Uses of Class
uk.ac.manchester.spinnaker.messages.model.AppID

Packages that use AppID

Package	Description
uk.ac.manchester.spinnaker.messages.model	Model support classes for the communication messages.
uk.ac.manchester.spinnaker.messages.scp	The messages of SpiNNaker Control Protocol (SCP).
uk.ac.manchester.spinnaker.transceiver	How to actually talk to a SpiNNaker machine.

Uses of AppID in uk.ac.manchester.spinnaker.messages.model

Fields in uk.ac.manchester.spinnaker.messages.model declared as AppID

Modifier and Type	Field	Description
AppID	HeapElement.appID	The application ID of the block if allocated, or null if not.
static AppID	AppID.DEFAULT	The default application ID, used when code doesn't have a better idea.

Uses of AppID in uk.ac.manchester.spinnaker.messages.scp

Constructors in uk.ac.manchester.spinnaker.messages.scp with parameters of type AppID

Constructor	Description
ApplicationRun(AppID appID, @Valid HasChipLocation chip, Collection<@ValidP Integer> processors)
ApplicationRun(AppID appId, @Valid HasChipLocation chip, Collection<@ValidP Integer> processors, boolean wait)
ApplicationStop(AppID appID)
CountState(AppID appID, CPUState state)
FixedRouteInitialise(HasChipLocation chip, int entry, AppID appID)
FixedRouteInitialise(HasChipLocation chip, RoutingEntry entry, AppID appID)
FixedRouteRead(HasChipLocation chip, AppID appID)
FloodFillEnd(byte nearestNeighbourID, AppID appID, Iterable<@ValidP Integer> processors, boolean wait)
RouterAlloc(HasChipLocation chip, AppID appID, int numEntries)
RouterInit(HasChipLocation chip, int numEntries, MemoryLocation tableAddress, int baseIndex, AppID appID)
SDRAMAlloc(HasChipLocation chip, AppID appID, int size)
SDRAMAlloc(HasChipLocation chip, AppID appID, int size, int tag)
SDRAMDeAlloc(HasChipLocation chip, AppID appID)	Free the memory associated with a given application ID.
SendSignal(AppID appID, Signal signal)

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

Methods in uk.ac.manchester.spinnaker.transceiver that return AppID

Modifier and Type	Method	Description
AppID	AppIdTracker.allocateNewID()	Get a new unallocated ID.

Methods in uk.ac.manchester.spinnaker.transceiver with parameters of type AppID

Modifier and Type	Method	Description
void	AppIdTracker.allocateID(AppID id)	Allocate a given ID.
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, @javax.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, @javax.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, @javax.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, @javax.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, @javax.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, @javax.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	AppIdTracker.freeID(AppID id)	Free a given ID.
int	Transceiver.freeSDRAM(HasChipLocation chip, AppID appID)
int	TransceiverInterface.freeSDRAM(@Valid HasChipLocation chip, @NotNull AppID appID)	Free all SDRAM allocated to a given application ID.
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.
List<MulticastRoutingEntry>	Transceiver.getMulticastRoutes(HasChipLocation chip, AppID appID)
List<MulticastRoutingEntry>	TransceiverInterface.getMulticastRoutes(@Valid HasChipLocation chip, AppID appID)	Get the current multicast routes set up on a chip.
void	Transceiver.loadFixedRoute(HasChipLocation chip, RoutingEntry fixedRoute, AppID appID)
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)
void	TransceiverInterface.loadMulticastRoutes(@Valid HasChipLocation chip, Collection<@NotNull MulticastRoutingEntry> routes, @NotNull AppID appID)	Load a set of multicast routes on to a chip.
MemoryLocation	Transceiver.mallocSDRAM(HasChipLocation chip, int size, AppID appID, int tag)
default MemoryLocation	TransceiverInterface.mallocSDRAM(@Valid HasChipLocation chip, @javax.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, @javax.validation.constraints.Positive int size, @NotNull AppID appID, int tag)	Allocates a chunk of SDRAM on a chip on the machine.
RoutingEntry	Transceiver.readFixedRoute(HasChipLocation chip, AppID appID)
RoutingEntry	TransceiverInterface.readFixedRoute(@Valid HasChipLocation chip, @NotNull AppID appID)	Reads a fixed route routing table entry from a chip's router.
void	Transceiver.sendSignal(AppID appID, Signal signal)
void	TransceiverInterface.sendSignal(@NotNull AppID appID, @NotNull Signal signal)	Send a signal to an application.
void	Transceiver.stopApplication(AppID appID)
void	TransceiverInterface.stopApplication(@NotNull AppID appID)	Sends a stop request for an application ID.
void	Transceiver.waitForCoresToBeInState(CoreSubsets allCoreSubsets, AppID appID, EnumSet<CPUState> cpuStates, Integer timeout, int timeBetweenPolls, EnumSet<CPUState> errorStates, int countBetweenFullChecks)
default void	TransceiverInterface.waitForCoresToBeInState(@Valid CoreSubsets coreSubsets, @NotNull AppID appID, EnumSet<@NotNull CPUState> cpuStates)	Waits for the specified cores running the given application to be in some target state or states.
void	TransceiverInterface.waitForCoresToBeInState(@Valid CoreSubsets allCoreSubsets, @NotNull AppID appID, EnumSet<@NotNull CPUState> cpuStates, @PositiveOrZero Integer timeout, @javax.validation.constraints.Positive int timeBetweenPolls, EnumSet<@NotNull CPUState> errorStates, @javax.validation.constraints.Positive int countsBetweenFullCheck)	Waits for the specified cores running the given application to be in some target state or states.

Constructor parameters in uk.ac.manchester.spinnaker.transceiver with type arguments of type AppID

Constructor	Description
AppIdTracker(Set<AppID> appIDsInUse)	Allocate an application ID tracker.
AppIdTracker(Set<AppID> appIDsInUse, int minAppID, int maxAppID)	Allocate an application ID tracker.