Uses of Class
uk.ac.manchester.spinnaker.transceiver.ProcessException

Packages that use ProcessException

Package	Description
uk.ac.manchester.spinnaker.alloc.allocator	The core allocation system.
uk.ac.manchester.spinnaker.alloc.bmp	The BMP control subsystem.
uk.ac.manchester.spinnaker.connections	Classes used to model types of connections that talk to SpiNNaker.
uk.ac.manchester.spinnaker.front_end.download	The buffer manager and support classes.
uk.ac.manchester.spinnaker.front_end.download.request	Classes used to describe the JSON requests to the data transfer code.
uk.ac.manchester.spinnaker.front_end.dse	Data specification execution interface.
uk.ac.manchester.spinnaker.front_end.iobuf	Utility for retrieving IOBUF contents.
uk.ac.manchester.spinnaker.protocols	Data I/O Protocols.
uk.ac.manchester.spinnaker.protocols.download	Fast data download protocol.
uk.ac.manchester.spinnaker.transceiver	How to actually talk to a SpiNNaker machine.

Uses of ProcessException in uk.ac.manchester.spinnaker.alloc.allocator

Methods in uk.ac.manchester.spinnaker.alloc.allocator that throw ProcessException

Modifier and Type	Method	Description
Downloader	SpallocAPI.Job.getDownloader(IPTag iptag)	Get a Downloader protocol instance for an Ethernet within a job.
FastDataIn	SpallocAPI.Job.getFastDataIn(CoreLocation gathererCore, IPTag iptag)	Get a FastDataIn protocol instance for an Ethernet within a job.

Uses of ProcessException in uk.ac.manchester.spinnaker.alloc.bmp

Methods in uk.ac.manchester.spinnaker.alloc.bmp that throw ProcessException

Modifier and Type	Method	Description
void	FirmwareLoader.bitLoad(boolean postDelay)	Load the FPGA definitions.
void	SpiNNakerControl.powerOff(Collection<BMPBoard> boards)	Turn off boards managed by a BMP.
void	SpiNNakerControlDummy.powerOff(Collection<BMPBoard> boards)
void	SpiNNakerControl.powerOnAndCheck(List<BMPBoard> boards)	Switch on a collection of boards managed by a BMP on a machine and check that they've come up correctly.
void	SpiNNakerControlDummy.powerOnAndCheck(List<BMPBoard> boards)
Blacklist	SpiNNakerControl.readBlacklist(BMPBoard board)	Read a blacklist from the given board.
Blacklist	SpiNNakerControlDummy.readBlacklist(BMPBoard board)
String	SpiNNakerControl.readSerial(BMPBoard board)	Read a BMP serial number from the given board.
String	SpiNNakerControlDummy.readSerial(BMPBoard board)
ADCInfo	SpiNNakerControl.readTemp(BMPBoard board)	Read the temperature data from the given board.
ADCInfo	SpiNNakerControlDummy.readTemp(BMPBoard board)
void	SpiNNakerControl.setLinkOff(Link link)	Turns a link off.
void	SpiNNakerControlDummy.setLinkOff(Link link)
void	FirmwareLoader.setupBitfile(String handle, int slot, FPGA chip)	Set a bitfile to be loaded.
void	FirmwareLoader.setupRegisters(FirmwareLoader.RegisterSet... settings)	The write part of cmd_xreg from bmpc.
void	SpiNNakerControl.writeBlacklist(BMPBoard board, Blacklist blacklist)	Write a blacklist to the given board.
void	SpiNNakerControlDummy.writeBlacklist(BMPBoard board, Blacklist blacklist)

Uses of ProcessException in uk.ac.manchester.spinnaker.connections

Constructors in uk.ac.manchester.spinnaker.connections that throw ProcessException

Modifier	Constructor	Description
	ThrottledConnection(IPTag iptag)	Create a throttled connection for talking to a board and point an IPTag so that messages sent to it arrive on this connection.

Uses of ProcessException in uk.ac.manchester.spinnaker.front_end.download

Methods in uk.ac.manchester.spinnaker.front_end.download that throw ProcessException

Modifier and Type	Method	Description
int	DataGatherer.gather(List<Gather> gatherers)	Download he contents of the regions that are described through the data gatherers.
void	DataReceiver.getDataForPlacements(List<Placement> placements)	Gets the data for a list of placements.
void	DataReceiver.getDataForPlacementsParallel(List<Placement> placements, int parallelFactor)	Gets the data for a list of placements in parallel.
protected abstract BufferManagerStorage.Region	DataGatherer.getRecordingRegion(Placement placement, int regionID)	Work out exactly where is going to be downloaded.
protected BufferManagerStorage.Region	DirectDataGatherer.getRecordingRegion(Placement placement, int regionID)	Deprecated.
protected BufferManagerStorage.Region	RecordingRegionDataGatherer.getRecordingRegion(Placement placement, int index)
static List<RecordingRegion>	RecordingRegion.getRecordingRegionDescriptors(TransceiverInterface txrx, Placement placement)	Reads the recording regions from the machine.

Uses of ProcessException in uk.ac.manchester.spinnaker.front_end.download.request

Methods in uk.ac.manchester.spinnaker.front_end.download.request that throw ProcessException

Modifier and Type	Method	Description
void	Gather.updateTransactionIdFromMachine(TransceiverInterface txrx)	sets the transaction id from the machine.

Uses of ProcessException in uk.ac.manchester.spinnaker.front_end.dse

Methods in uk.ac.manchester.spinnaker.front_end.dse that throw ProcessException

Modifier and Type	Method	Description
void	FastExecuteDataSpecification.loadCores(List<Gather> gatherers)	Execute all application data specifications that a particular connection knows about, storing back in the database the information collected about those executions.
void	HostExecuteDataSpecification.loadCores(boolean system)	Execute all application data specifications that a particular connection knows about, storing back in the database the information collected about those executions.
protected final void	ExecuteDataSpecification.processTasksInParallel(Collection<DSEStorage.Ethernet> tasks, Function<DSEStorage.Ethernet,BasicExecutor.SimpleCallable> mapper)	Run the tasks in parallel.

Constructors in uk.ac.manchester.spinnaker.front_end.dse that throw ProcessException

Modifier	Constructor	Description
protected	ExecuteDataSpecification(Machine machine, DSEDatabaseEngine db)

Uses of ProcessException in uk.ac.manchester.spinnaker.front_end.iobuf

Methods in uk.ac.manchester.spinnaker.front_end.iobuf that throw ProcessException

Modifier and Type	Method	Description
NotableMessages	IobufRetriever.retrieveIobufContents(IobufRequest request, File provenanceDir)	Retrieve and translate some IOBUFs.
NotableMessages	IobufRetriever.retrieveIobufContents(CoreSubsets cores, File binaryFile, File provenanceDir)	Retrieve and translate some IOBUFs.

Uses of ProcessException in uk.ac.manchester.spinnaker.protocols

Methods in uk.ac.manchester.spinnaker.protocols that throw ProcessException

Modifier and Type	Method	Description
void	NoDropPacketContext.close()	Restore the SpiNNaker board (or boards, for the brave) to its normal operating mode.
void	SystemRouterTableContext.close()	Restore the SpiNNaker board to its normal operating mode.

