lib/ts/test/test.ts

import { ThriftTest } from "./gen-js/ThriftTest_types";
import "./gen-js/ThriftTest";

var Int64 = require("node-int64");
var JSONInt64 = require("json-int64");
var QUnit = require("./qunit");

const transport: Thrift.Transport = new Thrift.Transport("/service");
const protocol: Thrift.Protocol = new Thrift.Protocol(transport);
const client: ThriftTest.ThriftTestClient = new ThriftTest.ThriftTestClient(protocol);

const int64_2_pow_60: typeof Int64 = new Int64('1000000000000000');
const int64_minus_2_pow_60: typeof Int64 = new Int64('f000000000000000');

// Work around for old API used by QUnitAdapter of jsTestDriver
if (typeof QUnit.log == 'function') {
    // When using real QUnit (fron PhantomJS) log failures to console
    QUnit.log(function(details) {
        if (!details.result) {
        console.log('======== FAIL ========');
        console.log('TestName: ' + details.name);
        if (details.message) console.log(details.message);
        console.log('Expected: ' + JSONInt64.stringify(details.expected));
        console.log('Actual  : ' + JSONInt64.stringify(details.actual));
        console.log('======================');
        }
    });
}

// all Languages in UTF-8
const stringTest: string = "Afrikaans, Alemannisch, Aragonés, العربية, مصرى, Asturianu, Aymar aru, Azərbaycan, Башҡорт, Boarisch, Žemaitėška, Беларуская, Беларуская (тарашкевіца), Български, Bamanankan, বাংলা, Brezhoneg, Bosanski, Català, Mìng-dĕ̤ng-ngṳ̄, Нохчийн, Cebuano, ᏣᎳᎩ, Česky, Словѣ́ньскъ / ⰔⰎⰑⰂⰡⰐⰠⰔⰍⰟ, Чӑвашла, Cymraeg, Dansk, Zazaki, ދިވެހިބަސް, Ελληνικά, Emiliàn e rumagnòl, English, Esperanto, Español, Eesti, Euskara, فارسی, Suomi, Võro, Føroyskt, Français, Arpetan, Furlan, Frysk, Gaeilge, 贛語, Gàidhlig, Galego, Avañe'ẽ, ગુજરાતી, Gaelg, עברית, हिन्दी, Fiji Hindi, Hrvatski, Kreyòl ayisyen, Magyar, Հայերեն, Interlingua, Bahasa Indonesia, Ilokano, Ido, Íslenska, Italiano, 日本語, Lojban, Basa Jawa, ქართული, Kongo, Kalaallisut, ಕನ್ನಡ, 한국어, Къарачай-Малкъар, Ripoarisch, Kurdî, Коми, Kernewek, Кыргызча, Latina, Ladino, Lëtzebuergesch, Limburgs, Lingála, ລາວ, Lietuvių, Latviešu, Basa Banyumasan, Malagasy, Македонски, മലയാളം, मराठी, Bahasa Melayu, مازِرونی, Nnapulitano, Nedersaksisch, नेपाल भाषा, Nederlands, ‪Norsk (nynorsk)‬, ‪Norsk (bokmål)‬, Nouormand, Diné bizaad, Occitan, Иронау, Papiamentu, Deitsch, Norfuk / Pitkern, Polski, پنجابی, پښتو, Português, Runa Simi, Rumantsch, Romani, Română, Русский, Саха тыла, Sardu, Sicilianu, Scots, Sámegiella, Simple English, Slovenčina, Slovenščina, Српски / Srpski, Seeltersk, Svenska, Kiswahili, தமிழ், తెలుగు, Тоҷикӣ, ไทย, Türkmençe, Tagalog, Türkçe, Татарча/Tatarça, Українська, اردو, Tiếng Việt, Volapük, Walon, Winaray, 吴语, isiXhosa, ייִדיש, Yorùbá, Zeêuws, 中文, Bân-lâm-gú, 粵語";


function checkRecursively(assert, map1: Object, map2: Object): void {
    if (typeof map1 !== 'function' && typeof map2 !== 'function') {
        if (!map1 || typeof map1 !== 'object') {
            assert.equal(map1, map2);
        } else {
            for (let key in map1) {
            checkRecursively(assert, map1[key], map2[key]);
            }
        }
    }
}


QUnit.module('Base Types');

