Make a detailed architectural document for the project.
Agent Context
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"request": "[original issue]\n**Create Detailed Architectural Documentation**\nMake a detailed architectural document for the project.",
"title": "Create comprehensive architectural documentation for Agent-Go project",
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"plan": "**Create the main architectural documentation file** `ARCHITECTURE.md` in the project root directory. This document will provide a comprehensive overview of the Agent-Go system architecture, including high-level system design, component interactions, data flow, and key design principles. Structure it with clear sections covering: System Overview, High-Level Architecture, Core Components (CLI Layer, Orchestrator Engine, LLM Client, Tool System, Configuration Manager, Context Manager, Hook System), Tool Architecture, Security Architecture, Data Flow, Performance Characteristics, and Technology Stack.",
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"plan": "**Document the detailed component architecture** by expanding each core component section with specific implementation details. For the CLI Layer (`internal/cli`), document the REPL interface, input parsing, markdown rendering, and auto-completion. For the Orchestrator (`internal/orchestrator`), detail the message loop, tool execution coordination, mode management, and streaming response handling. For the LLM Client (`internal/llm`), cover Anthropic API integration, streaming support, token management, and error handling. For the Tool System (`internal/tools`), document the registry pattern, tool interface, execution framework, and parallel execution capabilities.",
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"plan": "**Create detailed tool system documentation** covering the extensible tool architecture. Document the tool interface (`Name()`, `Description()`, `InputSchema()`, `Execute()`), tool categories (File Operations: read/write/edit/glob/grep, Shell Integration: bash/bash_output/kill_shell, Git Operations, Web Access: web_fetch/web_search, Task Management: todo/task, MCP Support), tool registration system, and execution patterns including parallel vs sequential execution strategies.",
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"plan": "**Document the security architecture and safeguards** including the defensive security policy, API key protection mechanisms, command execution validation, file operation security (path traversal prevention, atomic operations), network security (HTTPS enforcement, SSL validation), and the hook system security model. Include specific examples of blocked command patterns and security validation processes.",
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"plan": "**Add configuration and deployment architecture** documentation covering the YAML-based configuration system, configuration precedence (built-in defaults → user config → project config → environment variables), the build system architecture (cross-platform builds, single binary distribution, version embedding), and deployment patterns. Include the complete configuration schema and examples.",
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"plan": "**Document the context management and performance architecture** detailing the in-memory conversation management, token budget tracking and intelligent truncation at 80% capacity, thread-safe operations with mutex protection, streaming response handling, and performance characteristics (startup time < 100ms, tool execution overhead < 50ms, memory usage targets).",
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"plan": "**Create architectural diagrams and data flow documentation** using ASCII art or mermaid syntax to illustrate: system component interactions, message flow from user input through orchestrator to LLM and tools, tool execution lifecycle, hook system integration points, and configuration loading hierarchy. Include sequence diagrams for key user interactions.",
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"plan": "**Add testing and quality assurance architecture** documentation covering the comprehensive test strategy (unit tests for all components, integration tests for tool interactions, mock-based testing for external dependencies), coverage reporting with HTML output, and the development workflow including linting, formatting, and build processes.",
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"plan": "**Document the extensibility and integration architecture** including the Model Context Protocol (MCP) integration, hook system for customization (pre-tool, post-tool, user prompt hooks), plugin-style tool registration, and future extensibility considerations. Include examples of custom tool development and hook script implementation.",
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"plan": "**Finalize the documentation with cross-references and examples** by adding links between related sections, including practical code examples from the codebase (referencing specific files like `internal/cli/repl.go`, `internal/orchestrator/engine.go`, `internal/tools/registry.go`), and ensuring all architectural decisions are clearly explained with rationale. Add a table of contents and ensure the document serves as a comprehensive reference for developers, contributors, and users wanting to understand the system architecture.",
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[
"**Create the main architectural documentation file** `ARCHITECTURE.md` in the project root directory. This document will provide a comprehensive overview of the Agent-Go system architecture, including high-level system design, component interactions, data flow, and key design principles. Structure it with clear sections covering: System Overview, High-Level Architecture, Core Components (CLI Layer, Orchestrator Engine, LLM Client, Tool System, Configuration Manager, Context Manager, Hook System), Tool Architecture, Security Architecture, Data Flow, Performance Characteristics, and Technology Stack.",
"**Document the detailed component architecture** by expanding each core component section with specific implementation details. For the CLI Layer (`internal/cli`), document the REPL interface, input parsing, markdown rendering, and auto-completion. For the Orchestrator (`internal/orchestrator`), detail the message loop, tool execution coordination, mode management, and streaming response handling. For the LLM Client (`internal/llm`), cover Anthropic API integration, streaming support, token management, and error handling. For the Tool System (`internal/tools`), document the registry pattern, tool interface, execution framework, and parallel execution capabilities.",
