TypeScript tape.default函数代码示例

test('#slugify.config()', tt => {
  test('Get config', t => {
    slugify.config(defaultOptions);
    t.deepEqual(slugify.config(), defaultOptions, 'read current config');
    slugify.config(undefined, true);
    t.end();
  });

  test('Generate slugs', t => {
    const tests: Array<[string, OptionsSlugify, string]> = [

    ];
    for (const [str, options, slug] of tests) {
      slugify.config(options);
      t.equal(slugify(str), slug, `${str}-->${slug}`);
    }
    t.end();
  });
  tt.end();
});

//.........这里部分代码省略.........

    const token = personObject.toToken(privateKey)
    const tokenRecords = [wrapProfileToken(token)]
    t.ok(tokenRecords, 'Person profile tokens should have been created')

    const profileObject2 = Person.fromToken(tokenRecords[0].token, publicKey)
    t.ok(profileObject2, 'Person profile should have been reconstructed from tokens')

    const name = personObject.name()
    t.ok(name, 'Name should have been returned')
    t.equal(name, 'Naval Ravikant', 'Name should match the expected value')

    const givenName = personObject.givenName()
    t.ok(givenName, 'Given name should have been returned')
    t.equal(givenName, 'Naval', 'Given name should match the expected value')

    const familyName = personObject.familyName()
    t.ok(familyName, 'Family name should have been returned')
    t.equal(familyName, 'Ravikant', 'Family name should match the expected value')

    const description = personObject.description()
    t.ok(description, 'Avatar URL should have been returned')

    const avatarUrl = personObject.avatarUrl()
    t.ok(avatarUrl, 'Avatar URL should have been returned')

    const verifiedAccounts = personObject.verifiedAccounts([])
    t.ok(verifiedAccounts, 'Verified accounts should have been returned')
    t.equal(verifiedAccounts.length, 0, 'Verified accounts should match the expected value')

    const address = personObject.address()
    t.ok(address, 'Address should have been returned')

    const birthDate = personObject.birthDate()
    t.ok(birthDate, 'Birth date should have been returned')

    const connections = personObject.connections()
    t.ok(connections, 'Connections should have been returned')

    const organizations = personObject.organizations()
    t.ok(organizations, 'Organizations should have been returned')
  })

  test('legacyFormat', (t) => {
    t.plan(3)

    const profileObject = Person.fromLegacyFormat(sampleProfiles.navalLegacy)
    t.ok(profileObject, 'Profile object should have been created from legacy formatted profile')

    const validationResults = Person.validateSchema(profileObject.toJSON(), true)
    t.ok(validationResults, 'Profile should be in a valid format')

    t.deepEqual(profileObject.toJSON(),
                sampleProfiles.navalLegacyConvert,
                'Parsed Legacy profile should match expectations.')
  })

  test('resolveZoneFileToPerson', (t) => {
    t.plan(2)

    const zoneFile = '$ORIGIN ryan.id\n$TTL 3600\n_http._tcp IN URI 10 1 "https://blockstack.s3.amazonaws.com/ryan.id"\n'
    const ownerAddress = '19MoWG8u88L6t766j7Vne21Mg4wHsCQ7vk'
    FetchMock.get(sampleTokenFiles.ryan.url, sampleTokenFiles.ryan.body)

    resolveZoneFileToPerson(zoneFile, ownerAddress, (profile) => {
      t.ok(profile, 'Profile was extracted')
      t.equal(profile.name,
              'Ryan Shea', 'The profile was recovered with the expected value of the name field')
    })
  })

  test('profileLookUp', (t) => {
    t.plan(4)

    const name = 'ryan.id'
    const zoneFileLookupURL = 'http://potato:6270/v1/names/'

    const mockZonefile = {
      zonefile: '$ORIGIN ryan.id\n$TTL 3600\n_http._tcp IN URI 10 1 "https://blockstack.s3.amazonaws.com/ryan.id"\n',
      address: '19MoWG8u88L6t766j7Vne21Mg4wHsCQ7vk'
    }

