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/*-
* ============LICENSE_START=======================================================
* SDC
* ================================================================================
* Copyright (C) 2019 AT&T Intellectual Property. All rights reserved.
* ================================================================================
* 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.
* ============LICENSE_END=========================================================
*/
package org.openecomp.sdc.be.components.merge.property;
import com.fasterxml.jackson.core.type.TypeReference;
import com.fasterxml.jackson.databind.ObjectMapper;
import com.google.common.collect.Maps;
import fj.data.Either;
import org.junit.Before;
import org.junit.Test;
import org.junit.runner.RunWith;
import org.mockito.Mock;
import org.mockito.junit.MockitoJUnitRunner;
import org.openecomp.sdc.be.components.utils.PropertyDataDefinitionBuilder;
import org.openecomp.sdc.be.datatypes.elements.GetInputValueDataDefinition;
import org.openecomp.sdc.be.datatypes.elements.PropertyDataDefinition;
import org.openecomp.sdc.be.datatypes.elements.SchemaDefinition;
import org.openecomp.sdc.be.model.DataTypeDefinition;
import org.openecomp.sdc.be.model.PropertyDefinition;
import org.openecomp.sdc.be.model.cache.ApplicationDataTypeCache;
import org.openecomp.sdc.be.model.tosca.ToscaPropertyType;
import java.io.IOException;
import java.util.*;
import java.util.function.Function;
import java.util.stream.Collectors;
import java.util.stream.Stream;
import static org.assertj.core.api.Assertions.assertThat;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertTrue;
import static org.mockito.Mockito.when;
@RunWith(MockitoJUnitRunner.class)
public class PropertyDataValueMergeBusinessLogicTest {
private ObjectMapper mapper = new ObjectMapper();
private PropertyDataValueMergeBusinessLogic testInstance;
@Mock
private ApplicationDataTypeCache applicationDataTypeCache;
@Before
public void setUp() throws Exception {
PropertyValueMerger propertyValueMerger = new PropertyValueMerger();
testInstance = new PropertyDataValueMergeBusinessLogic(propertyValueMerger, applicationDataTypeCache);
}
@Test
public void mergeProperties_emptyOldAndNewValues() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, null);
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, null);
testMergeProps(oldProp, newProp, null);
}
@Test
public void mergeProperties_emptyOldValue() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, null);
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, "newVal");
testMergeProps(oldProp, newProp, "newVal");
}
@Test
public void mergeSimpleStringType_copyOldValueIfNoNewValue() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, "val1");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, null);
testMergeProps(oldProp, newProp, "val1");
}
@Test
public void mergeSimpleStringType_dontCopyOldValIfHasNewVal() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, "val1");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.STRING.getType(), null, "newVal");
testMergeProps(oldProp, newProp, "newVal");
}
@Test
public void mergeSimpleIntType_copyOldValueIfNoNewValue() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.INTEGER.getType(), null, "44");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.INTEGER.getType(), null, null);
testMergeProps(oldProp, newProp, "44");
}
@Test
public void mergeSimpleIntType_dontCopyOldValIfHasNewVal() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.INTEGER.getType(), null, "44");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.INTEGER.getType(), null, "45");
