go-web-scaffold

Scaffold a new Go web application with single-binary architecture, templ HTML templates, htmx interactivity, chi router, vendored frontend assets, embedded static files, TOML config with reflection-based gen-config, and a central build.sh script. Use when the user wants to create a new Go web project, HTTP API, dashboard, or web application from scratch. Trigger phrases: 'new Go project', 'scaffold', 'start a new web app', 'create a Go web server'.

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Repository: corruptmemory/claude-stuff
Last source activity: February 12, 2026 at 03:18
Detected SKILL.md language: English
Stars: 1
Forks: 0

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actor-pattern

Apply the actor pattern for thread-safe state management. Use when: (1) multiple threads/goroutines need shared mutable state, (2) replacing mutex-locked structs or atomic patterns, (3) building a service layer that owns in-memory state plus persistence, (4) application has distinct operational modes (setup, running, error) requiring a coordinator that manages sub-actors, (5) the user mentions 'actor pattern', 'goroutine event loop', 'channel-based state management', or 'actors managing actors'. Supports Go, Jai, C, Rust, Odin, and Zig.

2026-07-16

jai-language

Comprehensive Jai programming language reference and cheat sheet. Use when working with Jai code, tree-sitter-jai grammar development, or answering questions about Jai syntax and semantics. Covers declarations, types, control flow, directives, metaprogramming, and all language features. Trigger: user mentions 'Jai', 'Jai language', 'tree-sitter-jai', or asks about Jai syntax.

2026-07-16

interface-first

Design around contracts, not implementations. Use when: (1) building multi-step features where placeholders would otherwise accumulate, (2) expensive or stateful objects need mock and real implementations (databases, caches, external services), (3) scaling fault lines exist where in-proc vs. remote implementations should be swappable, (4) test mocks need to verify behavior through observation hooks, (5) designing a system that may need to scale from single-process to distributed without a rewrite, (6) the user mentions 'interface first', 'mock implementation', 'store interface', 'transaction boundary', 'scaling fault line', 'single binary', 'deployment topology', or 'test contract'. Primarily Go, but applicable to any language with interface-like constructs (Rust traits, Java/Scala interfaces).

2026-04-20

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name

go-web-scaffold

description

Go Web Project Scaffold

Scaffold a new Go web project following a proven single-binary architecture with vendored assets, templ templates, and htmx.

Scaffolding Process

Ask the user for: project name, Go module path, and a brief description of what the app will do
Run the scaffold script to generate the project skeleton
Customize the generated code for the user's specific needs
Run ./build.sh --generate --build to verify the scaffold compiles

python3 scripts/scaffold.py <project-name> --module <module-path> --dir <output-directory>

Architecture Reference

See references/architecture.md for the complete conventions: directory layout, build.sh structure, config pattern, route wiring, template structure, asset embedding, and CSS design tokens.

After Scaffolding

The generated project is a working baseline. Customize by:

Adding routes in cmd/app/main.go
Adding handlers in internal/web/handlers/
Adding templ pages in internal/web/pages/
Adding domain logic under internal/
Extending settings structs for new config fields (gen-config picks them up automatically)
Running ./build.sh --generate after editing .templ files

go-web-scaffold

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Go Web Project Scaffold

Scaffolding Process

Architecture Reference

After Scaffolding

Go Web Project Scaffold

Scaffolding Process

Architecture Reference

After Scaffolding

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