Constructors in uk.ac.manchester.spinnaker.protocols that throw ProcessException

Modifier	Constructor	Description
	FastDataIn(CoreLocation gathererCore, IPTag iptag)	Create an instance of the protocol for talking to a particular extra monitor core on a particular board.
	NoDropPacketContext(TransceiverInterface txrx, List<? extends HasCoreLocation> monitorCores, List<? extends HasCoreLocation> gatherers)	Create a no-drop-packets context.
	NoDropPacketContext(TransceiverInterface txrx, Stream<? extends HasCoreLocation> monitorCores, Stream<? extends HasCoreLocation> gatherers)	Create a no-drop-packets context.
	NoDropPacketContext(TransceiverInterface txrx, CoreSubsets monitorCores, CoreSubsets gatherers)	Create a no-drop-packets context.
	SystemRouterTableContext(TransceiverInterface txrx, List<? extends HasCoreLocation> monitorCoreLocations)	Create a no-drop-packets context.
	SystemRouterTableContext(TransceiverInterface txrx, Stream<? extends HasCoreLocation> monitorCoreLocations)	Create a no-drop-packets context.
	SystemRouterTableContext(TransceiverInterface txrx, CoreSubsets monitorCores)	Create a no-drop-packets context.

Uses of ProcessException in uk.ac.manchester.spinnaker.protocols.download

Methods in uk.ac.manchester.spinnaker.protocols.download that throw ProcessException

Modifier and Type	Method	Description
ByteBuffer	Downloader.doDownload(HasCoreLocation monitorCore, MemoryLocation address, int size)	Do the downloading.
void	Downloader.reuse()	Prepare to reuse the downloader.

Constructors in uk.ac.manchester.spinnaker.protocols.download that throw ProcessException

Modifier	Constructor	Description
	Downloader(IPTag iptag)	Create an instance.

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

Subclasses of ProcessException in uk.ac.manchester.spinnaker.transceiver

Modifier and Type	Class	Description
static final class	ProcessException.BadChecksum	A process exception cause by the receipt of a SCPResult.RC_SUM message, indicating that the checksum was wrong.
static final class	ProcessException.BadCommand	A process exception cause by the receipt of a SCPResult.RC_CMD message, indicating that the command was not supported by the destination.
static final class	ProcessException.BadCPUNumber	A process exception cause by the receipt of a SCPResult.RC_CPU message, indicating that the destination core number was out of range.
static final class	ProcessException.BadPacketLength	A process exception cause by the receipt of a SCPResult.RC_LEN message, indicating that the packet length was wrong.
static final class	ProcessException.BadSCPPort	A process exception cause by the receipt of a SCPResult.RC_PORT message, indicating that the SCP port was out of range.
static class	ProcessException.CallerProcessException	Marks an exception for errors in the message by the caller.
static final class	ProcessException.DeadDestination	A process exception cause by the receipt of a SCPResult.RC_DEAD message, indicating that the destination core was not responding to messages from SCAMP.
static final class	ProcessException.InvalidArguments	A process exception cause by the receipt of a SCPResult.RC_ARG message, indicating that the arguments to the command are wrong.
static final class	ProcessException.NoBufferAvailable	A process exception cause by the receipt of a SCPResult.RC_BUF message, indicating that SCAMP had exhausted its supply of buffers.
static final class	ProcessException.NoP2PRoute	A process exception cause by the receipt of a SCPResult.RC_ROUTE message, indicating that messages cannot be directed to that destination for some reason.
static final class	ProcessException.P2PBusy	A process exception cause by the receipt of a SCPResult.RC_P2P_BUSY message, indicating that the receiver in the inter-SCAMP messaging was busy.
static final class	ProcessException.P2PNoReply	A process exception cause by the receipt of a SCPResult.RC_P2P_NOREPLY message, indicating that the inter-SCAMP messaging failed because the channel open failed.
static final class	ProcessException.P2PReject	A process exception cause by the receipt of a SCPResult.RC_P2P_REJECT message, indicating that the receiver in the inter-SCAMP messaging rejected the message.
static final class	ProcessException.P2PTimedOut	A process exception cause by the receipt of a SCPResult.RC_P2P_TIMEOUT message, indicating that the receiver in the inter-SCAMP messaging did not respond.
static final class	ProcessException.PacketTransmissionFailed	A process exception cause by the receipt of a SCPResult.RC_PKT_TX message, indicating that the packet transmission failed.
static class	ProcessException.PermanentProcessException	Marks an exception for a permanent condition.
static final class	ProcessException.TimedOut	A process exception cause by the receipt of a SCPResult.RC_TIMEOUT message, indicating that communications timed out.
static class	ProcessException.TransientProcessException	Marks an exception for a transient condition.

