- What is micro-module/base and what does it do in a Laravel application?
- micro-module/base is a foundational Composer package for building modular Laravel applications using micro-modules. According to its description, it provides core abstractions and bootstrapping so self-contained modules can be organized, registered, and loaded cleanly. The public details are thin, so the exact contracts, service-provider conventions, and shared utilities it owns should be confirmed by reading the source. Treat it as a shared foundation for a modular monolith, not as a feature package that adds user-facing functionality.
- How do I install micro-module/base with Composer?
- Install it like any Laravel Composer package, but pin an exact tag or commit rather than floating on a loose version constraint. After requiring it, verify PSR-4 autoloading, package discovery, service providers, and any publishable config or migrations. Because the package has no public dependents and minimal visibility, run the install in a throwaway branch or proof-of-concept app first. Confirm the license and review the source before committing it to a shared codebase.
- Which PHP and Laravel versions does micro-module/base support?
- The supported PHP and Laravel versions are not clearly established in the available information, so check composer.json constraints and the CI matrix directly. Run your own tests against the minimum and maximum Laravel versions your team supports, not just the version in your local environment. Version constraints and semantic versioning may be ambiguous for a low-adoption package, so pinning is strongly recommended. Do not assume compatibility with older or newer Laravel releases without verifying it yourself.
- How does micro-module/base register and load modules?
- The package is described as providing bootstrapping to register and load self-contained modules, but the mechanics are not documented in the available overview. Determine whether it relies on standard Laravel package discovery, custom autoloaders, module manifests, or explicit service-provider registration. Also check whether module discovery affects config caching, route caching, and boot time as the number of modules grows. Reading the source and writing a small proof-of-concept module is the fastest way to confirm the loading behavior.
- Is micro-module/base safe to use in production?
- It carries high technical risk relative to ecosystem signals because it has zero stars, zero public dependents, and likely a single maintainer. That does not mean it is unsafe, but it means you must audit the source, license, tests, and security posture before production use. Adopt it only after a time-boxed spike, contract tests against your supported Laravel matrix, and an internal owner for upgrades. Pin an exact tag or commit and keep a rollback path to your existing module structure.
- Does micro-module/base work with Laravel package discovery and config caching?
- Standard Laravel Composer packages usually work with package discovery, but this package may add custom module registration that changes the picture. Verify that config caching, route caching, queue workers, and any Octane or Swoole setup behave correctly with modules registered. Check for service-provider and namespace collisions, and confirm published config and migrations can be versioned cleanly. Do not assume cache compatibility without testing it in a staging-like environment.
- How does micro-module/base compare to nwidart/laravel-modules or other modular Laravel packages?
- micro-module/base appears to be a lower-level foundation for module contracts and bootstrapping rather than a full module generator and management suite. Compared with widely adopted packages, it has far less community validation, documentation, and ecosystem support. The right choice depends on whether you need opinionated module scaffolding or just shared conventions for an internal modular monolith. Evaluate alternatives by adoption, CI coverage, upgrade history, and exit cost, not only by feature list.
- Can I use micro-module/base in a modular monolith with Octane or queue workers?
- It is intended for modular or micro-module architectures, so a modular monolith is the most plausible fit. However, you must test long-running processes such as Octane, Swoole, and queue workers because module registration and bootstrapping can behave differently outside a standard request lifecycle. Benchmark boot time, autoloading, and service-provider registration as module count grows. Also watch for circular dependencies between modules and excessive boot-time overhead.
- How do I test and maintain micro-module/base if the upstream project is abandoned?
- Assume you will own more maintenance than with a popular package, including Laravel upgrades, bug fixes, and security patches. Create an internal fork or adapter package, pin a tag or commit, and assign a named internal owner with a review cadence. Add contract tests, static analysis, and coding standards so the package cannot silently drift. Document a clear exit plan and measure the cost of reverting to your previous module structure.
- Does micro-module/base handle routing, migrations, config, events, or multi-tenancy per module?
- The available information does not confirm which per-module concerns the package owns, such as routing, migrations, configuration, events, or tenancy. Inspect the source and documentation to see whether it enforces module boundaries or merely supplies helpers. If your application needs tenancy or complex per-module migrations, validate those scenarios explicitly in a proof-of-concept. Clarifying these responsibilities early prevents coupling your core module structure to assumptions the package does not actually support.