Here is a list of all documented files with brief descriptions:

[detail level 12]

▼ include
bitcpy.h	Includes all the bitcpy definitions for serialization and deserialization
bitcpy_common.h	Defines common bitcpy details as well as a info::version number, and bit_length function
bitcpy_from_array.h	Defines serialization functions in the form of: size_t bitcpy(T1 dest[], const T2 source, const size_t bit_offset, const size_t bits)
bitcpy_sized_pointer.h	Defines sized_pointer, similar to std::array but with with size as a runtime constant
bitcpy_to_array.h	Defines deserialization functions in the form of: size_t bitcpy(T1 &dest, const T2 source[], const size_t bit_offset, const size_t bits)
bitliterals.h	Defines string literals for fixed sized types, useful for serdes definitions. For example: Writting "0xAB_u8" would be equivalent to "static_cast<uint8_t>(0xAB)"
bitprint.h	Defines printhex() and printbin() funtions which print arrays or values in hexidecimal or binary
cppcrc.h	A very small, fast, header-only, C++ library for generating CRCs
serdes.h	Includes all serdes namespace functionality (bitcpy, packet, packet_base, etc.) except stdio related printing functions (import bitprint.h separately for those)
serdes_byte_iterator.h	Defines a iterator for scanning through the bytes of a serdes::packet even when that packet is not composed of bytes, but instead based on a uint16_t, uint32_t, or uint64_t array. This is particularly useful when dealing with checksum APIs, where the API may require bytes as an input, but you might not want to deal with flipping bytes due to endianness when dealing with uint32_t[] arrays for example
serdes_errors.h	Defines error and status types: status_e, status_t, mode_e, status2str(status_e)
serdes_format_modifiers.h	Defines format modification classes: align, pad, bitpack, array, delimited_array
serdes_formatter.h	Defines the serdes::formatter class for recording arbitrary format lambda procedures
serdes_fwd_declarations.h
serdes_validator.h	Defines the serdes::validator class for recording arbitrary validation procedures