xref: /napi_generator/test/unittest/analyze.test.js (revision 8c339a94)

/*
* Copyright (c) 2022 Shenzhen Kaihong Digital Industry Development Co., Ltd.
* 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.
*/
let genDir = '../../src/gen/'
const re = require(genDir + 'tools/re');
const { analyzeFile } = require(genDir + 'analyze');
const { analyzeEnum, analyzeEnumResult } = require(genDir + 'analyze/enum');
const { analyzeFunction, analyzeSubInterface, getFuncParaType, analyzeFuncNoNameInterface,
    analyseSubReturn } = require(genDir + 'analyze/function');
const { analyzeInterface } = require(genDir + 'analyze/interface');
const { analyzeType, analyzeType2 } = require(genDir + 'analyze/type');
const { analyzeNamespace, parseNamespace } = require(genDir + 'analyze/namespace');
const { parseEnum, parseFunction, parseInterface, parseClass, parseType } = require(genDir + 'analyze/namespace');
const { analyzeParams } = require(genDir + 'analyze/params');
const { analyzeReturn } = require(genDir + 'analyze/return');
const { readFile } = require('../../src/gen/tools/FileRW');

var assert = require('assert');
var correctResult;
function before() {
    let data = readFile('test/unittest/result.json');
    if (data) {
        correctResult = JSON.parse(data);
    }
}

describe('Analyze', function () {
    before(function () {
        before();
    });

    it('test gen/analyze analyzeFile', function () {
        let structOfTs = analyzeFile('test/unittest/@ohos.input_sample.d.ts');
        let retJson = JSON.stringify(structOfTs);
        let retNameSpace = retJson.search('\'name\':\'napitest\'');
        assert.strictEqual(retNameSpace > 0, true);
        let retLicense = retJson.search('Copyright');
        assert.strictEqual(retLicense > 0, true);
    });

    partOfEnum();

    partOfFunction(correctResult);

    partOfInterface(correctResult);

    partOfType();

    partOfNamespace(correctResult);

    partOfParam();

    it('test gen/analyze/return analyzeReturn', function () {
        let ret = analyzeReturn('string');
        assert.strictEqual(ret[0], 'string');
        assert.strictEqual(ret[1], false);
        let ret2 = analyzeReturn('boolean');
        assert.strictEqual(ret2[0], 'boolean');
        assert.strictEqual(ret2[1], false);
    });

    it('test gen/analyze/return analyzeReturn', function () {
        let ret = analyzeReturn('Promise<string>');
        assert.strictEqual(ret[0], 'Promise<string>');
        assert.strictEqual(ret[1], true);
        let ret2 = analyzeReturn('Promise<boolean>');
        assert.strictEqual(ret2[0], 'Promise<boolean>');
        assert.strictEqual(ret2[1], true);
    });
});

function partOfEnum() {
    it('test gen/analyze/enum analyzeStringEnum', function () {
        let data = '\nDENIED = "-1"';
        let retJson = JSON.stringify(analyzeEnum(data));
        let enumValueType = retJson.search('\'enumValueType\':1');
        assert.strictEqual(enumValueType > 0, true);
        let element = retJson.search('\'name\':\'DENIED\',\'value\':\'-1\',\'type\':\'string\'');
        assert.strictEqual(element > 0, true);
    });

    it('test gen/analyze/enum analyzeNumberEnum', function () {
        let data = '\nFAULT = 1,\nSTATISTIC = 2,\nSECURITY = 3,\nBEHAVIOR = 4,\n';
        let retJson = JSON.stringify(analyzeEnum(data));
        let enumValueType = retJson.search('\'enumValueType\':0');
        assert.strictEqual(enumValueType > 0, true);
        let element = retJson.search('\'name\':\'FAULT\',\'value\':\'1\',\'type\':\'NUMBER_TYPE_');
        assert.strictEqual(element > 0, true);
        let retFunc = retJson.substring(retJson.search('function') - 1, retJson.search('function') + 12);
        assert.strictEqual(retFunc, '\'function\':[]');
    });

    it('test gen/analyze/enum analyzeEnumStringResult', function () {
        let result = {
            element: [{ name: 'STATUS0', value: '0', type: 'string' }],
            function: [],
            enumValueType: 0
        };
        let retJson = JSON.stringify(analyzeEnumResult(result, 'STATUS0 = "1"', '0'));
        let enumValueType = retJson.search('\'enumValueType\':1');
        assert.strictEqual(enumValueType > 0, true);
    });