"**Create detailed tool system documentation** covering the extensible tool architecture. Document the tool interface (`Name()`, `Description()`, `InputSchema()`, `Execute()`), tool categories (File Operations: read/write/edit/glob/grep, Shell Integration: bash/bash_output/kill_shell, Git Operations, Web Access: web_fetch/web_search, Task Management: todo/task, MCP Support), tool registration system, and execution patterns including parallel vs sequential execution strategies.",
"**Document the security architecture and safeguards** including the defensive security policy, API key protection mechanisms, command execution validation, file operation security (path traversal prevention, atomic operations), network security (HTTPS enforcement, SSL validation), and the hook system security model. Include specific examples of blocked command patterns and security validation processes.",
"**Add configuration and deployment architecture** documentation covering the YAML-based configuration system, configuration precedence (built-in defaults → user config → project config → environment variables), the build system architecture (cross-platform builds, single binary distribution, version embedding), and deployment patterns. Include the complete configuration schema and examples.",
"**Document the context management and performance architecture** detailing the in-memory conversation management, token budget tracking and intelligent truncation at 80% capacity, thread-safe operations with mutex protection, streaming response handling, and performance characteristics (startup time < 100ms, tool execution overhead < 50ms, memory usage targets).",
"**Create architectural diagrams and data flow documentation** using ASCII art or mermaid syntax to illustrate: system component interactions, message flow from user input through orchestrator to LLM and tools, tool execution lifecycle, hook system integration points, and configuration loading hierarchy. Include sequence diagrams for key user interactions.",
"**Add testing and quality assurance architecture** documentation covering the comprehensive test strategy (unit tests for all components, integration tests for tool interactions, mock-based testing for external dependencies), coverage reporting with HTML output, and the development workflow including linting, formatting, and build processes.",
"**Document the extensibility and integration architecture** including the Model Context Protocol (MCP) integration, hook system for customization (pre-tool, post-tool, user prompt hooks), plugin-style tool registration, and future extensibility considerations. Include examples of custom tool development and hook script implementation.",
"**Finalize the documentation with cross-references and examples** by adding links between related sections, including practical code examples from the codebase (referencing specific files like `internal/cli/repl.go`, `internal/orchestrator/engine.go`, `internal/tools/registry.go`), and ensuring all architectural decisions are clearly explained with rationale. Add a table of contents and ensure the document serves as a comprehensive reference for developers, contributors, and users wanting to understand the system architecture."
]
Make a detailed architectural document for the project.
Agent Context
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Structure it with clear sections covering: System Overview, High-Level Architecture, Core Components (CLI Layer, Orchestrator Engine, LLM Client, Tool System, Configuration Manager, Context Manager, Hook System), Tool Architecture, Security Architecture, Data Flow, Performance Characteristics, and Technology Stack.", "completed": false }, { "index": 1, "plan": "**Document the detailed component architecture** by expanding each core component section with specific implementation details. For the CLI Layer (`internal/cli`), document the REPL interface, input parsing, markdown rendering, and auto-completion. For the Orchestrator (`internal/orchestrator`), detail the message loop, tool execution coordination, mode management, and streaming response handling. For the LLM Client (`internal/llm`), cover Anthropic API integration, streaming support, token management, and error handling. For the Tool System (`internal/tools`), document the registry pattern, tool interface, execution framework, and parallel execution capabilities.", "completed": false }, { "index": 2, "plan": "**Create detailed tool system documentation** covering the extensible tool architecture. Document the tool interface (`Name()`, `Description()`, `InputSchema()`, `Execute()`), tool categories (File Operations: read/write/edit/glob/grep, Shell Integration: bash/bash_output/kill_shell, Git Operations, Web Access: web_fetch/web_search, Task Management: todo/task, MCP Support), tool registration system, and execution patterns including parallel vs sequential execution strategies.", "completed": false }, { "index": 3, "plan": "**Document the security architecture and safeguards** including the defensive security policy, API key protection mechanisms, command execution validation, file operation security (path traversal prevention, atomic operations), network security (HTTPS enforcement, SSL validation), and the hook system security model. Include specific examples of blocked command patterns and security validation processes.", "completed": false }, { "index": 4, "plan": "**Add configuration and deployment architecture** documentation covering the YAML-based configuration system, configuration precedence (built-in defaults → user config → project config → environment variables), the build system architecture (cross-platform builds, single binary distribution, version embedding), and deployment patterns. Include the complete configuration schema and examples.", "completed": false }, { "index": 5, "plan": "**Document the context management and performance architecture** detailing the in-memory conversation management, token budget tracking and intelligent truncation at 80% capacity, thread-safe operations with mutex protection, streaming response handling, and performance characteristics (startup