336 lines
9.2 KiB
Markdown
336 lines
9.2 KiB
Markdown
# Emulator events
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This file contains an exhaustive list of events supported by the emulator.
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- Punctual events don't produce a state transition.
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- All events refer to the current thread.
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- Descriptions must be kept short.
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```txt
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**********************************************************
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Please keep this list synchronized with the emulator code!
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**********************************************************
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MCV = Model Category Value
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------------------------------------------------------------
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MCV Description
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--------------------- Ovni (model=O) -----------------------
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OHC Creates a new thread (punctual event)
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OHx Begins the execution
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OHp Pauses the execution
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OHc Enters the cooling state (about to be paused)
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OHw Enters the warming state (about to be running)
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OHe Ends the execution
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OAs Switches it's own affinity to the given CPU
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OAr Remotely switches the affinity of the given thread
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OB. Emits a burst event to measure latency
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OU[ Enters a region which contain past events (HACK)
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OU] Exits the region of past events (HACK)
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-------------------- nOS-V (model=V) ----------------------
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VTc Creates a new task (punctual event)
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VTx Task execute
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VTe Task end
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VTp Task pause
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VTr Task resume
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VYc Task type create (punctual event)
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VSr Receives a task from another thread (punctual event)
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VSs Sends a task to another thread (punctual event)
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VS@ Self-assigns itself a task (punctual event)
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VSh Enters the hungry state, waiting for a task
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VSf Is no longer hungry
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VS[ Enters the scheduler server mode
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VS] Ends the scheduler server mode
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VU[ Starts to submit a task
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VU] Ends the submission of a task
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VMa Starts allocating memory
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VMA Ends allocating memory
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VMf Starts freeing memory
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VMF Ends freeing memory
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VAr Enters nosv_create()
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VAR Exits nosv_create()
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VAd Enters nosv_destroy()
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VAD Exits nosv_destroy()
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VAs Enters nosv_submit()
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VAS Exits nosv_submit()
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VAp Enters nosv_pause()
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VAP Exits nosv_pause()
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VAy Enters nosv_yield()
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VAY Exits nosv_yield()
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VAw Enters nosv_waitfor()
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VAW Exits nosv_waitfor()
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VAc Enters nosv_schedpoint()
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VAC Exits nosv_schedpoint()
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VHa Enters nosv_attach()
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VHA Exits nosv_detach()
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VHw Begins the execution as a worker
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VHW Ends the execution as a worker
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VHd Begins the execution as the delegate
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VHD Ends the execution as the delegate
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-------------------- NODES (model=D) ----------------------
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DR[ Begins the registration of a task's accesses
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DR] Ends the registration of a task's accesses
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DU[ Begins the unregistration of a task's accesses
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DU] Ends the unregistration of a task's accesses
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DW[ Enters a blocking condition (waiting for an If0 task)
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DW] Exits a blocking condition (waiting for an If0 task)
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DI[ Begins the inline execution of an If0 task
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DI] Ends the inline execution of an If0 task
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DT[ Enters a taskwait
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DT] Exits a taskwait
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DC[ Begins the creation of a task
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DC] Ends the creation of a task
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DS[ Begins the submit of a task
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DS] Ends the submit of a task
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DP[ Begins the spawn of a function
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DP] Ends the spawn of a function
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-------------------- Kernel (model=K) ----------------------
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KCO Is out of the CPU due to a context switch
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KCI Is back in the CPU due to a context switch
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-------------------- Nanos6 (model=6) ----------------------
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6Tc Creates a new task
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6Tx Task execute
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6Te Task end
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6Tp Task pause
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6Tr Task resume
