Uses of Class
at.dms.kjc.spacetime.RawChip

Packages that use RawChip

at.dms.kjc.spacetime

Uses of RawChip in at.dms.kjc.spacetime

Fields in at.dms.kjc.spacetime declared as RawChip

protected RawChip

RawComputeNode.rawChip the parent RawChip

Methods in at.dms.kjc.spacetime that return RawChip

RawChip	RawBackEndFactory.getComputeNodes()
RawChip	SpaceTimeSchedule.getRawChip()
static RawChip	SpaceTimeBackend.getRawChip()
RawChip	RawComputeNode.getRawChip() Return the RawChip we are a part of.

Methods in at.dms.kjc.spacetime with parameters of type RawChip

static void	RawComputeCodeStore.barrier(RawChip chip, boolean init, boolean primepump) Create a barrier in the init stage at this point in code generation.
static void	CommunicateAddrs.doit(RawChip chip, SpaceTimeSchedule stSchedule) Generate code to allocate the off chip buffers on the necessary tiles and then communicate each buffer's global address to the tiles that need to know the address.
void	StreamlinedDuplicate.doit(SIRStream str, RawChip chip)
static void	LayoutDot.dumpLayout(SpaceTimeSchedule spaceTime, RawChip rawChip, String fileName) Generate the dot graph of the layout.
static void	Makefile.generate(RawChip rc)
static void	BCFile.generate(SpaceTimeSchedule sp, RawChip rc, NumberGathering gn) Generate the btl machine file that describes the application configuration, the file readers and writers (the external devices) and the number gathering code.
static void	RawTile.printDramSetup(RawChip chip)
void	RawBackEndFactory.processFilterSliceNode(FilterSliceNode filter, SchedulingPhase whichPhase, RawChip rawChip) Process a filter slice node: find the correct ProcElement(s) and add code and buffers.
void	RawBackEndFactory.processFilterSlices(Slice slice, SchedulingPhase whichPhase, RawChip rawChip) Process all filter slice nodes in a Slice (just one in a SimpleSlice): find the correct ProcElement(s) and add filter code.
void	RawBackEndFactory.processInputSliceNode(InputSliceNode input, SchedulingPhase whichPhase, RawChip rawChip) Process an input slice node: find the correct ProcElement(s) and add joiner code, and buffers.
void	RawBackEndFactory.processOutputSliceNode(OutputSliceNode output, SchedulingPhase whichPhase, RawChip rawChip) Process an output slice node: find the correct ProcElement(s) and add splitter code and buffers.
static void	GenerateSwitchCode.run(RawChip chip)
static void	GenerateComputeCode.run(RawChip chip)
static void	Rawify.run(SpaceTimeSchedule schedule, RawChip rawChip, Layout<RawTile> layout) The entry of the rawify pass.
static void	StreamingDram.setTiles(RawChip chip) Set the tile(s) that is(are) mapped by the hardware to this dram.

Constructors in at.dms.kjc.spacetime with parameters of type RawChip

AnnealedGreedyLayout(SpaceTimeSchedule spaceTime, RawChip chip, StreamlinedDuplicate duplicate)

GreedyLayout(SpaceTimeSchedule spaceTime, RawChip chip)
Create a new GreedyLayout object that is ready for the packing to begin.

IODevice(RawChip chip, int port)

IODevice(RawChip chip, int port, RawTile tile)

MagicDram(RawChip chip, int port, RawTile tile)

Makefile(RawChip rc)

RawBackEndFactory(RawChip rawChip, Layout<RawTile> layout)

RawComputeNode(RawChip chip)
Construct a new ComputeNode of chip.

RawTile(int x, int y, RawChip rawChip)

SmarterRouter(int[] tileCosts, RawChip chip)

SpaceTimeSchedule(Partitioner p, RawChip r)
Constructor