    FetchMock.restore()
    FetchMock.get('http://potato:6270/v1/names/ryan.id', mockZonefile)
    FetchMock.get('https://core.blockstack.org/v1/names/ryan.id', mockZonefile)
    FetchMock.get(sampleTokenFiles.ryan.url, sampleTokenFiles.ryan.body)
    lookupProfile(name, zoneFileLookupURL)
      .then((profile) => {
        t.ok(profile, 'zonefile resolves to profile with zoneFileLookupUrl specified')
        t.equal(profile.name,
                'Ryan Shea', 'The profile was recovered with the expected value of the name field')
      })
      .then(() => lookupProfile(name))
      .then((profile) => {
        t.ok(profile, 'zonefile resolves to profile with default behavior')
        t.equal(profile.name,
                'Ryan Shea', 'The profile was recovered with the expected value of the name field')
      })
  })
}

function testTokening(filename, profile) {
  const privateKey = 'a5c61c6ca7b3e7e55edee68566aeab22e4da26baa285c7bd10e8d2218aa3b229'
  const publicKey = '027d28f9951ce46538951e3697c62588a87f1f1f295de4a14fdd4c780fc52cfe69'

  let tokenRecords = []

  test('profileToToken', (t) => {
    t.plan(3)

    const token = signProfileToken(profile, privateKey)
    t.ok(token, 'Token must have been created')

    const tokenRecord = wrapProfileToken(token)
    t.ok(tokenRecord, 'Token record must have been created')

    const decodedToken = verifyProfileToken(tokenRecord.token, publicKey)
    t.ok(decodedToken, 'Token record must have been verified')
  })

  test('profileToTokens', (t) => {
    t.plan(2)

    tokenRecords = [wrapProfileToken(signProfileToken(profile, privateKey))]
    t.ok(tokenRecords, 'Tokens should have been created')
    // console.log(JSON.stringify(tokenRecords, null, 2))
    // fs.writeFileSync('./docs/token-files/' + filename, JSON.stringify(tokenRecords, null, 2))

    const tokensVerified = true

    // this will throw an error if one is involid
    tokenRecords.map(tokenRecord => verifyProfileToken(tokenRecord.token, publicKey))

    t.equal(tokensVerified, true, 'All tokens should be valid')
  })

  test('tokenToProfile', (t) => {
    t.plan(2)

    const recoveredProfile = extractProfile(tokenRecords[0].token, publicKey)
    // console.log(recoveredProfile)
    t.ok(recoveredProfile, 'Profile should have been reconstructed')
    t.equal(JSON.stringify(recoveredProfile),
            JSON.stringify(profile), 'Profile should equal the reference')
  })

  test('makeProfileZoneFile', (t) => {
    t.plan(1)

    const origin = 'satoshi.id'
    const tokenFileUrl = 'https://example.com/satoshi.json'
    const expectedZoneFile = '$ORIGIN satoshi.id\n$TTL 3600\n_http._tcp	IN	URI	10	1	"https://example.com/satoshi.json"\n\n'
    const actualZoneFile = makeProfileZoneFile(origin, tokenFileUrl)
    t.equal(actualZoneFile, expectedZoneFile)
  })
}

function testZoneFile() {
  test('makeZoneFileForHostedProfile', (t) => {
    t.plan(3)

    const fileUrl = 'https://mq9.s3.amazonaws.com/naval.id/profile.json'
    const incorrectFileUrl = 'mq9.s3.amazonaws.com/naval.id/profile.json'
    const zoneFile = Profile.makeZoneFile('naval.id', fileUrl)
    t.ok(zoneFile, 'Zone file should have been created for hosted profile')
    t.ok(zoneFile.includes(`"${fileUrl}"`), 'Zone file should include quoted entire profile url')
    t.notOk(zoneFile.includes(`"${incorrectFileUrl}"`),
            'Zone file should not include quoted profile url without protocol')
  })
}

function testVerifyToken() {
  const tokenFile = sampleTokenFiles.ryan_apr20.body
  const token = tokenFile[0].token

  const publicKey = '02413d7c51118104cfe1b41e540b6c2acaaf91f1e2e22316df7448fb6070d582ec'
  const compressedAddress = '1BTku19roxQs2d54kbYKVTv21oBCuHEApF'
  const uncompressedAddress = '12wes6TQpDF2j8zqvAbXV9KNCGQVF2y7G5'

  test('verifyToken', (t) => {
    t.plan(3)

    const decodedToken1 = verifyProfileToken(token, publicKey)
    t.ok(decodedToken1, 'Token should have been verified against a public key')

    const decodedToken2 = verifyProfileToken(token, compressedAddress)
    t.ok(decodedToken2, 'Token should have been verified against a compressed address')

    const decodedToken3 = verifyProfileToken(token, uncompressedAddress)
    t.ok(decodedToken3, 'Token should have been verified against an uncompressed address')
  })
}

