369 lines
22 KiB
Lua
369 lines
22 KiB
Lua
local M = {
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["solidjs-development"] = [[
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### SolidJS Development Guidelines
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You are helping me develop a large SolidJS application. Please keep the following points in mind when generating or explaining code:
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1. **Project & Folder Structure**
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- Use a modern bundler/build tool (e.g., [Vite](https://vitejs.dev/)) with SolidJS support.
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- Maintain a clear, top-level directory layout, typically:
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```
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my-solid-app/
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├── public/
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├── src/
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│ ├── components/
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│ ├── pages/
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│ ├── routes/ (if using a router)
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│ ├── store/ (for signals/contexts)
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│ ├── styles/
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│ └── index.tsx
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├── package.json
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├── vite.config.ts
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└── tsconfig.json
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```
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- Organize common UI elements (buttons, modals, etc.) in `src/components/`, separate page-level views in `src/pages/`, and keep global or shared state in `src/store/`.
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2. **SolidJS Reactivity & State Management**
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- Use **signals**, **memos**, and **effects** judiciously:
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- `createSignal` for local state,
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- `createEffect` for reactive computations and side effects,
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- `createMemo` to cache expensive computations.
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- For global or cross-component state, use **Context** providers or a dedicated store pattern (with signals/contexts).
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- Avoid unnecessary reactivity—structure signals to update only when needed.
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3. **Routing & Navigation**
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- Leverage the official [Solid Router](https://github.com/solidjs/solid-router) or [Solid Start](https://start.solidjs.com/) for routing.
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- Keep routes organized, especially in large projects (e.g., a dedicated `routes/` folder or a route config file).
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- Support code splitting with dynamic imports where appropriate for faster initial loads.
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4. **Component & Code Organization**
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- Name components in **PascalCase** (e.g., `NavBar.tsx`, `UserProfile.tsx`), and keep them focused on a single responsibility.
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- Co-locate component-specific styles, tests, and other assets alongside the component file to simplify discovery (`MyComponent/` folder pattern).
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- Encourage **reuse** by factoring out small, generic components from more complex ones.
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5. **Styling & CSS Management**
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- Use your preferred styling approach (CSS Modules, [Tailwind CSS](https://tailwindcss.com/), or standard CSS/SCSS files).
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- Keep global styles minimal, focusing on utility classes or base styling; keep component-level styles scoped whenever possible.
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- If using CSS-in-JS solutions or third-party libraries, ensure they integrate cleanly with Solid’s reactivity.
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6. **TypeScript & Linting**
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- Use **TypeScript** to ensure type safety and improve maintainability.
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- Include a strict `tsconfig.json` configuration (e.g., `"strict": true`).
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- Employ linting and formatting tools:
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- [ESLint](https://eslint.org/) with the [eslint-plugin-solid](https://github.com/solidjs-community/eslint-plugin-solid)
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- [Prettier](https://prettier.io/) for consistent formatting
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- Run these tools in a pre-commit hook or CI pipeline to maintain code quality.
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7. **Testing & Quality Assurance**
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- Write **unit tests** for smaller components with a testing library like [Vitest](https://vitest.dev/) or [Jest](https://jestjs.io/) (configured for SolidJS).
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- For **integration or end-to-end (E2E) tests**, use tools like [Cypress](https://www.cypress.io/) or [Playwright](https://playwright.dev/).
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- Aim for a robust CI workflow that runs tests automatically on every commit or pull request.
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8. **Performance & Optimization**
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- SolidJS is already performant with granular reactivity, but still follow best practices:
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- Avoid creating signals/memos/effects in tight loops or repeatedly in render.
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- Use code splitting and lazy loading for large features or pages.
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- Leverage caching and memoization for expensive computations.
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- Profile your app with dev tools (e.g., [Solid DevTools](https://github.com/thetarnav/solid-devtools)) to identify and address performance bottlenecks.