testMergeProps(oldProp, newProp, "45");
}
@Test
public void mergeSimpleBooleanType_copyOldValueIfNoNewValue() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.BOOLEAN.getType(), null, "false");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.BOOLEAN.getType(), null, null);
testMergeProps(oldProp, newProp, "false");
}
@Test
public void mergeSimpleBooleanType_dontCopyOldValIfHasNewVal() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.BOOLEAN.getType(), null, "false");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.BOOLEAN.getType(), null, "true");
testMergeProps(oldProp, newProp, "true");
}
@Test
public void mergeSimpleListType_copyOldValuesByIndex() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.LIST.getType(), "string", "[\"a\", \"b\"]");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.LIST.getType(), "string", "[\"x\", \"\"]");
testMergeProps(oldProp, newProp, "[\"x\",\"b\"]");
}
@Test
public void mergeSimpleListType_differentSize() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.LIST.getType(), "string", "[\"a\", \"b\", \"c\"]");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.LIST.getType(), "string", "[\"x\", \"\"]");
testMergeProps(oldProp, newProp, "[\"x\",\"\"]");
}
@Test
public void mergeSimpleListType_jsonList() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", ToscaPropertyType.LIST.getType(), "json", "[[\"a\", \"b\"], \"c\"]");
PropertyDataDefinition newProp = createProp("prop1", ToscaPropertyType.LIST.getType(), "json", "[[\"a\"], \"d\"]");
testMergeProps(oldProp, newProp, "[[\"a\"],\"d\"]");
}
/**
* Old property: New property: Expected:
* { { {
* "mac_range_plan": "y", "mac_range_plan": "", "mac_range_plan": "y",
* "mac_count_required": { "mac_count_required": { "mac_count_required": {
* "is_required": true, "is_required": false, "is_required": false,
* "count": 44 "mac_address": "myAddress" "mac_address": "myAddress"
* } } }
* } } }
*
*/
@Test
public void mergeComplexType() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", "myType", null, "{\"mac_range_plan\":\"y\", \"mac_count_required\":{\"is_required\":true,\"count\":44}}");
PropertyDataDefinition newProp = createProp("prop1", "myType", null, "{\"mac_range_plan\":\"\", \"mac_count_required\":{\"is_required\":false, \"mac_address\":\"myAddress\"}}");
DataTypeDefinition myType = new DataTypeDefinition();
myType.setName("myType");
PropertyDefinition mac_range_plan = new PropertyDefinition();
mac_range_plan.setName("mac_range_plan");
mac_range_plan.setType("string");
PropertyDefinition mac_count_required = new PropertyDefinition();
mac_count_required.setName("mac_count_required");
mac_count_required.setType("map");
myType.setProperties(Arrays.asList(mac_range_plan, mac_count_required));
Map<String, DataTypeDefinition> dataTypes = Collections.singletonMap(myType.getName(), myType);
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(dataTypes));
testInstance.mergePropertyValue(oldProp, newProp, Collections.emptyList());
assertEquals("myType", "{\"mac_range_plan\":\"y\",\"mac_count_required\":{\"is_required\":false,\"mac_address\":\"myAddress\"}}", newProp.getValue());
}
/** Expected property:
* Old property: New property: {
* { { "mac_range_plan": "n",
* "mac_range_plan": "y", " "mac_range_plan": "n", "mymap": {
* "mymap": { "mymap": { "mac_count_required": {
* "mac_count_required": { "mac_count_required": { "is_required": false,
* "is_required": true, "is_required": false "count": 44
* "count": 44 }, },
* }, "host":"localhost", "host":"localhost",