test("given a group of paths, it groups them in arrays when reducing over them", t => {
  const paths = [
    "index",
    "banana",
    "nested/banana",
    "nested/apple",
    "nested/super nested/thing"
  ];

  const groupedPaths = [
    { type: "file", value: "index" },
    { type: "file", value: "banana" },
    {
      type: "dir",
      name: "nested",
      children: [
        { type: "file", value: "nested/banana" },
        { type: "file", value: "nested/apple" },
        {
          type: "dir",
          name: "super nested",
          children: [
            {
              type: "file",
              value: "nested/super nested/thing"
            }
          ]
        }
      ]
    }
  ];

  t.deepEqual(paths.reduce(group, []), groupedPaths);
  t.end();
});

const files = [
  "index.md",
  "1-banana.md",
  "nested/another-banana.md",
  "nested/so_apple.md"
];

const grouped = files.reduce(groupByPath, []);

// Generate info with the first file as the current one
const treeInfoFirstIsCurrent = generateIndexInfo(files[0], grouped);

test("current file has active property to true", t => {
  const first = treeInfoFirstIsCurrent[0];
  t.ok(first.type === "file" && first.value.active);
  t.end();
});

test("leaf file has text property that has been parsed", t => {
  const second = treeInfoFirstIsCurrent[1];
  t.equal(second.type === "file" && second.value.text, "banana");
  t.end();
});

test("nested files are kept in a hierarchy", t => {
  const third = treeInfoFirstIsCurrent[2];
  t.equal(third.type, "dir", "The nested tree is a dir");
  t.equal(
    third.type === "dir" && third.name,
    "nested",

test('lambdascript compiler in js', function(t: any) {
    function runTest(testFileName: string) {
        const testFilePath = path.resolve(__dirname, '..', 'fixtures', testFileName);

        logger.info({testFilePath: testFilePath}, 'Running test file');

        return q.nfcall(tmp.file.bind(tmp), {postfix: '.js'})
            .spread(function(jsOutputFilePath: string) {
                logger.info({jsOutputFilePath: jsOutputFilePath, lsc: lsc}, 'Compiling to js output');
                return lsc(testFilePath, jsOutputFilePath)
                    .then(function() {
                        const command = `node ${jsOutputFilePath}`;
                        logger.info({command: command}, 'Spawning node on generated js');
                        return q.nfcall(child_process.exec.bind(child_process), command);
                    })
                    .fail(function(err: any) {
                        logger.error(err, 'lsc failed');
                        throw err;
                    });
            }).spread(function(stdout: Buffer, stderr: Buffer) {
                if (stderr.length) {
                   throw new Error(stderr.toString());
                }

                logger.info({stdout: stdout.toString()}, 'Nodejs spawn complete');
                return stdout.toString();
            });
    }

    function stringEqual(t: any, str1: string, str2: string, message: string): void {
        t.equal(str1, str2, message);
    }

    t.test('print string', function(t: any) {
        t.plan(1);
        runTest('print-string.lambda').then(function(stdout: string) {
            stringEqual(t, stdout, 'hello-world\n', 'string is printed correctly to standard out');
        }).catch(function(err: any) {
            t.error(err);
            throw err;
        });
    });


    t.test('print empty string', function(t: any) {
        t.plan(1);
        runTest('print-empty-string.lambda').then(function(stdout: string) {
            stringEqual(t, stdout, '\n', 'empty string is printed correctly to standard out');
        }).catch(function(err: any) {
            t.error(err);
            throw err;
        });
    });

    t.test('strings can have spaces', function(t: any) {
        t.plan(1);
        runTest('strings-have-spaces.lambda').then(function(stdout: string) {
            stringEqual(
                t, stdout, 'strings can have spaces\n', 'string with spaces is printed correctly to standard out'
            );
        }).catch(function(err: any) {
            t.error(err);
            throw err;
        });
    });

    t.test('strings can contain escaped quotes', function(t: any) {
        t.plan(1);
        runTest('string-containing-quotes.lambda').then(function(stdout: string) {
            stringEqual(
                t, stdout, 'strings can contain escaped " quotes\n',
                'string with spaces is printed correctly to standard out'
            );
        }).catch(function(err: any) {
            t.error(err);
            throw err;
        });
    });

    t.test('booleans', function(t: any) {
        t.plan(1);
        runTest('print-boolean.lambda').then(function(stdout: string) {
            stringEqual(
                t, stdout, 'true\n',
                'boolean expression is evaluated and printed correctly to standard out'
            );
        }).catch(function(err: any) {
            t.error(err);
            throw err;
        });
    });

    t.test('regex lookup', function(t: any) {
        t.plan(1);
        runTest('print-regex-lookup.lambda').then(function(stdout: string) {
            stringEqual(
                t, stdout, 'aba\n',
                'string regex lookup is evaluated and printed correctly to standard out'
            );
        }).catch(function(err: any) {
//.........这里部分代码省略.........

