Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12]

▼Nsymmetri
CCallback	Callback is a wrapper around any type that you to tie to a transition. Typically this is an invokable object, such as a function, that executes some side-effects, but it can by anything if you implement a fire function for it. The output can be used to communicate success or failure to the petri-net executor. You can create custom behavior by defining a tailored "Token fire(const A&)" for your class A
CCanceled
CDeadlocked
CDirectMutation	A DirectMutation is a synchronous no-operation function. It simply mutates the mutation on the petri net executor loop. This way the deferring to the threadpool and back to the petri net loop is avoided
CEvent	This struct defines a subset of data that we associate with the result of firing a transition
CFailed
CPaused
CPetri	Petri is a data structure that encodes the Petri net and holds pointers to the thread-pool and the reducer-queue. It is optimized for calculating the active transition set and dispatching a Callback to the TaskSystem
CPetriNet	PetriNet exposes the possible constructors to create PetriNets. It also allows the user to register a Callback to a transition, or to get a handle for input-transitions
CScheduled
CSmallEvent	Minimal Event representation
CStarted
CSuccess
CTaskQueue	TaskQueue is an inheritance based alias for a lock-free queue
CTaskSystem	Create a TaskSystem object. The only way to create a TaskSystem is through this factory. We enforce the use of a smart pointer to make sure the pool stays alive until both the original scope of the pool and net is exited
CToken	Tokens are elements that can reside in places. Tokens can have a color which makes them distinguishable from other tokens. Tokens that have the same color are not distinguishable. Users can create their own token-colors by either using the CREATE_CUSTOM_TOKEN-macro (compile-time) or by calling Token's public constructor which takes a token-name