time < 100ms, tool execution overhead < 50ms, memory usage targets).", "completed": false }, { "index": 6, "plan": "**Create architectural diagrams and data flow documentation** using ASCII art or mermaid syntax to illustrate: system component interactions, message flow from user input through orchestrator to LLM and tools, tool execution lifecycle, hook system integration points, and configuration loading hierarchy. Include sequence diagrams for key user interactions.", "completed": false }, { "index": 7, "plan": "**Add testing and quality assurance architecture** documentation covering the comprehensive test strategy (unit tests for all components, integration tests for tool interactions, mock-based testing for external dependencies), coverage reporting with HTML output, and the development workflow including linting, formatting, and build processes.", "completed": false }, { "index": 8, "plan": "**Document the extensibility and integration architecture** including the Model Context Protocol (MCP) integration, hook system for customization (pre-tool, post-tool, user prompt hooks), plugin-style tool registration, and future extensibility considerations. Include examples of custom tool development and hook script implementation.", "completed": false }, { "index": 9, "plan": "**Finalize the documentation with cross-references and examples** by adding links between related sections, including practical code examples from the codebase (referencing specific files like `internal/cli/repl.go`, `internal/orchestrator/engine.go`, `internal/tools/registry.go`), and ensuring all architectural decisions are clearly explained with rationale. Add a table of contents and ensure the document serves as a comprehensive reference for developers, contributors, and users wanting to understand the system architecture.", "completed": false } ], "createdAt": 1760714337249, "createdBy": "agent" } ], "activeRevisionIndex": 0 } ], "activeTaskIndex": 0 } [ "**Create the main architectural documentation file** `ARCHITECTURE.md` in the project root directory. This document will provide a comprehensive overview of the Agent-Go system architecture, including high-level system design, component interactions, data flow, and key design principles. Structure it with clear sections covering: System Overview, High-Level Architecture, Core Components (CLI Layer, Orchestrator Engine, LLM Client, Tool System, Configuration Manager, Context Manager, Hook System), Tool Architecture, Security Architecture, Data Flow, Performance Characteristics, and Technology Stack.", "**Document the detailed component architecture** by expanding each core component section with specific implementation details. For the CLI Layer (`internal/cli`), document the REPL interface, input parsing, markdown rendering, and auto-completion. For the Orchestrator (`internal/orchestrator`), detail the message loop, tool execution coordination, mode management, and streaming response handling. For the LLM Client (`internal/llm`), cover Anthropic API integration, streaming support, token management, and error handling. For the Tool System (`internal/tools`), document the registry pattern, tool interface, execution framework, and parallel execution capabilities.", "**Create detailed tool system documentation** covering the extensible tool architecture. Document the tool interface (`Name()`, `Description()`, `InputSchema()`, `Execute()`), tool categories (File Operations: read/write/edit/glob/grep, Shell Integration: bash/bash_output/kill_shell, Git Operations, Web Access: web_fetch/web_search, Task Management: todo/task, MCP Support), tool registration system, and execution patterns including parallel vs sequential execution strategies.", "**Document the security architecture and safeguards** including the defensive security policy, API key protection mechanisms, command execution validation, file operation security (path traversal prevention, atomic operations), network security (HTTPS enforcement, SSL validation), and the hook system security model. Include specific examples of blocked command patterns and security validation processes.", "**Add configuration and deployment architecture** documentation covering the YAML-based configuration system, configuration precedence (built-in defaults → user config → project config → environment variables), the build system architecture (cross-platform builds, single binary distribution, version embedding), and deployment patterns. Include the complete configuration schema and examples.", "**Document the context management and performance architecture** detailing the in-memory conversation management, token budget tracking and intelligent truncation at 80% capacity, thread-safe operations with mutex protection, streaming response handling, and performance characteristics (startup time < 100ms, tool execution overhead < 50ms, memory usage targets).", "**Create architectural diagrams and data flow documentation** using ASCII art or mermaid syntax to illustrate: system component interactions, message flow from user input through orchestrator to LLM and tools, tool execution lifecycle, hook system integration points, and configuration loading hierarchy. Include sequence diagrams for key user interactions.", "**Add testing and quality assurance architecture** documentation covering the comprehensive test strategy (unit tests for all components, integration tests for tool interactions, mock-based testing for external dependencies), coverage reporting with HTML output, and the development workflow including linting, formatting, and build processes.", "**Document the extensibility and integration architecture** including the Model Context Protocol (MCP) integration, hook system for customization (pre-tool, post-tool, user prompt hooks), plugin-style tool registration, and future extensibility considerations. Include examples of custom tool development and hook script implementation.", "**Finalize the documentation with cross-references and examples** by adding links between related sections, including practical code examples from the codebase (referencing specific files like `internal/cli/repl.go`, `internal/orchestrator/engine.go`, `internal/tools/registry.go`), and ensuring all architectural decisions are clearly explained with rationale. Add a table of contents and ensure the document serves as a comprehensive reference for developers, contributors, and users wanting to understand the system architecture." ]