Skip to content

FEATURE.md

Latest commit

 

History

History
25 lines (17 loc) · 2.41 KB

FEATURE.md

File metadata and controls

25 lines (17 loc) · 2.41 KB

Key Features of SimpleLog-Topic

  1. Universal Compatibility: From C89 to C++20
    SimpleLog-Topic is compatible with both C89 (ANSI C) and modern C++20, making it an ideal logging solution for a wide range of applications, whether they are legacy C projects or cutting-edge C++ systems.

  2. Cross-Platform Support
    SimpleLog-Topic works across multiple platforms, including Windows, Linux, macOS, Android, and various embedded systems. This ensures your logging infrastructure is consistent regardless of the underlying operating system or hardware architecture.

  3. Optimized for Multithreading
    With multithreaded logging support, SimpleLog-Topic excels in high-concurrency environments. It allows multiple threads to log messages simultaneously without significant performance degradation, making it suitable for both small-scale and distributed systems.

  4. Memory-Efficient and Configurable
    SimpleLog-Topic is highly configurable, allowing developers to adjust memory usage according to the system’s resources. Whether running on low-memory embedded devices or high-performance servers, it can be optimized for minimal resource consumption.

  5. Nanosecond Precision for Timestamps
    SimpleLog-Topic provides nanosecond-level timestamp precision, essential for applications that require high-precision timing, such as real-time systems, network applications, and performance profiling.

  6. Superior Performance
    SimpleLog-Topic is engineered to be extremely fast and efficient. Its performance has been carefully benchmarked to ensure minimal overhead and high throughput under demanding conditions.

  7. No dependence
    Just use POSIX APIs and Win32 APIs.

  8. Message safety feature
    The message safety feature in your logger allows users to configure a size limit for each log message (e.g., 10,000 bytes). If a message exceeds this size, it, sometimes, may be truncated, but the first 10,000 bytes will still be logged. This ensures that large messages do not cause memory overflow or uncontrolled log writing, while still preserving the beginning of the message for logging. This feature is particularly useful in resource-constrained environments like embedded devices, providing both flexibility and safety in log management. max_sz_msg=