Uses of Annotation Interface
uk.ac.manchester.spinnaker.transceiver.ParallelUnsafe

Packages that use ParallelUnsafe

Package	Description
uk.ac.manchester.spinnaker.transceiver	How to actually talk to a SpiNNaker machine.

Uses of ParallelUnsafe in uk.ac.manchester.spinnaker.transceiver

Methods in uk.ac.manchester.spinnaker.transceiver with annotations of type ParallelUnsafe

Modifier and Type	Method	Description
void	Transceiver.bootBoard(Map<SystemVariableDefinition,Object> extraBootValues)
default void	TransceiverInterface.bootBoard()	Attempt to boot the board.
void	TransceiverInterface.bootBoard(Map<SystemVariableDefinition,Object> extraBootValues)	Attempt to boot the board.
default void	TransceiverInterface.clearIobuf()	Clear the contents of the IOBUF buffer for all processors.
default void	TransceiverInterface.clearIPTag(@uk.ac.manchester.spinnaker.machine.tags.TagID int tag)	Clear the setting of an IP tag.
default void	TransceiverInterface.enableWatchDogTimer(boolean watchdog)	Enable or disable the watch dog timer.
VersionInfo	Transceiver.ensureBoardIsReady(int numRetries, Map<SystemVariableDefinition,Object> extraBootValues)
default VersionInfo	TransceiverInterface.ensureBoardIsReady()	Ensure that the board is ready to interact with this version of the transceiver.
default VersionInfo	TransceiverInterface.ensureBoardIsReady(@jakarta.validation.constraints.PositiveOrZero int numRetries)	Ensure that the board is ready to interact with this version of the transceiver.
VersionInfo	TransceiverInterface.ensureBoardIsReady(@jakarta.validation.constraints.PositiveOrZero int numRetries, Map<SystemVariableDefinition,Object> extraBootValues)	Ensure that the board is ready to interact with this version of the transceiver.
default VersionInfo	TransceiverInterface.ensureBoardIsReady(Map<SystemVariableDefinition,Object> extraBootValues)	Ensure that the board is ready to interact with this version of the transceiver.
default void	TransceiverInterface.executeApplication(@Valid ExecutableTargets executableTargets, @NotNull AppID appID)	Execute a set of binaries that make up a complete application on specified cores, wait for them to be ready and then start all of the binaries.
int	Transceiver.getCoreStateCount(AppID appID, CPUState state)
int	TransceiverInterface.getCoreStateCount(@NotNull AppID appID, @NotNull CPUState state)	Get a count of the number of cores which have a given state.
default MappableIterable<CPUInfo>	TransceiverInterface.getCPUInformation()	Get information about the processors on the board.
default MappableIterable<IOBuffer>	TransceiverInterface.getIobuf()	Get the contents of the IOBUF buffer for all processors.
default List<Tag>	TransceiverInterface.getTags()	Get the current set of tags that have been set on the board using all SCPSender connections.
default Map<Tag,Integer>	TransceiverInterface.getTagUsage()	Get the number of times each tag has had a message sent via it using all SCPSender connections.
void	BMPTransceiverInterface.power(@NotNull PowerCommand powerCommand, @Valid BMPCoords bmp, Collection<@Valid BMPBoard> boards)	Send a power request to the machine.
void	Transceiver.power(PowerCommand powerCommand, BMPCoords bmp, Collection<BMPBoard> boards)
void	BMPTransceiverInterface.powerOffMachine()	Power off the whole machine.
void	Transceiver.powerOffMachine()
void	BMPTransceiverInterface.powerOnMachine()	Power on the whole machine.
void	Transceiver.powerOnMachine()
ADCInfo	Transceiver.readADCData(BMPCoords bmp, BMPBoard board)
default VersionInfo	BMPTransceiverInterface.readBMPVersion(@Valid BMPCoords bmp, Iterable<@Valid BMPBoard> boards)	Read the BMP version.
default VersionInfo	BMPTransceiverInterface.readBMPVersion(Iterable<@Valid BMPBoard> boards)	Read the BMP version.
VersionInfo	Transceiver.readBMPVersion(BMPCoords bmp, BMPBoard board)
int	Transceiver.readFPGARegister(FPGA fpga, MemoryLocation register, BMPCoords bmp, BMPBoard board)
ByteBuffer	Transceiver.readNeighbourMemory(HasCoreLocation core, Direction link, MemoryLocation baseAddress, int length)
void	Transceiver.sendSignal(AppID appID, Signal signal)
void	TransceiverInterface.sendSignal(@NotNull AppID appID, @NotNull Signal signal)	Send a signal to an application.
void	Transceiver.setLED(Collection<Integer> leds, LEDAction action, BMPCoords bmp, Collection<BMPBoard> board)
default void	TransceiverInterface.setWatchDogTimeout(int watchdog)	Set the value of the watch dog timer.
void	Transceiver.stopApplication(AppID appID)
void	TransceiverInterface.stopApplication(@NotNull AppID appID)	Sends a stop request for an application ID.
default void	TransceiverInterface.updateProvenanceAndExit()	Tell all running application cores to write their provenance data to a location where it can be read back, and then to go into the FINISHED state.
default void	TransceiverInterface.updateRuntime(@PositiveOrZero Integer runTimesteps, @jakarta.validation.constraints.PositiveOrZero int currentTime, @jakarta.validation.constraints.PositiveOrZero int syncTimesteps)	Set the running time information for all processors.
void	Transceiver.writeFPGARegister(FPGA fpga, MemoryLocation register, int value, BMPCoords bmp, BMPBoard board)
void	Transceiver.writeMemoryFlood(MemoryLocation baseAddress, File dataFile)
void	Transceiver.writeMemoryFlood(MemoryLocation baseAddress, InputStream dataStream, int numBytes)
void	Transceiver.writeMemoryFlood(MemoryLocation baseAddress, ByteBuffer data)
default void	TransceiverInterface.writeMemoryFlood(@NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.NotEmpty byte[] data)	Write to the SDRAM of all chips.
default void	TransceiverInterface.writeMemoryFlood(@NotNull MemoryLocation baseAddress, int dataWord)	Write to the SDRAM of all chips.
void	TransceiverInterface.writeMemoryFlood(@NotNull MemoryLocation baseAddress, @NotNull File dataFile)	Write to the SDRAM of all chips.
void	TransceiverInterface.writeMemoryFlood(@NotNull MemoryLocation baseAddress, @NotNull InputStream dataStream, @jakarta.validation.constraints.Positive int numBytes)	Write to the SDRAM of all chips.
void	TransceiverInterface.writeMemoryFlood(@NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write to the SDRAM of all chips.
void	Transceiver.writeNeighbourMemory(HasCoreLocation core, Direction link, MemoryLocation baseAddress, File dataFile)
void	Transceiver.writeNeighbourMemory(HasCoreLocation core, Direction link, MemoryLocation baseAddress, InputStream dataStream, int numBytes)
void	Transceiver.writeNeighbourMemory(HasCoreLocation core, Direction link, MemoryLocation baseAddress, ByteBuffer data)