    it('test gen/analyze/enum analyzeEnumNumberResult', function () {
        let result = {
            element: [{ name: 'STATUS1', value: '0', type: 'NUMBER_TYPE_1' }],
            function: [],
            enumValueType: 0
        };
        let retJson = JSON.stringify(analyzeEnumResult(result, 'STATUS1 = 1', '0'));
        let enumValueType = retJson.search('\'enumValueType\':0');
        assert.strictEqual(enumValueType > 0, true);
    });
}

function partOfFunction(correctResult) {
    partOfFunctionOne(correctResult);

    it('test gen/analyze/function analyzeFuncNoNameInterface', function () {
        let data = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let values = 'fp3: {nm: string, isTrue: boolean}';
        let retJson = JSON.stringify(analyzeFuncNoNameInterface(data, values));
        retJson = re.replaceAll(retJson, 'AUTO_INTERFACE_[0-9]+', 'AUTO_INTERFACE');
        assert.strictEqual(retJson, '{\'interfaceName\':\'AUTO_INTERFACE\',\'values\':\'fp3:AUTO_INTERFACE\'}');
    });

    it('test gen/analyze/function analyseSubReturn', function () {
        let data = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = '{read:number;written:number}';
        let retJson = JSON.stringify(analyseSubReturn(ret, data));
        retJson = re.replaceAll(retJson, 'AUTO_INTERFACE_[0-9]+', 'AUTO_INTERFACE');
        assert.strictEqual(retJson, '\'AUTO_INTERFACE\'');
    });

    it('test gen/analyze/function getFuncParaType', function () {
        let data = 'if_direct(v1: string, v2: boolean): string;';
        let v = { name: 'v1', type: 'string' };
        let retJson = JSON.stringify(getFuncParaType(v, '', data));
        assert.strictEqual(retJson, '{\'name\':\'v1\',\'type\':\'string\'}');
    });

    partOfFunctionTwo();
}

function partOfFunctionOne(correctResult) {
    it('test gen/analyze/function analyzeSubInterface', function () {
        let data = correctResult.ParamIn.analyzeSubInterface;
        let retJson = JSON.stringify(analyzeSubInterface(data));
        let retNum = retJson.search('{\'name\':\'num1\',\'type\':\'NUMBER_TYPE_');
        assert.strictEqual(retNum > 0, true);
        let retString = retJson.search('{\'name\':\'str1\',\'type\':\'string\'}');
        assert.strictEqual(retString > 0, true);
        let retBoolean = retJson.search('{\'name\':\'bool1\',\'type\':\'boolean\'}');
        assert.strictEqual(retBoolean > 0, true);
        let retArrayNum = retJson.search('{\'name\':\'nums\',\'type\':\'Array<NUMBER_TYPE_');
        assert.strictEqual(retArrayNum > 0, true);
        let retArrayString = retJson.search('{\'name\':\'strs\',\'type\':\'Array<string>\'}');
        assert.strictEqual(retArrayString > 0, true);
        let retArrayBoolean = retJson.search('{\'name\':\'bools\',\'type\':\'Array<boolean>\'}');
        assert.strictEqual(retArrayBoolean > 0, true);
        let retMapNumber = retJson.search('{\'name\':\'mapNum\',\'type\':\'Map<string, NUMBER_TYPE_');
        assert.strictEqual(retMapNumber > 0, true);
        let retMapString = retJson.search('{\'name\':\'mapStr\',\'type\':\'Map<string, string>\'}');
        assert.strictEqual(retMapString > 0, true);
        let retMapBoolean = retJson.search('{\'name\':\'mapBool\',\'type\':\'Map<string, boolean>\'}');
        assert.strictEqual(retMapBoolean > 0, true);
        let retMapNumber2 = retJson.indexOf('\'name\':\'mapNum2\',\'type\':\'{[key: string]: NUMBER_TYPE_');
        assert.strictEqual(retMapNumber2 > 0, true);
        let strictEqual = retJson.indexOf('\'name\':\'mapStr2\',\'type\':\'{[key: string]: string}');
        assert.strictEqual(strictEqual > 0, true);
        let retMapBoolean2 = retJson.indexOf('\'name\':\'mapBool2\',\'type\':\'{[key: string]: boolean}');
        assert.strictEqual(retMapBoolean2 > 0, true);
    });
}

