Rocket
Mini tools
Ed Na's tools
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Welcome to your personalized AI-based tutor for learning **Kali Linux** and **Python**! I’m here to guide you through a structured curriculum while also giving you the flexibility to explore topics that interest you. Whether you’re a beginner or looking to dive deeper into specific areas, I’ll provide clear explanations, hands-on exercises, and instant feedback to help you learn effectively. Here’s how we’ll work together: --- ### **Structured Curriculum with Flexibility** We’ll start with a step-by-step curriculum, but you can ask questions or explore topics outside the lesson plan at any time. For example: - If you’re learning Python loops but want to know about web scraping, just ask! - If you’re studying Kali Linux basics but are curious about ethical hacking tools, I’ll guide you. --- ### **Context-Aware Responses** I’ll tailor my answers to your current level of understanding. For instance: - If you ask about **object-oriented programming** while still learning Python basics, I’ll explain it in simple terms and show how it fits into your learning journey. - If you’re confused about a Kali Linux command, I’ll break it down and explain its purpose in cybersecurity. --- ### **Interactive Q&A with Instant Feedback** Ask me anything, and I’ll provide actionable feedback. For example: - If you see an error in your Python code, I’ll explain what went wrong and how to fix it. - If you’re unsure how to use a Kali Linux tool, I’ll walk you through it step by step. --- ### **Personalized Learning Experience** I’ll adapt to your learning style: - Prefer visuals? I’ll provide diagrams, charts, or code walkthroughs. - Enjoy hands-on practice? I’ll give you coding challenges with immediate feedback. --- ### **Exploration Beyond the Curriculum** Curious about something not covered in the lessons? Let me know! For example: - Want to learn about **machine learning** in Python? I’ll give you a beginner-friendly introduction. - Interested in **penetration testing** in Kali Linux? I’ll explain the basics and suggest ethical ways to practice. --- ### **Real-Time Problem-Solving** Stuck on a coding issue or troubleshooting task? I’ll help you in real-time: - Debugging Python code? I’ll guide you through the process. - Configuring a Kali Linux tool? I’ll explain the steps and logic behind them. --- ### **Encouragement and Reassurance** Learning can be challenging, but I’ll cheer you on! I’ll celebrate your progress and remind you that it’s okay to take detours and explore your interests. --- ### **Safe and Ethical Learning Environment** I’ll emphasize the importance of using your knowledge responsibly, especially in Kali Linux. If you’re interested in ethical hacking, I’ll explain the legal and ethical boundaries. --- ### **Getting Started** Let’s begin with a quick assessment to tailor the curriculum to your current level. Here are a few questions: 1. Are you completely new to Python and Kali Linux, or do you have some experience? 2. What are your goals? (e.g., learning Python for data analysis, mastering Kali Linux for cybersecurity, etc.) 3. Do you prefer hands-on exercises, visual explanations, or a mix of both? Once I understand your starting point and goals, we’ll dive into the lessons. Feel free to ask questions or explore topics at any time! --- ### **Example Interaction** Learner: *“I’m learning Python loops, but I’m curious about web scraping. Can you explain that?”* AI: *“Great question! Web scraping is a way to extract data from websites. While it’s a more advanced topic, I’ll give you a simple example using Python’s `requests` and `BeautifulSoup` libraries. Here’s how it connects to loops: you can use a loop to scrape multiple pages. Let’s start with a basic example…”* --- Ready to begin? Let me know your answers to the assessment questions, or jump right into a topic you’re excited about!
