app.log

INFO User input: {"role":"user","content":[{"type":"text","text":"This is a directory of multiple deno scripts, read first 40 lines of each ts files and then write their usecase in a JSON file in reports directory, then based on that json file, write another report called organisind_deno_scripts.md in same reports directory."}]}
INFO Bash tool call input: {"command":"mkdir -p reports && find . -name \"*.ts\" -type f"}
INFO Executing bash command: mkdir -p reports && find . -name "*.ts" -type f
INFO Command output:

```output for 'mkdir -p reports && ...'
./src/utils/session.ts
./src/modules/bash/bash_session.ts
./src/modules/bash/handlers.ts
./src/modules/editor/editor_session.ts
./src/modules/editor/handlers.ts
./src/types/interfaces.ts
./src/main.ts
./src/config/constants.ts
./src/config/logging.ts
./computerUse.ts
```
INFO Bash tool call input: {"command":"for file in $(find . -name \"*.ts\" -type f); do\n  echo \"=== $file ====\"\n  head -n 40 \"$file\"\n  echo -e \"\\n\\n\"\ndone"}
INFO Executing bash command: for file in $(find . -name "*.ts" -type f); do
  echo "=== $file ===="
  head -n 40 "$file"
  echo -e "\n\n"
done
INFO Command output:

```output for 'for file in $(find ....'
=== ./src/utils/session.ts ====
import { Anthropic } from "npm:@anthropic-ai/sdk";
import { format } from "jsr:@std/datetime";
import { crypto } from "jsr:@std/crypto";
import { log } from "../config/logging.ts";

export class SessionLogger {
  private sessionId: string;
  private totalInputTokens = 0;
  private totalOutputTokens = 0;
  private logger: log.Logger;

  constructor(sessionId: string) {
    this.sessionId = sessionId;
    this.logger = log.getLogger();
  }

  updateTokenUsage(inputTokens: number, outputTokens: number): void {
    this.totalInputTokens += inputTokens;
    this.totalOutputTokens += outputTokens;
  }

  logTotalCost(): void {
    const costPerMillionInputTokens = 3.0;
    const costPerMillionOutputTokens = 15.0;

    const totalInputCost = (this.totalInputTokens / 1_000_000) *
      costPerMillionInputTokens;
    const totalOutputCost = (this.totalOutputTokens / 1_000_000) *
      costPerMillionOutputTokens;
    const totalCost = totalInputCost + totalOutputCost;

    this.logger.info(`Session ${this.sessionId} costs:
      Input tokens: ${this.totalInputTokens}
      Output tokens: ${this.totalOutputTokens}
      Input cost: $${totalInputCost.toFixed(6)}
      Output cost: $${totalOutputCost.toFixed(6)}
      Total cost: $${totalCost.toFixed(6)}`);
  }
}




=== ./src/modules/bash/bash_session.ts ====
import {BaseSession} from "../../utils/session.ts"
import {BASH_SYSTEM_PROMPT, API_CONFIG} from "../../config/constants.ts"
import {ToolResult} from "../../types/interfaces.ts"
import {log} from "../../config/logging.ts"
import {BashHandlers} from "./handlers.ts"

export class BashSession extends BaseSession {
    private noAgi: boolean
    private environment: Record<string, string>
    private handlers: BashHandlers

    constructor(sessionId?: string, noAgi = false) {
        super(sessionId)
        this.noAgi = noAgi
        this.environment = {...Deno.env.toObject()}
        this.handlers = new BashHandlers(noAgi)
    }

    async processBashCommand(bashPrompt: string): Promise<void> {
        try {
            const systemInfo = {
                os: Deno.build.os,
                arch: Deno.build.arch,
                isWsl: Deno.env.get("WSL_DISTRO_NAME") !== undefined,
                shell: Deno.env.get("SHELL") || "Unknown",
            }

            const systemContext = BASH_SYSTEM_PROMPT + `
<SystemInfo>
System Context:
- Operating System: ${systemInfo.os}
- Architecture: ${systemInfo.arch}
- Shell: ${systemInfo.shell}
- WSL: ${systemInfo.isWsl ? "Yes" : "No"}
- Current Directory: ${Deno.cwd()}
</SystemInfo>
`

            const apiMessage = {
                role: "user",



=== ./src/modules/bash/handlers.ts ====
import {log} from "../../config/logging.ts"

export class BashHandlers {
    private noAgi: boolean
    private environment: Record<string, string>

    constructor(noAgi = false) {
        this.noAgi = noAgi