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9. **Output Format**
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- Present any generated source code as well-organized files under the appropriate folders (e.g., `components/`, `pages/`).
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- When explaining your reasoning, include any architectural or design trade-offs (e.g., “I created a separate store signal for authentication to isolate login logic from other features.”).
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- If you modify existing files, specify precisely which lines or sections have changed, and why.
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Please follow these guidelines to ensure the generated or explained code aligns well with SolidJS best practices for large, maintainable projects.
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]],
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["go-development"] = [[
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### Go Development Guidelines
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You are helping me develop a large Go (Golang) project. Please keep the following points in mind when generating or explaining code:
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1. **Go Modules**
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- Use a single `go.mod` file at the project root for module management.
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- Ensure you use proper import paths based on the module name.
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- If you refer to internal packages, use relative paths consistent with the module’s structure (e.g., `moduleName/internal/packageA`).
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2. **Package Structure**
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- Each folder should contain exactly one package.
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- Avoid creating multiple packages in the same folder.
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- Use descriptive folder names and keep package names concise, following Go naming conventions.
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- Do not duplicate function or type names across different files in the same folder/package.
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3. **File & Folder Organization**
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- Organize source code in a folder hierarchy that reflects functionality. For example:
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```
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myproject/
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├── go.mod
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├── cmd/
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│ └── myapp/
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│ └── main.go
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├── internal/
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│ ├── service/
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│ ├── repository/
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│ └── ...
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└── pkg/
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└── shared/
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```
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- Keep external-facing, reusable packages in `pkg/` and internal logic in `internal/`.
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- Place the `main()` function in the `cmd/<appname>` folder.
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4. **Coding Best Practices**
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- Maintain idiomatic Go code (e.g., short function and variable names where obvious, PascalCase for exported symbols).
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- Keep functions short, focused, and tested.
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- Use Go’s standard library where possible before adding third-party dependencies.
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- When introducing new functions or types, ensure they are uniquely named to avoid collisions.
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5. **Import Management**
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- Ensure that every import is actually used in your code.
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- Remove unused imports to keep your code clean and maintainable.
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- Include all necessary imports for anything referenced in your code to avoid missing imports.
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- Verify that any introduced import paths match your module’s structure and do not cause naming conflicts.
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6. **Output Format**
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- Present any generated source code as well-organized Go files, respecting the single-package-per-folder rule.
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- When explaining your reasoning, include any relevant architectural trade-offs and rationale (e.g., “I placed function X in package Y to keep the domain-specific logic separate from the main execution flow.”).
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- If you modify an existing file, specify precisely which changes or additions you are making.
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Please follow these guidelines to ensure the generated or explained code aligns well with Golang’s best practices for large, modular projects.
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]],
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["typo3-development"] = [[
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### TYPO3 Development Guidelines
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You are helping me develop a large TYPO3 project. Please keep the following points in mind when generating or explaining code:
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1. **Project & Folder Structure**
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- Organize the project to take advantage of Composer-based installation (e.g., `composer.json` referencing `typo3/cms-core` and any additional extensions).
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- Maintain a clean, well-defined folder hierarchy, typically:
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```
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project-root/
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├── composer.json
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├── public/
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│ ├── fileadmin/
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│ ├── typo3/
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│ └── typo3conf/
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├── config/
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│ └── sites/
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├── var/
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└── ...
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```
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- Store custom extensions inside `public/typo3conf/ext/` or use Composer to manage them under `vendor/`.
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- Keep site configuration in `config/sites/` (for TYPO3 v9+).
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2. **Extension Development**
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- Create custom functionality as separate extensions (site packages, domain-specific extensions, etc.) following TYPO3’s recommended structure:
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- **Key files**: `ext_emconf.php`, `ext_localconf.php`, `ext_tables.php`, `ext_tables.sql`, `Configuration/`, `Classes/`, `Resources/`.
