Files
blockly/tests/jsunit/utils_test.js
Neil Fraser 4e2f8e6e02 Use SPDX licences.
This is a followup to #3127.
At the time, SPDX licenses were pending approval by Google.
2020-02-11 13:27:20 -08:00

211 lines
9.5 KiB
JavaScript

/**
* @license
* Copyright 2011 Google LLC
* SPDX-License-Identifier: Apache-2.0
*/
'use strict';
function test_genUid() {
var uuids = {};
for (var i = 0; i < 1000; i++) {
var uuid = Blockly.utils.genUid();
assertFalse('UUID different: ' + uuid, uuid in uuids);
uuids[uuid] = true;
}
}
function test_tokenizeInterpolation() {
var tokens = Blockly.utils.tokenizeInterpolation('');
assertArrayEquals('Null interpolation', [], tokens);
tokens = Blockly.utils.tokenizeInterpolation('Hello');
assertArrayEquals('No interpolation', ['Hello'], tokens);
tokens = Blockly.utils.tokenizeInterpolation('Hello%World');
assertArrayEquals('Unescaped %.', ['Hello%World'], tokens);
tokens = Blockly.utils.tokenizeInterpolation('Hello%%World');
assertArrayEquals('Escaped %.', ['Hello%World'], tokens);
tokens = Blockly.utils.tokenizeInterpolation('Hello %1 World');
assertArrayEquals('Interpolation.', ['Hello ', 1, ' World'], tokens);
tokens = Blockly.utils.tokenizeInterpolation('%123Hello%456World%789');
assertArrayEquals('Interpolations.', [123, 'Hello', 456, 'World', 789], tokens);
tokens = Blockly.utils.tokenizeInterpolation('%%%x%%0%00%01%');
assertArrayEquals('Torture interpolations.', ['%%x%0', 0, 1, '%'], tokens);
Blockly.Msg = Blockly.Msg || {};
Blockly.Msg.STRING_REF = 'test string';
tokens = Blockly.utils.tokenizeInterpolation('%{bky_string_ref}');
assertArrayEquals('String table reference, lowercase', ['test string'], tokens);
tokens = Blockly.utils.tokenizeInterpolation('%{BKY_STRING_REF}');
assertArrayEquals('String table reference, uppercase', ['test string'], tokens);
Blockly.Msg.WITH_PARAM = 'before %1 after';
tokens = Blockly.utils.tokenizeInterpolation('%{bky_with_param}');
assertArrayEquals('String table reference, with parameter', ['before ', 1, ' after'], tokens);
Blockly.Msg.RECURSE = 'before %{bky_string_ref} after';
tokens = Blockly.utils.tokenizeInterpolation('%{bky_recurse}');
assertArrayEquals('String table reference, with subreference', ['before test string after'], tokens);
// Error cases...
tokens = Blockly.utils.tokenizeInterpolation('%{bky_undefined}');
assertArrayEquals('Undefined string table reference', ['%{bky_undefined}'], tokens);
Blockly.Msg['1'] = 'Will not match';
tokens = Blockly.utils.tokenizeInterpolation('before %{1} after');
assertArrayEquals('Invalid initial digit in string table reference', ['before %{1} after'], tokens);
Blockly.Msg['TWO WORDS'] = 'Will not match';
tokens = Blockly.utils.tokenizeInterpolation('before %{two words} after');
assertArrayEquals('Invalid character in string table reference: space', ['before %{two words} after'], tokens);
Blockly.Msg['TWO-WORDS'] = 'Will not match';
tokens = Blockly.utils.tokenizeInterpolation('before %{two-words} after');
assertArrayEquals('Invalid character in string table reference: dash', ['before %{two-words} after'], tokens);
Blockly.Msg['TWO.WORDS'] = 'Will not match';
tokens = Blockly.utils.tokenizeInterpolation('before %{two.words} after');
assertArrayEquals('Invalid character in string table reference: period', ['before %{two.words} after'], tokens);
Blockly.Msg['AB&C'] = 'Will not match';
tokens = Blockly.utils.tokenizeInterpolation('before %{ab&c} after');
assertArrayEquals('Invalid character in string table reference: &', ['before %{ab&c} after'], tokens);
Blockly.Msg['UNCLOSED'] = 'Will not match';
tokens = Blockly.utils.tokenizeInterpolation('before %{unclosed');
assertArrayEquals('String table reference, with parameter', ['before %{unclosed'], tokens);
}
function test_replaceMessageReferences() {
Blockly.Msg = Blockly.Msg || {};
Blockly.Msg.STRING_REF = 'test string';
Blockly.Msg.SUBREF = 'subref';
Blockly.Msg.STRING_REF_WITH_ARG = 'test %1 string';
Blockly.Msg.STRING_REF_WITH_SUBREF = 'test %{bky_subref} string';
var resultString = Blockly.utils.replaceMessageReferences('');
assertEquals('Empty string produces empty string', '', resultString);
resultString = Blockly.utils.replaceMessageReferences('%%');
assertEquals('Escaped %', '%', resultString);
resultString = Blockly.utils.replaceMessageReferences('%%{bky_string_ref}');
assertEquals('Escaped %', '%{bky_string_ref}', resultString);
resultString = Blockly.utils.replaceMessageReferences('%a');
assertEquals('Unrecognized % escape code treated as literal', '%a', resultString);
resultString = Blockly.utils.replaceMessageReferences('%1');
assertEquals('Interpolation tokens ignored.', '%1', resultString);
resultString = Blockly.utils.replaceMessageReferences('%1 %2');
assertEquals('Interpolation tokens ignored.', '%1 %2', resultString);