Methods in uk.ac.manchester.spinnaker.transceiver that throw ProcessException

Modifier and Type	Method	Description
default MappableIterable<BMPBoard>	BMPTransceiverInterface.availableBoards()	List which boards are actually available to be manipulated by the current bound BMP.
MappableIterable<BMPBoard>	BMPTransceiverInterface.availableBoards(@Valid BMPCoords bmp)	List which boards are actually available to be manipulated by a particular BMP.
MappableIterable<BMPBoard>	Transceiver.availableBoards(BMPCoords bmp)
MappableIterable<BMPBoard>	UnimplementedBMPTransceiver.availableBoards(BMPCoords bmp)
protected void	Transceiver.call(SCPRequest<EmptyResponse> request)	Do a synchronous call of an SCP operation using the default connection for a request, sending the given message and completely processing the interaction.
final void	TxrxProcess.call(SCPRequest<EmptyResponse> request)	Do a synchronous call of an SCP operation, sending the given message and completely processing the interaction before returning its response.
void	Transceiver.clearIobuf(CoreSubsets coreSubsets)
default void	TransceiverInterface.clearIobuf()	Clear the contents of the IOBUF buffer for all processors.
void	TransceiverInterface.clearIobuf(@Valid CoreSubsets coreSubsets)	Clear the contents of the IOBUF buffer for a collection of processors.
default void	TransceiverInterface.clearIobuf(@Valid HasCoreLocation core)	Clear the contents of the IOBUF buffer for a given core.
void	Transceiver.clearIPTag(int tag, InetAddress boardAddress)
default void	TransceiverInterface.clearIPTag(@uk.ac.manchester.spinnaker.machine.tags.TagID int tag)	Clear the setting of an IP tag.
void	TransceiverInterface.clearIPTag(@uk.ac.manchester.spinnaker.machine.tags.TagID int tag, InetAddress boardAddress)	Clear the setting of an IP tag.
default void	TransceiverInterface.clearIPTag(@Valid Tag tag)	Clear the setting of an IP tag.
void	Transceiver.clearMulticastRoutes(HasChipLocation chip)
void	TransceiverInterface.clearMulticastRoutes(@Valid HasChipLocation chip)	Remove all the multicast routes on a chip.
void	Transceiver.clearReinjectionQueues(CoreSubsets monitorCores)
void	Transceiver.clearReinjectionQueues(HasCoreLocation monitorCore)
void	TransceiverInterface.clearReinjectionQueues(@Valid CoreSubsets monitorCores)	Clear the packet reinjection queues in some monitor processes.
void	TransceiverInterface.clearReinjectionQueues(@Valid HasCoreLocation monitorCore)	Clear the packet reinjection queues in a monitor process.
void	Transceiver.clearRouterDiagnosticCounters(HasChipLocation chip, boolean enable, Iterable<Integer> counterIDs)
default void	TransceiverInterface.clearRouterDiagnosticCounters(@Valid HasChipLocation chip)	Clear router diagnostic information on a chip.
default void	TransceiverInterface.clearRouterDiagnosticCounters(@Valid HasChipLocation chip, boolean enable)	Clear router diagnostic information on a chip.
void	TransceiverInterface.clearRouterDiagnosticCounters(@Valid HasChipLocation chip, boolean enable, Iterable<@NotNull Integer> counterIDs)	Clear router diagnostic information on a chip.
default void	TransceiverInterface.clearRouterDiagnosticCounters(@Valid HasChipLocation chip, Iterable<@NotNull Integer> counterIDs)	Clear router diagnostic information on a chip.
List<SCPConnection>	Transceiver.discoverScampConnections()	Find connections to the board and store these for future use.
default void	TransceiverInterface.enableWatchDogTimer(boolean watchdog)	Enable or disable the watch dog timer.
void	Transceiver.enableWatchDogTimerOnChip(HasChipLocation chip, boolean watchdog)
void	TransceiverInterface.enableWatchDogTimerOnChip(@Valid HasChipLocation chip, boolean watchdog)	Enable or disable the watch dog timer on a specific chip.
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.
final void	Transceiver.execute(HasChipLocation chip, Collection<Integer> processors, File executable, AppID appID, boolean wait)
void	Transceiver.execute(HasChipLocation chip, Collection<Integer> processors, InputStream executable, int numBytes, AppID appID, boolean wait)
void	Transceiver.execute(HasChipLocation chip, Collection<Integer> processors, ByteBuffer executable, AppID appID, boolean wait)
default void	TransceiverInterface.execute(@Valid HasChipLocation chip, Collection<@ValidP Integer> processors, @NotNull File executable, @NotNull AppID appID)	Start an executable running on a single chip.
void	TransceiverInterface.execute(@Valid HasChipLocation chip, Collection<@ValidP Integer> processors, @NotNull File executable, @NotNull AppID appID, boolean wait)	Start an executable running on a single chip.
default void	TransceiverInterface.execute(@Valid HasChipLocation chip, Collection<@ValidP Integer> processors, @NotNull InputStream executable, @jakarta.validation.constraints.Positive int numBytes, @NotNull AppID appID)	Start an executable running on a single chip.
void	TransceiverInterface.execute(@Valid HasChipLocation chip, Collection<@ValidP Integer> processors, @NotNull InputStream executable, @jakarta.validation.constraints.Positive int numBytes, @NotNull AppID appID, boolean wait)	Start an executable running on a single chip.
default void	TransceiverInterface.execute(@Valid HasChipLocation chip, Collection<@ValidP Integer> processors, @NotNull ByteBuffer executable, @NotNull AppID appID)	Start an executable running on a single chip.
default void	TransceiverInterface.execute(@Valid HasCoreLocation core, @NotNull File executable, @NotNull AppID appID)	Start an executable running on a single core.
default void	TransceiverInterface.execute(@Valid HasCoreLocation core, @NotNull File executable, @NotNull AppID appID, boolean wait)	Start an executable running on a single core.
default void	TransceiverInterface.execute(@Valid HasCoreLocation core, @NotNull InputStream executable, @jakarta.validation.constraints.Positive int numBytes, @NotNull AppID appID)	Start an executable running on a single core.
default void	TransceiverInterface.execute(@Valid HasCoreLocation core, @NotNull InputStream executable, @jakarta.validation.constraints.Positive int numBytes, @NotNull AppID appID, boolean wait)	Start an executable running on a single core.
default void	TransceiverInterface.execute(@Valid HasCoreLocation core, @NotNull ByteBuffer executable, @NotNull AppID appID)	Start an executable running on a single core.
default void	TransceiverInterface.execute(@Valid HasCoreLocation core, @NotNull ByteBuffer executable, @NotNull AppID appID, boolean wait)	Start an executable running on a single core.
void	TransceiverInterface.execute(HasChipLocation chip, Collection<Integer> processors, ByteBuffer executable, AppID appID, boolean wait)	Start an executable running on a single chip.
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.
void	Transceiver.executeFlood(CoreSubsets coreSubsets, File executable, AppID appID, boolean wait)
void	Transceiver.executeFlood(CoreSubsets coreSubsets, InputStream executable, int numBytes, AppID appID, boolean wait)
void	Transceiver.executeFlood(CoreSubsets coreSubsets, ByteBuffer executable, AppID appID, boolean wait)
default void	TransceiverInterface.executeFlood(@Valid CoreSubsets coreSubsets, @NotNull File executable, @NotNull AppID appID)	Start an executable running on multiple places on the board.
void	TransceiverInterface.executeFlood(@Valid CoreSubsets coreSubsets, @NotNull File executable, @NotNull AppID appID, boolean wait)	Start an executable running on multiple places on the board.
default void	TransceiverInterface.executeFlood(@Valid CoreSubsets coreSubsets, @NotNull InputStream executable, @jakarta.validation.constraints.Positive int numBytes, @NotNull AppID appID)	Start an executable running on multiple places on the board.