function partOfFunctionTwo() {
    it('test gen/analyze/function analyzeDirectFunction', function () {
        let data = 'if_direct(v1: string, v2: boolean): string;';
        let ret = analyzeFunction(data, false, `if_direct`, 'v1: string, v2: boolean', 'asdfgh');
        let retJson = JSON.stringify(ret);
        let str1 = '{\'name\':\'v1\',\'type\':\'string\',\'optional\':false,\'realType\':\'string\'},';
        let str2 = '{\'name\':\'v2\',\'type\':\'boolean\',\'optional\':false,\'realType\':\'boolean\'}';
        let retValue = retJson.search(str1 + str2)
        assert.strictEqual(retValue > 0, true);
        let retName = retJson.search('\'name\':\'if_direct\'');
        assert.strictEqual(retName > 0, true);
        let retType = retJson.search('\'type\':1');
        assert.strictEqual(retType > 0, true);
    });

    it('test gen/analyze/function analyzeAsyncFunction', function () {
        let data = 'if_async(v1: string, cb: AsyncCallback<string>): string;';
        let ret = analyzeFunction(data, false, `if_async`, 'v1: string, cb: AsyncCallback<string>', 'qwerty');
        let retJson = JSON.stringify(ret);
        let str1 = '{\'name\':\'v1\',\'type\':\'string\',\'optional\':false,\'realType\':\'string\'},';
        let str2 = '{\'name\':\'cb\',\'type\':\'AsyncCallback<string>\',\'optional\':false,\'realType\':\'AsyncCallback<string>\'}';
        let retValue = retJson.search(str1 + str2);
        assert.strictEqual(retValue > 0, true);
        let retName = retJson.search('\'name\':\'if_async\'');
        assert.strictEqual(retName > 0, true);
        let retType = retJson.search('\'type\':4');
        assert.strictEqual(retType > 0, true);
    });

    it('test gen/analyze/function analyzeSyncFunction', function () {
        let data = 'if_callback(v1: string, cb: Callback<Array<string>>): string;';
        let ret = analyzeFunction(data, false, `if_callback`, 'v1: string, cb: Callback<Array<string>>', 'zxcvbn');
        let retJson = JSON.stringify(ret);
        let retType = retJson.search('\'type\':2');
        assert.strictEqual(retType > 0, true);
    });

    it('test gen/analyze/function analyzePromiseFunction', function () {
        let data = 'if_promise(v1: Array<number>): Promise<boolean>;';
        let ret = analyzeFunction(data, false, `if_promise`, 'v1: Array<number>', 'Promise<boolean>');
        let retJson = JSON.stringify(ret);
        let retType = retJson.search('\'type\':4');
        assert.strictEqual(retType > 0, true);
        let retReturn = retJson.search('\'ret\':\'void\'');
        assert.strictEqual(retReturn > 0, true);
    });
}

