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الإدماج المستمر/نقاط الإدخال

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This page is a translated version of the page Continuous integration/Entry points and the translation is 28% complete.
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لدينا أدوات ونقاط إدخال معيارية لمهام الإدماج المستمر تغطي أكثر من 1000 مستودع غت من بينها لب ميدياويكي البرمجي وامتداداته ومكتبات بي إتش بي ومشاريع أخرى مستقلة. We have standardized tools and entry points that run in WMF CI across over 1000+ Git repositories including MediaWiki core, extensions, PHP libraries, and other standalone projects.

يمكن الاطلاع على توثيق يتناول كيفية ضبط وإعداد هذه الأدوات تاليا.

اللغة مشغل الأوامر البحث عن الأخطاء البرمجية نمط الكود البرمجي التحليل الثابت اختبارات الوحدات التوثيق
PHP composer php-parallel-lint

php -l

PHP CodeSniffer مع mediawiki-tools-codesniffer Phan مع mediawiki-phan-config PHPUnit Doxygen
JavaScript npm & grunt grunt-eslint مع eslint-config-wikimedia grunt-eslint مع eslint-config-wikimedia QUnit JSDoc
JSON N/A json-schema N/A N/A
i18n grunt-banana-checker N/A N/A N/A توثيق رسائل الأقلمة
CSS/LESS grunt-stylelint مع stylelint-config-wikimedia N/A N/A N/A
Java maven wrapper (maven) ? ? ? ? ?
Python tox flake8 unittest

pytest[1]

sphinx?
Ruby bundler rubocop ? rake test ?

JavaScript

اختبار جافا سكريبت

We are using npm test as an entry point. If your project has any JavaScript files, it should at least have a package.json file which defines a test script, and the related package-lock.json file to ensure consistency in CI runs and security upgrades. For MediaWiki extensions and skins, the npm test script should not run project tests, only linters. Anything other than linters (e.g. unit/integration tests) are run through the normal MediaWiki channels, tested on Special:JavaScriptTest; if you want a stand-alone runner, you should put that into another script.

You will need the .eslintrc.json configuration file in your project (see Manual:Coding conventions/JavaScript#Linting). Look at one of the projects listed in the example section below for an example of these files.

On older Linux boxes, if the npm commands fails with "node: No such file or directory", you may need to install the "nodejs-legacy" package.

مشغل مهام غرنت

If your project has complex build processes, or is an extension or skin that will benefit from i18n checking and JSON file linting, the convention is to use Grunt as a task runner. Your project still has a package.json file, which has a dependency on grunt and sets "test": "grunt test". In turn, a Gruntfile.js file implements grunt test, and this can run a wide variety of tools and tests:

  • eslint, which checks both JS and JSON files.
  • stylelint, which checks both CSS and LESS files.
  • banana-checker, which checks messages in MediaWiki i18n files.

You can specify configuration settings for these tools in Gruntfile.js. However, it should contain little to no configuration for tools that can run outside grunt so that they operate the same when run standalone or from a text editor plugin. Always use native configuration files where possible, including .eslintrc.json mentioned above.


توثيق جافا سكريبت

Use npm run doc as the entry point. The convention is to use JSDoc . The predoc and postdoc script hooks in package.json can be used to run any additional scripts (e.g. build files for inclusion beforehand, or copy additional files for publication afterwards).

أمثلة

Use the BoilerPlate extension as starting point for a new MediaWiki extension.

الإعداد المتقدم مستخدما غرنت

package.json
{
	"private": true,
	"scripts": {
		"test": "grunt test"
	},
	"devDependencies": {
		"eslint-config-wikimedia": "0.15.0",
		"grunt": "1.0.4",
		"grunt-banana-checker": "0.8.1",
		"grunt-eslint": "22.0.0",
		"grunt-stylelint": "0.12.0",
		"stylelint-config-wikimedia": "0.7.0"
	}
}
Gruntfile.js
/* eslint-env node, es6 */

module.exports = function ( grunt ) {
	grunt.loadNpmTasks( 'grunt-banana-checker' );
	grunt.loadNpmTasks( 'grunt-eslint' );
	grunt.loadNpmTasks( 'grunt-stylelint' );

	grunt.initConfig( {
		eslint: {
			options: {
				extensions: [ '.js', '.json' ],
				cache: true
			},
			all: [
				'**/*.{js,json}',
				'!{vendor,node_modules}/**'
			]
		},
		stylelint: {
			all: [
				'**/*.{css,less}',
				'!{vendor,node_modules}/**'
			]
		},
		banana: {
			all: 'i18n/'
		}
	} );

	grunt.registerTask( 'test', [ 'eslint', 'stylelint', 'banana' ] );
	grunt.registerTask( 'default', 'test' );
};

أمثلة مشاريع

قراءات أخرى

PHP

اختبار بي إتش بي

We are using composer test as an entry point. If your project has PHP files it should list the test framework packages it needs in composer.json under require-dev and list the commands to be run in the scripts.test property: 