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- Use **PSR-4** autoloading and name extensions logically (e.g., `my_sitepackage`, `my_blogextension`).
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- Keep your extension’s code under `Classes/` (e.g., Controllers, Models, Services).
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- Place Fluid templates, partials, and layouts under `Resources/Private/` (e.g., `Resources/Private/Templates`, `Resources/Private/Partials`, `Resources/Private/Layouts`).
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3. **Configuration (TypoScript & TCA)**
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- Maintain **TypoScript** files in a clear, hierarchical structure under `Configuration/TypoScript/` or `Resources/Private/TypoScript/`.
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- Use **ext_typoscript_setup.txt** and **ext_typoscript_constants.txt** (or `.typoscript` alternatives) for extension-wide configuration.
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- Define **TCA** for custom database tables or custom fields in `Configuration/TCA` or in `ext_tables.php/ext_localconf.php` as needed.
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- Respect naming conventions for database tables and fields to keep them unique to your extension (e.g., `tx_myextension_domain_model_xyz`).
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4. **Coding Standards & Best Practices**
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- Follow **PSR-2/PSR-12** coding standards for PHP (naming, indentation, etc.).
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- Keep classes short, focused, and well-documented with PHPDoc comments.
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- Separate concerns:
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- Controllers handle request logic,
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- Models represent data,
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- Repositories abstract data access,
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- Services implement business logic.
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- Avoid placing large chunks of code in Fluid templates—keep logic in PHP classes and pass the data to templates.
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- Use official TYPO3 APIs (e.g., `GeneralUtility`, `Context` API) where applicable rather than raw PHP or legacy code.
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5. **Fluid Templates & Rendering**
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- Keep template files in `Resources/Private/Templates/<ControllerName>/<ActionName>.html`.
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- Use `Resources/Private/Partials` and `Resources/Private/Layouts` to avoid duplicating common template sections.
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- Register your templates, partials, and layouts in TypoScript or in `Configuration/Services.yaml` for automatic discovery.
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6. **Documentation & Version Control**
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- Write README/CHANGELOG files at the extension root to describe major changes and usage.
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- Include inline documentation and use Git for version control.
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- Adhere to **Semantic Versioning** (`MAJOR.MINOR.PATCH`) for your custom extensions, when applicable.
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7. **Output Format**
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- Present any generated source code or configuration files in a well-organized structure.
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- Clearly indicate where each file should be placed in the TYPO3 directory layout.
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- When explaining your reasoning, include any relevant architectural decisions (e.g., “I created a separate extension for blog functionality to keep it isolated from the site’s main configuration.”).
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- If you modify or extend an existing file, specify precisely which changes or additions you are making.
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Please follow these guidelines to ensure the generated or explained code aligns well with TYPO3’s best practices for large, maintainable projects.
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]],
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["rust-development"] = [[
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### Rust Development Guidelines
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You are helping me develop a large Rust project. Please keep the following points in mind when generating or explaining code:
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1. **Cargo & Workspace Management**
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- Use a [Cargo workspace](https://doc.rust-lang.org/book/ch14-03-cargo-workspaces.html) for managing multiple crates under one top-level project.
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- Maintain a `Cargo.toml` at the workspace root, referencing the member crates in the `[workspace]` section.
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- Keep dependency versions up-to-date and consistent across crates.
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2. **Crates & Packages**
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- Split the application into logical crates (libraries and/or binaries).
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- Each crate should have a single main **library** (`lib.rs`) or **binary** (`main.rs`) in its `src/` folder.
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- Name crates, modules, and files clearly, following Rust’s naming conventions (e.g., `snake_case` for files/modules, `PascalCase` for types).
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- Avoid duplicating the same function or type in multiple crates; share common functionality via a dedicated library crate if needed.
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3. **Folder & Module Structure**
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- Organize code within each crate using Rust’s module system, keeping related functions and types in logical modules/submodules.
