {
// testYangSchemaNodeProvider.processSchemaRegistry(null);
// DefaultYangSchemaRegistry schemaRegistry =
// testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
//
// List<Object> yangModuleList = new ArrayList<>();
// YangCodecRegistry.initializeDefaultCodec();
// DefaultYangCodecHandler codecHandler =
// new DefaultYangCodecHandler(schemaRegistry);
//
// // Creating the object for customssupervisor module
// Object object = CustomssupervisorOpParam.builder()
// .supervisor("Customssupervisor").build();
// yangModuleList.add(object);
//
// // Creating the object for merchandisersupervisor module
// object = MerchandisersupervisorOpParam.builder()
// .supervisor("Merchandisersupervisor").build();
// yangModuleList.add(object);
//
// // Creating the object for materialsupervisor module
// Supervisor supervisor1 = new DefaultSupervisor.SupervisorBuilder()
// .name("abc1").departmentId("xyz1").build();
// Supervisor supervisor2 = new DefaultSupervisor.SupervisorBuilder()
// .name("abc2").departmentId("xyz2").build();
// Supervisor supervisor3 = new DefaultSupervisor.SupervisorBuilder()
// .name("abc3").departmentId("xyz3").build();
// Supervisor supervisor4 = new DefaultSupervisor.SupervisorBuilder()
// .name("abc4").departmentId("xyz4").build();
// Supervisor supervisor5 = new DefaultSupervisor.SupervisorBuilder()
// .name("abc5").departmentId("xyz5").build();
//
// object = MaterialsupervisorOpParam.builder()
// .addToSupervisor(supervisor1)
// .addToSupervisor(supervisor2)
// .addToSupervisor(supervisor3)
// .addToSupervisor(supervisor4)
// .addToSupervisor(supervisor5).build();
//
// yangModuleList.add(object);
//
// // Creating the object for YchPurchasingsupervisor module
// YchPurchasingSupervisor purSupervisor =
// new DefaultYchPurchasingSupervisor
// .YchPurchasingSupervisorBuilder()
// .ychPurchasingSpecialist("purchasingSpecialist")
// .ychPurchasingSupport("support").build();
// object = YchPurchasingsupervisorOpParam.builder()
// .ychPurchasingSupervisor(purSupervisor).build();
// yangModuleList.add(object);
//
// // Creating the object for warehousesupervisor module
// WarehousesupervisorOpParam.WarehousesupervisorBuilder warehsebldr =
// WarehousesupervisorOpParam.builder();
// warehsebldr.addToSupervisor("supervisor1");
// warehsebldr.addToSupervisor("supervisor2");
// warehsebldr.addToSupervisor("supervisor3");
// warehsebldr.addToSupervisor("supervisor4");
// warehsebldr.addToSupervisor("supervisor5");
//
// object = warehsebldr.build();
// yangModuleList.add(object);
//
// // Creating the object for tradingsupervisor module
// object = TradingsupervisorOpParam.builder()
// .supervisor("Tradingsupervisor").build();
// yangModuleList.add(object);
//
// List<String> employeeid = EmployeeidOpParam.builder().employeeid();
// if (employeeid == null) {
// employeeid = new ArrayList<>();
// }
// employeeid.add("Employ1");
// employeeid.add("Employ2");
// employeeid.add("Employ3");
// employeeid.add("Employ4");
// employeeid.add("Employ5");
//
// // Creating the object for employeeid module
// object = EmployeeidOpParam.builder().employeeid(employeeid).build();
// yangModuleList.add(object);
//
// // Get the xml string and compare
// String xml = codecHandler.encodeOperation("config", "ydt.root", null,
// yangModuleList, XML, null);
// assertEquals(AM_XML + "multiple: module info", multiModuleXml(), xml);
// }
/**
* Unit test case in which verifying object for xml string with config as
* root name and multiple module.
