This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

▼CFMI::Comm::Channel	Interface that defines channel operations. Only provides a few default implementations, the rest is implemented in the specific ClientServer or PeerToPeer channel types
▼CFMI::Comm::ClientServer	Client-Server channel type
CFMI::Comm::Redis	Channel that uses Redis with the Hiredis client library as storage backend
CFMI::Comm::S3	Channel that uses AWS S3 as backend and uses the AWS SDK for C++ to access S3
▼CFMI::Comm::PeerToPeer	Peer-To-Peer channel type
CFMI::Comm::Direct	Channel that uses the TCPunch TCP NAT Hole Punching Library for connection establishment
Cchannel_data	Data that is passed to and from channels
CFMI::Utils::ChannelPolicy	Default channel policy that either selects the fastest or cheapest channel according to the performance model, based on the currently set hint
CFMI::Communicator	Interface that is exposed to the user for interaction with the FMI system
CFMI::Utils::Configuration	Configuration parser for the FMI JSON configuration file
CFMI::Comm::Data< T >	Small data wrapper around a generic type T with some helper utilities
CFMI::Comm::Data< std::vector< A > >	Wrapper around an arbitrary STL vector
CFMI::Comm::Data< void * >	Instantiate data with a pointer to memory and an arbitrary size. Should only be used in exceptional cases, the native types should be used otherwise
▼Cstd::exception
CFMI::Utils::Timeout	Custom exception that is thrown on timeouts
CFMI::Utils::Function< T >	Small wrapper around an arbitrary C++ binary function with signature T(T,T), i.e. accepting two arguments of type T and returning one of type T
CFMI::Utils::OperationInfo	All the information about an operation, passed to the Channel Policy for its decision on which channel to use
Craw_function	Struct with functions that is passed to channels, additionally contains information on associativitiy / commutativity (provided by the user)