void	TransceiverInterface.executeFlood(@Valid CoreSubsets coreSubsets, @NotNull InputStream executable, @jakarta.validation.constraints.Positive int numBytes, @NotNull AppID appID, boolean wait)	Start an executable running on multiple places on the board.
default void	TransceiverInterface.executeFlood(@Valid CoreSubsets coreSubsets, @NotNull ByteBuffer executable, @NotNull AppID appID)	Start an executable running on multiple places on the board.
void	TransceiverInterface.executeFlood(@Valid CoreSubsets coreSubsets, @NotNull ByteBuffer executable, @NotNull AppID appID, boolean wait)	Start an executable running on multiple places on the board.
void	Transceiver.fillMemory(HasChipLocation chip, MemoryLocation baseAddress, int repeatValue, int size, FillDataType dataType)
default void	TransceiverInterface.fillMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, int repeatValue, @jakarta.validation.constraints.Positive int size)	Fill some memory with repeated data.
void	TransceiverInterface.fillMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, int repeatValue, @jakarta.validation.constraints.Positive int size, @NotNull FillDataType dataType)	Fill some memory with repeated data.
protected final void	TxrxProcess.finishBatch()	Wait for all outstanding requests sent by this process to receive replies or time out.
void	Transceiver.freeSDRAM(HasChipLocation chip, MemoryLocation baseAddress)
int	Transceiver.freeSDRAM(HasChipLocation chip, AppID appID)
void	TransceiverInterface.freeSDRAM(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress)	Free allocated SDRAM.
int	TransceiverInterface.freeSDRAM(@Valid HasChipLocation chip, @NotNull AppID appID)	Free all SDRAM allocated to a given application ID.
protected <T, R extends PayloadedResponse<T, ?>> T	Transceiver.get(SCPRequest<R> request)	Do a synchronous call of an SCP operation using the default connection for a request, sending the given message and completely processing the interaction before returning its response.
AppIdTracker	Transceiver.getAppIdTracker()
default CoreSubsets	TransceiverInterface.getCoresInState(@Valid CoreSubsets allCoreSubsets, @NotNull CPUState state)	Get all cores that are in a given state.
default CoreSubsets	TransceiverInterface.getCoresInState(@Valid CoreSubsets allCoreSubsets, EnumSet<@NotNull CPUState> states)	Get all cores that are in a given set of states.
default Map<CoreLocation,CPUInfo>	TransceiverInterface.getCoresNotInState(@Valid CoreSubsets allCoreSubsets, @NotNull CPUState state)	Get all cores that are not in a given state.
default Map<CoreLocation,CPUInfo>	TransceiverInterface.getCoresNotInState(@Valid CoreSubsets allCoreSubsets, EnumSet<@NotNull CPUState> states)	Get all cores that are not in a given set of states.
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.
MappableIterable<CPUInfo>	Transceiver.getCPUInformation(CoreSubsets coreSubsets)
default MappableIterable<CPUInfo>	TransceiverInterface.getCPUInformation()	Get information about the processors on the board.
MappableIterable<CPUInfo>	TransceiverInterface.getCPUInformation(@Valid CoreSubsets coreSubsets)	Get information about some processors on the board.
default CPUInfo	TransceiverInterface.getCPUInformation(@Valid HasCoreLocation core)	Get information about a specific processor on the board.
default ChipInfo	TransceiverInterface.getFullChipInformation(HasChipLocation chip)	Get the full information about the chip.
List<HeapElement>	Transceiver.getHeap(HasChipLocation chip, SystemVariableDefinition heap)
default List<HeapElement>	TransceiverInterface.getHeap(@Valid HasChipLocation chip)	Get the contents of the SDRAM heap on a given chip.
List<HeapElement>	TransceiverInterface.getHeap(@Valid HasChipLocation chip, @NotNull SystemVariableDefinition heap)	Get the contents of the given heap on a given chip.
MappableIterable<IOBuffer>	Transceiver.getIobuf(CoreSubsets coreSubsets)
default MappableIterable<IOBuffer>	TransceiverInterface.getIobuf()	Get the contents of the IOBUF buffer for all processors.
MappableIterable<IOBuffer>	TransceiverInterface.getIobuf(@Valid CoreSubsets coreSubsets)	Get the contents of the IOBUF buffer for a collection of processors.
default IOBuffer	TransceiverInterface.getIobuf(@Valid HasCoreLocation core)	Get the contents of IOBUF for a given core.
Machine	Transceiver.getMachineDetails()
Machine	TransceiverInterface.getMachineDetails()	Get the details of the machine made up of chips on a board and how they are connected to each other.
MachineDimensions	Transceiver.getMachineDimensions()
MachineDimensions	TransceiverInterface.getMachineDimensions()	Get the maximum chip x-coordinate and maximum chip y-coordinate of the chips in the machine.
List<MulticastRoutingEntry>	Transceiver.getMulticastRoutes(HasChipLocation chip, AppID appID)
default List<MulticastRoutingEntry>	TransceiverInterface.getMulticastRoutes(@Valid HasChipLocation chip)	Get the current multicast routes set up on a chip.
List<MulticastRoutingEntry>	TransceiverInterface.getMulticastRoutes(@Valid HasChipLocation chip, AppID appID)	Get the current multicast routes set up on a chip.
Map<CoreLocation,ReinjectionStatus>	Transceiver.getReinjectionStatus(CoreSubsets monitorCores)
ReinjectionStatus	Transceiver.getReinjectionStatus(HasCoreLocation monitorCore)
Map<CoreLocation,ReinjectionStatus>	TransceiverInterface.getReinjectionStatus(@Valid CoreSubsets monitorCores)	Get the packet reinjection status of some monitor processes.
ReinjectionStatus	TransceiverInterface.getReinjectionStatus(@Valid HasCoreLocation monitorCore)	Get the packet reinjection status of a monitor process.
default boolean	BMPTransceiverInterface.getResetStatus(@Valid BMPBoard board)	Get the FPGA reset status.
boolean	BMPTransceiverInterface.getResetStatus(@Valid BMPCoords bmp, @Valid BMPBoard board)	Get the FPGA reset status.
boolean	Transceiver.getResetStatus(BMPCoords bmp, BMPBoard board)
boolean	UnimplementedBMPTransceiver.getResetStatus(BMPCoords bmp, BMPBoard board)
DiagnosticFilter	Transceiver.getRouterDiagnosticFilter(HasChipLocation chip, int position)
DiagnosticFilter	TransceiverInterface.getRouterDiagnosticFilter(@Valid HasChipLocation chip, @jakarta.validation.constraints.PositiveOrZero int position)	Gets a router diagnostic filter from a router.
RouterDiagnostics	Transceiver.getRouterDiagnostics(HasChipLocation chip)
RouterDiagnostics	TransceiverInterface.getRouterDiagnostics(@Valid HasChipLocation chip)	Get router diagnostic information from a chip.
VersionInfo	Transceiver.getScampVersion(HasChipLocation chip, ConnectionSelector<SCPConnection> connectionSelector)
default VersionInfo	TransceiverInterface.getScampVersion()	Get the version of SCAMP which is running on the board.
default VersionInfo	TransceiverInterface.getScampVersion(@NotNull ConnectionSelector<SCPConnection> connectionSelector)	Get the version of SCAMP which is running on the board.
default VersionInfo	TransceiverInterface.getScampVersion(@Valid HasChipLocation chip)	Get the version of SCAMP which is running on the board.
VersionInfo	TransceiverInterface.getScampVersion(@Valid HasChipLocation chip, @NotNull ConnectionSelector<SCPConnection> connectionSelector)	Get the version of SCAMP which is running on the board.
default MemoryLocation	BMPTransceiverInterface.getSerialFlashBuffer(@Valid BMPBoard board)	Get the address of the serial flash buffer.
MemoryLocation	BMPTransceiverInterface.getSerialFlashBuffer(@Valid BMPCoords bmp, @Valid BMPBoard board)	Get the address of the serial flash buffer.
MemoryLocation	Transceiver.getSerialFlashBuffer(BMPCoords bmp, BMPBoard board)
MemoryLocation	UnimplementedBMPTransceiver.getSerialFlashBuffer(BMPCoords bmp, BMPBoard board)