*/
@Test
public void proceessCodecDecodeFunctionForListInsideList() {
String path = "src/test/resources/ychTestResourceFiles/combinedrootname.xml";
StringBuilder sb = new StringBuilder();
String sCurrentLine;
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
try (BufferedReader br = new BufferedReader(new FileReader(path))) {
while ((sCurrentLine = br.readLine()) != null) {
sb.append(sCurrentLine);
}
} catch (IOException e) {
e.printStackTrace();
}
// TODO YOB and YTB need to do some changes for binary
// Verify the received object list
/*objectList = defaultYangCodecHandler.decode(sb.toString(),
XML_ENCODING,
EDIT_CONFIG_REQUEST);
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if (object.getClass().getSimpleName().equals("CombinedOpParam")) {
CombinedOpParam combinedOpParam = (CombinedOpParam) object;
PathId pathId = new PathId(123);
Origin origin = new DefaultOrigin.OriginBuilder()
.value(pathId).build();
assertTrue(combinedOpParam.attributes().origin()
.equals(origin));
MultiExitDisc multiExitDisc = new DefaultMultiExitDisc
.MultiExitDiscBuilder().med(456).build();
assertTrue(combinedOpParam.attributes().multiExitDisc()
.equals(multiExitDisc));
LocalPref localPref = new DefaultLocalPref.LocalPrefBuilder()
.pref(23).build();
assertTrue(combinedOpParam.attributes().localPref()
.equals(localPref));
Metric metric = new Metric(456);
AigpTlv aigpTlv = new DefaultAigpTlv.AigpTlvBuilder()
.metric(metric).build();
Aigp aigp = new DefaultAigp.AigpBuilder().aigpTlv(aigpTlv)
.build();
assertTrue(combinedOpParam.attributes().aigp().equals(aigp));
UnrecognizedAttributes unrecognizedAttributes1 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(false).transitive(false).type((short) 1)
.value("ABC".getBytes()).build();
UnrecognizedAttributes unrecognizedAttributes2 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(true).transitive(true).type((short) 2)
.value("BCA".getBytes()).build();
UnrecognizedAttributes unrecognizedAttributes3 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(true).transitive(false).type((short) 3)
.value("CAB".getBytes()).build();
UnrecognizedAttributes unrecognizedAttributes4 =
new DefaultUnrecognizedAttributes
.UnrecognizedAttributesBuilder()
.partial(false).transitive(true).type((short) 4)
.value("111".getBytes()).build();
AsNum asNum1 = new AsNum(11);
As4BytesCapability as4BytesCapability1 =
new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum1).build();
Cparameters cparameters1 = new DefaultCparameters
.CparametersBuilder()
.as4BytesCapability(as4BytesCapability1)
.build();
OptionalCapabilities optionalCapabilities1 =
new DefaultOptionalCapabilities
.OptionalCapabilitiesBuilder()
.cParameters(cparameters1).build();
AsNum asNum2 = new AsNum(22);
As4BytesCapability as4BytesCapability2 =
new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum2).build();
Cparameters cparameters2 = new DefaultCparameters
.CparametersBuilder()
.as4BytesCapability(as4BytesCapability2)
.build();
OptionalCapabilities optionalCapabilities2 =
new DefaultOptionalCapabilities
.OptionalCapabilitiesBuilder()
.cParameters(cparameters2).build();
AsNum asNum3 = new AsNum(33);
As4BytesCapability as4BytesCapability3 =
new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum3).build();
Cparameters cparameters3 =
new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability3)
.build();
OptionalCapabilities optionalCapabilities3 =
new DefaultOptionalCapabilities
.OptionalCapabilitiesBuilder()
.cParameters(cparameters3).build();
BgpParameters bgpParameters1 =
new DefaultBgpParameters.BgpParametersBuilder()
.addToOptionalCapabilities(optionalCapabilities1)
.addToOptionalCapabilities(optionalCapabilities2)
.addToOptionalCapabilities(optionalCapabilities3)
.build();
AsNum asNum4 = new AsNum(11);
As4BytesCapability as4BytesCapability4 =
new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum4).build();
Cparameters cparameters4 =
new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability4)
.build();
OptionalCapabilities optionalCapabilities4 =
new DefaultOptionalCapabilities