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6Yc Task type create (punctual event)
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6C[ Begins creating a new task
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6C] Ends creating a new task
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6S[ Enters the scheduler serving mode
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6S] Ends the scheduler serving mode
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6Sa Begins to submit a ready task via addReadyTask()
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6SA Ends submitting a ready task via addReadyTask()
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6Sp Begins to process ready tasks via processReadyTasks()
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6SP Ends processing ready taska via processReadyTasks()
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6Sr Receives a task from another thread (punctual event)
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6Ss Sends a task to another thread (punctual event)
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6S@ Self-assigns itself a task (punctual event)
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6W[ Begins the worker body loop, looking for tasks
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6W] Ends the worker body loop
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6Wt Begins handling a task via handleTask()
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6WT Ends handling a task via handleTask()
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6Ww Begins switching to another worker via switchTo()
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6WW Ends switching to another worker via switchTo()
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6Wm Begins migrating the CPU via migrate()
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6WM Ends migrating the CPU via migrate()
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6Ws Begins suspending the worker via suspend()
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6WS Ends suspending the worker via suspend()
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6Wr Begins resuming another worker via resume()
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6WR Ends resuming another worker via resume()
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6Wg Enters the sponge mode
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6WG Exits the sponge mode
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6W* Signals another thread to wake up (punctual event)
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6Pp Set progress state to Progressing
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6Pr Set progress state to Resting
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6Pa Set progress state to Absorbing
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6U[ Starts to submit a task via submitTask()
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6U] Ends the submission of a task via submitTask()
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6F[ Begins to spawn a function via spawnFunction()
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6F] Ends spawning a function
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6t[ Begins running the task body
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6t] Ends running the task body
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6O[ Begins running the task body as taskfor collaborator
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6O] Ends running the task body as taskfor collaborator
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6Dr Begins the registration of a task's accesses
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6DR Ends the registration of a task's accesses
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6Du Begins the unregistration of a task's accesses
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6DU Ends the unregistration of a task's accesses
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6Bb Begins to block the current task via blockCurrentTask()
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6BB Ends blocking the current task via blockCurrentTask()
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6Bu Begins to unblock a task
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6BU Ends unblocking a task
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6Bw Enters taskWait()
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6BW Exits taskWait()
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6Bf Enters taskFor()
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6BF Exits taskFor()
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6He Sets itself as external thread
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6HE Unsets itself as external thread
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6Hw Sets itself as worker thread
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6HW Unsets itself as worker thread
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6Hl Sets itself as leader thread
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6HL Unsets itself as leader thread
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6Hm Sets itself as main thread
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6HM Unsets itself as main thread
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6Ma Begins allocating memory
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6MA Ends allocating memory
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6Mf Begins freeing memory
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6MF Ends freeing memory
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-------------------- TAMPI (model=T) ----------------------
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TCi Begins to issue a non-blocking communication operation
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TCI Ends issuing a non-blocking communication operation
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TGc Begins to check pending requests from the global array
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TGC Ends checking pending requests from the global array
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TLi Begins the library code at an API function
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TLI Ends the library code at an API function
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TLp Begins the library code at a polling function
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TLP Ends the library code at a polling function
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TQa Begins to add a ticket/requests to a queue
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TQA Ends adding a ticket/requests to a queue
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TQt Begins to transfer tickets/requests from queues to global array
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TQT Ends transfering tickets/requests from queues to global array
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TRc Begins to process a completed request
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TRC Ends processing a completed request
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TRt Begins to test a single request with MPI_Test
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TRT Ends testing a single request with MPI_Test
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TRa Begins to test several requests with MPI_Testall
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TRA Ends testing several requests with MPI_Testall
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TRs Begins to test several requests with MPI_Testsome
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TRS Ends testing several requests with MPI_Testsome
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TTc Begins to create a ticket linked to a set of requests and a task