* "backup-mode":"daily", "ip":"127.0.0.1" "ip":"127.0.0.1"
* "ip":"0.0.0.0" } }
* } } }
* }
*
*/
@Test
public void mergeComplexType_containingMapWithComplexType() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", "myType", null, "{\"mac_range_plan\":\"y\",\"mymap\": {\"mac_count_required\": {\"is_required\":true,\"count\":44},\"backup-mode\":\"daily\",\"ip\":\"0.0.0.0\"}}");
PropertyDataDefinition newProp = createProp("prop1", "myType", null, "{\"mac_range_plan\":\"n\",\"mymap\": {\"mac_count_required\": {\"is_required\":false},\"host\":\"localhost\",\"ip\":\"127.0.0.1\"}}");
DataTypeDefinition myType = new DataTypeDefinition();
myType.setName("myType");
PropertyDefinition mac_range_plan = new PropertyDefinition();
mac_range_plan.setName("mac_range_plan");
mac_range_plan.setType("string");
PropertyDefinition mymap = new PropertyDefinition();
mymap.setName("mymap");
mymap.setType("map");
PropertyDefinition mac_count_required = new PropertyDefinition();
mac_count_required.setName("mac_count_required");
mac_count_required.setType("MacType");
SchemaDefinition entrySchema = new SchemaDefinition();
entrySchema.setProperty(mac_count_required);
mymap.setSchema(entrySchema);
myType.setProperties(Arrays.asList(mac_range_plan, mymap, mac_count_required));
Map<String, DataTypeDefinition> dataTypes = Collections.singletonMap(myType.getName(), myType);
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(dataTypes));
testInstance.mergePropertyValue(oldProp, newProp, Collections.emptyList());
assertEquals("myType", "{\"mac_range_plan\":\"n\",\"mymap\":{\"ip\":\"127.0.0.1\",\"mac_count_required\":{\"is_required\":false,\"count\":44},\"host\":\"localhost\"}}", newProp.getValue());
}
/*
* Old Property: New Property: Expected:
* [ [ [
* { { {
* "prop1": "val1", "prop2": { "prop2": {
* "prop2": { "prop3": false "prop3": false
* "prop3": true, } }
* "prop4": 44 } }
* } ] ]
* },
* {
* "prop1": "val2",
* "prop2": {
* "prop3": true
* }
* }
* ]
*
*/
@Test
public void mergeListOfComplexType_differentSize() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", "list", "myType", "[{\"prop1\":\"val1\", \"prop2\":{\"prop3\":true,\"prop4\":44}}, " +
"{\"prop1\":\"val2\", \"prop2\":{\"prop3\":true}}]");
PropertyDataDefinition newProp = createProp("prop1", "list", "myType", "[{\"prop2\":{\"prop3\":false}}]");
Map<String, DataTypeDefinition> dataTypes = buildDataTypes();
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(dataTypes));
testInstance.mergePropertyValue(oldProp, newProp, Collections.emptyList());
assertEquals("myType", "[{\"prop2\":{\"prop3\":false}}]", newProp.getValue());
}
/*
* Old Property: New Property: Expected:
* [ [ [
* { { {
* "prop1": "val1", "prop1": "", "prop1": "val1",
* "prop2": { "prop2": { "prop2": {
* "prop3": true, "prop4": 45 "prop3": true
* "prop4": 44 } "prop4": 45
* } }, }
* }, { },
* { {
* "prop1": "val2", "prop2": { "prop1": "val2",
* "prop2": { "prop3": false "prop2": {
* "prop3": true } "prop3": false
* } } }
* } ] }
* ] ]
*
*/
@Test
public void mergeListOfComplexType() throws Exception {
PropertyDataDefinition oldProp = createProp("lprop", "list", "myType", "[{\"prop1\":\"val1\", \"prop2\":{\"prop3\":true,\"prop4\":44}}, " +
"{\"prop1\":\"val2\", \"prop2\":{\"prop3\":true}}]");
PropertyDataDefinition newProp = createProp("lprop", "list", "myType", "[{\"prop1\":\"\", \"prop2\":{\"prop4\":45}}, {\"prop2\":{\"prop3\":false}}]");
DataTypeDefinition myType = new DataTypeDefinition();
myType.setName("myType");
Map<String, DataTypeDefinition> dataTypes = buildDataTypes();
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(dataTypes));
