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Emmanuel HC
2026-07-08 11:54:30 -05:00
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README.md
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# Network Connection Tester (v1.0.0) # Network Connection Tester (v1.0.0)
Developed by Emmanuel Hernandez | Automation Engineering Developed by Emmanuel Hernandez | Automation Specialist II
A high-performance CLI tool designed to monitor network devices in real-time using parallel processing (up to 30 workers). It verifies ICMP reachability (Ping) and TCP port status, exporting a historical log to a timestamped CSV on exit. A high-performance CLI tool designed to monitor network devices in real-time using parallel processing (up to 30 workers). It verifies ICMP reachability (Ping) and TCP port status, exporting a historical log to a timestamped CSV on exit.
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* `devices_example.csv`: Template file for targets input. * `devices_example.csv`: Template file for targets input.
## How to Run ## How to Run
1. Ensure you have Python installed and your virtual environment active. 1. Download the latest version from the **Releases** section.
2. Install dependencies: `pip install -r requirements.txt` 2. Use `devices_example.csv` as a template to create a list of devices to be tested.
3. Execute the tool providing your CSV file: 3. Using **File Explorer**, drag and drop your CSV file onto `Network_Scanner.exe` to execute the tool.
4. Once the tool opens, you will see a live table updating the status of your devices in real-time.
5. Press `Ctrl + C` to stop the execution and automatically generate the results report.
6. Press `Enter` to close the window.
## How to Run .exe from Terminal
1. Navigate to the folder where the `Network_Scanner.exe` and the CSV files are located.
2. Run the file
```bash ```bash
python src/cli.py devices_example.csv python cli.py csv_file_name.csv
## How to Run from Terminal (Development)
1. Ensure you have Python installed and your virtual environment active.
2. Install the required dependencies:
```bash
pip install -r requirements.txt
3. Execute the tool by providing your target CSV file:
```Bash
python src/cli.py csv_file_name.csv

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devices.csv
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name,enabled,hostname,port,reverseWordOrder,zeroBasedAddressing name,hostname,port
Test,false,192.168.1.81,502,true,true Test1,192.168.1.81,502
Test2,true,192.168.1.82,502,false,false Test2,192.168.1.82,502
Test3,false,192.168.1.83,502,true,true Test3,192.168.1.83,502
Test3r,false,192.168.1.84,502,true,true Test4,192.168.1.84,502
1 name enabled hostname port reverseWordOrder zeroBasedAddressing
2 Test Test1 false 192.168.1.81 502 true true
3 Test2 true 192.168.1.82 502 false false
4 Test3 false 192.168.1.83 502 true true
5 Test3r Test4 false 192.168.1.84 502 true true