List<Tag>	Transceiver.getTags(SCPConnection connection)
default List<Tag>	TransceiverInterface.getTags()	Get the current set of tags that have been set on the board using all SCPSender connections.
List<Tag>	TransceiverInterface.getTags(SCPConnection connection)	Get the current set of tags that have been set on the board.
Map<Tag,Integer>	Transceiver.getTagUsage(SCPConnection connection)
default Map<Tag,Integer>	TransceiverInterface.getTagUsage()	Get the number of times each tag has had a message sent via it using all SCPSender connections.
Map<Tag,Integer>	TransceiverInterface.getTagUsage(@NotNull SCPConnection connection)	Get the number of times each tag has had a message sent via it for a connection.
void	Transceiver.loadApplicationRouterTables(CoreSubsets monitorCores)
void	TransceiverInterface.loadApplicationRouterTables(@Valid CoreSubsets monitorCores)	Load the (previously saved) application's multicast router tables.
void	Transceiver.loadFixedRoute(HasChipLocation chip, RoutingEntry fixedRoute, AppID appID)
default void	TransceiverInterface.loadFixedRoute(@Valid HasChipLocation chip, @Valid RoutingEntry fixedRoute)	Loads a fixed route routing table entry onto a chip's router.
void	TransceiverInterface.loadFixedRoute(@Valid HasChipLocation chip, @Valid RoutingEntry fixedRoute, @NotNull AppID appID)	Loads a fixed route routing table entry onto a chip's router.
void	Transceiver.loadMulticastRoutes(HasChipLocation chip, Collection<MulticastRoutingEntry> routes, AppID appID)
default void	TransceiverInterface.loadMulticastRoutes(@Valid HasChipLocation chip, Collection<@NotNull MulticastRoutingEntry> routes)	Load a set of multicast routes on to a chip associated with the default application ID.
void	TransceiverInterface.loadMulticastRoutes(@Valid HasChipLocation chip, Collection<@NotNull MulticastRoutingEntry> routes, @NotNull AppID appID)	Load a set of multicast routes on to a chip.
void	Transceiver.loadSystemRouterTables(CoreSubsets monitorCores)
void	TransceiverInterface.loadSystemRouterTables(@Valid CoreSubsets monitorCores)	Load the (previously configured) system multicast router tables.
MemoryLocation	Transceiver.mallocSDRAM(HasChipLocation chip, int size, AppID appID, int tag)
default MemoryLocation	TransceiverInterface.mallocSDRAM(@Valid HasChipLocation chip, @jakarta.validation.constraints.Positive int size)	Allocates a chunk of SDRAM on a chip on the machine.
default MemoryLocation	TransceiverInterface.mallocSDRAM(@Valid HasChipLocation chip, @jakarta.validation.constraints.Positive int size, @NotNull AppID appID)	Allocates a chunk of SDRAM on a chip on the machine.
MemoryLocation	TransceiverInterface.mallocSDRAM(@Valid HasChipLocation chip, @jakarta.validation.constraints.Positive int size, @NotNull AppID appID, int tag)	Allocates a chunk of SDRAM on a chip on the machine.
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	UnimplementedBMPTransceiver.power(PowerCommand powerCommand, BMPCoords bmp, Collection<BMPBoard> boards)
default void	BMPTransceiverInterface.powerOff(@Valid BMPBoard board)	Power off a board in the machine.
default void	BMPTransceiverInterface.powerOff(Collection<@Valid BMPBoard> boards)	Power off some boards in the machine.
void	BMPTransceiverInterface.powerOffMachine()	Power off the whole machine.
void	Transceiver.powerOffMachine()
void	UnimplementedBMPTransceiver.powerOffMachine()
default void	BMPTransceiverInterface.powerOn(@Valid BMPBoard board)	Power on a board in the machine.
default void	BMPTransceiverInterface.powerOn(Collection<@Valid BMPBoard> boards)	Power on some boards in the machine.
void	BMPTransceiverInterface.powerOnMachine()	Power on the whole machine.
void	Transceiver.powerOnMachine()
void	UnimplementedBMPTransceiver.powerOnMachine()
default ADCInfo	BMPTransceiverInterface.readADCData(@Valid BMPBoard board)	Read the ADC data.
ADCInfo	BMPTransceiverInterface.readADCData(@Valid BMPCoords bmp, @Valid BMPBoard board)	Read the ADC data.
ADCInfo	Transceiver.readADCData(BMPCoords bmp, BMPBoard board)
ADCInfo	UnimplementedBMPTransceiver.readADCData(BMPCoords bmp, BMPBoard board)
default Blacklist	BMPTransceiverInterface.readBlacklist(@Valid BMPBoard board)	Read the blacklist from a board.
default Blacklist	BMPTransceiverInterface.readBlacklist(@Valid BMPCoords bmp, @Valid BMPBoard board)	Read the blacklist from a board.
default FirmwareDescriptor	BMPTransceiverInterface.readBMPFirmwareDescriptor(@Valid BMPBoard board, FirmwareDescriptors type)	Read the BMP firmware descriptor.
default FirmwareDescriptor	BMPTransceiverInterface.readBMPFirmwareDescriptor(@Valid BMPCoords bmp, @Valid BMPBoard board, FirmwareDescriptors type)	Read the BMP firmware descriptor.
default ByteBuffer	BMPTransceiverInterface.readBMPMemory(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read BMP memory.
ByteBuffer	BMPTransceiverInterface.readBMPMemory(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read BMP memory.
ByteBuffer	Transceiver.readBMPMemory(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int length)
ByteBuffer	UnimplementedBMPTransceiver.readBMPMemory(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int length)
default int	BMPTransceiverInterface.readBMPMemoryWord(@Valid BMPBoard board, @NotNull MemoryLocation address)	Read BMP memory.
default int	BMPTransceiverInterface.readBMPMemoryWord(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation address)	Read BMP memory.
default VersionInfo	BMPTransceiverInterface.readBMPVersion(@Valid BMPBoard board)	Read the BMP version.
VersionInfo	BMPTransceiverInterface.readBMPVersion(@Valid BMPCoords bmp, @Valid BMPBoard board)	Read the BMP version.
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)
VersionInfo	UnimplementedBMPTransceiver.readBMPVersion(BMPCoords bmp, BMPBoard board)
default String	BMPTransceiverInterface.readBoardSerialNumber(@Valid BMPBoard board)	Read the BMP serial number from a board.
String	BMPTransceiverInterface.readBoardSerialNumber(@Valid BMPCoords bmp, @Valid BMPBoard board)	Read the BMP serial number from a board.
String	Transceiver.readBoardSerialNumber(BMPCoords bmp, BMPBoard board)
String	UnimplementedBMPTransceiver.readBoardSerialNumber(BMPCoords bmp, BMPBoard board)
RoutingEntry	Transceiver.readFixedRoute(HasChipLocation chip, AppID appID)
default RoutingEntry	TransceiverInterface.readFixedRoute(@Valid HasChipLocation chip)	Reads a fixed route routing table entry from a chip's router.
RoutingEntry	TransceiverInterface.readFixedRoute(@Valid HasChipLocation chip, @NotNull AppID appID)	Reads a fixed route routing table entry from a chip's router.
default int	BMPTransceiverInterface.readFPGALinkCounter(FPGA fpga, int linkNumber, FPGARecevingLinkCounters counter, @Valid BMPBoard board)	Read a link counter on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGALinkCounter(FPGA fpga, int linkNumber, FPGARecevingLinkCounters counter, @Valid BMPCoords bmp, @Valid BMPBoard board)	Read a register on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGALinkCounter(FPGA fpga, int linkNumber, FPGASendingLinkCounters counter, @Valid BMPBoard board)	Read a link counter on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGALinkCounter(FPGA fpga, int linkNumber, FPGASendingLinkCounters counter, @Valid BMPCoords bmp, @Valid BMPBoard board)	Read a register on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGARegister(FPGA fpga, int registerBank, FPGALinkRegisters register, @Valid BMPBoard board)	Read a register on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGARegister(FPGA fpga, int registerBank, FPGALinkRegisters register, @Valid BMPCoords bmp, @Valid BMPBoard board)	Read a register on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGARegister(FPGA fpga, @NotNull MemoryLocation register, @Valid BMPBoard board)	Read a register on a FPGA of a board.