resultString = Blockly.utils.replaceMessageReferences('before %1 after');
assertEquals('Interpolation tokens ignored.', 'before %1 after', resultString);
// Blockly.Msg.STRING_REF cases:
resultString = Blockly.utils.replaceMessageReferences('%{bky_string_ref}');
assertEquals('Message ref dereferenced.', 'test string', resultString);
resultString = Blockly.utils.replaceMessageReferences('before %{bky_string_ref} after');
assertEquals('Message ref dereferenced.', 'before test string after', resultString);
// Blockly.Msg.STRING_REF_WITH_ARG cases:
resultString = Blockly.utils.replaceMessageReferences('%{bky_string_ref_with_arg}');
assertEquals('Message ref dereferenced with argument preserved.', 'test %1 string', resultString);
resultString = Blockly.utils.replaceMessageReferences('before %{bky_string_ref_with_arg} after');
assertEquals('Message ref dereferenced with argument preserved.', 'before test %1 string after', resultString);
// Blockly.Msg.STRING_REF_WITH_SUBREF cases:
resultString = Blockly.utils.replaceMessageReferences('%{bky_string_ref_with_subref}');
assertEquals('Message ref and subref dereferenced.', 'test subref string', resultString);
resultString = Blockly.utils.replaceMessageReferences('before %{bky_string_ref_with_subref} after');
assertEquals('Message ref and subref dereferenced.', 'before test subref string after', resultString);
}
function test_arrayRemove() {
var arr = [1, 2, 3, 2];
assertEquals('Remove Not found', false, Blockly.utils.arrayRemove(arr, 0));
assertEquals('Remove Not found result', '1,2,3,2', arr.join(','));
assertEquals('Remove item', true, Blockly.utils.arrayRemove(arr, 2));
assertEquals('Remove item result', '1,3,2', arr.join(','));
assertEquals('Remove item again', true, Blockly.utils.arrayRemove(arr, 2));
assertEquals('Remove item again result', '1,3', arr.join(','));
}
function test_XY_REGEX() {
var regex = Blockly.utils.getRelativeXY.XY_REGEX_;
var m;
m = 'INVALID'.match(regex);
assertNull(m);
m = 'translate(10)'.match(regex);
assertEquals('translate(10), x', '10', m[1]);
assertUndefined('translate(10), y', m[3]);
m = 'translate(11, 12)'.match(regex);
assertEquals('translate(11, 12), x', '11', m[1]);
assertEquals('translate(11, 12), y', '12', m[3]);
m = 'translate(13,14)'.match(regex);
assertEquals('translate(13,14), x', '13', m[1]);
assertEquals('translate(13,14), y', '14', m[3]);
m = 'translate(15 16)'.match(regex);
assertEquals('translate(15 16), x', '15', m[1]);
assertEquals('translate(15 16), y', '16', m[3]);
m = 'translate(1.23456e+42 0.123456e-42)'.match(regex);
assertEquals('translate(1.23456e+42 0.123456e-42), x', '1.23456e+42', m[1]);
assertEquals('translate(1.23456e+42 0.123456e-42), y', '0.123456e-42', m[3]);
}
function XY_STYLE_REGEX_() {
var regex = Blockly.utils.getRelativeXY.XY_STYLE_REGEX_;
var m;
m = 'INVALID'.match(regex);
assertNull(m);
m = 'transform:translate(9px)'.match(regex);
assertEquals('transform:translate(9px), x', '9', m[1]);
assertUndefined('transform:translate(9px), y', m[3]);
m = 'transform:translate3d(10px)'.match(regex);
assertEquals('transform:translate3d(10px), x', '10', m[1]);
assertUndefined('transform:translate(10px), y', m[3]);
m = 'transform: translate(11px, 12px)'.match(regex);
assertEquals('transform: translate(11px, 12px), x', '11', m[1]);
assertEquals('transform: translate(11px, 12px), y', '12', m[3]);
m = 'transform: translate(13px,14px)'.match(regex);
assertEquals('transform: translate(13px,14px), x', '13', m[1]);
assertEquals('transform: translate(13px,14px), y', '14', m[3]);
m = 'transform: translate(15px 16px)'.match(regex);
assertEquals('transform: translate(15px 16px), x', '15', m[1]);
assertEquals('transform: translate(15px 16px), y', '16', m[3]);
m = 'transform: translate(1.23456e+42px 0.123456e-42px)'.match(regex);
assertEquals('transform: translate(1.23456e+42px 0.123456e-42px), x', '1.23456e+42', m[1]);
assertEquals('transform: translate(1.23456e+42px 0.123456e-42px), y', '0.123456e-42', m[3]);
m = 'transform:translate3d(20px, 21px, 22px)'.match(regex);
assertEquals('transform:translate3d(20px, 21px, 22px), x', '21', m[1]);
assertEquals('transform:translate3d(20px, 21px, 22px), y', '22', m[3]);
m = 'transform:translate3d(23px,24px,25px)'.match(regex);
assertEquals('transform:translate3d(23px,24px,25px), x', '23', m[1]);
assertEquals('transform:translate3d(23px,24px,25px), y', '24', m[3]);
m = 'transform:translate3d(26px 27px 28px)'.match(regex);
assertEquals('transform:translate3d(26px 27px 28px), x', '26', m[1]);
assertEquals('transform:translate3d(26px 27px 28px), y', '27', m[3]);
m = 'transform:translate3d(1.23456e+42px 0.123456e-42px 42px)'.match(regex);
assertEquals('transform:translate3d(1.23456e+42px 0.123456e-42px 42px), x', '1.23456e+42', m[1]);
assertEquals('transform:translate3d(1.23456e+42px 0.123456e-42px 42px), y', '0.123456e-42', m[3]);
}