mirror of
https://github.com/ManchildProductions/UXP-Fixed.git
synced 2026-05-27 20:38:38 +00:00
Matt A. Tobin
359 lines
12 KiB
JavaScript
359 lines
12 KiB
JavaScript
/*
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* Copyright 2012, Mozilla Foundation and contributors
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*
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* Licensed under the Apache License, Version 2.0 (the "License");
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* you may not use this file except in compliance with the License.
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* You may obtain a copy of the License at
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*
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* http://www.apache.org/licenses/LICENSE-2.0
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS,
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* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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* See the License for the specific language governing permissions and
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* limitations under the License.
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*/
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"use strict";
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// THIS FILE IS GENERATED FROM SOURCE IN THE GCLI PROJECT
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// PLEASE TALK TO SOMEONE IN DEVELOPER TOOLS BEFORE EDITING IT
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const exports = {};
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function test() {
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helpers.runTestModule(exports, "browser_gcli_date.js");
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}
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// var assert = require('../testharness/assert');
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// var helpers = require('./helpers');
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var Status = require("gcli/types/types").Status;
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exports.testParse = function (options) {
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var date = options.requisition.system.types.createType("date");
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return date.parseString("now").then(function (conversion) {
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// Date comparison - these 2 dates may not be the same, but how close is
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// close enough? If this test takes more than 30secs to run the it will
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// probably time out, so we'll assume that these 2 values must be within
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// 1 min of each other
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var gap = new Date().getTime() - conversion.value.getTime();
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assert.ok(gap < 60000, "now is less than a minute away");
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assert.is(conversion.getStatus(), Status.VALID, "now parse");
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});
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};
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exports.testMaxMin = function (options) {
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var max = new Date();
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var min = new Date();
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var types = options.requisition.system.types;
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var date = types.createType({ name: "date", max: max, min: min });
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assert.is(date.getMax(), max, "max setup");
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var incremented = date.nudge(min, 1);
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assert.is(incremented, max, "incremented");
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};
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exports.testIncrement = function (options) {
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var date = options.requisition.system.types.createType("date");
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return date.parseString("now").then(function (conversion) {
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var plusOne = date.nudge(conversion.value, 1);
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var minusOne = date.nudge(plusOne, -1);
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// See comments in testParse
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var gap = new Date().getTime() - minusOne.getTime();
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assert.ok(gap < 60000, "now is less than a minute away");
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});
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};
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exports.testInput = function (options) {
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return helpers.audit(options, [
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{
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setup: "tsdate 2001-01-01 1980-01-03",
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check: {
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input: "tsdate 2001-01-01 1980-01-03",
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hints: "",
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markup: "VVVVVVVVVVVVVVVVVVVVVVVVVVVV",
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status: "VALID",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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assert.is(d1.getFullYear(), 2001, "d1 year");
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assert.is(d1.getMonth(), 0, "d1 month");
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assert.is(d1.getDate(), 1, "d1 date");
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assert.is(d1.getHours(), 0, "d1 hours");
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assert.is(d1.getMinutes(), 0, "d1 minutes");
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assert.is(d1.getSeconds(), 0, "d1 seconds");
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assert.is(d1.getMilliseconds(), 0, "d1 millis");
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},
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arg: " 2001-01-01",
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status: "VALID",
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message: ""
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},
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d2: {
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value: function (d2) {
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assert.is(d2.getFullYear(), 1980, "d2 year");
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assert.is(d2.getMonth(), 0, "d2 month");
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assert.is(d2.getDate(), 3, "d2 date");
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assert.is(d2.getHours(), 0, "d2 hours");
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assert.is(d2.getMinutes(), 0, "d2 minutes");
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assert.is(d2.getSeconds(), 0, "d2 seconds");
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assert.is(d2.getMilliseconds(), 0, "d2 millis");
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},
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arg: " 1980-01-03",
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status: "VALID",
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message: ""
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},
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}
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},
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exec: {
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output: [ /^Exec: tsdate/, /2001/, /1980/ ],
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type: "testCommandOutput",
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error: false
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}
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},
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{
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setup: "tsdate 2001/01/01 1980/01/03",
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check: {
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input: "tsdate 2001/01/01 1980/01/03",
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hints: "",
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markup: "VVVVVVVVVVVVVVVVVVVVVVVVVVVV",
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status: "VALID",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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assert.is(d1.getFullYear(), 2001, "d1 year");
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assert.is(d1.getMonth(), 0, "d1 month");
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assert.is(d1.getDate(), 1, "d1 date");
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assert.is(d1.getHours(), 0, "d1 hours");
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assert.is(d1.getMinutes(), 0, "d1 minutes");
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assert.is(d1.getSeconds(), 0, "d1 seconds");
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assert.is(d1.getMilliseconds(), 0, "d1 millis");
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},
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arg: " 2001/01/01",
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status: "VALID",
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message: ""
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},
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d2: {
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value: function (d2) {
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assert.is(d2.getFullYear(), 1980, "d2 year");
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assert.is(d2.getMonth(), 0, "d2 month");
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assert.is(d2.getDate(), 3, "d2 date");
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assert.is(d2.getHours(), 0, "d2 hours");
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assert.is(d2.getMinutes(), 0, "d2 minutes");
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assert.is(d2.getSeconds(), 0, "d2 seconds");
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assert.is(d2.getMilliseconds(), 0, "d2 millis");
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},
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arg: " 1980/01/03",
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status: "VALID",
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message: ""
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},
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}
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},
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exec: {
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output: [ /^Exec: tsdate/, /2001/, /1980/ ],
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type: "testCommandOutput",
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error: false
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}
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},
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{
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setup: "tsdate now today",
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check: {
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input: "tsdate now today",
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hints: "",
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markup: "VVVVVVVVVVVVVVVV",
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status: "VALID",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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// How long should we allow between d1 and now? Mochitest will
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// time out after 30 secs, so that seems like a decent upper