.OptionalCapabilitiesBuilder()
.cParameters(cparameters4).build();
AsNum asNum5 = new AsNum(22);
As4BytesCapability as4BytesCapability5 =
new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum5).build();
Cparameters cparameters5 =
new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability5)
.build();
OptionalCapabilities optionalCapabilities5 =
new DefaultOptionalCapabilities
.OptionalCapabilitiesBuilder()
.cParameters(cparameters5).build();
AsNum asNum6 = new AsNum(33);
As4BytesCapability as4BytesCapability6 =
new DefaultAs4BytesCapability
.As4BytesCapabilityBuilder()
.asNumber(asNum6).build();
Cparameters cparameters6 =
new DefaultCparameters.CparametersBuilder()
.as4BytesCapability(as4BytesCapability6)
.build();
OptionalCapabilities optionalCapabilities6 =
new DefaultOptionalCapabilities
.OptionalCapabilitiesBuilder()
.cParameters(cparameters6).build();
BgpParameters bgpParameters2 =
new DefaultBgpParameters.BgpParametersBuilder()
.addToOptionalCapabilities(optionalCapabilities4)
.addToOptionalCapabilities(optionalCapabilities5)
.addToOptionalCapabilities(optionalCapabilities6)
.build();
Attributes attributes =
new DefaultAttributes.AttributesBuilder()
.origin(origin)
.multiExitDisc(multiExitDisc)
.localPref(localPref)
.aigp(aigp)
.addToUnrecognizedAttributes(unrecognizedAttributes1)
.addToUnrecognizedAttributes(unrecognizedAttributes2)
.addToUnrecognizedAttributes(unrecognizedAttributes3)
.addToUnrecognizedAttributes(unrecognizedAttributes4)
.addToBgpParameters(bgpParameters1)
.addToBgpParameters(bgpParameters2).build();
} else {
assertTrue(false);
}
}*/
}
// /**
// * Unit test case in which verifying object for xml string with config as root name and
// * operation type.
// */
// @Test
// public void proceessCodecDecodeFunctionForOperTypeTest() {
// String path = "src/test/resources/ychTestResourceFiles/configrootnameOperationType.xml";
// testYangSchemaNodeProvider.processSchemaRegistry(null);
// DefaultYangSchemaRegistry schemaRegistry =
// testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
//
// YangCodecRegistry.initializeDefaultCodec();
// DefaultYangCodecHandler defaultYangCodecHandler =
// new DefaultYangCodecHandler(schemaRegistry);
//
// StringBuilder sb = new StringBuilder();
// String sCurrentLine;
//
// try (BufferedReader br = new BufferedReader(new FileReader(path))) {
//
// while ((sCurrentLine = br.readLine()) != null) {
// sb.append(sCurrentLine);
// }
//
// } catch (IOException e) {
// e.printStackTrace();
// }
//
// // Verify the received object list
// List<Object> objectList =
// defaultYangCodecHandler.decode(sb.toString(),
// XML, EDIT_CONFIG_REQUEST);
// Iterator<Object> iterator = objectList.iterator();
// while (iterator.hasNext()) {
// Object object = iterator.next();
// if (object.getClass().getSimpleName()
// .equals(LOGISTIC_MOD)) {
// LogisticsManagerOpParam logistics =
// (LogisticsManagerOpParam) object;
// DefaultPurchasingSupervisor purchasingSupervisor =
// (DefaultPurchasingSupervisor) logistics
// .purchasingSupervisor();
//
// assertEquals(AM_OBJ + "purchase-super: operation type", DELETE,
// purchasingSupervisor.yangPurchasingSupervisorOpType());
// assertEquals(AM_OBJ + "customs-super: leaf value", "abc",
// logistics.customsSupervisor());
// assertEquals(AM_OBJ + "purchase-spec: leaf value", "bcd",
// logistics.purchasingSupervisor()
// .purchasingSpecialist());
// assertEquals(AM_OBJ + "purchase-support: leaf value",
// "cde", logistics.purchasingSupervisor()
// .support());
//
// } else if (object.getClass().getSimpleName()
// .equals(MERCHA_MOD)) {
// MerchandisersupervisorOpParam merchandisersupervisorOpParam =
// (MerchandisersupervisorOpParam) object;
// assertEquals(AM_OBJ + "merchandiser-super: leaf value",
// "abc", merchandisersupervisorOpParam.supervisor());
// } else {
// assertEquals(AM_OBJ, LOGISTIC_MOD, object
// .getClass().getSimpleName());
// assertEquals(AM_OBJ, MERCHA_MOD, object
// .getClass().getSimpleName());
// }
// }
// }
/**
* Validate the leaf value for purchasing specialist.