int	BMPTransceiverInterface.readFPGARegister(FPGA fpga, @NotNull MemoryLocation register, @Valid BMPCoords bmp, @Valid BMPBoard board)	Read a register on a FPGA of a board.
default int	BMPTransceiverInterface.readFPGARegister(FPGA fpga, FPGAMainRegisters register, @Valid BMPBoard board)	Read a register on a FPGA of a board, assuming the standard FPGA configuration.
default int	BMPTransceiverInterface.readFPGARegister(FPGA fpga, FPGAMainRegisters register, @Valid BMPCoords bmp, @Valid BMPBoard board)	Read a register on a FPGA of a board, assuming the standard FPGA configuration.
int	Transceiver.readFPGARegister(FPGA fpga, MemoryLocation register, BMPCoords bmp, BMPBoard board)
int	UnimplementedBMPTransceiver.readFPGARegister(FPGA fpga, MemoryLocation register, BMPCoords bmp, BMPBoard board)
ByteBuffer	Transceiver.readMemory(HasCoreLocation core, MemoryLocation baseAddress, int length)
default ByteBuffer	TransceiverInterface.readMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read some areas of SDRAM from the board.
ByteBuffer	TransceiverInterface.readMemory(@Valid HasCoreLocation core, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read some areas of SDRAM (or System RAM) from the board.
default ByteBuffer	TransceiverInterface.readMemory(@Valid HasCoreLocation core, @NotNull HeapElement element)	Read the contents of an allocated block on the heap from the board.
ByteBuffer	Transceiver.readNeighbourMemory(HasCoreLocation core, Direction link, MemoryLocation baseAddress, int length)
default ByteBuffer	TransceiverInterface.readNeighbourMemory(@Valid HasChipLocation chip, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read some areas of memory on a neighbouring chip using a LINK_READ SCP command.
ByteBuffer	TransceiverInterface.readNeighbourMemory(@Valid HasCoreLocation core, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read some areas of memory on a neighbouring chip using a LINK_READ SCP command.
void	Transceiver.readRegion(BufferManagerStorage.Region region, BufferManagerStorage storage)
void	TransceiverInterface.readRegion(BufferManagerStorage.Region region, @NotNull BufferManagerStorage storage)	Read an area associated with a recording region from SDRAM from a core of a chip on the board.
default ByteBuffer	BMPTransceiverInterface.readSerialFlash(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read BMP serial flash memory.
ByteBuffer	BMPTransceiverInterface.readSerialFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read BMP serial flash memory.
ByteBuffer	Transceiver.readSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int length)
ByteBuffer	UnimplementedBMPTransceiver.readSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int length)
default int	BMPTransceiverInterface.readSerialFlashCRC(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read the CRC32 checksum of BMP serial flash memory.
int	BMPTransceiverInterface.readSerialFlashCRC(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int length)	Read the CRC32 checksum of BMP serial flash memory.
int	Transceiver.readSerialFlashCRC(BMPCoords bmp, BMPBoard board, MemoryLocation address, int length)
int	UnimplementedBMPTransceiver.readSerialFlashCRC(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int length)
default int	TransceiverInterface.readUser0(@Valid HasCoreLocation core)	Read the user0 register of a core.
default int	TransceiverInterface.readUser1(@Valid HasCoreLocation core)	Read the user1 register of a core.
default int	TransceiverInterface.readUser2(@Valid HasCoreLocation core)	Read the user2 register of a core.
default void	BMPTransceiverInterface.resetFPGA(@Valid BMPBoard board, BMPTransceiverInterface.FPGAResetType resetType)	Reset the FPGAs on a board.
void	BMPTransceiverInterface.resetFPGA(@Valid BMPCoords bmp, @Valid BMPBoard board, BMPTransceiverInterface.FPGAResetType resetType)	Reset the FPGAs on a board.
void	Transceiver.resetFPGA(BMPCoords bmp, BMPBoard board, BMPTransceiverInterface.FPGAResetType resetType)
void	UnimplementedBMPTransceiver.resetFPGA(BMPCoords bmp, BMPBoard board, BMPTransceiverInterface.FPGAResetType resetType)
void	Transceiver.resetReinjectionCounters(CoreSubsets monitorCores)
void	Transceiver.resetReinjectionCounters(HasCoreLocation monitorCore)
void	TransceiverInterface.resetReinjectionCounters(@Valid CoreSubsets monitorCores)	Reset the packet reinjection counters of some monitor processes.
void	TransceiverInterface.resetReinjectionCounters(@Valid HasCoreLocation monitorCore)	Reset the packet reinjection counters of a monitor process.
void	Transceiver.resetRouting(Map<Integer,DiagnosticFilter> customFilters)
void	TransceiverInterface.resetRouting(Map<Integer,DiagnosticFilter> customFilters)	Clear the router tables, reset diagnostic counters and put in optional custom filters.
final <T, R extends PayloadedResponse<T, ?>> T	TxrxProcess.retrieve(SCPRequest<R> request)	Do a synchronous call of an SCP operation, sending the given message and completely processing the interaction before returning its parsed payload.
void	Transceiver.saveApplicationRouterTables(CoreSubsets monitorCores)
void	TransceiverInterface.saveApplicationRouterTables(@Valid CoreSubsets monitorCores)	Save the application's multicast router tables.
void	Transceiver.sendSignal(AppID appID, Signal signal)
void	TransceiverInterface.sendSignal(@NotNull AppID appID, @NotNull Signal signal)	Send a signal to an application.
void	Transceiver.setIPTag(IPTag tag)
void	Transceiver.setIPTag(IPTag tag, SDPConnection connection)
void	TransceiverInterface.setIPTag(@Valid IPTag tag)	Set up an IP tag.
void	TransceiverInterface.setIPTag(@Valid IPTag tag, @NotNull SDPConnection connection)	Set up an IP tag to deliver messages to a particular connection.
default void	BMPTransceiverInterface.setLED(Collection<Integer> leds, LEDAction action, @Valid BMPBoard board)	Set the LED state of a board in the machine.
void	BMPTransceiverInterface.setLED(Collection<Integer> leds, LEDAction action, @Valid BMPCoords bmp, Collection<@Valid BMPBoard> boards)	Set the LED state of a board in the machine.
void	Transceiver.setLED(Collection<Integer> leds, LEDAction action, BMPCoords bmp, Collection<BMPBoard> board)
void	UnimplementedBMPTransceiver.setLED(Collection<Integer> leds, LEDAction action, BMPCoords bmp, Collection<BMPBoard> board)
void	Transceiver.setLEDs(HasCoreLocation core, Map<Integer,LEDAction> ledStates)
default void	TransceiverInterface.setLEDs(@Valid HasChipLocation chip, Map<Integer,LEDAction> ledStates)	Set LED states.
void	TransceiverInterface.setLEDs(@Valid HasCoreLocation core, Map<Integer,LEDAction> ledStates)	Set LED states.
default void	TransceiverInterface.setReinjection(@Valid CoreSubsets monitorCores, boolean reinject)	Set whether packets (of all types) are to be reinjected.
default void	TransceiverInterface.setReinjection(@Valid CoreSubsets monitorCores, @NotNull ReinjectionStatus status)	Restore whether packets are to be reinjected to a previously saved state.
default void	TransceiverInterface.setReinjection(@Valid HasCoreLocation monitorCore, boolean reinject)	Set whether packets (of all types) are to be reinjected.
default void	TransceiverInterface.setReinjection(@Valid HasCoreLocation monitorCore, @NotNull ReinjectionStatus status)	Restore whether packets are to be reinjected to a previously saved state.
void	Transceiver.setReinjectionEmergencyTimeout(CoreSubsets monitorCores, int timeoutMantissa, int timeoutExponent)
void	Transceiver.setReinjectionEmergencyTimeout(HasCoreLocation monitorCore, int timeoutMantissa, int timeoutExponent)
