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'.

Jump to install

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

Install options

The review-first prompt is selected by default. You can switch to a direct command or download a local copy.

Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.

A direct command skips the review prompt. Inspect the source before running it.

npx skills add https://github.com/corruptmemory/claude-stuff --skill go-web-scaffold

The command stays on one line. Scroll horizontally to inspect it before copying.

Prefer a local copy? Download the files currently available to SkillsMP.

Review the source files

Read SKILL.md and any companion files shown by SkillsMP before deciding whether to install.

File Explorer

3 files

SKILL.md

Source instructions · Read-only preview

Back to search Back to installation

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

View all from this repository

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

Source facts

Install options

Review the source files

More from this repository

More from this repository

Go Web Project Scaffold

Scaffolding Process

Architecture Reference

After Scaffolding

Go Web Project Scaffold

Scaffolding Process

Architecture Reference

After Scaffolding