    QUnit.test('Void', function(assert) {
        assert.equal(client.testVoid(), undefined);
    });
    QUnit.test('Binary (String)', function(assert) {
        let binary: string = '';
        for (let v = 255; v >= 0; --v) {
            binary += String.fromCharCode(v);
        }
        assert.equal(client.testBinary(binary), binary);
    });
    QUnit.test('Binary (Uint8Array)', function(assert) {
        let binary: string = '';
        for (let v = 255; v >= 0; --v) {
            binary += String.fromCharCode(v);
        }
        const arr: Uint8Array = new Uint8Array(binary.length);
        for (let i = 0; i < binary.length; ++i) {
            arr[i] = binary[i].charCodeAt(0);
        }
        const hexEncodedString = Array.from(arr, function(byte) {
            return String.fromCharCode(byte);
        }).join('')
        assert.equal(client.testBinary(hexEncodedString), binary);
    });
    QUnit.test('String', function(assert) {
        assert.equal(client.testString(''), '');
        assert.equal(client.testString(stringTest), stringTest);

        const specialCharacters: string = 'quote: \" backslash:' +
            ' forwardslash-escaped: \/ ' +
            ' backspace: \b formfeed: \f newline: \n return: \r tab: ' +
            ' now-all-of-them-together: "\\\/\b\n\r\t' +
            ' now-a-bunch-of-junk: !@#$%&()(&%$#{}{}<><><';
        assert.equal(client.testString(specialCharacters), specialCharacters);
    });
    QUnit.test('Double', function(assert) {
        assert.equal(client.testDouble(0), 0);
        assert.equal(client.testDouble(-1), -1);
        assert.equal(client.testDouble(3.14), 3.14);
        assert.equal(client.testDouble(Math.pow(2, 60)), Math.pow(2, 60));
    });
    QUnit.test('Byte', function(assert) {
        assert.equal(client.testByte(0), 0);
        assert.equal(client.testByte(0x01), 0x01);
    });
    QUnit.test('I32', function(assert) {
        assert.equal(client.testI32(0), 0);
        assert.equal(client.testI32(Math.pow(2, 30)), Math.pow(2, 30));
        assert.equal(client.testI32(-Math.pow(2, 30)), -Math.pow(2, 30));
    });
    QUnit.test('I64', function(assert) {
        assert.equal(client.testI64(new Int64(0)), 0);

        let int64_2_pow_60_result: typeof Int64 = client.testI64(int64_2_pow_60);
        assert.ok(int64_2_pow_60.equals(int64_2_pow_60_result));

        let int64_minus_2_pow_60_result: typeof Int64 = client.testI64(int64_minus_2_pow_60);
        assert.ok(int64_minus_2_pow_60.equals(int64_minus_2_pow_60_result));
    });


QUnit.module('Structured Types');

    QUnit.test('Struct', function(assert) {
        const structTestInput: ThriftTest.Xtruct = new ThriftTest.Xtruct();
        structTestInput.string_thing = 'worked';
        structTestInput.byte_thing = 0x01;
        structTestInput.i32_thing = Math.pow(2, 30);
        structTestInput.i64_thing = int64_2_pow_60;

        const structTestOutput: ThriftTest.Xtruct = client.testStruct(structTestInput);

        assert.equal(structTestOutput.string_thing, structTestInput.string_thing);
        assert.equal(structTestOutput.byte_thing, structTestInput.byte_thing);
        assert.equal(structTestOutput.i32_thing, structTestInput.i32_thing);
        assert.ok(structTestOutput.i64_thing.equals(structTestInput.i64_thing));
        assert.ok(structTestInput.i64_thing.equals(structTestOutput.i64_thing));

        assert.equal(JSONInt64.stringify(structTestOutput), JSONInt64.stringify(structTestInput));
    });

    QUnit.test('Nest', function(assert) {
        const xtrTestInput: ThriftTest.Xtruct = new ThriftTest.Xtruct();
        xtrTestInput.string_thing = 'worked';
        xtrTestInput.byte_thing = 0x01;
        xtrTestInput.i32_thing = Math.pow(2, 30);
        xtrTestInput.i64_thing = int64_2_pow_60;

        const nestTestInput: ThriftTest.Xtruct2 = new ThriftTest.Xtruct2();
        nestTestInput.byte_thing = 0x02;
        nestTestInput.struct_thing = xtrTestInput;
        nestTestInput.i32_thing = Math.pow(2, 15);

        const nestTestOutput: ThriftTest.Xtruct2 = client.testNest(nestTestInput);

        assert.equal(nestTestOutput.byte_thing, nestTestInput.byte_thing);
        assert.equal(nestTestOutput.struct_thing.string_thing, nestTestInput.struct_thing.string_thing);
        assert.equal(nestTestOutput.struct_thing.byte_thing, nestTestInput.struct_thing.byte_thing);
        assert.equal(nestTestOutput.struct_thing.i32_thing, nestTestInput.struct_thing.i32_thing);
        assert.ok(nestTestOutput.struct_thing.i64_thing.equals(nestTestInput.struct_thing.i64_thing));
        assert.equal(nestTestOutput.i32_thing, nestTestInput.i32_thing);

        assert.equal(JSONInt64.stringify(nestTestOutput), JSONInt64.stringify(nestTestInput));
    });
    
    QUnit.test('Map', function(assert) {
        const mapTestInput: {[k: number]: number;} = {7: 77, 8: 88, 9: 99};
    
        const mapTestOutput: {[k: number]: number;} = client.testMap(mapTestInput);
    
        for (let key in mapTestOutput) {
            assert.equal(mapTestOutput[key], mapTestInput[key]);
        }
    });
    
