Slim Starter Laravel Package

Product Decisions This Supports

• Frontend framework commitment (Vue.js): 2.0.0 adds first-class Vue single file component support, which turns "should we standardize on Vue?" from an open architectural question into a low-friction yes. A PM can now approve Vue-based feature work without a bespoke build pipeline as a prerequisite.
• Test strategy and quality gates: Built-in support for Vue Test Utils and Jest means component tests become part of the default delivery workflow rather than a separate tooling project. This supports decisions about definition of done, CI gating, and whether to invest in frontend QA headcount versus automation.
• Build vs. buy for asset pipeline: The package absorbs Webpack configuration, Babel transpilation, and Vue compilation. This is a clear "buy/borrow" decision — the team does not staff a dedicated build-tooling owner, and roadmap capacity stays on product features.
• Roadmap sequencing for modern JavaScript: Babel inclusion removes browser-compatibility as a blocker for adopting ES2015+ syntax. This de-risks scheduling frontend modernization work and reduces the "which browsers must we support?" debate from a release gate to a configuration detail.
• Multi-bundle architecture and performance work: The configuration change enabling multiple files to be compiled with Webpack supports code-splitting decisions — per-page or per-feature bundles, lazy loading, and page-weight budgets. This is a direct input to performance roadmap items and Core Web Vitals targets.
• Use cases unlocked: SPAs embedded in Laravel Blade apps, progressively enhanced forms and dashboards, admin panels, and any customer-facing surface where interactive components are needed without standing up a separate frontend repository.

When to Consider This Package

Consider adoption when:

• The product runs on Laravel/PHP and the team wants Vue components without maintaining a hand-rolled Webpack config.
• Frontend work is expected to grow but not enough to justify a dedicated frontend platform team or a separate SPA deployment.
• You need component-level testing (Jest + Vue Test Utils) as a precondition for scaling frontend contributions beyond one or two engineers.
• You want to adopt modern JS syntax without owning Babel configuration or browser-compat policy yourself.
• You anticipate multiple entry points or bundle splitting as the UI surface grows.

Look elsewhere when:

• The frontend is (or is becoming) a standalone SPA with its own release cadence and infra — a full framework CLI (Vue CLI, Vite) will serve better than a Laravel-coupled wrapper.
• The team is standardized on React, Svelte, or another framework; this package's value proposition is Vue-centric.
• You require deep, unusual Webpack customization that a wrapper abstraction will fight you on.
• Frontend build tooling is a competitive differentiator or a large enough surface to warrant in-house ownership.
• Migration caution: the "configuration change to allow multiple files to be compiled" is a config-shape change. Existing projects upgrading from 1.x should budget a short migration spike (per-entry config, output paths, manifest assumptions) before committing to 2.0.0 in a release train. Treat this as a minor breaking change, not a drop-in upgrade.

How to Pitch It (Stakeholders)

To executives: This upgrade removes the main technical barrier to building richer, more interactive customer interfaces on our existing Laravel platform — without adding headcount or standing up a new frontend codebase. It bundles Vue component support, automated JavaScript transpilation, and a real component testing story into tooling we already depend on. The practical effect is that frontend modernization moves from "needs a platform investment" to "fits inside normal feature delivery," and we gain the ability to split bundles for performance work. Cost is a short, contained migration of our build configuration; upside is faster UI delivery and testable components.

To engineering: 2.0.0 brings Vue SFC compilation, Jest/Vue Test Utils integration, Babel transpilation, and support for multiple Webpack entry points. The multi-file configuration is a config-shape change — plan a brief migration for existing webpack.mix.js files and verify output paths and manifest consumption before rolling into CI. Once migrated, component testing becomes a standard part of the pipeline rather than a side project, and bundle splitting becomes a configuration exercise instead of a refactor.