Here are the data structures with brief descriptions:

[detail level 12345]

▼Npabigot	Root for all pabigot namespaces
▼Nble	Various helpers for Bluetooth Low Energy activities
▼Ndetails
Cuuid_type	Base class that captures 2, 4, or 16-byte UUIDs
▼Ngap	Bluetooth Low Energy General Access Profile material
▼Cadv_data	Infrastructure to fill in Advertising and Scan Response Data
Cstore_helper	RAII helper to avoid overruns and to back-fill lengths
Cuuid128_type	Basic holder for 128-bit UUIDs stored as a little-endian byte sequence
Cuuid16_type	16-bit UUID type stored as a little-endian byte sequence
Cuuid32_type	32-bit UUID type stored as a little-endian byte sequence
▼Nbyteorder	Functionality related to byte order and endianness
Coctets_helper	Infrastructure to fill an octet buffer with data
▼Ncontainer	Special purpose containers
▼Cforward_chain	Container used to link objects into a sequence
Cchain_iterator_type	Iterator type designed to support range-for
Cend_iterator_type	Sentinal type used as end-of-chain iterator value
Crr_adaptor	A basic round-robin (circular) homogeneous buffer with externally-allocated capacity
▼Ncrc	Templates supporting CRC calculation using Rocksoft^tm Model parameters
▼Ndetails	Internal support for pabigot::crc
Cbase_crc	CRC core framework using Rocksoft^tm Model characteristics
Cuint_size_traits	Entry-point to identifying unsigned integral types supporting a specific number of bits
Cuint_size_traits< 1 >
Cuint_size_traits< 2 >
Cuint_size_traits< 3 >
Cuint_size_traits< 4 >
Cuint_support	Type and policy traits providing support for operations on `B`-bit values
Cuint_traits	Extend the size-related traits with functionality operating on the specific types
Ccrc	CRC calculation using Rocksoft^tm Model characteristics
▼CTabler	Class encapsulating everything necessary for table-driven CRC calculations
Cparams	Rocksoft^TM model parameters for the checksum algorithm supported by this type
▼Nexternal	Namespace enclosing all material derived from external sources