# Emulator events This file contains an exhaustive list of events supported by the emulator. - Punctual events don't produce a state transition. - All events refer to the current thread. - Descriptions must be kept short. ```txt ********************************************************** Please keep this list synchronized with the emulator code! ********************************************************** MCV = Model Category Value ------------------------------------------------------------ MCV Description --------------------- Ovni (model=O) ----------------------- OHC Creates a new thread (punctual event) OHx Begins the execution OHp Pauses the execution OHc Enters the cooling state (about to be paused) OHw Enters the warming state (about to be running) OHe Ends the execution OAs Switches it's own affinity to the given CPU OAr Remotely switches the affinity of the given thread OB. Emits a burst event to measure latency OU[ Enters a region which contain past events (HACK) OU] Exits the region of past events (HACK) -------------------- nOS-V (model=V) ---------------------- VTc Creates a new task (punctual event) VTx Task execute VTe Task end VTp Task pause VTr Task resume VYc Task type create (punctual event) VSr Receives a task from another thread (punctual event) VSs Sends a task to another thread (punctual event) VS@ Self-assigns itself a task (punctual event) VSh Enters the hungry state, waiting for a task VSf Is no longer hungry VS[ Enters the scheduler server mode VS] Ends the scheduler server mode VU[ Starts to submit a task VU] Ends the submission of a task VMa Starts allocating memory VMA Ends allocating memory VMf Starts freeing memory VMF Ends freeing memory VAr Enters nosv_create() VAR Exits nosv_create() VAd Enters nosv_destroy() VAD Exits nosv_destroy() VAs Enters nosv_submit() VAS Exits nosv_submit() VAp Enters nosv_pause() VAP Exits nosv_pause() VAy Enters nosv_yield() VAY Exits nosv_yield() VAw Enters nosv_waitfor() VAW Exits nosv_waitfor() VAc Enters nosv_schedpoint() VAC Exits nosv_schedpoint() VHa Enters nosv_attach() VHA Exits nosv_detach() VHw Begins the execution as a worker VHW Ends the execution as a worker VHd Begins the execution as the delegate VHD Ends the execution as the delegate -------------------- NODES (model=D) ---------------------- DR[ Begins the registration of a task's accesses DR] Ends the registration of a task's accesses DU[ Begins the unregistration of a task's accesses DU] Ends the unregistration of a task's accesses DW[ Enters a blocking condition (waiting for an If0 task) DW] Exits a blocking condition (waiting for an If0 task) DI[ Begins the inline execution of an If0 task DI] Ends the inline execution of an If0 task DT[ Enters a taskwait DT] Exits a taskwait DC[ Begins the creation of a task DC] Ends the creation of a task DS[ Begins the submit of a task DS] Ends the submit of a task DP[ Begins the spawn of a function DP] Ends the spawn of a function -------------------- Kernel (model=K) ---------------------- KCO Is out of the CPU due to a context switch KCI Is back in the CPU due to a context switch -------------------- Nanos6 (model=6) ---------------------- 6Tc Creates a new task 6Tx Task execute 6Te Task end 6Tp Task pause 6Tr Task resume 6Yc Task type create (punctual event) 6C[ Begins creating a new task 6C] Ends creating a new task 6S[ Enters the scheduler serving mode 6S] Ends the scheduler serving mode 6Sa Begins to submit a ready task via addReadyTask() 6SA Ends submitting a ready task via addReadyTask() 6Sp Begins to process ready tasks via processReadyTasks() 6SP Ends processing ready taska via processReadyTasks() 6Sr Receives a task from another thread (punctual event) 6Ss Sends a task to another thread (punctual event) 6S@ Self-assigns itself a task (punctual event) 6W[ Begins the worker body loop, looking for tasks 6W] Ends the worker body loop 6Wt Begins handling a task via handleTask() 6WT Ends handling a task via handleTask() 6Ww Begins switching to another worker via switchTo() 6WW Ends switching to another worker via switchTo() 6Wm Begins migrating the CPU via migrate() 6WM Ends migrating the CPU via migrate() 6Ws Begins suspending the worker via suspend() 6WS Ends suspending the worker via suspend() 6Wr Begins resuming another worker via resume() 6WR Ends resuming another worker via resume() 6Wg Enters the sponge mode 6WG Exits the sponge mode 6W* Signals another thread to wake up (punctual event) 6Pp Set progress state to Progressing 6Pr Set progress state to Resting 6Pa Set progress state to Absorbing 6U[ Starts to submit a task via submitTask() 6U] Ends the submission of a task via submitTask() 6F[ Begins to spawn a function via spawnFunction() 6F] Ends spawning a function 6t[ Begins running the task body 6t] Ends running the task body 6O[ Begins running the task body as taskfor collaborator 6O] Ends running the task body as taskfor collaborator 6Dr Begins the registration of a task's accesses 6DR Ends the registration of a task's accesses 6Du Begins the unregistration of a task's accesses 6DU Ends the unregistration of a task's accesses 6Bb Begins to block the current task via blockCurrentTask() 6BB Ends blocking the current task via blockCurrentTask() 6Bu Begins to unblock a task 6BU Ends unblocking a task 6Bw Enters taskWait() 6BW Exits taskWait() 6Bf Enters taskFor() 6BF Exits taskFor() 6He Sets itself as external thread 6HE Unsets itself as external thread 6Hw Sets itself as worker thread 6HW Unsets itself as worker thread 6Hl Sets itself as leader thread 6HL Unsets itself as leader thread 6Hm Sets itself as main thread 6HM Unsets itself as main thread 6Ma Begins allocating memory 6MA Ends allocating memory 6Mf Begins freeing memory 6MF Ends freeing memory -------------------- TAMPI (model=T) ---------------------- TCi Begins to issue a non-blocking communication operation TCI Ends issuing a non-blocking communication operation TGc Begins to check pending requests from the global array TGC Ends checking pending requests from the global array TLi Begins the library code at an API function TLI Ends the library code at an API function TLp Begins the library code at a polling function TLP Ends the library code at a polling function TQa Begins to add a ticket/requests to a queue TQA Ends adding a ticket/requests to a queue TQt Begins to transfer tickets/requests from queues to global array TQT Ends transfering tickets/requests from queues to global array TRc Begins to process a completed request TRC Ends processing a completed request TRt Begins to test a single request with MPI_Test TRT Ends testing a single request with MPI_Test TRa Begins to test several requests with MPI_Testall TRA Ends testing several requests with MPI_Testall TRs Begins to test several requests with MPI_Testsome TRS Ends testing several requests with MPI_Testsome TTc Begins to create a ticket linked to a set of requests and a task TTC Ends creating a ticket linked to a set of requests and a task TTw Begins to wait a ticket completion TTW Ends waiting a ticket completion ```