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- A typical directory layout for a workspace with multiple crates might look like:
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```
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myproject/
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├── Cargo.toml # Workspace root
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├── crates/
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│ ├── my_lib/
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│ │ ├── Cargo.toml
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│ │ └── src/
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│ │ ├── lib.rs
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│ │ └── ...
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│ └── my_app/
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│ ├── Cargo.toml
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│ └── src/
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│ └── main.rs
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├── target/
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└── ...
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```
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- If you have integration tests, store them in a `tests/` folder at the crate root, or use the workspace root’s `tests/` directory if they span multiple crates.
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4. **Coding & Documentation Best Practices**
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- Write **idiomatic Rust** code:
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- Use `cargo fmt` (formatting) and `cargo clippy` (linter) to maintain consistency and quality.
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- Use `?` operator for error handling, prefer `Result<T, E>` over panicking unless absolutely necessary.
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- Document your code using [Rustdoc](https://doc.rust-lang.org/rustdoc/) comments (`///` for public API) and provide examples when relevant.
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- Write **unit tests** alongside the code (in `src/` files) and **integration tests** in a dedicated `tests/` folder.
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- Keep functions short, focused, and ensure they have well-defined responsibilities.
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5. **Reusability & Shared Code**
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- Place common or reusable functionality into a dedicated **library** crate.
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- Ensure that crates depending on shared code add the appropriate `[dependencies]` or `[dev-dependencies]` in their `Cargo.toml`.
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- Use the Rust standard library whenever possible before introducing external dependencies.
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6. **Error Handling & Logging**
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- Use structured, typed error handling (e.g., [thiserror](https://crates.io/crates/thiserror) or [anyhow](https://crates.io/crates/anyhow)) for more readable error management if appropriate.
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- Provide clear, contextual error messages that help in debugging.
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- Include robust logging with a minimal overhead library (e.g., [log](https://crates.io/crates/log) with [env_logger](https://crates.io/crates/env_logger) or similar).
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7. **Output Format**
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- Present generated source code as well-organized Rust files, respecting the single main library or binary per crate (`lib.rs` or `main.rs`).
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- When explaining your reasoning, include any architectural or design decisions (e.g., “I placed function X in crate `my_lib` to keep the business logic separate from the command-line interface.”).
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- If you modify existing files, specify precisely which lines or sections have changed.
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Please follow these guidelines to ensure the generated or explained code aligns well with Rust best practices for large, modular projects.
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]],
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["basic-prompt"] = [[
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### Basic Prompt
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You are assisting me in a coding workflow for a project (e.g., "my_project"). Whenever you need to inspect or modify files, or execute commands, you must provide both:
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1. `project_name: "<actual_project_name>"` (matching the real project name)
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2. A `tools:` array describing the operations you want to perform.
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**Example** (substitute `<actual_project_name>` with the real name):
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```yaml
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project_name: "my_project"
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tools:
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- tool: "readFile"
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path: "relative/path/to/file"
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- tool: "replace_in_file"
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path: "relative/path/to/file"
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replacements:
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- search: "old text"
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replace: "new text"
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- tool: "editFile"
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path: "relative/path/to/file"
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content: |
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# Full updated file content here
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- tool: "executeCommand"
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command: "ls -la"
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```
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**Key Points**:
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- Always include `project_name: "<actual_project_name>"` in the same YAML as `tools`.
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- If you only need one tool, include just one object in the `tools` array.
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- If multiple tools are needed, list them sequentially in the `tools` array.
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- Always run at least one tool (e.g., `readFile`, `editFile`, `executeCommand`), exept you have finished.
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- Always just include one yaml in the response with all the tools you want to run in that yaml.
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- Never do write operations on a file which you have not read before.
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- The plugin will verify the `project_name` is correct before running any tools.
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- If the response grows too large, I'll guide you to break it into smaller steps.