    QUnit.test('StringMap', function(assert) {
        const mapTestInput: {[k: string]: string;} = {
            'a': '123', 'a b': 'with spaces ', 'same': 'same', '0': 'numeric key',
            'longValue': stringTest, stringTest: 'long key'
        };
    
        const mapTestOutput: {[k: string]: string;} = client.testStringMap(mapTestInput);
    
        for (let key in mapTestOutput) {
            assert.equal(mapTestOutput[key], mapTestInput[key]);
        }
    });
    
    QUnit.test('Set', function(assert) {
        const setTestInput: number[] = [1, 2, 3];
        assert.ok(client.testSet(setTestInput), setTestInput);
    });
    
    QUnit.test('List', function(assert) {
        const listTestInput: number[] = [1, 2, 3];
        assert.ok(client.testList(listTestInput), listTestInput);
    });
    
    QUnit.test('Enum', function(assert) {
        assert.equal(client.testEnum(ThriftTest.Numberz.ONE), ThriftTest.Numberz.ONE);
    });
    
    QUnit.test('TypeDef', function(assert) {
        assert.equal(client.testTypedef(new Int64(69)), 69);
    });


QUnit.module('deeper!');

    QUnit.test('MapMap', function(assert) {
        const mapMapTestExpectedResult: {[K: number]: {[k: number]: number}} = {
            '4': {'1': 1, '2': 2, '3': 3, '4': 4},
            '-4': {'-4': -4, '-3': -3, '-2': -2, '-1': -1}
        };
    
        const mapMapTestOutput = client.testMapMap(1);
    
    
        for (let key in mapMapTestOutput) {
            for (let key2 in mapMapTestOutput[key]) {
                assert.equal(mapMapTestOutput[key][key2], mapMapTestExpectedResult[key][key2]);
            }
        }
    
        checkRecursively(assert, mapMapTestOutput, mapMapTestExpectedResult);
    });


QUnit.module('Exception');

    QUnit.test('Xception', function(assert) {
        assert.expect(2);
        const done = assert.async();
        try {
            client.testException('Xception');
            assert.ok(false);
        }catch (e) {
            assert.equal(e.errorCode, 1001);
            assert.equal(e.message, 'Xception');
            done();
        }
    });
  
    QUnit.test('no Exception', function(assert) {
        assert.expect(1);
        try {
            client.testException('no Exception');
            assert.ok(true);
        }catch (e) {
            assert.ok(false);
        }
    });
  
    QUnit.test('TException', function(assert) {
        //ThriftTest does not list TException as a legal exception so it will
        // generate an exception on the server that does not propagate back to
        // the client. This test has been modified to equate to "no exception"
        assert.expect(1);
        try {
            client.testException('TException');
        } catch (e) {
            //assert.ok(false);
        }
        assert.ok(true);
    });


QUnit.module('Insanity');

    const crazy: ThriftTest.Insanity = {
        'userMap': { '5': new Int64(5), '8': new Int64(8) },
        'xtructs': [{
            'string_thing': 'Goodbye4',
            'byte_thing': 4,
            'i32_thing': 4,
            'i64_thing': new Int64(4)
        },
        {
            'string_thing': 'Hello2',
            'byte_thing': 2,
            'i32_thing': 2,
            'i64_thing': new Int64(2)
        }]
    };
    QUnit.test('testInsanity', function(assert) {
        const insanity: {[k: number]: (ThriftTest.Insanity | {[k:number]: ThriftTest.Insanity})} = {
            '1': {
                '2': crazy,
                '3': crazy
            },
            '2': { '6': new ThriftTest.Insanity() }
        };
        const res = client.testInsanity(new ThriftTest.Insanity(crazy));
        assert.ok(res, JSONInt64.stringify(res));
        assert.ok(insanity, JSONInt64.stringify(insanity));
    
        checkRecursively(assert, res, insanity);
    });


//////////////////////////////////
//Run same tests asynchronously

QUnit.module('Async');

    QUnit.test('Double', function(assert) {
        assert.expect(1);

        const done = assert.async();
        client.testDouble(3.14159265, function(result) {
            assert.equal(result, 3.14159265);
            done();
        });
    });

    QUnit.test('Byte', function(assert) {
        assert.expect(1);

        const done = assert.async();
        client.testByte(0x01, function(result) {
            assert.equal(result, 0x01);
            done();
        });
    });

    QUnit.test('I32', function(assert) {
        assert.expect(2);

        const done = assert.async(2);
        client.testI32(Math.pow(2, 30), function(result) {
            assert.equal(result, Math.pow(2, 30));
            done();
        });

        client.testI32(Math.pow(-2, 31), function(result) {
            assert.equal(result, Math.pow(-2, 31));
            done();
        });
    });

    QUnit.test('I64', function(assert) {
        assert.expect(2);

        const done = assert.async(2);
        client.testI64(int64_2_pow_60, function(result) {
            assert.ok(int64_2_pow_60.equals(result));
            done();
        });

        client.testI64(int64_minus_2_pow_60, function(result) {
            assert.ok(int64_minus_2_pow_60.equals(result));
            done();
        });
    });