Brummer MCP Server

package test import ( "testing" ) // PLACEHOLDER: AI Coder system tests are not fully implemented yet // These tests represent the intended end-to-end test structure but are skipped // until the MCP integration and full system integration is completed. func TestAICoderSystem_EndToEnd_Placeholder(t *testing.T) { t.Skip("System tests are placeholders - MCP integration pending") // This test file represents the intended system test structure for AI Coder integration: // - End-to-end MCP tool workflows // - AI coder creation via MCP → AI Coder Manager → Process execution // - Event system integration and propagation // - Cross-component coordination (TUI, MCP, Process Manager) // - Real workspace operations and file management // When the system integration is complete, these tests will verify: // 1. Complete MCP tool chain: ai_coder_create → ai_coder_control → ai_coder_status // 2. Event propagation: AI coder events → EventBus → TUI updates // 3. Process lifecycle: Creation → Startup → Progress → Completion // 4. Workspace management: File creation, modification, cleanup // 5. Error handling and recovery across all components } func TestAICoderSystem_ConcurrentUsers_Placeholder(t *testing.T) { t.Skip("Concurrent user tests pending full implementation") // Future concurrent system tests will cover: // - Multiple simultaneous AI coder sessions // - Resource contention and limits (MaxConcurrent) // - Event system scalability // - Workspace isolation and cleanup // - Performance under load } func TestAICoderSystem_EventIntegration_Placeholder(t *testing.T) { t.Skip("Event integration tests pending EventBus completion") // Future event integration tests will cover: // - AI coder lifecycle events (created, started, paused, completed, failed) // - Event ordering and consistency // - Cross-component event handling // - Event persistence and recovery // - Performance monitoring through events } func TestAICoderSystem_ErrorRecovery_Placeholder(t *testing.T) { t.Skip("Error recovery tests pending full implementation") // Future error recovery tests will cover: // - Provider failure handling // - Workspace corruption recovery // - Process crash detection and cleanup // - MCP tool error propagation // - System stability under error conditions }