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-# CLAUDE.md
-
-This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.
-
-## Project Overview
-
-aproxy is an Activity Pub Reverse Proxy Framework built on OpenResty (NGINX + LuaJIT). It provides a modular script system to add filtering and protection capabilities in front of ActivityPub implementations.
-
-## Development Commands
-
-### Testing
-```sh
-# Install test dependencies (only needed once)
-make testdeps
-eval (luarocks-5.1 path --bin)
-
-# Run test suite
-make test
-```
-
-The test suite uses luajit and luaunit for testing. Tests are located in the `tests/` directory.
-
-## Architecture
-
-### Core Components
-
-- **main.lua**: Entry point with two hooks:
-  - `init()`: Validates configuration at startup
-  - `access()`: Called on every request to execute the filter chain
-
-- **config.lua**: Configuration system
-  - Searches for `conf.lua` in paths: `.;/etc/aproxy` (or `$APROXY_CONFIG_PATH`)
-  - Provides schema validation framework
-  - Schema supports types: `string`, `number`, `table`, `list` (array of values)
-
-- **ctx.lua**: Request context and filter chain executor
-  - Loads scripts from config and builds `compiled_chain`
-  - Matches request URIs against script PCRE regexes
-  - Executes matching callbacks sequentially
-  - If any callback returns a status code, request is terminated with that response
-
-- **util.lua**: Lua standard library extensions
-  - `table.readonly()`: Create read-only table wrapper
-  - `table.pprint()`: Pretty-print nested tables
-  - `string.split()`: Split strings by separator
-
-### Script Module Structure
-
-Scripts live in `scripts/` and must export:
-
-```lua
-return {
-    name = 'ModuleName',
-    author = 'email',
-    title = 'Short Title',
-    description = [[Long description]],
-    version = 1,
-
-    -- Called once at startup with config
-    -- Return value becomes module state
-    init = function(cfg)
-        return state
-    end,
-
-    -- Map of PCRE regex patterns to callback functions
-    callbacks = {
-        ['/api/path'] = function(cfg, state)
-            -- Return nil to allow request
-            -- Return status_code, body to block request
-            return nil
-        end
-    },
-
-    -- Schema for validating this module's config
-    config = {
-        ['field_name'] = {
-            type = 'string|number|table|list',
-            schema = {...}, -- for table/list types
-            description = 'field description'
-        }
-    }
-}
-```
-
-**Important**: Module configs are made read-only via `table.readonly()` before being passed to callbacks. Attempting to modify them will error.
-
-### Request Flow
-
-1. OpenResty calls `aproxy.main.access()` on each request
-2. `ctx:onRequest()` iterates through `compiled_chain`
-3. For each script, check if request URI matches any callback regex
-4. Execute matching callbacks with their config and state
-5. If callback returns `(status_code, body)`, terminate request with that response
-6. If callback returns `nil`, continue to next callback
-7. If no callbacks block the request, pass through to backend
-
-### Testing Framework
-
-Tests use a mock `ngx` object (created by `createNgx()` in test.lua) that simulates OpenResty's API:
-- `ngx.var.uri`: Request URI
-- `ngx.req.get_uri_args()`: Query parameters
-- `ngx.req.get_headers()`: Request headers
-- `ngx.status`, `ngx.say()`, `ngx.exit()`: Response control
-- `ngx.re.match()`: PCRE regex matching via rex_pcre2
-
-Use `setupTest(module_path, config)` to initialize a module for testing and `setupFakeRequest(path, options)` to simulate requests.
-
-To run the test suite:
-```sh
-# needed only once ever to setup the environment
-make testdeps
-
-# run once on any new shell
-eval (luarocks-5.1 path --bin)
-
-# actually run suite
-make test
-```
-
-## Configuration
-
-The default config file (`conf.lua`) structure:
-
-```lua
-return {
-    version = 1,
-    wantedScripts = {
-        ['script_name'] = {
-            -- script-specific config matching its schema
-        }
-    }
-}
-```
-
-Scripts are loaded from `scripts/{script_name}.lua` based on keys in `wantedScripts`.