PHPCI (PHP Censor) can automate Composer installs, tests, linting, and code analysis for PHP projects, but it is a self-hosted server—not a hosted CI service—and its documented gaps include no virtualized testing or multi-PHP-version testing. Choose it when you need to run CI on infrastructure you control and can maintain; for version matrices or less server administration, compare GitHub Actions, Travis CI, and Jenkins.
What PHPCI and PHP Censor do
PHPCI is described by Packagist as a free, open-source continuous integration tool designed for PHP. PHP Censor is an open-source, self-hosted fork of PHPCI. Its project README calls it “an open source, self-hosted, continuous integration server for PHP projects.” (Packagist: PHPCI; PHP Censor project)
In practical terms, a CI server checks out project code and runs a defined sequence of build and test steps when changes arrive. PHP Censor’s plugin-based workflow can install Composer dependencies, prepare test databases, run tests, and execute code-quality tools. A repository can define its build in a .php-censor.yml file, or use documented zero-configuration plugins.
Check the infrastructure requirements first
PHP Censor is self-hosted, so your team supplies and operates the server. Its current README lists these prerequisites:
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- A Unix-like operating system.
- PHP 7.4 or newer, with OpenSSL and
exec(),shell_exec(), andproc_open()enabled. - Nginx or Apache2.
- MySQL/MariaDB or PostgreSQL.
- Beanstalkd.
Those requirements make it important to confirm your hosting environment permits the required PHP process functions. They also mean the choice is not just about adding a YAML file: someone must provision and maintain the web server, database, queue service, PHP runtime, and CI application. Consult the PHP Censor README for its installation and configuration details.
What a PHP Censor build can automate
Repository checkout and dependencies
PHP Censor documents cloning from GitHub, Bitbucket, GitLab, Git, Mercurial, Subversion, or a local directory. It can install Composer dependencies as part of a build.
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Tests and databases
The documented integrations include PHPUnit, Atoum, Behat, Codeception, and PHPSpec. PHP Censor can create and tear down PostgreSQL, MySQL, or SQLite test databases, which is useful when a test suite needs a database as part of its build.
Linting and code analysis
Its documented plugins include PHP_CodeSniffer, PHPCPD, PHP Mess Detector, and other analysis tools. The README also provides a YAML example combining Composer installation, PHPUnit, PHPMD, PHP_CodeSniffer, and email notification. Check the project documentation for the exact plugin names and configuration supported by the version you install.
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1Repair Windows errors before they cause bigger problems2Fix the driver behind crashes, sound loss and screen glitches3Clear out junk files and repair common Windows errorsConfigure a build around the project
At a high level, a PHP Censor pipeline describes the steps that should run for a repository. Before adopting a sample configuration, decide which checks are meaningful for your project and ensure the server has the runtimes, database services, and dependencies those checks require.
- Connect the repository. Choose one of the supported repository sources and configure PHP Censor to access it.
- Define build steps. Add a
.php-censor.ymlfile to the project, or use the documented zero-configuration plugins where they fit. - Install dependencies. Include Composer installation so the build uses the dependencies declared by the repository.
- Run tests and quality checks. Select the supported test runner and analysis or linting plugins your project uses.
- Configure notifications. Add an email notification step if you want build outcomes delivered that way.
The PHP Censor README’s example is a useful reference for YAML syntax and plugin configuration; it should not be treated as a universal pipeline, since project dependencies and checks differ.
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Know the documented limitations
The Packagist README for PHPCI explicitly lists four gaps: it does not provide virtualized testing, testing across multiple PHP versions, PEAR/PECL extension installation, or deployments. These are material constraints, especially for libraries that promise compatibility across PHP releases or applications whose builds depend on extensions not already present on the runner. (Packagist: PHPCI)
Those statements describe the PHPCI README; they should not be read as an exhaustive assessment of every possible PHP Censor fork configuration or third-party addition. Verify the capabilities of the exact release and plugins you plan to operate before relying on them.
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Compare PHP CI options by operating model
| Option | Execution and triggers | PHP versions and environment | Reporting and trade-offs |
|---|---|---|---|
| PHPCI / PHP Censor | Self-hosted PHP-focused CI server; supports multiple repository sources. | PHP Censor documents database setup and several test frameworks. The PHPCI Packagist README lists no virtualized testing, no multiple-PHP-version testing, and no PEAR/PECL installation. | Offers a PHP-oriented plugin workflow, but your team operates the server. The cited PHPCI README lists no deployments. |
| GitHub Actions | Runs on GitHub-hosted or self-hosted machines; triggers include pushes, schedules, and external events. | Can use virtual machines and workflows configured for project needs; the GitHub CI page describes results appearing in pull requests. | Fits repositories using GitHub and supports hosted execution or control through self-hosted machines. See GitHub’s CI and Actions overview. |
| Travis CI | Hosted CI service described by its PHP guide. | The PHP guide supports PHP-version and environment matrices, Composer packages, custom PHP configuration, and extension installation. | Its guide uses PHPUnit as the default build script. See Travis CI’s PHP guide. |
| Jenkins | Pipeline-based CI configured with a Jenkinsfile; operational control depends on how Jenkins is hosted. | PHP-specific capabilities depend on the configured pipeline and agents. | The PHP guide describes test results and run times, coverage visualizations, static-analysis checks, and trend graphs. See Jenkins’ PHP pipeline guide. |
The PHP project’s CI documentation gives a concrete example of a mixed runner strategy: it says PHP uses GitHub Actions on Windows, macOS, Linux, and FreeBSD virtual machines; Travis CI was formerly used for s390x Linux; and a community-provided php-ci-ppc64 runner is documented. The page is useful context for platform coverage, not a recommendation that every project reproduce PHP’s setup. (PHP CI systems)
Choose based on the constraints that matter
- Consider PHP Censor if self-hosting is a requirement, your team can operate its prerequisites, and its documented PHP test and analysis plugins cover your workflow.
- Consider GitHub Actions if your repository is on GitHub and you want workflows triggered by repository events, with the option of GitHub-hosted or self-hosted runners.
- Consider Travis CI if you need the PHP guide’s documented version and environment matrices, or its custom PHP and extension setup.
- Consider Jenkins if pipeline-based operation and the PHP guide’s reporting—including coverage visualizations and trends—fit your CI needs and operational model.
Before settling on a tool, check where builds will run, whether the project needs multiple PHP versions, how databases and extensions will be provisioned, which tests and analyzers must run, how contributors will see results, and whether deployments belong in the same system. The appropriate option depends on those requirements rather than on the PHP label alone.
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