Assuming you have obtained the library headers and static library (either internally or from a vendor), integration is straightforward.
Many developers default to standard libraries like libc or Boost. However, in scenarios such as IoT firmware, bootloaders, or real-time audio processing, those libraries introduce unpredictable latency. The Bfd3 core library solves this by offering constant-time operations for most core functions.
In independent tests comparing the Bfd3 core library against memcpy()-heavy parsers and Protobuf-lite:
Assuming you have obtained the library headers and static library (either internally or from a vendor), integration is straightforward.
Many developers default to standard libraries like libc or Boost. However, in scenarios such as IoT firmware, bootloaders, or real-time audio processing, those libraries introduce unpredictable latency. The Bfd3 core library solves this by offering constant-time operations for most core functions.
In independent tests comparing the Bfd3 core library against memcpy()-heavy parsers and Protobuf-lite: