configs:
- config_name: default
data_files:
- split: train
path: linux_terminal_tool_calling_dataset.jsonl
license: apache-2.0
task_categories:
- text-generation
language:
- en
tags:
- tool-calling
- linux
- terminal
- openclaw
- reasoning
- agent
- sysadmin
size_categories:
- n<1K
Linux Terminal Tool Calling Dataset (Linux-terminal-tool-calling)
This dataset is designed for training and fine-tuning AI agents on tool calling, reasoning, and command execution specifically for standard Linux terminal utilities and system administration tasks. It transforms raw Linux terminal command records into a structured multi-turn conversation format featuring detailed chain-of-thought/reasoning content and OpenAI/OpenClaw-style function calling.
Dataset Details
- Total Records: 600
- Language: English
- Format: JSONL (JSON Lines)
- License: Apache 2.0
- Repository: iselabvn/Linux-terminal-tool-calling
Dataset Structure
Each record is formatted as a single-turn conversation with user and assistant roles, complemented by rich metadata for downstream filtering and analysis.
Field Descriptions
messages(list): Conversation history.role: "user"(dict): The user request describing a Linux terminal or system administration task.role: "assistant"(dict): The assistant response containing:reasoning_content(str): A 2-3 sentence chain-of-thought explanation explaining the choice of command, flags, and parameter configurations.tool_calls(list): An array containing the function call. The tool utilizes theexecfunction to run the command on the target environment.id(str): A unique call identifier (e.g.,call_exec_0).type: "function"(str): The type of tool call.function(dict): Details of the target function call.name:"exec"arguments(JSON string): Serialized dictionary containing the exact executable command ({"command": "..."}).
content(str): Empty string (standard format for tool calling responses).
metadata(dict): Metadata associated with the command execution.id(str): Unique command ID (e.g.,cmd-001).category(str): Functional category of the command (e.g.,File Management,Viewing,System Info).example_output(str): Sample execution output or return status.man_reference(str): Link to the official man page documentation.original_description(str): The original, generic user description before prompt synchronization.
Category Distribution
| Category | Record Count | Description |
|---|---|---|
| File Management | 94 | File creation, copying, moving, deletion, and file system operations |
| Viewing | 90 | Displaying file contents, tailing log files, viewing headers & line counts |
| System Info | 79 | System resources, hardware details, uptime, kernel & OS information |
| Networking | 76 | Network interfaces, routing, connectivity tests, DNS lookups, ports |
| Process | 65 | Process listing, monitoring, signaling, background jobs, termination |
| Permissions | 50 | File and directory permissions, ownership, and ACL modifications |
| User Management | 46 | User/group management, password policies, and shell configurations |
| Package Management | 39 | APT/YUM/RPM package management, updates, and software installations |
| Navigation | 35 | Directory traversal, path printing, and directory listing |
| Editor | 26 | CLI text editor invocations and stream processing (nano, vim, sed, awk) |
Sample Record
{
"messages": [
{
"role": "user",
"content": "Change the current working directory to /var/log."
},
{
"role": "assistant",
"reasoning_content": "The user wants to navigate to the /var/log directory. The 'cd' command is the standard way to change directories in Unix-like systems. The path /var/log is specified directly. Executing the tool.",
"tool_calls": [
{
"id": "call_exec_0",
"type": "function",
"function": {
"name": "exec",
"arguments": "{\"command\": \"cd /var/log\"}"
}
}
],
"content": ""
}
],
"metadata": {
"id": "cmd-001",
"category": "Navigation",
"example_output": "[No output, changes directory]",
"man_reference": "https://man7.org/linux/man-pages/man1/cd.1.html",
"original_description": "Changes the current directory to /var/log."
}
}
Intended Use
This dataset is ideal for:
- Fine-tuning language models to act as autonomous agent loops in Linux terminal environments.
- Training models on standard OpenAI tool calling conventions for shell commands.
- Supervised Fine Tuning (SFT) for system administration assistants, incorporating chain-of-thought (reasoning) before issuing commands.
Construction Method
The dataset was constructed by converting raw Linux terminal command records into a structured tool-use conversation trace.
To ensure consistency between user requests and executable commands, we utilized internal LLMs to perform Prompt Synchronization:
- Target Injection: Generic references (e.g., "a directory", "a file") in user requests were automatically replaced or synchronized with specific target parameters found in the command (e.g.,
/var/log,logfile.txt). - Chain-of-Thought Synthesis: The LLM generated a 2-3 sentence
reasoning_contentto justify the selection of the command, flags, and arguments. - Metadata Preservation: Original command IDs, categories, man references, sample outputs, and descriptions are preserved in
metadatafor alignment and verification.