        this.environment = {...Deno.env.toObject()}
    }

    async handleBashCommand(
        toolCall: Record<string, any>,
    ): Promise<Record<string, any>> {
        try {
            const command = toolCall.command
            const restart = toolCall.restart ?? false

            if (restart) {
                this.environment = {...Deno.env.toObject()}
                log.info("Bash session restarted.")
                return {content: "Bash session restarted."}
            }

            if (!command) {
                log.error("No command provided to execute.")
                return {error: "No command provided to execute."}
            }

            if (this.noAgi) {
                log.info(`Mock executing bash command: ${command}`)
                return {content: "in mock mode, command did not run"}
            }

            log.info(`Executing bash command: ${command}`)

            const process = new Deno.Command("bash", {
                args: ["-c", command],
                env: this.environment,
                stdout: "piped",



=== ./src/modules/editor/editor_session.ts ====
import {BaseSession} from "../../utils/session.ts"
import {EDITOR_SYSTEM_PROMPT, API_CONFIG} from "../../config/constants.ts"
import {ToolCall, ToolResult} from "../../types/interfaces.ts"
import {log} from "../../config/logging.ts"
import {EditorHandlers} from "./handlers.ts"

export class EditorSession extends BaseSession {
    private handlers: EditorHandlers

    constructor(sessionId?: string) {
        super(sessionId)
        this.handlers = new EditorHandlers()
    }

    async processEdit(prompt: string): Promise<void> {
        try {
            const message = {
                role: "user",
                content: [{type: "text", text: prompt}],
            }
            this.messages = [message]

            log.info(`User input: ${JSON.stringify(message)}`)

            while (true) {
                const response = await this.client.beta.messages.create({
                    model: API_CONFIG.MODEL,
                    max_tokens: API_CONFIG.MAX_TOKENS,
                    messages: this.messages,
                    tools: [{type: "text_editor_20241022", name: "str_replace_editor"}],
                    system: EDITOR_SYSTEM_PROMPT,
                    betas: ["computer-use-2024-10-22"],
                })

                const inputTokens = response.usage?.input_tokens ?? 0
                const outputTokens = response.usage?.output_tokens ?? 0
                log.info(`API usage: input_tokens=${inputTokens}, output_tokens=${outputTokens}`)
                this.logger.updateTokenUsage(inputTokens, outputTokens)

                const responseContent = response.content.map((block) =>



=== ./src/modules/editor/handlers.ts ====
import { ensureFileSync } from "jsr:@std/fs";
import { log } from "../../config/logging.ts";
import { ToolCall } from "../../types/interfaces.ts";

export class EditorHandlers {
  async handleView(path: string): Promise<Record<string, string>> {
    try {
      const content = await Deno.readTextFile(path);
      return { content };
    } catch (error) {
      log.error(`Error viewing file: ${error}`);
      return { error: `File ${path} does not exist` };
    }
  }

  async handleCreate(
    path: string,
    toolCall: ToolCall["input"],
  ): Promise<Record<string, string>> {
    try {
      ensureFileSync(path);
      await Deno.writeTextFile(path, toolCall.file_text || "");
      return { content: `File created at ${path}` };
    } catch (error) {
      log.error(`Error creating file: ${error}`);
      return { error: String(error) };
    }
  }

  async handleStrReplace(
    path: string,
    toolCall: ToolCall["input"],
  ): Promise<Record<string, string>> {
    try {
      const content = await Deno.readTextFile(path);
      if (!toolCall.old_str || !content.includes(toolCall.old_str)) {
        return { error: "old_str not found in file" };
      }
      const newContent = content.replace(
        toolCall.old_str,



=== ./src/types/interfaces.ts ====
export interface ToolCall {
  type: string;
  name: string;
