1. Dictionary for each PSet:

	- MPI_Session_get_PSet_info
	- MPI_Session_set_PSet_info

2. Processes need to know if they are dynamic:

	1a) get_default_PSet(&main_pset)
	1b) get_default_PSet(&main_pset, &dynamic_flag) 
	1c) MPI_Session_get_default_PSet(&main_pset) + MPI_Session_get_PSet_info -> info field provided by RTE

	2) MPI_Session_Get_Info(...)


3. Processes need to know if they are responsible for managing resource changes related to the provided pset. 

	- //primary_process is set to True if we're the primary process for this main_pset
	  MPI_Session_get_primary_process(&main_pset, &primary_process);

4. Processes need to get info about Resource Changes:

	- MPI_Session_Dyn_Test_res_change(session, pset_name, &flag); // Is there a resource change related to the provided pset?
			
	- MPI_Session_Dyn_Recv_res_change(
					session,		// session handler
					main_pset,		// PSet related to this resource change
					&rc_type,		// OUT: Type of resource change
					&rc_change_pset,	// OUT: Delta PSet related to resources (can be also multiple psets)
					&rc_status		// OUT: Status information
					);

5. Processes need to know PSet name to be used for communication:

	- MPI_Session_set/get_PSet_info(&info) -> info.main_pset -> use PSet dictionary to provide this info to dynamic processes
	- MPI_Session_bcast_PSet_info -> use out-of-band Bcast of the pset name for non-dynamic processes (for performance/scalability reasons)

6. Processes need to perform pset operations:
	- MPI_Session_Dyn_pset_create_op(
					session,			// session handler
					MPI_PSET_OP_UNION,		// operation to execute
					{main_pset, rc_change_pset, 0},	// IN: main and delta pset
					new_main_pset			// OUT: New PSet(s)
					);