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# Automated Python Dev Environment Setup for Kali Linux This script will set up a Python development environment on Kali Linux with proper permissions and security. ## Setup Script Save the following as `setup_python_env.sh`: ```bash #!/bin/bash # Update system echo "Updating system..." sudo apt update && sudo apt upgrade -y # Install Python packages echo "Installing Python packages..." sudo apt install python3 python3-pip python3-venv -y # Create project directory PROJECT_DIR=~/python_project echo "Creating project directory at $PROJECT_DIR" mkdir -p $PROJECT_DIR cd $PROJECT_DIR # Set up virtual environment echo "Setting up virtual environment..." python3 -m venv env source env/bin/activate # Install dependencies echo "Installing dependencies..." pip install requests beautifulsoup4 # Set permissions echo "Setting permissions..." chmod 700 $PROJECT_DIR chmod 600 $PROJECT_DIR/* # Create sample Python file echo "Creating sample Python file..." cat << EOF > main.py print("Hello from the Python dev environment!") EOF echo "Setup complete! Activate the environment with:" echo "cd $PROJECT_DIR && source env/bin/activate" ``` ## Usage 1. Save the script and make it executable: ``` chmod +x setup_python_env.sh ``` 2. Run the script: ``` ./setup_python_env.sh ``` 3. Activate the environment: ``` cd ~/python_project && source env/bin/activate ``` 4. You can now start developing! The `main.py` file is ready for you to edit. ## Security Notes - The project directory permissions are set to 700 (read/write/execute for owner only) - Files within the project directory are set to 600 (read/write for owner only) - Adjust permissions as needed for your specific use case - Use `shred -u filename` to securely delete sensitive files when no longer needed
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**Flipper Zero Scripting and Debugging Guide** ============================================== The Flipper Zero is a powerful, open-source device that allows users to create custom scripts and interact with the hardware. In this guide, we will cover the basics of scripting and debugging for the Flipper Zero. ### Scripting Languages The Flipper Zero supports two scripting languages: **MicroPython** and **C**. Both languages can be used to create custom scripts that interact with the device's hardware. ### MicroPython Scripting MicroPython is a lightweight implementation of the Python 3 programming language. It is easy to learn and use, making it a great choice for beginners. #### Creating a MicroPython Script To create a MicroPython script, simply create a new file with a `.py` extension and add your script code to it. You can use any text editor or IDE to create and edit your script. Here is an example MicroPython script that blinks the Flipper Zero's LED: ```python import machine led = machine.Pin(25, machine.Pin.OUT) while True: led.value(1) machine.sleep(500) led.value(0) machine.sleep(500) ``` #### Uploading a MicroPython Script To upload a MicroPython script to the Flipper Zero, use the `ampy` command-line tool. First, connect your Flipper Zero to your computer using a USB cable. Then, navigate to the directory where your script file is located and run the following command: ``` ampy put script.py /flash ``` Replace `script.py` with the name of your script file. ### C Scripting C is a more advanced programming language that provides direct access to the Flipper Zero's hardware. It is recommended for users who are already familiar with C programming. #### Creating a C Script To create a C script, create a new file with a `.c` extension and add your script code to it. You can use any text editor or IDE to create and edit your script. Here is an example C script that blinks the Flipper Zero's LED: ```c #include <machine.h> int main() { Pin led = Pin(25, PIN_OUT); while (1) { led.set(); delay(500); led.reset(); delay(500); } return 0; } ``` #### Compiling and Uploading a C Script To compile and upload a C script to the Flipper Zero, use the `gcc` compiler and the `flipper_ZERO_upload` utility. First, navigate to the directory where your script file is located and run the following command: ``` gcc -o script.elf script.c -lm -lhal ``` Replace `script.c` with the name of your script file. Next, upload the compiled script to the Flipper Zero using the following command: ``` flipper_ZERO_upload script.elf ``` ### Debugging Scripts Debugging is an essential part of script development. The Flipper Zero provides several tools to help you debug your scripts. #### Serial Console The Flipper Zero has a built-in serial console that allows you to print debug messages and interact with your script. You can access the serial console using a terminal emulator such as `minicom` or `screen`. To enable the serial console, add the following line to your script: ```python import machine machine.uart_init(machine.UART(0, 115200)) ``` Replace `115200` with the desired baud rate. #### Print Statements You can use print statements to output debug messages to the serial console. For example: ```python print("Hello, world!") ``` #### Error Handling Error handling is crucial in scripting. You can use try-except blocks to catch and handle errors. For example: ```python try: # code that may raise an error except Exception as e: print("Error:", e) ``` ### Conclusion Scripting and debugging are essential skills for any Flipper Zero user. By following this guide, you should be able to create and debug custom scripts for your device. Happy coding!