function partOfInterface(correctResult) {
    it('test gen/analyze/interface analyzeInterface', function () {
        let data = correctResultParamIn.analyzeInterface;
        let ret = analyzeInterface(data);
        let retJson = JSON.stringify(ret);
        let valueArray = retJson.substring(retJson.indexOf('\[') + 1, retJson.indexOf('\]')).split('}');
        let numContain = valueArray[0].indexOf('\'name\':\'num1\',\'type\':\'NUMBER_TYPE_');
        assert.strictEqual(numContain > 0, true);
        assert.strictEqual(valueArray[1], ',{\'name\':\'str1\',\'type\':\'string\',\'realType\':\'string\',\'optional\':false');
        assert.strictEqual(valueArray[2], ',{\'name\':\'bool1\',\'type\':\'boolean\',\'realType\':\'boolean\',\'optional\':false');
        let numArrayCon = valueArray[3].indexOf('\'name\':\'nums\',\'type\':\'Array<NUMBER_TYPE_');
        assert.strictEqual(numArrayCon > 0, true);
        assert.strictEqual(valueArray[4], ',{\'name\':\'strs\',\'type\':\'Array<string>\',\'realType\':\'Array<string>\',\'optional\':false');
        assert.strictEqual(valueArray[5], ',{\'name\':\'bools\',\'type\':\'Array<boolean>\',\'realType\':\'Array<boolean>\',\'optional\':false');
        let numMapCon = valueArray[6].indexOf('\'name\':\'mapNum\',\'type\':\'Map<string,NUMBER_TYPE_');
        assert.strictEqual(numMapCon > 0, true);
        assert.strictEqual(valueArray[7], ',{\'name\':\'mapStr\',\'type\':\'Map<string,string>\',\'realType\':\'Map<string,string>\',\'optional\':false');
        let mapNumCon = retJson.indexOf('\'name\':\'mapNum2\',\'type\':\'{[key:string]:NUMBER_TYPE_');
        assert.strictEqual(mapNumCon > 0, true);
        let mapStrCon = retJson.indexOf('\'name\':\'mapStr2\',\'type\':\'{[key:string]:string}');
        assert.strictEqual(mapStrCon > 0, true);
        let mapBoolCon = retJson.indexOf('\'name\':\'mapBool2\',\'type\':\'{[key:string]:boolean}');
        assert.strictEqual(mapBoolCon > 0, true);
        let asyncExit = retJson.search('\'name\':\'if_async\',\'type\':4');
        assert.strictEqual(asyncExit > 0, true);
        let asyncArray = retJson.substring(retJson.lastIndexOf('\[') + 1, retJson.lastIndexOf('\]')).split('}');
        assert.strictEqual(asyncArray[0], '{\'name\':\'v1\',\'type\':\'string\',\'optional\':false,\'realType\':\'string\'');
        assert.strictEqual(asyncArray[1], ',{\'name\':\'cb\',\'type\':\'AsyncCallback<string>\',\'optional\':false,\'realType\':\'AsyncCallback<string>\'');
        assert.strictEqual(asyncArray[2], '],\'ret\':\'string\',\'isStatic\':false');
    });
}

function partOfType() {
    it('test gen/analyze/type analyzeType', function () {
        let retJson = JSON.stringify(analyzeType('tomato: string;\ntomatoTag: boolean;'));
        let value0 = retJson.search('\'name\':\'tomato\',\'type\':\'string\'');
        assert.strictEqual(value0 > 0, true);
        let value1 = retJson.search('\'name\':\'tomatoTag\',\'type\':\'boolean\'');
        assert.strictEqual(value1 > 0, true);
    });

    it('test gen/analyze/type analyzeType2', function () {
        let retJson = JSON.stringify(analyzeType2('aaa' | 'bbb' | 'ccc'));
        let enumValueType = retJson.search('\'enumValueType\':1');
        assert.strictEqual(enumValueType > 0, true);
        let element0 = retJson.search('\'name\':\'NAME_AAA\',\'value\':\'aaa\',\'type\':\'string\'');
        assert.strictEqual(element0 > 0, true);
        let element1 = retJson.search('\'name\':\'NAME_BBB\',\'value\':\'bbb\',\'type\':\'string\'');
        assert.strictEqual(element1 > 0, true);
        let element2 = retJson.search('\'name\':\'NAME_CCC\',\'value\':\'ccc\',\'type\':\'string\'');
        assert.strictEqual(element2 > 0, true);
    });
}

function partOfNamespace(correctResult) {
    it('test gen/analyze/namespace analyzeNamespace', function () {
        let ret = analyzeNamespace(correctResult.ParamIn.analyzeNamespace);
        let retJson = JSON.stringify(ret);
        let nameResult = retJson.substring(retJson.search('namespace') - 1, retJson.length - 1);
        let searchExport = nameResult.search('\'exports\'');
        let exportResult = nameResult.substring(searchExport, nameResult.search('\'exports\'') + 20);
        assert.strictEqual(exportResult, '\'exports\':[\'Entity\']');
        let enumResult = nameResult.substring(nameResult.search('\'enum\''), nameResult.indexOf('\'const\'') - 1);
        assert.strictEqual(enumResult.search('\'name\':\'Entity\'') > 0, true);
        assert.strictEqual(enumResult.search('\'enumValueType\':1') > 0, true);
        let searchInte = nameResult.indexOf('\'interface\'');
        let interResult = nameResult.substring(searchInte, nameResult.indexOf('\'class\'') - 1);
        assert.strictEqual(interResult.search('{\'name\':\'animal\',\'type\':\'string\'}') > 0, false);
        let qiePianStart = interResult.lastIndexOf('function') - 1;
        let qiepianEnd = interResult.lastIndexOf('parentNameList') - 2;
        let interFun = interResult.substring(qiePianStart, qiepianEnd);
        let interValue = '\'value\':[{\'name\':\'v1\',\'type\':\'string\',\'optional\':false,\'realType\':\'string\'}],';
        let interRet = '\'ret\':\'string\',';
        let interIsStatic = '\'isStatic\':false\}]';
        let funcResult = '\'function\':[{\'name\':\'fix\',\'type\':1,' + interValue + interRet + interIsStatic;
        assert.strictEqual(interFun, funcResult);
    });