test('#transliterate()', tt => {
  test('- Purity tests', t => {
    const tests = [];
    for (let i = 1; tests.length < 127; tests.push(String.fromCharCode(i++))) {; }

    tests.forEach((str) => {
      t.equal(tr(str), str, `${str.charCodeAt(0).toString(16)} ${str}`);
    });
    t.end();
  });

  test('- Basic string tests', t => {
    const tests: Array<string | number> = [
      '',
      1 / 10,
      'I like pie.',
      '\n',
      '\r\n',
      'I like pie.\n',
    ];

    tests.forEach((str) => {
      t.equal(tr(str.toString()), str.toString(), str as string);
    });
    t.end();
  });

  test('- Complex tests', t => {
    const tests: Array<[string, string]> = [
      ['Æneid', 'AEneid'],
      ['étude', 'etude'],
      ['北亰', 'Bei Jing'],
      //  Chinese
      ['ᔕᓇᓇ', 'shanana'],
      //  Canadian syllabics
      ['ᏔᎵᏆ', 'taliqua'],
      //  Cherokee
      ['ܦܛܽܐܺ', 'ptu\'i'],
      //  Syriac
      ['अभिजीत', 'abhijiit'],
      //  Devanagari
      ['অভিজীত', 'abhijiit'],
      //  Bengali
      ['അഭിജീത', 'abhijiit'],
      //  Malayalaam
      ['മലയാലമ്', 'mlyaalm'],
      //  the Malayaalam word for 'Malayaalam'
      //  Yes, if we were doing it right, that'd be 'malayaalam', not 'mlyaalm'
      ['げんまい茶', 'genmai Cha'],
      //  Japanese, astonishingly unmangled.
      [`\u0800\u1400${unescape('%uD840%uDD00')}`, ''],
      // Unknown characters
    ];

    for (const [str, result] of tests) {
      t.equal(tr(str), result, `${str}-->${result}`);
    }
    t.end();
  });

  test('- With ignore option', t => {
    const tests: Array<[string, string[], string]> = [
      ['Æneid', ['Æ'], 'Æneid'],
      ['你好，世界！', ['，', '！'], 'Ni Hao， Shi Jie！'],
      ['你好，世界！', ['你好', '！'], '你好, Shi Jie！'],
    ];
    for (const [str, ignore, result] of tests) {
      t.equal(tr(str, { ignore }), result, `${str}-->${result}`);
    }
    t.end();
  });

  test('- With replace option', t => {
    const tests: Array<[string, string[] | object, string]> = [
      ['你好，世界！', [['你好', 'Hola']], 'Hola, Shi Jie!'],
      ['你好，世界！', { '你好': 'Hola' }, 'Hola, Shi Jie!'],
    ];
    for (const [str, replace, result] of tests) {
      t.equal(tr(str, { replace: replace as OptionReplaceCombined }), result, `${str}-->${result} with ${typeof replace} option`);
    }
    t.end();
  });

  test('- With replaceAfter option', t => {
    const tests: Array<[string, string[] | object, string]> = [
      ['你好，世界！', [['Ni Hao', 'Hola']], 'Hola, Shi Jie!'],
      ['你好，世界！', { 'Ni Hao': 'Hola' }, 'Hola, Shi Jie!'],
    ];
    for (const [str, replaceAfter, result] of tests) {
      t.equal(tr(str, { replaceAfter: replaceAfter as OptionReplaceCombined }), result, `${str}-->${result} with ${typeof replaceAfter} option`);
    }
    t.end();
  });

  test('- With replace / replaceAfter and ignore options', t => {
    t.equal(tr('你好, 世界!', { replace: [['你好', 'Hola'], ['世界', 'mundo']], ignore: ['¡', '!'] }), 'Hola, mundo!', );
    t.equal(tr('你好，世界！', { replaceAfter: [['你', 'tú']], ignore: ['你'] }), 'tú Hao, Shi Jie!', `你好，世界！-->tú Hao, Shi Jie! with 你-->tú replaceAfter option and ignore 你`);
    t.end();
  });

//.........这里部分代码省略.........