testInstance.mergePropertyValue(oldProp, newProp, Collections.emptyList());
assertEquals("lprop", "[{\"prop2\":{\"prop4\":45,\"prop3\":true},\"prop1\":\"val1\"},{\"prop2\":{\"prop3\":false},\"prop1\":\"val2\"}]", newProp.getValue());
}
/*
* Old Property: New Property: Expected:
* { { {
* "lprop": [ "lprop": [ "lprop": [
* { { {
* "prop1": "val1", "prop2": [ "prop1": "val1",
* "prop2": [ { "prop2": [
* { "prop3": true {
* "prop3": true, }, "prop3": true,
* "prop4": 44 { "prop4": 44
* }, "prop4":69 },
* { } {
* "prop3": false, ] "prop3": false,
* "prop4": 96 }, "prop4": 69
* } { }
* ] "prop1": "val1", ]
* }, "prop2": [ },
* { { {
* "prop1": "val2", "prop3": false "prop1": "val1",
* "prop2": [ } "prop2": [
* { ] {
* "prop3": true } "prop3": false
* } ], }
* ] "prop5": "value05" ]
* } } }
* ], ],
* "prop5": "value5" "prop5": "value05"
* } }
*
*
*/
@Test
public void mergeComplexType_containsListOfComplexType() throws Exception {
PropertyDataDefinition oldProp = createProp("complexProp", "complexType", null,
"{\"lprop\":[{\"prop1\":\"val1\",\"prop2\":[{\"prop3\":true,\"prop4\":44},{\"prop3\":false,\"prop4\":96}]}," +
"{\"prop1\":\"val2\",\"prop2\":[{\"prop3\":true}]}],\"prop5\":\"value5\"} ");
PropertyDataDefinition newProp = createProp("complexProp", "complexType", null,
"{\"lprop\":[{\"prop2\":[{\"prop3\":true},{\"prop4\":69}]},{\"prop1\":\"val1\",\"prop2\":[{\"prop3\":false}]}],\"prop5\":\"value05\"}");
DataTypeDefinition complexType = new DataTypeDefinition();
complexType.setName("complexType");
PropertyDefinition lprop = new PropertyDefinition(createProp("lprop", "list", "myType", null));
PropertyDefinition prop5 = new PropertyDefinition();
prop5.setName("prop5");
prop5.setType("string");
DataTypeDefinition complexProp = new DataTypeDefinition();
complexProp.setName("complexType");
complexType.setProperties(Arrays.asList(lprop, prop5));
DataTypeDefinition myType = new DataTypeDefinition();
myType.setName("myType");
PropertyDefinition prop1 = new PropertyDefinition();
prop1.setName("prop1");
prop1.setType("string");
DataTypeDefinition myInnerType = new DataTypeDefinition();
myInnerType.setName("myInnerType");
PropertyDefinition prop2 = new PropertyDefinition(createProp("prop2", "list", "myInnerType", null));
PropertyDefinition prop3 = new PropertyDefinition();
prop3.setName("prop3");
prop3.setType("boolean");
PropertyDefinition prop4 = new PropertyDefinition();
prop4.setName("prop4");
prop4.setType("integer");
complexType.setProperties(Arrays.asList(lprop, prop5));
myType.setProperties(Arrays.asList(prop1, prop2));
myInnerType.setProperties(Arrays.asList(prop3, prop4));
Map<String, DataTypeDefinition> dataTypes = Stream.of(complexType, myType, myInnerType)
.collect(Collectors.toMap(DataTypeDefinition::getName, Function.identity()));
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(dataTypes));
testInstance.mergePropertyValue(oldProp, newProp, Collections.emptyList());
assertEquals("complexProp",
"{\"lprop\":[{\"prop2\":[{\"prop4\":44,\"prop3\":true},{\"prop4\":69,\"prop3\":false}],\"prop1\":\"val1\"},{\"prop2\":[{\"prop3\":false}],\"prop1\":\"val1\"}],\"prop5\":\"value05\"}",
newProp.getValue());
}
@Test
public void mergeMapType_differentSize() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", "map", "string", "{\"prop1\":\"val1\", \"prop2\":\"val2\", \"prop3\":\"val3\"}");
PropertyDataDefinition newProp = createProp("prop1", "map", "string", "{\"prop1\":\"valY\", \"prop2\":\"\"}");
HashMap<String, String> expected = Maps.newHashMap();
expected.put("prop1", "valY");
expected.put("prop2", "val2");
