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/*-
* ============LICENSE_START=======================================================
* SDC
* ================================================================================
* Copyright (C) 2017 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=========================================================
*/
import * as _ from "lodash";
import { Injectable } from '@angular/core';
import { DataTypeModel, DataTypesMap, PropertyFEModel, DerivedFEProperty} from "app/models";
import { DataTypesService } from "app/services/data-types-service";
import { PROPERTY_DATA } from "app/utils";
import {DerivedFEAttribute} from "../../models/attributes-outputs/derived-fe-attribute";
/** This is a new service for NG2, to eventually replace app/services/data-types-service.ts
*
* This service is a singleton that holds a map of all DataTypes, recieved from server on load.
* It also contains convenience methods to check if a string is a valid dataType, and to retrieve a dataType's properties recursively
*/
@Injectable()
export class DataTypeService {
public dataTypes: DataTypesMap;
constructor(private dataTypeService: DataTypesService) {
this.dataTypes = dataTypeService.getAllDataTypes(); //This should eventually be replaced by an NG2 call to the backend instead of utilizing Angular1 downgraded component.
}
public getDataTypeByModelAndTypeName(modelName: string, typeName: string): DataTypeModel {
this.dataTypes = this.dataTypeService.getAllDataTypesFromModel(modelName);
let dataTypeFound = this.dataTypes[typeName];
if (!dataTypeFound) {
console.log("MISSING Datatype for model " + modelName + " and type: " + typeName);
}
return dataTypeFound;
}
public getDataTypeByTypeName(typeName: string): DataTypeModel {
if(!this.dataTypes){
this.dataTypes = this.dataTypeService.getAllDataTypes();
}
if (!this.dataTypes[typeName]) console.log("MISSING Datatype: " + typeName);
return this.dataTypes[typeName];
}
public getDataTypeByModel(modelName: string): DataTypesMap {
return this.dataTypeService.getAllDataTypesFromModel(modelName);
}
public findAllDataTypesByModel(modelName: string): Promise<Map<string, DataTypeModel>> {
return this.dataTypeService.findAllDataTypesByModel(modelName);
}
public getConstraintsByParentTypeAndUniqueID(rootPropertyType, propertyName){
// const property = this.dataTypes[rootPropertyType].properties.filter(property =>
// property.name == propertyName);
// return property[0] && property[0].constraints ? property[0].constraints[0].validValues : null;
return null;
}
public getDerivedDataTypeProperties(dataTypeObj: DataTypeModel, propertiesArray: Array<DerivedFEProperty>, parentName: string) {
//push all child properties to array
if (!dataTypeObj) return;
if (dataTypeObj.properties) {
dataTypeObj.properties.forEach((derivedProperty) => {
if(dataTypeObj.name !== PROPERTY_DATA.OPENECOMP_ROOT || derivedProperty.name !== PROPERTY_DATA.SUPPLEMENTAL_DATA){//The requirement is to not display the property supplemental_data
propertiesArray.push(new DerivedFEProperty(derivedProperty, parentName));
}
let derivedDataTypeObj: DataTypeModel = this.getDataTypeByTypeName(derivedProperty.type);
this.getDerivedDataTypeProperties(derivedDataTypeObj, propertiesArray, parentName + "#" + derivedProperty.name);
});
}
//recurse parent (derivedFrom), in case one of parents contains properties
if (dataTypeObj.derivedFrom && PROPERTY_DATA.ROOT_DATA_TYPE !== dataTypeObj.derivedFrom.name) {
this.getDerivedDataTypeProperties(dataTypeObj.derivedFrom, propertiesArray, parentName);
}
}
public getDerivedDataTypeAttributes(dataTypeObj: DataTypeModel, attributesArray: Array<DerivedFEAttribute>, parentName: string) {
//push all child properties to array
if (!dataTypeObj) return;
if (dataTypeObj.attributes) {
dataTypeObj.attributes.forEach((derivedAttribute) => {
if(dataTypeObj.name !== PROPERTY_DATA.OPENECOMP_ROOT || derivedAttribute.name !== PROPERTY_DATA.SUPPLEMENTAL_DATA){//The requirement is to not display the property supplemental_data
attributesArray.push(new DerivedFEAttribute(derivedAttribute, parentName));
}
let derivedDataTypeObj: DataTypeModel = this.getDataTypeByTypeName(derivedAttribute.type);
this.getDerivedDataTypeAttributes(derivedDataTypeObj, attributesArray, parentName + "#" + derivedAttribute.name);
});
}
//recurse parent (derivedFrom), in case one of parents contains properties
if (dataTypeObj.derivedFrom && PROPERTY_DATA.ROOT_DATA_TYPE !== dataTypeObj.derivedFrom.name) {
this.getDerivedDataTypeAttributes(dataTypeObj.derivedFrom, attributesArray, parentName);
}
}
/**
* Checks for custom behavior for a given data type by checking if a function exists within data-type.service with that name
* Additional custom behavior can be added by adding a function with the given dataType name
*/
public checkForCustomBehavior = (property:PropertyFEModel) => {
let shortTypeName:string = property.type.split('.').pop();
if (this[shortTypeName]) {
this[shortTypeName](property); //execute function for given type, pass property as param
}
}
public Naming = (property: PropertyFEModel) => {
let generatedNamingVal: boolean = _.get(property.valueObj, 'ecomp_generated_naming', true);
property.flattenedChildren.forEach((prop) => {
if (prop.name == 'naming_policy') prop.hidden = !generatedNamingVal;
if (prop.name == 'instance_name') prop.hidden = generatedNamingVal;
});
}
}
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