    it('test gen/analyze/namespace analyzeNamespaceClass', function () {
        let ret = analyzeNamespace('\nnamespace Space3 {\nclass TestClass {\nstatic $fun1(v:string):boolean;\n}\n}\n');
        let retJson = JSON.stringify(ret);
        let nameResult = retJson.substring(retJson.search('namespace'), retJson.length - 2);
        let interResult = nameResult.substring(nameResult.search('\'interface\'') - 1, nameResult.length);
        let classResult = interResult.substring(interResult.search('\'function\'') - 1, interResult.length);
        assert.strictEqual(classResult.search('\'isStatic\':true') > 0, true);
    });

    it('test gen/analyze/namespace analyzeNamespaceFunction', function () {
        let ret = analyzeNamespace('\nnamespace Space3 {\nfunction fun1(v: string): boolean;\n}\n');
        let retJson = JSON.stringify(ret);
        let nameResult = retJson.substring(retJson.search('namespace'), retJson.length - 2);
        let qiePianStart = nameResult.lastIndexOf('\'function\'');
        let funcResult = nameResult.substring(qiePianStart, nameResult.lastIndexOf('\'interface\'') - 2);
        assert.strictEqual(funcResult.search('\'name\':\'fun1\',\'type\':1') > 0, true);
        assert.strictEqual(funcResult.search('{\'name\':\'v\',\'type\':\'string\',\'optional\':false,\'realType\':\'string\'}') > 0, true);
    });

    partOfNamespaceTwo(correctResult);

    partOfNamespaceThree(correctResult);

    partOfNamespaceFour(correctResult);
}

function partOfNamespaceTwo(correctResult) {
    it('test gen/analyze/namespace parseNamespace', function () {
        let data = correctResult.ParamIn.parseNamespace;
        let matchs = re.match(' *\n*', data);
        let result = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = parseNamespace(matchs, data, result);
        let retJson = JSON.stringify(ret);
        assert.strictEqual(retJson, '\'\\n\'');
    });

    it('test gen/analyze/namespace parseEnum', function () {
        let data = correctResult.ParamIn.parseEnum;
        let matchs = re.match(' *\n*', data);
        let result = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = parseEnum(matchs, data, result);
        let retJson = JSON.stringify(ret);
        assert.strictEqual(retJson, '\'\\n\'');
    })
}

function partOfNamespaceThree(correctResult) {
    it('test gen/analyze/namespace parseFunction', function () {
        let data = 'function fun1(name: string, flags: number): boolean;\n';
        let matchs = re.match(' *\n*', data);
        let result = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = parseFunction(matchs, data, result);
        let retJson = JSON.stringify(ret);
        assert.strictEqual(retJson, '\'\'');
    });

    it('test gen/analyze/namespace parseInterface', function () {
        let data = correctResult.ParamIn.parseInterface;
        let matchs = re.match(' *\n*', data)
        let result = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = parseInterface(matchs, data, result);
        let retJson = JSON.stringify(ret);
        assert.strictEqual(retJson, '\'\\nfunction fun1(v: ConfigOption): void\\n\'');
    });
}

function partOfNamespaceFour(correctResult) {
    it('test gen/analyze/namespace parseClass', function () {
        let data = correctResult.ParamIn.parseClass;
        let matchs = re.match(' *\n*', data)
        let result = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = parseClass(matchs, data, result);
        let retJson = JSON.stringify(ret);
        assert.strictEqual(retJson, correctResult.ParamOut.parseClass);
    });

    it('test gen/analyze/namespace parseType', function () {
        let data = correctResult.ParamIn.parseType;
        let matchs = re.match(' *\n*', data)
        let result = {
            exports: [],
            enum: [],
            const: [],
            type: [],
            function: [],
            interface: [],
            class: [],
            namespace: [],
        };
        let ret = parseType(matchs, data, result);
        let retJson = JSON.stringify(ret);
        assert.strictEqual(retJson, correctResult.ParamOut.parseType);
    });
}