verifyMapMerge(getMergedMapProp(oldProp, newProp, Collections.emptyList()), expected);
}
@Test
public void mergeMapType() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", "map", "string", "{\"prop1\":\"val1\", \"prop2\":\"val2\", \"prop3\":\"\", \"prop4\":\"val4\"}");
PropertyDataDefinition newProp = createProp("prop1", "map", "string", "{\"prop1\":\"valY\", \"prop2\":\"\", \"prop3\":\"val3\", \"prop5\":\"val5\"}");
HashMap<String, String> expected = Maps.newHashMap();
expected.put("prop1", "valY");
expected.put("prop2", "val2");
expected.put("prop3", "val3");
expected.put("prop5", "val5");
verifyMapMerge(getMergedMapProp(oldProp, newProp, Collections.emptyList()), expected);
}
@Test
public void mergeMapTypeWhenNewValueIsEmpty() throws Exception {
PropertyDataDefinition oldProp = createProp("prop1", "map", "string", "{\"prop1\":\"val1\", \"prop2\":\"val2\", \"prop3\":\"val3\"}");
PropertyDataDefinition newProp = createProp("prop1", "map", "string", null);
HashMap<String, String> expected = Maps.newHashMap();
expected.put("prop1", "val1");
expected.put("prop2", "val2");
expected.put("prop3", "val3");
verifyMapMerge(getMergedMapProp(oldProp, newProp, Collections.singletonList("input1")), expected);
}
@Test
public void mergeGetInputValue() throws Exception {
PropertyDataDefinition oldProp = createGetInputProp("prop1", "string", null, "input1");
PropertyDataDefinition newProp = createProp("prop1", "string", null, "");
testMergeProps(oldProp, newProp, oldProp.getValue(), Collections.singletonList("input1"));
assertEquals(oldProp.getGetInputValues(), newProp.getGetInputValues());
}
@Test
public void mergeGetInputValue_valueIsNull_InNewProp() throws Exception {
PropertyDataDefinition oldProp = createGetInputProp("prop1", "string", null, "input1");
PropertyDataDefinition newProp = createProp("prop1", "string", null, null);
testMergeProps(oldProp, newProp,"{\"get_input\":\"input1\"}", Collections.singletonList("input1"));
assertGetInputValues(newProp, "input1");
}
/*
* Old property: New property: Expected:
* [ [ [
* { { {
* "mac_range_plan": { "mac_count_required": { "mac_range_plan": {
* "get_input": "input1" "is_required": true "get_input": "input1"
* }, } },
* "mac_count_required": { } "mac_count_required": {
* "is_required": true, "is_required": true
* "count": { inputs: intput1, input2 }
* "get_input": "input2" ] }
* }
* } inputs: input2
* } ]
*
* inputs: intput1, input2
* ]
*
*
*
*/
@Test
public void mergeComplexGetInputValue() throws Exception {
PropertyDataDefinition oldProp = new PropertyDataDefinitionBuilder().addGetInputValue("input1").addGetInputValue("input2").setName("prop1").setType("myType").setValue("{\"mac_range_plan\":{\"get_input\": \"input1\"}, \"mac_count_required\":{\"is_required\":true,\"count\":{\"get_input\": \"input2\"}}}").build();
PropertyDataDefinition newProp = new PropertyDataDefinitionBuilder().addGetInputValue("input2").setName("prop1").setType("myType").setValue("{\"mac_count_required\":{\"is_required\":true}}").build();
testMergeProps(oldProp, newProp,"{\"mac_range_plan\":{},\"mac_count_required\":{\"is_required\":true}}", Collections.singletonList("input2"));
assertGetInputValues(newProp, "input2");
}
@Test
public void mergeListValueWithMultipleGetInputs() throws Exception {
PropertyDataDefinition oldProp = new PropertyDataDefinitionBuilder()
.addGetInputValue("input1").addGetInputValue("input2").addGetInputValue("input3")
.setName("prop1")
.setType("list").setSchemaType("string")
.setValue("[{\"get_input\": \"input2\"},{\"get_input\": \"input3\"},{\"get_input\": \"input1\"}]")
.build();