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TTC Ends creating a ticket linked to a set of requests and a task
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TTw Begins to wait a ticket completion
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TTW Ends waiting a ticket completion
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```
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-------------------- MPI (model=M) -------------------------
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MUi Enters MPI_Init
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MUI Exits MPI_Init
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MUt Enters MPI_Init_thread
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MUT Exits MPI_Init_thread
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MUf Enters MPI_Finalize
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MUF Exits MPI_Finalize
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MW[ Enters MPI_Wait
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MW] Exits MPI_Wait
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MWa Enters MPI_Waitall
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MWA Exits MPI_Waitall
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MWy Enters MPI_Waitany
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MWY Exits MPI_Waitany
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MWs Enters MPI_Waitsome
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MWS Exits MPI_Waitsome
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MT[ Enters MPI_Test
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MT] Exits MPI_Test
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MTa Enters MPI_Testall
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MTA Exits MPI_Testall
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MTy Enters MPI_Testany
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MTY Exits MPI_Testany
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MTs Enters MPI_Testsome
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MTS Exits MPI_Testsome
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MS[ Enters MPI_Send
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MS] Exits MPI_Send
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MSb Enters MPI_Bsend
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MSB Exits MPI_Bsend
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MSr Enters MPI_Rsend
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MSR Exits MPI_Rsend
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MSs Enters MPI_Ssend
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MSS Exits MPI_Ssend
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MR[ Enters MPI_Recv
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MR] Exits MPI_Recv
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MRs Enters MPI_Sendrecv
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MRS Exits MPI_Sendrecv
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MRo Enters MPI_Sendrecv_replace
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MRO Exits MPI_Sendrecv_replace
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MAg Enters MPI_Allgather
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MAG Exits MPI_Allgather
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MAr Enters MPI_Allreduce
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MAR Exits MPI_Allreduce
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MAa Enters MPI_Alltoall
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MAA Exits MPI_Alltoall
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MCb Enters MPI_Barrier
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MCB Exits MPI_Barrier
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MCe Enters MPI_Exscan
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MCE Exits MPI_Exscan
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MCs Enters MPI_Scan
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MCS Exits MPI_Scan
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MDb Enters MPI_Bcast
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MDB Exits MPI_Bcast
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MDg Enters MPI_Gather
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MDG Exits MPI_Gather
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MDs Enters MPI_Scatter
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MDS Exits MPI_Scatter
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ME[ Enters MPI_Reduce
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ME] Exits MPI_Reduce
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MEs Enters MPI_Reduce_scatter
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MES Exits MPI_Reduce_scatter
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MEb Enters MPI_Reduce_scatter_block
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MEB Exits MPI_Reduce_scatter_block
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Ms[ Enters MPI_Isend
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Ms] Exits MPI_Isend
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Msb Enters MPI_Ibsend
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MsB Exits MPI_Ibsend
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Msr Enters MPI_Irsend
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MsR Exits MPI_Irsend
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Mss Enters MPI_Issend
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MsS Exits MPI_Issend
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Mr[ Enters MPI_Irecv
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Mr] Exits MPI_Irecv
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Mrs Enters MPI_Isendrecv
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MrS Exits MPI_Isendrecv
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Mro Enters MPI_Isendrecv_replace
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MrO Exits MPI_Isendrecv_replace
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Mag Enters MPI_Iallgather
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MaG Exits MPI_Iallgather
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Mar Enters MPI_Iallreduce
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MaR Exits MPI_Iallreduce
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Maa Enters MPI_Ialltoall
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MaA Exits MPI_Ialltoall
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Mcb Enters MPI_Ibarrier
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McB Exits MPI_Ibarrier
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Mce Enters MPI_Iexscan
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McE Exits MPI_Iexscan
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Mcs Enters MPI_Iscan
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McS Exits MPI_Iscan
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Mdb Enters MPI_Ibcast
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MdB Exits MPI_Ibcast
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Mdg Enters MPI_Igather
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MdG Exits MPI_Igather
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Mds Enters MPI_Iscatter
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MdS Exits MPI_Iscatter
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Me[ Enters MPI_Ireduce
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Me] Exits MPI_Ireduce
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Mes Enters MPI_Ireduce_scatter
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MeS Exits MPI_Ireduce_scatter
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Meb Enters MPI_Ireduce_scatter_block
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MeB Exits MPI_Ireduce_scatter_block
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