1. Traceability: ILC20LOG provides solid traceability for the application, allowing for the logging of events, errors, and crucial information. This is essential for troubleshooting and performance monitoring.

2. Time Savings: It simplifies the debugging process by offering a detailed record of events, making it easier to identify and resolve bugs efficiently.

3. Configurability: Logging libraries like ILC20LOG often offer flexible configuration, enabling you to define what types of messages to log, where to store them, and how to format them.

"NO CONS"

1. first is to help out people with console debugging
2. removeing the option std::cout that is hard to write
3. easy to implement in the projecte with no interuuption

• Linux [✅]
• Macos [✅]
• Windows [✅]

ilc20log is a logger for engine and small tools.

The ilc20log library supports the following symbols:

• ICG20_LOGGER_TYPE_INFO: This symbol is used for informational messages.
• ICG20_LOGGER_TYPE_WARNING: This symbol is used for warning messages.
• ICG20_LOGGER_TYPE_ERROR: This symbol is used for error messages.
• ICG20_LOGGER_TYPE_FATAL: This symbol is used for fatal error messages.
• ICG20_LOGGER_TYPE_LOG: This symbol is used for log messages.
• ICG20_LOGGER_TYPE_DEBUG: This symbol is used for debug messages.
• ICG20_LOGGER_TYPE_EVENT: This symbol is used for event messages.
• ICG20_LOGGER_TYPE_FILE: This symbol is used for file-related messages.
• ICG20_LOGGER_TYPE_SHADER: This symbol is used for shader-related messages.
• ICG20_LOGGER_TYPE_SHADER_DEBUG: This symbol is used for shader debug messages.
• ICG20_LOGGER_TYPE_DOWNLOAD: This symbol is used for download-related messages.
• ICG20_LOGGER_TYPE_WEBENGINE: This symbol is used for web engine-related messages.
• ICG20_LOGGER_TYPE_CONSOLE: This symbol is used for console-related messages.
• ICG20_LOGGER_TYPE_SYSTEM: This symbol is used for system-related messages.
• + popular librarys status

1. Setup the header file: You can do this using Visual Studio or your preferred IDE.
2. Include the header files: In your main.cpp file, include the necessary header files. For example:

   #include <icg_algorithm.hpp>

3. Define your class: You can define your class as follows:

   ic20_algorithm* cLogger = new ic20_algorithm;

4. Initialize the library: You can initialize the library with the following command:

   cLogger->ic20_athm_init();

5. Define your custom log message: Now you can define your custom log message. Here are a couple of examples:
   • To print a message log:

     cLogger->messageType(ICG20_CONSOLE_LOGGER_TYPE_INFO).c20_print("Hello World");

   • To print example messages of all types of logs inside the library:

     cLogger->ilc20_exampleMessages();

Example Logger Code:

#include <iostream>
#include <icg_algorithm.hpp>

int main() {
    ic20_algorithm* cLogger = new ic20_algorithm;

    cLogger->ic20_athm_init();
    cLogger->ilc20_exampleMessages();
}

int main() {
	ic20_algorithm* cLogger = new ic20_algorithm;

	cLogger->ic20_athm_init();
	cLogger->messageType(ICG20_CONSOLE_LOGGER_TYPE_INFO).c20_print("Hello World");

}

Yes, I will expand this library with custom options by the user but for now it only provides pre-defined messages...

Cooming Soon....