{
	"require-dev": {
		"mediawiki/mediawiki-codesniffer": "44.0.0",
		"mediawiki/mediawiki-phan-config": "0.14.0",
		"mediawiki/minus-x": "1.1.3",
		"ockcyp/covers-validator": "1.6.0",
		"php-parallel-lint/php-console-highlighter": "1.0.0",
		"php-parallel-lint/php-parallel-lint": "1.4.0",
		"phpunit/phpunit": "9.6.16"
	},
	"scripts": {
		"test": [
			"parallel-lint . --exclude vendor --exclude node_modules",
			"php -d 'extension=pcov.so' vendor/bin/phpunit",
			"covers-validator",
			"phpcs -sp",
			"phan --allow-polyfill-parser --long-progress-bar",
			"minus-x check ."
		],
		"fix": [
			"minus-x fix .",
			"phpcbf"
		]
	},
	"config": {
		"allow-plugins": {
			"dealerdirect/phpcodesniffer-composer-installer": true
		}
	}
}

See composer.json of the cdb project for a good example.

Note that MediaWiki extensions are not standalone projects and cannot run their own PHPUnit test suite from composer. Those repositories have a separate mediawiki-extensions job. PHPCS and PHP lint are still run via composer.json and composer test: 

{
	"require-dev": {
		"mediawiki/mediawiki-codesniffer": "44.0.0",
		"mediawiki/mediawiki-phan-config": "0.14.0",
		"mediawiki/minus-x": "1.1.3",
		"php-parallel-lint/php-console-highlighter": "1.0.0",
		"php-parallel-lint/php-parallel-lint": "1.4.0"
	},
	"scripts": {
		"test": [
			"parallel-lint . --exclude vendor --exclude node_modules",
			"phpcs -sp --cache",
			"minus-x check ."
		],
		"fix": [
			"minus-x fix .",
			"phpcbf"
		],
		"phan": "phan -d . --long-progress-bar"
	},
	"config": {
		"allow-plugins": {
			"dealerdirect/phpcodesniffer-composer-installer": true
		}
	}
}

See composer.json of the AbuseFilter MediaWiki extension for a good example.

توثيق بي إتش بي

See: Doxygen .

Use the doxygen program to generate a Doxyfile file in the project root.

اختبار بايثون

See Continuous integration/Tutorials/Test your python.

Ruby

Rake

Use Rake to define your commands, they will be executed via Bundler.

Example Rakefile: 

require 'bundler/setup'

require 'rubocop/rake_task'
RuboCop::RakeTask.new(:rubocop) do |task|
  # if you use mediawiki-vagrant, rubocop will by default use it's .rubocop.yml
  # the next line makes it explicit that you want .rubocop.yml from the directory
  # where `bundle exec rake` is executed
  task.options = ['-c', '.rubocop.yml']
end

require 'mediawiki_selenium/rake_task'
MediawikiSelenium::RakeTask.new

task default: [:test]

desc 'Run all build/tests commands (CI entry point)'
task test: [:rubocop]

The above code will create following Rake targets. 

$ bundle exec rake -T

rake rubocop               # Run RuboCop
rake rubocop:auto_correct  # Auto-correct RuboCop offenses
rake selenium              # Run Cucumber features
rake test                  # Run all build/tests commands (CI entry point)

The Jenkins job rake-jessie invokes test target by running bundle exec rake test.

Reference: phab:T104024


تلمحيات كشف أعطال روبي

You can use the gem pry to break on error and get shown a console in the context of the failure. To your Gemfile add gem 'pry' then to break: 

require 'pry'
binding.pry
your call that fail

You will then be in a console before the breakage that let you inspect the environment (ls). See https://github.com/pry/pry for details.

ci.yml

We have a set of Jenkins jobs that run daily and execute Ruby + Selenium tests. The jobs are named selenium*.

Each repositories has only a single job defined in Jenkins. It is a multi configuration job that spawns one or more child job based on a configuration in each repositories: tests/browser/ci.yml. The main job will then spawn child jobs based on its content.

Example of a simple ci.yml is in mediawiki/core. 

BROWSER:
  - firefox

MEDIAWIKI_ENVIRONMENT:
  - beta

PLATFORM:
 - Linux

As you can see, there are three variables, BROWSER, MEDIAWIKI_ENVIRONMENT and PLATFORM.

BROWSER and PLATFORM can be any valid Sauce Labs browser/OS/version combination.

MEDIAWIKI_ENVIRONMENT can have values beta, mediawiki and test, or any other environment configured in environments.yml.

For example: 

BROWSER:
  - chrome
  - firefox
  - internet_explorer 9.0
  - safari

MEDIAWIKI_ENVIRONMENT:
  - beta
  - mediawiki
  - test

PLATFORM:
  - Linux
  - OS X 10.9
  - Windows 8.1

Example of a complicated ci.yml is in mediawiki/extensions/MultimediaViewer. For more information see Jenkins Yaml Axis Plugin.

مراجع: phab:T128190

ملاحظات

  1. ↑ https://lists.wikimedia.org/pipermail/wikitech-l/2017-November/089057.html
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