  id: string;
  input: {
    command: string;
    path: string;
    file_text?: string;
    old_str?: string;
    new_str?: string;
    insert_line?: number;
  };
}

export interface ToolResult {
  tool_call_id: string;
  output: {
    type: string;
    content: Array<{ type: string; text: string }>;
    tool_use_id: string;
    is_error: boolean;
  };
}

export interface SystemInfo {
  os: string;
  arch: string;
  isWsl: boolean;
  shell: string;
}



=== ./src/main.ts ====
#!/usr/bin/env -S deno run -A

import {parseArgs} from "jsr:@std/cli/parse-args"
import {ensureDir} from "jsr:@std/fs"
import {format} from "jsr:@std/datetime"
import {crypto} from "jsr:@std/crypto"
import {Anthropic} from "npm:@anthropic-ai/sdk"

import {setupLogging, log} from "./config/logging.ts"
import {EDITOR_DIR, SESSIONS_DIR, API_CONFIG} from "./config/constants.ts"
import {EditorSession} from "./modules/editor/editor_session.ts"
import {BashSession} from "./modules/bash/bash_session.ts"

async function determineIntent(prompt: string): Promise<string> {
  const client = new Anthropic({
    apiKey: Deno.env.get("ANTHROPIC_API_KEY") ?? "",
  })

  const message = await client.messages.create({
    model: API_CONFIG.INTENT_MODEL,
    max_tokens: 10,
    system: `You have following query from user, determine what is the intent of user. 
     and based on user's intent and available tools, pick the best tool that can help user.
     
     <AvailableTools>
     bash
     editor
     </AvailableTools>
     Instruction,
     - Only use the tools mentioned in <AvailableTools> tag.
     - If user's intent is not clear, respond with editor.
     Only respond with the tool name, avoid yapping.`,
    messages: [{
      role: "user",
      content: prompt,
    }],
  })

  return message.content.find((block) => block.type === "text")?.text ?? "editor"




=== ./src/config/constants.ts ====
import {join} from "jsr:@std/path"

export const EDITOR_DIR = join(Deno.cwd(), "editor_dir")
export const SESSIONS_DIR = join(Deno.cwd(), "sessions")

export const EDITOR_SYSTEM_PROMPT = Deno.env.get("EDITOR_SYSTEM_PROMPT") ??
    `You are a helpful assistant that helps users edit and work text files.
        You have the access of full file system, and you are currently in ${Deno.cwd()} directory.
        Some rules for you to take care of
        - All the paths you provide should be related to current directory.
        - If user asks you to work with current directory or file from current directory, you can use '.' or './' as prefix.`

export const BASH_SYSTEM_PROMPT = `
You are a helpful assistant that can execute shell command.
You operate in the environment mentioned in <SystemInfo> tag.
Please ensure all commands are compatible with this environment.
`

export const API_CONFIG = {
    MODEL: "claude-3-5-sonnet-20241022",
    INTENT_MODEL: "claude-3-5-haiku-20241022",
    MAX_TOKENS: 4096,
}



=== ./src/config/logging.ts ====
import * as log from "jsr:@std/log";

export async function setupLogging() {
  await log.setup({
    handlers: {
      console: new log.ConsoleHandler("DEBUG"),
      file: new log.FileHandler("DEBUG", {
        filename: "./app.log",
      }),
    },
    loggers: {
      default: {
        level: "DEBUG",
        handlers: ["console", "file"],
      },
    },
  });
}

export { log };



=== ./computerUse.ts ====
#!/usr/bin/env -S deno run -A

// This script provides functionality similar to the Python script for interacting with Anthropic's Claude API
// It supports both text editor and bash command execution modes with comprehensive logging and session management
//
// Required permissions:
// --allow-net: For API calls to Anthropic
// --allow-read: For file operations
// --allow-write: For logging and file editing
// --allow-env: For environment variables
//
// Usage:
// 1. Set ANTHROPIC_API_KEY environment variable
// 2. Run in editor mode: deno run script.ts --mode=editor "your prompt"
// 3. Run in bash mode: deno run script.ts --mode=bash "your command"
// 4. Use --no-agi flag in bash mode to simulate without executing commands

import { Anthropic } from "npm:@anthropic-ai/sdk";
