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Nitrocid KS v0.1.0 Beta 2 - Manual
Nitrocid KS v0.1.0 Beta 2 - Manual
  • 👋Welcome!
  • Versions and Compatibility
    • 🔱Supported Versions
    • 🕘EOL Versions
    • 🗞️Version Release Notes
      • ✨v0.0.1.x series
      • 🌈v0.0.2.x series
      • 👥v0.0.3.x series
      • 🛠️v0.0.4.x series
      • 🕔v0.0.5.x series
        • ⌚v0.0.5.0 Beta Versions
      • 📕v0.0.6.x series
        • 📄v0.0.6.0 Beta Versions
      • 🔌v0.0.7.x series
        • ⚡v0.0.7.0 Beta Versions
      • 🌌v0.0.8.x series
      • 💌v0.0.9.x series
      • 📜v0.0.10.x series
      • ✏️v0.0.11.x series
      • ⚙️v0.0.12.x series
      • 🌐v0.0.13.x series
      • 🏃♀ v0.0.14.x series
      • ⏳v0.0.15.x series
      • ⭐v0.0.16.x series
      • 🌃v0.0.17.x series
      • 🥁v0.0.18.x series
      • 🔧v0.0.19.x series
      • 🍀v0.0.20.x series
      • 🧰v0.0.21.x series
      • 📱v0.0.22.x series
      • 🖥️v0.0.23.x series
      • 👾v0.0.24.x series
      • 🔮v0.1.x.x series
        • ⚠️Known issues for 0.1.0 Beta
    • 👍Compatibility Notes for KS API Revisions
      • 🔼Upgrading from API v1.0
      • 🔼Upgrading from API v1.1
      • 🔼Upgrading from API v1.2
      • 🔼Upgrading from API v1.3
      • 🔼Upgrading from API v2.0
      • 🔼Upgrading from API v2.1
      • 🔼Upgrading to API v3.0
  • Installation and Maintenance
    • 📀Installing the Kernel
      • 💻Windows
      • 🐧Linux
      • 📱Android
    • ⏫Upgrading the Kernel
      • 💻Windows
      • 🐧Linux
      • 📱Android
  • Fundamentals
    • 🌽What is the Kernel?
    • 👾What is Nitrocid KS?
    • 🌟Simulated Kernel Features
      • 👤Accounts
        • 🔓Permissions
      • 🐚Shells
      • 🌍Networking
        • 🗃️FTP Client
        • 🔒SFTP Client
        • 📰RSS Client
        • 🌐HTTP Client
        • 📧Mail Client
      • ✏️Editors
        • 📝Text Editor
        • 🖊️JSON Editor
        • 💾Hex Editor
      • 🇺🇸 Languages
      • 🌌Screensavers
      • 🎮Games and Amusements
        • 🔤Hangman
        • ☄️Meteor
        • 🐍Snaker
        • 🔢Solver
        • ⌨️SpeedPress
        • 🔠Wordle
      • 🗓️Calendar
      • ⏰Stopwatch and Timer
      • ⚖️Calculator and Converter
  • Advanced and Power Users
    • ⚒️Building the Kernel
      • 🪟Building on Windows
      • 🐧Building on Linux
    • 🧰Kernel Modifications
      • 🔧Kernel Modification Management
      • 🏗️Build your...
        • 🧪Your Mod
        • 🌌Your Screensaver
        • 🪄Your Splash
    • 🦠Diagnostics
      • 🔬Debugging
        • 🧬Local Debugging
        • 🛰️Remote Debugging
      • 🧪Testing
      • 💉Other Diagnostics
    • ⚒️Inner Workings
      • 🔧Kernel Settings
        • ⛏️Mechanics of Settings App
        • 🔩Settings Format
      • 🐚Shell Structure
        • ❔Help System
        • 🗜️Command Parsing
        • 📜Shell Scripting
      • 🪧Kernel Placeholders
      • 🔐The Permissions
      • 📞Kernel Threads
      • 🔌Kernel Drivers
      • ⚙️Multilingual Kernel Flow
      • 🌐Custom Languages
      • 📽️Presentation System
      • 🎛️Kernel Arguments
      • 📡Remote Procedure
    • 💿GRILO Bootloader and KS
  • 🧱Project Dependencies
  • Report an issue
  • Source code
  • API Reference
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  • Connecting
  • Windows
  • Linux
  • Remote debug chat
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  1. Advanced and Power Users
  2. Diagnostics
  3. Debugging

Remote Debugging

Debugging the kernel on LAN

Last updated 1 year ago

Remote debugging allows you to remotely diagnose the kernel live. It uses TCP networking to listen to the configurable port.

If remote debugging is enabled on your kernel configuration, it starts the remote debugger under the following configuration (for those who use the firewall):

  • Socket: TCP

  • Port: 3014 (configurable)

  • Transfer: Inbound and Outbound

Connecting

Once the remote debugger starts, you can connect to it using the raw TCP connection to the server. To initiate the connection, select a platform:

Windows

  • Host Name (or IP address): Host of the remote debugger

  • Port: 3014 (configurable)

  • Type: Raw

Click on Connect and you should be able to see debugging messages from the remote host.

Linux

You can use the nc (netcat) command to connect to a remote debugger using a raw connection. Execute the command in this form: nc <host> <port>︎, where:

  • <host>: Host of the remote debugger

  • <port>: 3014 (configurable)

You should be able to see debugging messages once the connection to the remote debugger has been established.

Remote debug chat

The chatting feature was added to the remote debugger to allow chatting with the other users debugging the same kernel to discuss what is happening in the kernel.

Every device connected to the remote debugger using the provided connection information will have their entries added to the remote debug device configuration file. They'll be told to register their device with a name before they can chat.

Pressing ENTER will post a message to the kernel debugger, causing everyone who connected to the debugger to see the message live.

You can establish a connection to the remote debugger using or an equivalent software. Once you install this, fill the below forms to make a connection:

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