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// limit, although 30 ms should probably do it. I don't think
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// reducing the limit from 30 secs will find any extra bugs
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assert.ok(d1.getTime() - new Date().getTime() < 30 * 1000,
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"d1 time");
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},
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arg: " now",
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status: "VALID",
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message: ""
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},
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d2: {
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value: function (d2) {
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// See comment for d1 above
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assert.ok(d2.getTime() - new Date().getTime() < 30 * 1000,
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"d2 time");
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},
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arg: " today",
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status: "VALID",
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message: ""
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},
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}
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},
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exec: {
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output: [ /^Exec: tsdate/, new Date().getFullYear() ],
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type: "testCommandOutput",
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error: false
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}
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},
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{
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setup: "tsdate yesterday tomorrow",
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check: {
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input: "tsdate yesterday tomorrow",
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hints: "",
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markup: "VVVVVVVVVVVVVVVVVVVVVVVVV",
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status: "VALID",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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var compare = new Date().getTime() - (24 * 60 * 60 * 1000);
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// See comment for d1 in the test for 'tsdate now today'
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assert.ok(d1.getTime() - compare < 30 * 1000,
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"d1 time");
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},
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arg: " yesterday",
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status: "VALID",
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message: ""
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},
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d2: {
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value: function (d2) {
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var compare = new Date().getTime() + (24 * 60 * 60 * 1000);
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// See comment for d1 in the test for 'tsdate now today'
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assert.ok(d2.getTime() - compare < 30 * 1000,
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"d2 time");
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},
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arg: " tomorrow",
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status: "VALID",
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message: ""
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},
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}
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},
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exec: {
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output: [ /^Exec: tsdate/, new Date().getFullYear() ],
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type: "testCommandOutput",
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error: false
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}
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}
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]);
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};
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exports.testIncrDecr = function (options) {
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return helpers.audit(options, [
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{
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// createRequisitionAutomator doesn't fake UP/DOWN well enough
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skipRemainingIf: options.isNode,
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setup: "tsdate 2001-01-01<UP>",
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check: {
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input: "tsdate 2001-01-02",
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hints: " <d2>",
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markup: "VVVVVVVVVVVVVVVVV",
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status: "ERROR",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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assert.is(d1.getFullYear(), 2001, "d1 year");
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assert.is(d1.getMonth(), 0, "d1 month");
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assert.is(d1.getDate(), 2, "d1 date");
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assert.is(d1.getHours(), 0, "d1 hours");
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assert.is(d1.getMinutes(), 0, "d1 minutes");
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assert.is(d1.getSeconds(), 0, "d1 seconds");
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assert.is(d1.getMilliseconds(), 0, "d1 millis");
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},
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arg: " 2001-01-02",
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status: "VALID",
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message: ""
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},
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d2: {
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value: undefined,
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status: "INCOMPLETE"
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},
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}
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}
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},
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{
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// Check wrapping on decrement
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setup: "tsdate 2001-02-01<DOWN>",
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check: {
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input: "tsdate 2001-01-31",
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hints: " <d2>",
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markup: "VVVVVVVVVVVVVVVVV",
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status: "ERROR",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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assert.is(d1.getFullYear(), 2001, "d1 year");
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assert.is(d1.getMonth(), 0, "d1 month");
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assert.is(d1.getDate(), 31, "d1 date");
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assert.is(d1.getHours(), 0, "d1 hours");
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assert.is(d1.getMinutes(), 0, "d1 minutes");
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assert.is(d1.getSeconds(), 0, "d1 seconds");
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assert.is(d1.getMilliseconds(), 0, "d1 millis");
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},
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arg: " 2001-01-31",
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status: "VALID",
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message: ""
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},
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d2: {
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value: undefined,
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status: "INCOMPLETE"
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},
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}
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}
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},
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{
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// Check 'max' value capping on increment
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setup: 'tsdate 2001-02-01 "27 feb 2000"<UP>',
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check: {
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input: 'tsdate 2001-02-01 "2000-02-28"',
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hints: "",
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markup: "VVVVVVVVVVVVVVVVVVVVVVVVVVVVVV",
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status: "VALID",
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message: "",
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args: {
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command: { name: "tsdate" },
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d1: {
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value: function (d1) {
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assert.is(d1.getFullYear(), 2001, "d1 year");
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assert.is(d1.getMonth(), 1, "d1 month");
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assert.is(d1.getDate(), 1, "d1 date");
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assert.is(d1.getHours(), 0, "d1 hours");
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assert.is(d1.getMinutes(), 0, "d1 minutes");
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assert.is(d1.getSeconds(), 0, "d1 seconds");
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assert.is(d1.getMilliseconds(), 0, "d1 millis");
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},
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arg: " 2001-02-01",
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status: "VALID",
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message: ""
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},
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d2: {
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value: function (d2) {
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assert.is(d2.getFullYear(), 2000, "d2 year");
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assert.is(d2.getMonth(), 1, "d2 month");
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assert.is(d2.getDate(), 28, "d2 date");
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assert.is(d2.getHours(), 0, "d2 hours");
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assert.is(d2.getMinutes(), 0, "d2 minutes");
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assert.is(d2.getSeconds(), 0, "d2 seconds");
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assert.is(d2.getMilliseconds(), 0, "d2 millis");
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},
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arg: ' "2000-02-28"',
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status: "VALID",
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message: ""
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},
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}
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}
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}
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]);
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};
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