*
* @param objectList object list
*/
private void processPurchasingSpecObj(List<Object> objectList) {
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if ("LogisticsManagerOpParam".equals(object.getClass().getSimpleName())) {
LogisticsManagerOpParam logisticsManagerOpParam =
(LogisticsManagerOpParam) object;
assertEquals(AM_OBJ + "purchasing-spec: leaf value", "bcd",
logisticsManagerOpParam.purchasingSupervisor()
.purchasingSpecialist());
} else {
assertEquals(AM_OBJ, "LogisticsManagerOpParam", object
.getClass().getSimpleName());
}
}
}
/**
* Validate the leaf value for merchandiser supervisor.
*
* @param objectList object list
*/
private void processMerchandiserObj(List<Object> objectList) {
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if (object.getClass().getSimpleName()
.equals(MERCHA_MOD)) {
MerchandisersupervisorOpParam merchandisersupervisorOpParam =
(MerchandisersupervisorOpParam) object;
assertEquals(AM_OBJ + "merchandiser-super: leaf value", "abc",
merchandisersupervisorOpParam.supervisor());
} else {
assertEquals(AM_OBJ, MERCHA_MOD, object
.getClass().getSimpleName());
}
}
}
/**
* Unit test case in which verifying object for xml string with get and
* filter as root name.
*/
@Test
public void proceessCodecDecodeFunctionForGet() {
String path = "src/test/resources/ychTestResourceFiles/getrootname.xml";
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
StringBuilder sb = new StringBuilder();
String sCurrentLine;
try (BufferedReader br = new BufferedReader(new FileReader(path))) {
while ((sCurrentLine = br.readLine()) != null) {
sb.append(sCurrentLine);
}
} catch (IOException e) {
e.printStackTrace();
}
// Verify the received object list
List<Object> objectList =
defaultYangCodecHandler.decode(sb.toString(),
XML, QUERY_REQUEST);
processPurchasingSpecObj(objectList);
}
/**
* Unit test case in which verifying object for xml string with get-config
* and filter as root name.
*/
@Test
public void proceessCodecDecodeFunctionForGetConfig() {
String path = "src/test/resources/ychTestResourceFiles/getconfigrootname.xml";
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
StringBuilder sb = new StringBuilder();
String sCurrentLine;
try (BufferedReader br = new BufferedReader(new FileReader(path))) {
while ((sCurrentLine = br.readLine()) != null) {
sb.append(sCurrentLine);
}
} catch (IOException e) {
e.printStackTrace();
}
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(
sb.toString(),
XML, QUERY_CONFIG_REQUEST);
processMerchandiserObj(objectList);
}
/**
* Unit test case in which verifying object for xml string with data as
* root name.
*/
@Test
public void proceessCodecDecodeFunctionForGetData() {
String path = "src/test/resources/ychTestResourceFiles/getReply.xml";
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
StringBuilder sb = new StringBuilder();
String sCurrentLine;
try (BufferedReader br = new BufferedReader(new FileReader(path))) {
while ((sCurrentLine = br.readLine()) != null) {
sb.append(sCurrentLine);
}
} catch (IOException e) {
e.printStackTrace();
}
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(
sb.toString(),
XML, QUERY_CONFIG_REQUEST);
processPurchasingSpecObj(objectList);
}
/**
* Unit test case in which verifying object for xml string with rpc-reply
* and data as root name .
