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@opra/common

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import { HttpStatusCode, MimeTypes } from '../../enums/index.js'; import { DATATYPE_METADATA } from '../constants.js'; import { FieldPathType } from '../data-type/extended-types/index.js'; import { IntegerType } from '../data-type/primitive-types/index.js'; import { HttpOperation } from '../http/http-operation.js'; import { HttpOperationDecoratorFactory } from './http-operation.decorator.js'; import { createFilterDecorator, createSortFieldsDecorator, getDataTypeName, } from './http-operation-entity.decorator.js'; /** * HttpOperation.Entity.FindMany */ HttpOperation.Entity.FindMany = function (arg0, arg1) { let args; if (typeof arg0 === 'object' && !arg0[DATATYPE_METADATA]) { args = arg0; } else args = { ...arg1, type: arg0 }; /** Initialize the decorator and the chain */ const decoratorChain = []; const decorator = HttpOperationDecoratorFactory(decoratorChain, { method: 'GET', ...args, composition: 'Entity.FindMany', }); decorator .Response(HttpStatusCode.OK, { description: 'Operation is successful. Returns OperationResult with "payload" field that contains list of resources.', contentType: MimeTypes.opra_response_json, type: args.type, partial: 'deep', isArray: true, }) .Response(HttpStatusCode.UNPROCESSABLE_ENTITY, { description: 'The request was well-formed but was unable to process operation due to one or many errors.', contentType: MimeTypes.opra_response_json, }) .QueryParam('limit', { description: 'Determines number of returning instances', type: new IntegerType({ minValue: 1, maxValue: args.maxLimit }), }) .QueryParam('skip', { description: 'Determines number of returning instances', type: new IntegerType({ minValue: 1 }), }) .QueryParam('count', { description: 'Counts all matching instances if enabled', type: Boolean, }) .QueryParam('projection', { description: 'Determines fields projection', type: new FieldPathType({ dataType: args.type, allowSigns: 'each', }), isArray: true, arraySeparator: ',', }); decoratorChain.push((operationMeta) => { const compositionOptions = (operationMeta.compositionOptions = operationMeta.compositionOptions || {}); compositionOptions.type = getDataTypeName(args.type); if (args.defaultLimit) compositionOptions.defaultLimit = args.defaultLimit; if (args.defaultProjection) compositionOptions.defaultProjection = args.defaultProjection; if (args.maxLimit) compositionOptions.maxLimit = args.maxLimit; }); decorator.Filter = createFilterDecorator(decorator, decoratorChain, args.type); /** * */ decorator.DefaultSort = (...fields) => { decoratorChain.push((operationMeta) => { const compositionOptions = (operationMeta.compositionOptions = operationMeta.compositionOptions || {}); compositionOptions.defaultSort = fields; }); return decorator; }; decorator.SortFields = createSortFieldsDecorator(decorator, decoratorChain); return decorator; };