void	TransceiverInterface.setReinjectionEmergencyTimeout(@Valid CoreSubsets monitorCores, int timeoutMantissa, int timeoutExponent)	Set the emergency packet reinjection timeout.
default void	TransceiverInterface.setReinjectionEmergencyTimeout(@Valid CoreSubsets monitorCores, @NotNull ReinjectionStatus status)	Set the emergency packet reinjection timeout.
default void	TransceiverInterface.setReinjectionEmergencyTimeout(@Valid CoreSubsets monitorCores, @NotNull RouterTimeout timeout)	Set the emergency packet reinjection timeout.
void	TransceiverInterface.setReinjectionEmergencyTimeout(@Valid HasCoreLocation monitorCore, int timeoutMantissa, int timeoutExponent)	Set the emergency packet reinjection timeout.
default void	TransceiverInterface.setReinjectionEmergencyTimeout(@Valid HasCoreLocation monitorCore, @NotNull RouterTimeout timeout)	Set the emergency packet reinjection timeout.
void	Transceiver.setReinjectionTimeout(CoreSubsets monitorCores, int timeoutMantissa, int timeoutExponent)
void	Transceiver.setReinjectionTimeout(HasCoreLocation monitorCore, int timeoutMantissa, int timeoutExponent)
void	TransceiverInterface.setReinjectionTimeout(@Valid CoreSubsets monitorCores, int timeoutMantissa, int timeoutExponent)	Set the packet reinjection timeout.
default void	TransceiverInterface.setReinjectionTimeout(@Valid CoreSubsets monitorCores, @NotNull ReinjectionStatus status)	Set the packet reinjection timeout.
default void	TransceiverInterface.setReinjectionTimeout(@Valid CoreSubsets monitorCores, @NotNull RouterTimeout timeout)	Set the packet reinjection timeout.
void	TransceiverInterface.setReinjectionTimeout(@Valid HasCoreLocation monitorCore, int timeoutMantissa, int timeoutExponent)	Set the packet reinjection timeout.
default void	TransceiverInterface.setReinjectionTimeout(@Valid HasCoreLocation monitorCore, @NotNull RouterTimeout timeout)	Set the packet reinjection timeout.
void	Transceiver.setReinjectionTypes(CoreSubsets monitorCores, boolean multicast, boolean pointToPoint, boolean fixedRoute, boolean nearestNeighbour)
void	Transceiver.setReinjectionTypes(HasCoreLocation monitorCore, boolean multicast, boolean pointToPoint, boolean fixedRoute, boolean nearestNeighbour)
void	TransceiverInterface.setReinjectionTypes(@Valid CoreSubsets monitorCores, boolean multicast, boolean pointToPoint, boolean fixedRoute, boolean nearestNeighbour)	Set what types of packets are to be reinjected.
void	TransceiverInterface.setReinjectionTypes(@Valid HasCoreLocation monitorCore, boolean multicast, boolean pointToPoint, boolean fixedRoute, boolean nearestNeighbour)	Set what types of packets are to be reinjected.
void	Transceiver.setReverseIPTag(ReverseIPTag tag)
void	TransceiverInterface.setReverseIPTag(@Valid ReverseIPTag tag)	Set up a reverse IP tag.
void	Transceiver.setRouterDiagnosticFilter(HasChipLocation chip, int position, DiagnosticFilter diagnosticFilter)
void	TransceiverInterface.setRouterDiagnosticFilter(@Valid HasChipLocation chip, int position, @NotNull DiagnosticFilter diagnosticFilter)	Sets a router diagnostic filter in a router.
default void	TransceiverInterface.setWatchDogTimeout(int watchdog)	Set the value of the watch dog timer.
void	Transceiver.setWatchDogTimeoutOnChip(HasChipLocation chip, int watchdog)
void	TransceiverInterface.setWatchDogTimeoutOnChip(@Valid HasChipLocation chip, int watchdog)	Set the value of the watch dog timer on a specific chip.
void	Transceiver.stopApplication(AppID appID)
void	TransceiverInterface.stopApplication(@NotNull AppID appID)	Sends a stop request for an application ID.
void	Transceiver.updateProvenanceAndExit(CoreSubsets coreSubsets)
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.
void	TransceiverInterface.updateProvenanceAndExit(@Valid CoreSubsets coreSubsets)	Tell some running application cores to write their provenance data to a location where it can be read back, and then to go into their FINISHED state.
default void	TransceiverInterface.updateProvenanceAndExit(@Valid HasCoreLocation core)	Tell a running application core to write its provenance data to a location where it can be read back, and then to go into the FINISHED state.
void	Transceiver.updateRuntime(Integer runTimesteps, int currentTime, int syncTimesteps, CoreSubsets coreSubsets)
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	TransceiverInterface.updateRuntime(@PositiveOrZero Integer runTimesteps, @jakarta.validation.constraints.PositiveOrZero int currentTime, @jakarta.validation.constraints.PositiveOrZero int syncTimesteps, @Valid CoreSubsets coreSubsets)	Set the running time information for a collection of processors.
default void	TransceiverInterface.updateRuntime(@PositiveOrZero Integer runTimesteps, @jakarta.validation.constraints.PositiveOrZero int currentTime, @jakarta.validation.constraints.PositiveOrZero int syncTimesteps, @Valid HasCoreLocation core)	Set the running time information for a given core.
default void	BMPTransceiverInterface.writeBlacklist(@Valid BMPBoard board, @Valid Blacklist blacklist)	Write a blacklist to a board.
default void	BMPTransceiverInterface.writeBlacklist(@Valid BMPCoords bmp, @Valid BMPBoard board, @Valid Blacklist blacklist)	Write a blacklist to a board.
default void	BMPTransceiverInterface.writeBMPFlash(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress)	Write a fixed size chunk to flash memory of a BMP with erase.
void	BMPTransceiverInterface.writeBMPFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress)	Write a fixed size chunk to flash memory of a BMP with erase.
void	Transceiver.writeBMPFlash(BMPCoords bmp, BMPBoard board, MemoryLocation address)
void	UnimplementedBMPTransceiver.writeBMPFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress)
default void	BMPTransceiverInterface.writeBMPMemory(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, int dataWord)	Write BMP memory.
default void	BMPTransceiverInterface.writeBMPMemory(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull File file)	Write BMP memory from a file.
default void	BMPTransceiverInterface.writeBMPMemory(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write BMP memory.
default void	BMPTransceiverInterface.writeBMPMemory(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, int dataWord)	Write BMP memory.
void	BMPTransceiverInterface.writeBMPMemory(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull File file)	Write BMP memory from a file.
void	BMPTransceiverInterface.writeBMPMemory(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write BMP memory.
void	Transceiver.writeBMPMemory(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, File file)
void	Transceiver.writeBMPMemory(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, ByteBuffer data)
void	UnimplementedBMPTransceiver.writeBMPMemory(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, File file)
void	UnimplementedBMPTransceiver.writeBMPMemory(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, ByteBuffer data)
default void	BMPTransceiverInterface.writeFlash(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write a buffer to flash memory on the BMP.
void	BMPTransceiverInterface.writeFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write a buffer to flash memory on the BMP.
void	Transceiver.writeFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)
void	UnimplementedBMPTransceiver.writeFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)
default void	BMPTransceiverInterface.writeFPGARegister(FPGA fpga, int registerBank, FPGALinkRegisters register, int value, @Valid BMPBoard board)	Write a register on a FPGA of a board, assuming the standard FPGA configuration.