*/
@Test
public void proceessCodecDecodeFunctionForGetConfigData() {
String path = "src/test/resources/ychTestResourceFiles/getconfigReply.xml";
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
StringBuilder sb = new StringBuilder();
String sCurrentLine;
try (BufferedReader br = new BufferedReader(new FileReader(path))) {
while ((sCurrentLine = br.readLine()) != null) {
sb.append(sCurrentLine);
}
} catch (IOException e) {
e.printStackTrace();
}
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(sb.toString(),
XML, null);
processMerchandiserObj(objectList);
}
@Test
public void proceessCodecDecodeFunctionForPresenceContainer() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(purchaseXml(),
XML, null);
assertNotNull(objectList);
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if (object.getClass().getSimpleName().equals(PURCH_MOD)) {
YchPurchasingsupervisorOpParam purchasingsupervisorOpParam =
(YchPurchasingsupervisorOpParam) object;
assertEquals(AM_OBJ + "purchasing-specialist: leaf value", "purchasingSpecialist",
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychPurchasingSpecialist());
assertEquals(AM_OBJ + "purchasing-support: leaf value", "support",
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychPurchasingSupport());
assertNotNull(AM_OBJ + "purchasing-manager: leaf value",
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychIsManager());
} else {
assertEquals(AM_OBJ, PURCH_MOD, object.getClass().getSimpleName());
}
}
}
@Test
public void proceessCodecDecodeFunctionForSelectionNode() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(
purchaseXmlEmptySelectionNode(), XML, null);
assertNotNull(objectList);
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if (object.getClass().getSimpleName().equals(PURCH_MOD)) {
YchPurchasingsupervisorOpParam purchasingsupervisorOpParam =
(YchPurchasingsupervisorOpParam) object;
assertNull(AM_OBJ + "purchasing-specialist: leaf value not empty",
purchasingsupervisorOpParam.
ychPurchasingSupervisor().ychPurchasingSpecialist());
} else {
assertEquals(AM_OBJ, PURCH_MOD, object.getClass().getSimpleName());
}
}
}
@Test
public void proceessCodecDecodeFunctionForBitmaskContainer() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
BitSet purchaseOptions = new BitSet(4);
purchaseOptions.set(1); //option1
purchaseOptions.set(3); //option3
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(
purchaseXmlOptions(purchaseOptions), XML, null);
assertNotNull(objectList);
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if (object.getClass().getSimpleName().equals(PURCH_MOD)) {
YchPurchasingsupervisorOpParam purchasingsupervisorOpParam =
(YchPurchasingsupervisorOpParam) object;
assertEquals(AM_OBJ + "purchasing-support: leaf value", "support",
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychPurchasingSupport());
assertEquals(AM_OBJ + "ych-puchasing-options: leaf value",
purchaseOptions,
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychPurchasingOptions());
} else {
assertEquals(AM_OBJ, PURCH_MOD, object.getClass().getSimpleName());
}
}
}
@Test
public void proceessCodecDecodeFunctionForEmptyBitmask() {
testYangSchemaNodeProvider.processSchemaRegistry(null);
DefaultYangSchemaRegistry schemaRegistry =
testYangSchemaNodeProvider.getDefaultYangSchemaRegistry();
YangCodecRegistry.initializeDefaultCodec();
DefaultYangCodecHandler defaultYangCodecHandler =
new DefaultYangCodecHandler(schemaRegistry);
// Verify the received object list
List<Object> objectList = defaultYangCodecHandler.decode(
purchaseXmlOptions(null), XML, null);
assertNotNull(objectList);
Iterator<Object> iterator = objectList.iterator();
while (iterator.hasNext()) {
Object object = iterator.next();
if (object.getClass().getSimpleName().equals(PURCH_MOD)) {
YchPurchasingsupervisorOpParam purchasingsupervisorOpParam =
(YchPurchasingsupervisorOpParam) object;
assertEquals(AM_OBJ + "purchasing-support: leaf value", "support",
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychPurchasingSupport());
assertNull(AM_OBJ + "ych-puchasing-options: leaf value empty",
purchasingsupervisorOpParam.ychPurchasingSupervisor().ychPurchasingOptions());
} else {
assertEquals(AM_OBJ, PURCH_MOD, object.getClass().getSimpleName());
}
}
}
}