- What is trinity/framework used for?
- Trinity Framework is a modular PHP framework layer built around Laravel-style conventions, routing, dependency injection, and database abstractions. It organizes features into self-contained modules that carry their own routes, services, and configuration. It is a framework-level package rather than a small utility library, so evaluate it as an architectural foundation, not a drop-in helper.
- Is trinity/framework compatible with Laravel 10 or 11?
- Probably not without a fork. The package's last release was November 2015, which places it in the Laravel 5.0/5.1 and PHP 5.5/5.6 era. Modern Laravel and PHP 8.2+ Composer constraints will likely fail or require ignoring platform requirements. There are no published dependents showing a successful modern integration.
- How do I install trinity/framework with Composer?
- The standard approach would be composer require trinity/framework, but expect dependency resolution problems on a modern Laravel application. It predates Laravel package auto-discovery, so you would manually register service providers and aliases. For a current stack, a timeboxed spike or fork is safer than assuming a clean install.
- Does trinity/framework work with PHP 8?
- There is no evidence of PHP 8 support. The 2015 release targeted PHP 5.5/5.6-era runtime behavior, before PHP 7 and 8 type-system and runtime changes. Running it on PHP 8 would be unverified at best and would likely require code changes. Treat PHP 8 compatibility as something you must prove, not assume.
- Is trinity/framework maintained?
- No. The last release was in November 2015, so it is effectively end-of-life with no maintainer actively patching security issues or compatibility problems. There is no visible changelog, test suite, or security disclosure channel in the provided context. That means you would own any fixes if you adopt it.
- Can I use trinity/framework in production?
- Not recommended without a serious audit and fork plan. An unmaintained framework layer will not receive fixes for PHP deprecations, deserialization issues, or transitive dependency CVEs. Zero Packagist dependents and very low stars mean there is little community vetting. Production use would make your team the maintainer.
- What are alternatives to trinity/framework for modular Laravel apps?
- Use native Laravel package structure, service providers, and domain-oriented modules, or maintained modular packages such as nwidart/laravel-modules where appropriate. Laravel's own container, routing, and config systems already cover much of what Trinity describes. A maintained package with active dependents is usually a better bet than a 2015 framework layer.
- How does trinity/framework handle dependency injection and service providers?
- It advertises service container integration and config-driven bootstrapping, with each module carrying its own routes, services, and configuration. In practice, because it predates auto-discovery, you would manually register providers and aliases. The risk is that a framework-level package may shadow or conflict with Laravel's own container and bootstrapping rather than simply extending them.
- Does trinity/framework have tests or documentation?
- The available context does not show maintained docs, a changelog, or a test suite. The repository has very low community scrutiny, so onboarding cost is unbounded until you audit the code. Ask for the license, composer.json constraints, and any test coverage before spending integration time.
- Should I adopt trinity/framework or fork it?
- Treat it as do-not-adopt unless a short timeboxed spike proves the capability is trivially replaceable and otherwise unavailable. If you must use it, you are adopting source code to maintain, not a dependency to consume. Confirm the license, PHP and illuminate/* constraints, and internal ownership before forking.