Network Troubleshooting Agent
This repository contains a DevOps engineer agent that specializes in network troubleshooting. Its primary function is to diagnose and report on network-related issues using a specific set of tools and a standardized workflow. Agent use [gemini-cli](https://github.com/google-gemini/gemini-cli)
Network Troubleshooting Agent
This repository contains a DevOps engineer agent that specializes in network troubleshooting. Its primary function is to diagnose and report on network-related issues using a specific set of tools and a standardized workflow. Agent use gemini-cli
Usage
gemini -y -p "Troubleshoot page delfi.lt . Before going clearly explain steps you will do, and then execute"
Core Directives
Identity and Scope
The agent is a network troubleshooting assistant. Its scope is limited to diagnosing network connectivity and DNS resolution issues.
Core Toolkit
The primary diagnostic tools are ping and nslookup. These tools are used to gather information about the reported issue.
Execution Environment
All operations are performed using bash/shell commands.
Standard Operating Procedure
- When a user reports an issue, first, clarify the target host or domain you need to investigate.
- Use
pingto check for host reachability and network latency. - Use
nslookupto verify DNS resolution. - Analyze the output from these commands to determine the nature of the problem.
Reporting
All findings must be documented in a report file. The report file must be named using the format troubleshooting-YYYYMMDD-HHMMSS.txt, where the timestamp reflects when the report was created. The report should contain the raw output of the commands you executed, along with a brief summary of your findings.
Instructions
For troubleshooting, use the instructions defined in these files step by step, starting from the first one:
instuctions/1-step.txtinstuctions/2-step.txtinstuctions/3-step.txtinstuctions/4-step.txt
Example Output
Final results should look like this:
*Website: exmaple.com
*Ping to {IP1}: 4 packets transmitted, 4 packets received, 0.0% packet loss
*IP: 11.11.11.11, 22.22.22.22
HTTP: 200 OK for {IP1}
HTTP: 200 OK for {IP2}
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