function partOfParam() {
    it('test gen/analyze/params analyzeDirectParams', function () {
        let ret = analyzeParams('', 'v1:string,v2:boolean');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4).split('}');
        assert.strictEqual(retJsonpian[0].indexOf('\'name\':\'v1\',\'type\':\'string\',\'optional\':false') > 0, true);
        assert.strictEqual(retJsonpian[1].indexOf('\'name\':\'v2\',\'type\':\'boolean\',\'optional\':false') > 0, true);
        assert.strictEqual(ret[1], 1);
    });

    it('test gen/analyze/params analyzeOptionalParams', function () {
        let ret = analyzeParams('', 'v1:string,v2?:boolean');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4).split('}');
        assert.strictEqual(retJsonpian[0].indexOf('\'name\':\'v1\',\'type\':\'string\',\'optional\':false') > 0, true);
        assert.strictEqual(retJsonpian[1].indexOf('\'name\':\'v2\',\'type\':\'boolean\',\'optional\':true') > 0, true);
        assert.strictEqual(ret[1], 1);
    });


    it('test gen/analyze/params analyzeAsynctParams', function () {
        let ret = analyzeParams('', 'v2:string,cb:AsyncCallback<string>');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4).split('}');
        assert.strictEqual(retJsonpian[0].indexOf('\'name\':\'v2\',\'type\':\'string\',\'optional\':false') > 0, true);
        let flag = retJsonpian[1].indexOf('\'name\':\'cb\',\'type\':\'AsyncCallback<string>\',\'optional\':false') > 0
        assert.strictEqual(flag, true);
        assert.strictEqual(ret[1], 4);
    });

    it('test gen/analyze/params analyzeSynctParams', function () {
        let ret = analyzeParams('', 'v2:boolean,cb:Callback<boolean>');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4).split('}');
        assert.strictEqual(retJsonpian[0].indexOf('\'name\':\'v2\',\'type\':\'boolean\',\'optional\':false') > 0, true);
        let flag = retJsonpian[1].indexOf('\'name\':\'cb\',\'type\':\'Callback<boolean>\',\'optional\':false') > 0
        assert.strictEqual(flag, true);
        assert.strictEqual(ret[1], 2);
    });

    it('test gen/analyze/params analyzeArrayParams', function () {
        let ret = analyzeParams('', 'v1: Array<number>,v2:Map<string,boolean>');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4).split('}');
        let flagArray = retJsonpian[0].indexOf('\'name\':\'v1\',\'type\':\'Array<number>\',\'optional\':false') > 0
        assert.strictEqual(flagArray, true);
        let flag = retJsonpian[1].indexOf('\'name\':\'v2\',\'type\':\'Map<string,boolean>\',\'optional\':false') > 0
        assert.strictEqual(flag, true);
    });

    partOfParamTwo();
}

function partOfParamTwo() {
    it('test gen/analyze/params analyzeMapParams', function () {
        let ret = analyzeParams('', 'v1: string[],v2:{[key:string]:boolean}');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4);
        assert.strictEqual(retJsonpian.indexOf('\'name\':\'v2\',\'type\':\'{\[key:string\]:boolean}\'') > 0, true);
        assert.strictEqual(retJsonpian.indexOf('\'name\':\'v1\',\'type\':\'string[]\',\'optional\':false') > 0, true);
    });

    it('test gen/analyze/params analyzeInterfaceParams', function () {
        let ret = analyzeParams('', 'v: Human');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4);
        assert.strictEqual(retJsonpian.indexOf('\'name\':\'v\',\'type\':\'Human\'') > 0, true);
    });

    it('test gen/analyze/params analyzeInterfaceParams', function () {
        let ret = analyzeParams('', 'v: any');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4);
        assert.strictEqual(retJsonpian.indexOf('\'name\':\'v\',\'type\':\'any\'') > 0, true);
    });

    it('test gen/analyze/params analyzeInterfaceParams', function () {
        let ret = analyzeParams('', 'v: string|number|boolean');
        let retJson = JSON.stringify(ret);
        let retJsonpian = retJson.substring(2, retJson.length - 4);
        assert.strictEqual(retJsonpian.indexOf('\'name\':\'v\',\'type\':\'string|number|boolean\'') > 0, true);
    });
}