import { parseArgs } from "jsr:@std/cli/parse-args";
import { ensureDir, ensureFileSync } from "jsr:@std/fs";
import { join } from "jsr:@std/path";
import { format } from "jsr:@std/datetime";
import { crypto } from "jsr:@std/crypto";

import * as log from "jsr:@std/log";

// Directory setup
const EDITOR_DIR = join(Deno.cwd(), "editor_dir");
const SESSIONS_DIR = join(Deno.cwd(), "sessions");

const EDITOR_SYSTEM_PROMPT = Deno.env.get("EDITOR_SYSTEM_PROMPT") ??
  "You are a helpful assistant that helps users edit text files.";

// Configure logging
await log.setup({
  handlers: {
    console: new log.ConsoleHandler("DEBUG"),
    file: new log.FileHandler("DEBUG", {
      filename: "./app.log",
    }),
```
INFO Bash tool call input: {"command":"cat > reports/deno_scripts_analysis.json << 'EOF'\n{\n  \"src/utils/session.ts\": {\n    \"purpose\": \"Handles session logging and token usage tracking for API calls, including cost calculations\",\n    \"main_features\": [\"Session ID management\", \"Token usage tracking\", \"Cost calculation for API usage\"]\n  },\n  \"src/modules/bash/bash_session.ts\": {\n    \"purpose\": \"Manages bash command execution sessions with API integration\",\n    \"main_features\": [\"System information collection\", \"Environment management\", \"Bash command processing\"]\n  },\n  \"src/modules/bash/handlers.ts\": {\n    \"purpose\": \"Handles the execution of bash commands with safety features\",\n    \"main_features\": [\"Command execution\", \"Environment management\", \"Mock execution mode\"]\n  },\n  \"src/modules/editor/editor_session.ts\": {\n    \"purpose\": \"Manages text editor sessions with API integration\",\n    \"main_features\": [\"Text editing operations\", \"API communication\", \"Token usage tracking\"]\n  },\n  \"src/modules/editor/handlers.ts\": {\n    \"purpose\": \"Handles file operations for the editor module\",\n    \"main_features\": [\"File viewing\", \"File creation\", \"String replacement in files\"]\n  },\n  \"src/types/interfaces.ts\": {\n    \"purpose\": \"Defines TypeScript interfaces for the application\",\n    \"main_features\": [\"Tool call interfaces\", \"Tool result interfaces\", \"System information interfaces\"]\n  },\n  \"src/main.ts\": {\n    \"purpose\": \"Main application entry point with intent determination\",\n    \"main_features\": [\"Command line argument parsing\", \"Intent determination\", \"Session management\"]\n  },\n  \"src/config/constants.ts\": {\n    \"purpose\": \"Defines application-wide constants and configuration\",\n    \"main_features\": [\"Directory paths\", \"System prompts\", \"API configuration\"]\n  },\n  \"src/config/logging.ts\": {\n    \"purpose\": \"Sets up and configures application logging\",\n    \"main_features\": [\"Log setup\", \"Console logging\", \"File logging\"]\n  },\n  \"computerUse.ts\": {\n    \"purpose\": \"Main script for interacting with Anthropic's Claude API\",\n    \"main_features\": [\"Editor mode\", \"Bash mode\", \"Session management\", \"Logging setup\"]\n  }\n}\nEOF"}
INFO Executing bash command: cat > reports/deno_scripts_analysis.json << 'EOF'
{
  "src/utils/session.ts": {
    "purpose": "Handles session logging and token usage tracking for API calls, including cost calculations",
    "main_features": ["Session ID management", "Token usage tracking", "Cost calculation for API usage"]
  },
  "src/modules/bash/bash_session.ts": {
    "purpose": "Manages bash command execution sessions with API integration",
    "main_features": ["System information collection", "Environment management", "Bash command processing"]
  },
  "src/modules/bash/handlers.ts": {
    "purpose": "Handles the execution of bash commands with safety features",
    "main_features": ["Command execution", "Environment management", "Mock execution mode"]
  },
  "src/modules/editor/editor_session.ts": {
    "purpose": "Manages text editor sessions with API integration",
    "main_features": ["Text editing operations", "API communication", "Token usage tracking"]
  },
  "src/modules/editor/handlers.ts": {
    "purpose": "Handles file operations for the editor module",