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]],
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["secure-coding"] = [[
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### Secure Coding Guidelines
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You are assisting me in creating software that prioritizes security at every stage of the development process. Please adhere to the following guidelines whenever you propose code, architecture, or any form of implementation detail:
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1. **Secure Coding Principles**
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- Emphasize **input validation**, **output encoding**, and **context-aware sanitization** (e.g., sanitizing user inputs against SQL injection, XSS, CSRF, etc.).
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- Follow the principle of **least privilege**:
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- Only request or grant the permissions necessary for each component’s functionality.
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- Implement robust **error handling** and **logging** without revealing sensitive data (e.g., do not log passwords, tokens, or PII).
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2. **OWASP Top Ten Alignment**
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- Consult the **OWASP Top Ten** (or equivalent security framework) to address common risks:
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- **Injection** (SQL, NoSQL, Command Injection)
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- **Broken Authentication**
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- **Sensitive Data Exposure**
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- **XML External Entities**
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- **Broken Access Control**
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- **Security Misconfiguration**
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- **Cross-Site Scripting (XSS)**
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- **Insecure Deserialization**
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- **Using Components with Known Vulnerabilities**
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- **Insufficient Logging & Monitoring**
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- Provide secure defaults and demonstrate how to mitigate each risk using example code.
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3. **Secure Communication & Data Handling**
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- Use **TLS/SSL** for all data in transit wherever possible.
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- Store sensitive data in encrypted form, leveraging secure, up-to-date cryptographic libraries.
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- Avoid hardcoding credentials or secrets in source code. Use secure secrets management solutions.
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4. **Dependency & Third-Party Library Management**
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- Use only reputable, **actively maintained** third-party libraries and verify they have no known critical vulnerabilities.
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- Keep all dependencies **updated** to minimize exposure to known security flaws.
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5. **Authentication & Authorization**
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- Implement **secure authentication flows** (e.g., token-based authentication, OAuth2, OpenID Connect).
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- Use robust **password hashing** algorithms such as bcrypt, scrypt, or Argon2 (avoid MD5 or SHA1).
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- Enforce **strong password** or credential policies.
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- Implement **role-based access control (RBAC)** or attribute-based access control (ABAC) where appropriate.
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6. **Secure Configuration**
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- Apply **secure configuration defaults** (e.g., disable unnecessary services, secure admin endpoints, etc.).
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- Avoid exposing internal ports or services to the public network.
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- Use a **Content Security Policy (CSP)** header, secure cookies, and other HTTP security headers where relevant.
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7. **Secure Deployment & Maintenance**
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- Include guidelines for **monitoring** (e.g., intrusion detection, anomaly detection).
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- Provide methods for **logging** security-relevant events (failed logins, data access anomalies).
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- Outline **incident response** steps (e.g., notifications, rollback procedures, quick patching, etc.).
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8. **Documentation & Continuous Improvement**
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- Document all security-related decisions and configurations.
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- Encourage periodic **code reviews** and **security audits**.
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- Support **continuous integration and deployment (CI/CD)** pipelines with automated security checks (static analysis, dependency scanning, etc.).
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9. **Output Format**
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- Present any generated source code with **secure defaults** and thorough in-code commentary about security measures.
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- If you propose changes to existing code or configurations, specify precisely how you’ve enhanced security.
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- Whenever possible, provide references to relevant security standards, best practices, or guidelines (e.g., OWASP, NIST).
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Please follow these guidelines to ensure the generated or explained code prioritizes security at every level, mitigating potential risks and maintaining best practices for building secure software.
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]],
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["step-prompt"] = [[
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It appears this request might exceed the model's prompt character limit if done all at once.
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Please break down the tasks into smaller steps and handle them one by one.
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Thank you!
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]],
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["file-selection-instructions"] = [[
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Delete lines for directories you do NOT want, then save & close (e.g. :wq, :x, or :bd)
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]]
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}
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return M
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