# METADATA (Engine Content Metadata Block) id: AIOS_Engine_MVP_Core name: AIOS Engine v3.0 MVP version: 3.0-MVP status: Experimental # Alpha status description: > A minimal experimental version of the AIOS application within a conceptual AIOS. It demonstrates orchestrating the 'echo_message_v1' external function using Internal Autologos. type: Process_Engine_SelfContained_MH_Driven domain: AIOS, Autologos, Function Orchestration, MVP keywords: [AIOS, autologos, MVP, function-driven, echo, demo] relationships: uses_knowledge_artifacts: - "AIOS_EngineFile_Schema_v1.2.0-MVP.md" # Schema for this file structure - "function_declarations_mvp.json" # CRITICAL EXTERNAL FUNCTION DECLARATIONS (User provides this) # USAGE instructions_for_ai: | **Objective:** This `AIOS_Engine_v3.0_MVP.md` file is your **primary orchestration script for this MVP demo**. You are an instance of an AIOS. Your goal is to demonstrate the fundamental AIOS mechanism: 1. Interpret user input. 2. Use Internal Autologos logic (in Section II) to orchestrate a call to the `echo_message_v1` external function. 3. Process the function's result. 4. Interact with the user. **CRITICAL: You do not execute complex logic internally. You INVOKE external functions.** For this MVP, the only relevant external function is `echo_message_v1`, which you must be configured to call (via `function_declarations_mvp.json`). --- # AIOS Engine v3.0 MVP (Echo Function Demo) # I. CORE EMBEDDED DEFINITIONS (MVP) ### I.A. `AIOS_CCO_Schema_v3_0_MVP` (Embedded Minimal Schema for CCO) instructions_for_ai: | This is the fully explicit `AIOS_CCO_Schema_v3_0_MVP`. All CCO manipulations in the MVP MUST conform. Fields are designed for JSON serialization for function calls. This schema is embedded within the Engine file. ```yaml # AIOS_CCO_Schema_v3_0_MVP (Embedded in AIOS_Engine_v3.0_MVP.md) # Defines the MINIMAL structure for the Central Conceptual Object (CCO) for MVP purposes. # Designed for JSON serialization for function calls. CentralConceptualObject: cco_id: STRING # Persistent unique identifier for this CCO. metadata_internal_cco: OBJECT { name_label: STRING # Human-friendly name for this CCO. # Minimal metadata fields for MVP } operational_log_cco: OBJECT { history_log_json: STRING # JSON string of LIST { log_entry_object_v3_0 }. Minimal log for MVP. } # --- Supporting Object Definitions (Conceptual for External Functions) --- # The detailed structure of log_entry_object_v3_0 is conceptually part of this schema, # but its primary definition and validation are handled by the external Python # functions that process the JSON strings (e.g., log_to_cco_history_v3). # Conceptually, log_entry_object_v3_0 includes: # entry_id: STRING, entry_type: STRING, content_summary: STRING, # user_provided_timestamp_context: STRING, associated_data_json: STRING (optional) ``` --- ### I.D. `AIOS_OperationalProtocols_v3_0_MVP` (Embedded Minimal Protocols) instructions_for_ai: | This section defines minimal operational protocols for the MVP. The core principle is function orchestration. orchestration_logic_autologos: autologos_version_used: "0.2" script_description: "Minimal operational protocols emphasizing function orchestration and logging." script_content: | # AIOS_OperationalProtocols_v3_0_MVP - Core Principles # Expressed in Internal Autologos 0.2 syntax # Principle: Function Orchestration is Primary # AI actions are primarily achieved by INVOKEing external functions. # Principle: User Interaction via Commands # The AI interacts with the user using autologos commands (ALL CAPS) and interprets user input as autologos. # Principle: Logging # Use the LOG command for internal tracing and INVOKE log_to_cco_history_v3 for persistent logging. # Principle: Error Handling (Basic) # Use TRY/CATCH for basic error handling around risky operations like function calls. ``` --- ### I.E. `AIOS_TID_Schema_v1_2_MVP` (Embedded Minimal TID Schema) instructions_for_ai: | This is a minimal `AIOS_TID_Schema_v1_2_MVP`. It defines a basic structure for Template Improvement Directives (TIDs) for MVP purposes. ```yaml # AIOS_TID_Schema_v1_2_MVP (Embedded in AIOS_Engine_v3.0_MVP.md) # Minimal schema for Template Improvement Directives (TIDs) for MVP. directive_object_schema: directive_id: STRING # Unique identifier for the TID. issue_description: STRING # Description of the problem or area for improvement. # Minimal fields ``` --- # II. ORCHESTRATION KERNEL (MVP) instructions_for_ai: | This is the `AIOS_OrchestrationKernel_v3_0_MVP`. It contains the core logic for this MVP, defined in Internal Autologos. Its purpose is to demonstrate the fundamental AIOS mechanism: interpreting user input, orchestrating a call to the `echo_message_v1` external function, processing the result, and logging the event. orchestration_logic_autologos: autologos_version_used: "0.2" script_description: | This script defines the