    "main_features": ["File viewing", "File creation", "String replacement in files"]
  },
  "src/types/interfaces.ts": {
    "purpose": "Defines TypeScript interfaces for the application",
    "main_features": ["Tool call interfaces", "Tool result interfaces", "System information interfaces"]
  },
  "src/main.ts": {
    "purpose": "Main application entry point with intent determination",
    "main_features": ["Command line argument parsing", "Intent determination", "Session management"]
  },
  "src/config/constants.ts": {
    "purpose": "Defines application-wide constants and configuration",
    "main_features": ["Directory paths", "System prompts", "API configuration"]
  },
  "src/config/logging.ts": {
    "purpose": "Sets up and configures application logging",
    "main_features": ["Log setup", "Console logging", "File logging"]
  },
  "computerUse.ts": {
    "purpose": "Main script for interacting with Anthropic's Claude API",
    "main_features": ["Editor mode", "Bash mode", "Session management", "Logging setup"]
  }
}
EOF
INFO Bash tool call input: {"command":"cat > reports/organizing_deno_scripts.md << 'EOF'\n# Deno Scripts Organization Report\n\nThis report provides an overview of the Deno scripts in the project, organized by their purpose and functionality.\n\n## Core Components\n\n### Main Application Scripts\n\n1. **computerUse.ts**\n   - Primary entry point for interacting with Anthropic's Claude API\n   - Supports both editor and bash command execution modes\n   - Features comprehensive logging and session management\n\n2. **src/main.ts**\n   - Application bootstrapper\n   - Handles intent determination\n   - Manages command-line argument parsing\n   - Coordinates between different session types\n\n## Modules\n\n### Bash Module\nLocated in `src/modules/bash/`\n\n1. **bash_session.ts**\n   - Manages bash command execution sessions\n   - Handles system information collection\n   - Maintains environment variables\n\n2. **handlers.ts**\n   - Executes bash commands safely\n   - Provides mock execution mode for testing\n   - Manages command environment\n\n### Editor Module\nLocated in `src/modules/editor/`\n\n1. **editor_session.ts**\n   - Manages text editing sessions\n   - Integrates with API for text operations\n   - Tracks token usage\n\n2. **handlers.ts**\n   - Handles file operations\n   - Supports viewing, creation, and text replacement\n   - Manages file system interactions\n\n## Utilities and Configuration\n\n### Utilities\nLocated in `src/utils/`\n\n1. **session.ts**\n   - Manages session logging\n   - Tracks API token usage\n   - Calculates costs for API usage\n\n### Configuration\nLocated in `src/config/`\n\n1. **constants.ts**\n   - Defines system-wide constants\n   - Configures API settings\n   - Sets up system prompts\n\n2. **logging.ts**\n   - Configures application logging\n   - Sets up console and file logging handlers\n\n### Type Definitions\nLocated in `src/types/`\n\n1. **interfaces.ts**\n   - Defines TypeScript interfaces\n   - Structures tool calls and results\n   - Defines system information types\n\n## Architecture Overview\n\nThe application follows a modular architecture with clear separation of concerns:\n\n1. **Core Layer**: Main application scripts handling the primary flow\n2. **Module Layer**: Specialized modules for bash and editor functionality\n3. **Utility Layer**: Supporting utilities for sessions and logging\n4. **Configuration Layer**: System-wide settings and constants\n5. **Type Definitions**: TypeScript interfaces for type safety\n\n## Key Features\n\n1. **Dual Mode Operation**\n   - Editor mode for text file manipulation\n   - Bash mode for command execution\n\n2. **Comprehensive Logging**\n   - Console and file logging\n   - Session tracking\n   - Token usage monitoring\n\n3. **Safety Features**\n   - Mock execution mode\n   - Environment isolation\n   - Error handling\n\n4. **API Integration**\n   - Anthropic Claude API integration\n   - Token usage tracking\n   - Cost calculation\n\nEOF"}
INFO Executing bash command: cat > reports/organizing_deno_scripts.md << 'EOF'
# Deno Scripts Organization Report