PropertyDataDefinition newProp = new PropertyDataDefinitionBuilder()
.addGetInputValue("input3")
.addGetInputValue("input5")
.setName("prop1")
.setType("list").setSchemaType("string")
.setValue("[{\"get_input\": \"input5\"}, {\"get_input\": \"input3\"}]")
.build();
testMergeProps(oldProp, newProp,"[{\"get_input\":\"input5\"},{\"get_input\":\"input3\"}]");
assertGetInputValues(newProp, "input3", "input5");
}
private void assertGetInputValues(PropertyDataDefinition newProp, String ... expectedInputNames) {
assertTrue(newProp.isGetInputProperty());
assertEquals(newProp.getGetInputValues().size(), expectedInputNames.length);
for (int i = 0; i < expectedInputNames.length; i++) {
String expectedInputName = expectedInputNames[i];
GetInputValueDataDefinition getInputValueDataDefinition = newProp.getGetInputValues().get(i);
assertEquals(getInputValueDataDefinition.getInputName(), expectedInputName);
}
}
private void testMergeProps(PropertyDataDefinition oldProp, PropertyDataDefinition newProp, String expectedValue) {
testMergeProps(oldProp, newProp, expectedValue, Collections.emptyList());
}
private void testMergeProps(PropertyDataDefinition oldProp, PropertyDataDefinition newProp, String expectedValue, List<String> getInputsToMerge) {
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(Collections.emptyMap()));
testInstance.mergePropertyValue(oldProp, newProp, getInputsToMerge);
assertEquals(expectedValue, newProp.getValue());
}
private String getMergedMapProp(PropertyDataDefinition oldProp, PropertyDataDefinition newProp, List<String> getInputsToMerge) {
when(applicationDataTypeCache.getAll()).thenReturn(Either.left(Collections.emptyMap()));
testInstance.mergePropertyValue(oldProp, newProp, getInputsToMerge);
return newProp.getValue();
}
private void verifyMapMerge(String newValue, Map<String, String> expectedValues) {
Map<String, String> values = convertJsonToMap(newValue);
assertThat(values).isNotNull();
assertThat(values).containsAllEntriesOf(expectedValues);
}
private PropertyDataDefinition createProp(String name, String type, String innerType, String val) {
return new PropertyDataDefinitionBuilder()
.setType(type)
.setSchemaType(innerType)
.setValue(val)
.setName(name)
.build();
}
private PropertyDataDefinition createGetInputProp(String name, String type, String innerType, String inputName) {
String val = String.format("{\"get_input\":\"%s\"}", inputName);
return new PropertyDataDefinitionBuilder()
.setType(type)
.setSchemaType(innerType)
.setValue(val)
.addGetInputValue(inputName)
.setName(name)
.build();
}
private Map<String, String> convertJsonToMap(String jsonString) {
try {
return mapper.readValue(jsonString, new TypeReference<Map<String, String>>(){});
} catch (IOException e) {
return null;
}
}
private Map<String, DataTypeDefinition> buildDataTypes() {
DataTypeDefinition myType = new DataTypeDefinition();
myType.setName("myType");
DataTypeDefinition myInnerType = new DataTypeDefinition();
myInnerType.setName("myInnerType");
PropertyDefinition prop1 = new PropertyDefinition();
prop1.setName("prop1");
prop1.setType("string");
PropertyDefinition prop2 = new PropertyDefinition();
prop2.setName("prop2");
prop2.setType("myInnerType");
PropertyDefinition prop3 = new PropertyDefinition();
prop3.setName("prop3");
PropertyDefinition prop4 = new PropertyDefinition();
prop4.setName("prop4");
myType.setProperties(Arrays.asList(prop1, prop2));
myInnerType.setProperties(Arrays.asList(prop3, prop4));
return Stream.of(myType, myInnerType).collect(Collectors.toMap(DataTypeDefinition::getName, Function.identity()));
}
}
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