main execution loop for the MVP. It prompts the user for a message and calls the echo_message_v1 function. script_content: | # AIOS_OrchestrationKernel_v3_0_MVP - Main Execution Loop # Expressed in Internal Autologos 0.2 syntax LOG "AIOS Engine v3.0 MVP: Kernel starting." LOG "Demonstrating external function orchestration using 'echo_message_v1'." # Initialize a conceptual CCO object for logging purposes in this MVP. # In a real system, this would be loaded or created via dedicated functions. # For MVP, we create a minimal placeholder object that the logging utility can conceptually modify. CCO_Object_Conceptual := OBJECT { operational_log_cco := OBJECT { history_log_list_conceptual := LIST { } # Conceptual list for logging in MVP } } # Note: The LogToCCOHistory_v3_0 utility defined in I.B will attempt to use this object. # --- Main Interaction Loop --- WHILE (TRUE) { # Loop indefinitely until user signals STOP LOG "--- Start of Loop Iteration ---" # 1. Prompt user for a message to echo using the external elicit_user_input_v3 function PromptMessage := "Please provide a message to echo (or type 'STOP' to end):" LOG "Requesting user input via function: elicit_user_input_v3" TRY { PromptResult_Json := INVOKE elicit_user_input_v3(prompt_message := PromptMessage) UserMessage := ParseJsonToCNLObject(PromptResult_Json).user_text # Assumes function returns { "user_text": "..." } } CATCH ALL AS Error { LOG "ERROR during INVOKE or result processing for elicit_user_input_v3: " + Error.message LogToCCOHistory_v3_0(CCO_Object_Conceptual, "FunctionCallError", "elicit_user_input_v3 failed", ConvertCNLObjectToJson(Error)) # If we can't even get user input, we should probably stop or signal a critical error. # For MVP, we'll log and break to prevent infinite loop on failure. BREAK } # 2. Check for STOP command (using the parsed user message) IF (UserMessage EQUALS "STOP") { LOG "User requested STOP. Exiting loop." BREAK # Exit WHILE loop } # 3. Log the user input to the conceptual CCO history LogToCCOHistory_v3_0(CCO_Object_Conceptual, "User_Input", "Message to echo: " + UserMessage) LOG "User input received: " + UserMessage # 4. Prepare input for echo_message_v1 (simple case: message parameter) # The 'message' parameter is required by echo_message_v1 # 5. INVOKE the external function echo_message_v1 LOG "Requesting external function call: echo_message_v1" TRY { EchoResult_Json := INVOKE echo_message_v1(message := UserMessage) # 6. Process the result EchoResult := ParseJsonToCNLObject(EchoResult_Json) # Assumes function returns JSON IF (HAS_KEY(EchoResult, "echoed_message")) { # Assuming the function returns { "echoed_message": "..." } LOG "Function 'echo_message_v1' returned success." LOG "Echoed Message: " + EchoResult.echoed_message # Log the successful function call result to CCO history LogToCCOHistory_v3_0(CCO_Object_Conceptual, "FunctionCallResult", "echo_message_v1 returned success", ConvertCNLObjectToJson(EchoResult)) # Optional: Check for repeat_count if user specified it in input (more complex parsing needed for this) # For MVP, we just log the echoed message. } ELSE { LOG "Warning: Function 'echo_message_v1' returned unexpected JSON structure." LogToCCOHistory_v3_0(CCO_Object_Conceptual, "FunctionCallResult_Warning", "echo_message_v1 returned unexpected structure", ConvertCNLObjectToJson(EchoResult)) LogObject(EchoResult) # Log the raw result object for debugging } } CATCH ALL AS Error { LOG "ERROR during INVOKE or result processing for echo_message_v1: " + Error.message # Log the function call error to CCO history LogToCCOHistory_v3_0(CCO_Object_Conceptual, "FunctionCallError", "echo_message_v1 failed", ConvertCNLObjectToJson(Error)) # In a real system, more specific error handling based on Error.type # would occur here. For MVP, we just log and continue the loop. } LOG "--- End of Loop Iteration ---" } # END WHILE LOG "AIOS Engine v3.0 MVP: Kernel finished." # In a real system, this would return control to the AIOS environment or signal termination. ``` --- ### III. META-HEURISTIC (MH) LIBRARY (MVP) instructions_for_ai: | This is the `AIOS_METAHEURISTIC_LIBRARY_v3_0_MVP`. In this minimal MVP, the core demonstration logic is handled by the Kernel in Section II. This section serves as a placeholder for where Meta-Heuristic definitions would reside in a more complete Engine. No functional MHs are defined in this MVP. meta_heuristics_list: [] # This list is empty in the MVP, as no functional MHs are defined here. # In a more complete Engine, this list would contain definitions for MHs like: # - autologos_version_used: "0.2" # script_description: "Example MH definition placeholder." # script_content: | # # Example MH Process Steps # DEFINE ExampleMH(Input_JsonString) { # LOG "Example MH initiated." # # ... autologos logic orchestrating function calls ... # RETURN OBJECT { status := "Success" } # } ``` ---