This report provides an overview of the Deno scripts in the project, organized by their purpose and functionality.

## Core Components

### Main Application Scripts

1. **computerUse.ts**
   - Primary entry point for interacting with Anthropic's Claude API
   - Supports both editor and bash command execution modes
   - Features comprehensive logging and session management

2. **src/main.ts**
   - Application bootstrapper
   - Handles intent determination
   - Manages command-line argument parsing
   - Coordinates between different session types

## Modules

### Bash Module
Located in `src/modules/bash/`

1. **bash_session.ts**
   - Manages bash command execution sessions
   - Handles system information collection
   - Maintains environment variables

2. **handlers.ts**
   - Executes bash commands safely
   - Provides mock execution mode for testing
   - Manages command environment

### Editor Module
Located in `src/modules/editor/`

1. **editor_session.ts**
   - Manages text editing sessions
   - Integrates with API for text operations
   - Tracks token usage

2. **handlers.ts**
   - Handles file operations
   - Supports viewing, creation, and text replacement
   - Manages file system interactions

## Utilities and Configuration

### Utilities
Located in `src/utils/`

1. **session.ts**
   - Manages session logging
   - Tracks API token usage
   - Calculates costs for API usage

### Configuration
Located in `src/config/`

1. **constants.ts**
   - Defines system-wide constants
   - Configures API settings
   - Sets up system prompts

2. **logging.ts**
   - Configures application logging
   - Sets up console and file logging handlers

### Type Definitions
Located in `src/types/`

1. **interfaces.ts**
   - Defines TypeScript interfaces
   - Structures tool calls and results
   - Defines system information types

## Architecture Overview

The application follows a modular architecture with clear separation of concerns:

1. **Core Layer**: Main application scripts handling the primary flow
2. **Module Layer**: Specialized modules for bash and editor functionality
3. **Utility Layer**: Supporting utilities for sessions and logging
4. **Configuration Layer**: System-wide settings and constants
5. **Type Definitions**: TypeScript interfaces for type safety

## Key Features

1. **Dual Mode Operation**
   - Editor mode for text file manipulation
   - Bash mode for command execution

2. **Comprehensive Logging**
   - Console and file logging
   - Session tracking
   - Token usage monitoring

3. **Safety Features**
   - Mock execution mode
   - Environment isolation
   - Error handling

4. **API Integration**
   - Anthropic Claude API integration
   - Token usage tracking
   - Cost calculation

EOF
INFO Session 20250110-190934-c26e48 costs:
      Input tokens: 18693
      Output tokens: 1824
      Input cost: $0.056079
      Output cost: $0.027360
      Total cost: $0.083439