import 'package:clide/clide.dart' show clideVersion; import 'package:clide/src/ipc/command_schema.dart'; import 'package:clide/src/ipc/envelope.dart'; import 'package:clide/src/ipc/schema_v1.dart'; typedef CommandHandler = Future Function(IpcRequest req); class DaemonDispatcher { DaemonDispatcher() { register('ping', _ping); register('version', _version); register('capabilities', _capabilities); } final Map _handlers = {}; /// Per-command argument schemas (T-120 / D-74). Populated alongside /// handlers by registrants. A command with no entry dispatches /// unvalidated — schema adoption is opt-in per command. final Map _schemas = {}; /// Register [handler] for [cmd]. Pass [schema] to have the dispatcher /// normalise + validate `req.args` before the handler runs (D-74). void register(String cmd, CommandHandler handler, {CommandSchema? schema}) { _handlers[cmd] = handler; if (schema != null) { _schemas[cmd] = schema; } else { _schemas.remove(cmd); } } /// Built-in commands registered in the constructor; survive [clear] and /// don't count toward [isEmpty]. static const _builtins = {'ping', 'version', 'capabilities'}; /// Remove all registered handlers except the built-ins. void clear() { _handlers.removeWhere((k, _) => !_builtins.contains(k)); _schemas.removeWhere((k, _) => !_builtins.contains(k)); } bool get isEmpty => _handlers.length <= _builtins.length; Future dispatch(IpcRequest req) async { final h = _handlers[req.cmd]; if (h == null) { return IpcResponse.err( id: req.id, error: IpcError( code: IpcExitCode.notFound, kind: IpcErrorKind.notFound, message: 'unknown command: ${req.cmd}', hint: 'run `clide --help` for the surface.', ), ); } final schema = _schemas[req.cmd]; if (schema == null) return h(req); final result = schema.validate(schema.normalize(req.args)); if (!result.isOk) { return schemaError(req.id, result.error!); } return h(IpcRequest(id: req.id, cmd: req.cmd, args: result.values!)); } Future _ping(IpcRequest req) async => IpcResponse.ok( id: req.id, data: { 'pong': true, 'ts': DateTime.now().toUtc().toIso8601String(), 'version': clideVersion, }, ); Future _version(IpcRequest req) async => IpcResponse.ok( id: req.id, data: {'version': clideVersion}, ); /// Reflects the live command registry so the surface is discoverable, not /// just present (T-248). Every registered verb is listed — split into /// subsystem + verb — with its argument schema (positional order + per-arg /// type/required/constraints) where one is declared. Sourced from the /// registry, so it never drifts from what actually dispatches. Future _capabilities(IpcRequest req) async { final names = _handlers.keys.toList()..sort(); final commands = {}; for (final cmd in names) { final dot = cmd.indexOf('.'); final schema = _schemas[cmd]; commands[cmd] = { 'subsystem': dot >= 0 ? cmd.substring(0, dot) : '', 'verb': dot >= 0 ? cmd.substring(dot + 1) : cmd, if (schema != null) 'positional': schema.positional, if (schema != null) 'args': {for (final e in schema.args.entries) e.key: _argSpecJson(e.value)}, }; } return IpcResponse.ok(id: req.id, data: {'version': clideVersion, 'commands': commands}); } static Map _argSpecJson(ArgSpec s) => { 'type': s.type.name, if (s.required) 'required': true, if (s.allowed != null) 'allowed': (s.allowed!.toList()..sort()), if (s.pattern != null) 'pattern': s.pattern!.pattern, if (s.min != null) 'min': s.min, if (s.max != null) 'max': s.max, if (s.maxItems != null) 'maxItems': s.maxItems, if (s.rejectLeadingDash) 'rejectLeadingDash': true, }; }