default void	BMPTransceiverInterface.writeFPGARegister(FPGA fpga, int registerBank, FPGALinkRegisters register, int value, @Valid BMPCoords bmp, @Valid BMPBoard board)	Write a register on a FPGA of a board, assuming the standard FPGA configuration.
default void	BMPTransceiverInterface.writeFPGARegister(FPGA fpga, @NotNull MemoryLocation register, int value, @Valid BMPBoard board)	Write a register on a FPGA of a board.
void	BMPTransceiverInterface.writeFPGARegister(FPGA fpga, @NotNull MemoryLocation register, int value, @Valid BMPCoords bmp, @Valid BMPBoard board)	Write a register on a FPGA of a board.
default void	BMPTransceiverInterface.writeFPGARegister(FPGA fpga, FPGAMainRegisters register, int value, @Valid BMPBoard board)	Write a register on a FPGA of a board, assuming the standard FPGA configuration.
default void	BMPTransceiverInterface.writeFPGARegister(FPGA fpga, FPGAMainRegisters register, int value, @Valid BMPCoords bmp, @Valid BMPBoard board)	Write a register on a FPGA of a board, assuming the standard FPGA configuration.
void	Transceiver.writeFPGARegister(FPGA fpga, MemoryLocation register, int value, BMPCoords bmp, BMPBoard board)
void	UnimplementedBMPTransceiver.writeFPGARegister(FPGA fpga, MemoryLocation register, int value, BMPCoords bmp, BMPBoard board)
void	Transceiver.writeMemory(HasCoreLocation core, MemoryLocation baseAddress, File dataFile)
void	Transceiver.writeMemory(HasCoreLocation core, MemoryLocation baseAddress, InputStream dataStream, int numBytes)
void	Transceiver.writeMemory(HasCoreLocation core, MemoryLocation baseAddress, ByteBuffer data)
default void	TransceiverInterface.writeMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.NotEmpty byte[] data)	Write to the SDRAM on the board.
default void	TransceiverInterface.writeMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, int dataWord)	Write to the SDRAM on the board.
default void	TransceiverInterface.writeMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, @NotNull File dataFile)	Write to the SDRAM on the board.
default void	TransceiverInterface.writeMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, @NotNull InputStream dataStream, @jakarta.validation.constraints.Positive int numBytes)	Write to the SDRAM on the board.
default void	TransceiverInterface.writeMemory(@Valid HasChipLocation chip, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write to the SDRAM on the board.
default void	TransceiverInterface.writeMemory(@Valid HasCoreLocation core, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.NotEmpty byte[] data)	Write to the SDRAM on the board.
default void	TransceiverInterface.writeMemory(@Valid HasCoreLocation core, @NotNull MemoryLocation baseAddress, int dataWord)	Write to the SDRAM (or System RAM) on the board.
void	TransceiverInterface.writeMemory(@Valid HasCoreLocation core, @NotNull MemoryLocation baseAddress, @NotNull File dataFile)	Write to the SDRAM on the board.
void	TransceiverInterface.writeMemory(@Valid HasCoreLocation core, @NotNull MemoryLocation baseAddress, @NotNull InputStream dataStream, @jakarta.validation.constraints.Positive int numBytes)	Write to the SDRAM on the board.
void	TransceiverInterface.writeMemory(@Valid HasCoreLocation core, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write to the SDRAM (or System RAM) on the 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)
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasChipLocation chip, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.NotEmpty byte[] data)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasChipLocation chip, @NotNull Direction link, @NotNull MemoryLocation baseAddress, int dataWord)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasChipLocation chip, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @NotNull File dataFile)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasChipLocation chip, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @NotNull InputStream dataStream, @jakarta.validation.constraints.Positive int numBytes)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasChipLocation chip, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasCoreLocation core, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.NotEmpty byte[] data)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	TransceiverInterface.writeNeighbourMemory(@Valid HasCoreLocation core, @NotNull Direction link, @NotNull MemoryLocation baseAddress, int dataWord)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
void	TransceiverInterface.writeNeighbourMemory(@Valid HasCoreLocation core, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @NotNull File dataFile)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
void	TransceiverInterface.writeNeighbourMemory(@Valid HasCoreLocation core, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @NotNull InputStream dataStream, @jakarta.validation.constraints.Positive int numBytes)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
void	TransceiverInterface.writeNeighbourMemory(@Valid HasCoreLocation core, @NotNull Direction link, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write to the memory of a neighbouring chip using a LINK_WRITE SCP command.
default void	BMPTransceiverInterface.writeSerialFlash(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int size, @NotNull InputStream stream)	Write BMP serial flash memory from a stream.
default void	BMPTransceiverInterface.writeSerialFlash(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull File file)	Write BMP serial flash memory from a file.
default void	BMPTransceiverInterface.writeSerialFlash(@Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write BMP serial flash memory.
void	BMPTransceiverInterface.writeSerialFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @jakarta.validation.constraints.Positive int size, @NotNull InputStream stream)	Write BMP serial flash memory from a stream.
void	BMPTransceiverInterface.writeSerialFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull File file)	Write BMP serial flash memory from a file.
void	BMPTransceiverInterface.writeSerialFlash(@Valid BMPCoords bmp, @Valid BMPBoard board, @NotNull MemoryLocation baseAddress, @NotNull ByteBuffer data)	Write BMP serial flash memory.
void	Transceiver.writeSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int size, InputStream stream)
void	Transceiver.writeSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, File file)
void	Transceiver.writeSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, ByteBuffer data)
void	UnimplementedBMPTransceiver.writeSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, int size, InputStream stream)
void	UnimplementedBMPTransceiver.writeSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, File file)
void	UnimplementedBMPTransceiver.writeSerialFlash(BMPCoords bmp, BMPBoard board, MemoryLocation baseAddress, ByteBuffer data)
default void	TransceiverInterface.writeUser0(@Valid HasCoreLocation core, int value)	Write to the user0 register of a core.
default void	TransceiverInterface.writeUser0(@Valid HasCoreLocation core, @NotNull MemoryLocation pointer)	Write to the user0 register of a core.
default void	TransceiverInterface.writeUser1(@Valid HasCoreLocation core, int value)	Write to the user1 register of a core.
default void	TransceiverInterface.writeUser1(@Valid HasCoreLocation core, @NotNull MemoryLocation pointer)	Write to the user1 register of a core.
default void	TransceiverInterface.writeUser2(@Valid HasCoreLocation core, int value)	Write to the user2 register of a core.
default void	TransceiverInterface.writeUser2(@Valid HasCoreLocation core, @NotNull MemoryLocation pointer)	Write to the user2 register of a core.