Uses of Class
at.dms.kjc.slicegraph.OutputSliceNode

Packages that use OutputSliceNode

at.dms.kjc.backendSupport	Package documentation for at.dms.kjc.backendSupport
at.dms.kjc.cell
at.dms.kjc.slicegraph	This package aims to supersede the SIR and flatgraph representations of the stream graph with a single representation that maintains all relevant information as well as slice information.
at.dms.kjc.spacetime
at.dms.kjc.vanillaSlice	This package was written to provide a test for the classes in backendSupport.

Uses of OutputSliceNode in at.dms.kjc.backendSupport

Fields in at.dms.kjc.backendSupport declared as OutputSliceNode

protected OutputSliceNode

ProcessOutputSliceNode.outputNode

Methods in at.dms.kjc.backendSupport with parameters of type OutputSliceNode

static CodeStoreHelper	ProcessOutputSliceNode.getSplitterCode(OutputSliceNode splitter, BackEndFactory backEndBits) Get code for a splitter.
abstract void	BackEndFactory.processOutputSliceNode(OutputSliceNode output, SchedulingPhase whichPhase, ComputeNodesType computeNodes) Process an output slice node: find the correct ProcElement(s) and add splitter code, and buffers.

Constructors in at.dms.kjc.backendSupport with parameters of type OutputSliceNode

CodeStoreHelperSplitter(OutputSliceNode node, BackEndFactory backEndBits)
Constructor

ProcessOutputSliceNode(OutputSliceNode outputNode, SchedulingPhase whichPhase, BackEndFactory backEndBits)
Constructor

Uses of OutputSliceNode in at.dms.kjc.cell

Fields in at.dms.kjc.cell with type parameters of type OutputSliceNode

static HashMap<OutputSliceNode,Integer>	CellBackend.artificialRRSplitterChannels OutputSliceNode -> ID of the artificial channel connecting the FilterSliceNode to it
static HashMap<OutputSliceNode,Integer>	CellBackend.duplicateSplitters
static HashMap<OutputSliceNode,LinkedList<Integer>>	CellBackend.outputChannelMap OutputSliceNode -> List of output channel IDs

Methods in at.dms.kjc.cell with parameters of type OutputSliceNode

void	CellComputeCodeStore.addNewGroupAndFilterUnload(OutputSliceNode outputNode) Deprecated.
void	CellComputeCodeStore.addOutputBufferAllocAttach(OutputSliceNode outputNode) Deprecated.
static InterSliceEdge	CellBackend.getEdgeBetween(OutputSliceNode src, InputSliceNode dest)
static CodeStoreHelper	CellProcessOutputSliceNode.getSplitterCode(OutputSliceNode splitter, BackEndFactory backEndBits)
void	CellBackendFactory.processOutputSliceNode(OutputSliceNode output, SchedulingPhase whichPhase, CellChip computeNodes)

Constructors in at.dms.kjc.cell with parameters of type OutputSliceNode

CellProcessOutputSliceNode(OutputSliceNode outputNode, SchedulingPhase whichPhase, CellBackendFactory backEndBits)

Uses of OutputSliceNode in at.dms.kjc.slicegraph

Fields in at.dms.kjc.slicegraph declared as OutputSliceNode

protected OutputSliceNode

Slice.tail

Methods in at.dms.kjc.slicegraph that return OutputSliceNode

OutputSliceNode	SliceNode.getAsOutput()
OutputSliceNode	InterSliceEdge.getSrc()
OutputSliceNode	Slice.getTail() get the OutputSliceNode of the Slice containing this node.

Methods in at.dms.kjc.slicegraph with parameters of type OutputSliceNode

void	Slice.setTail(OutputSliceNode out) Set the tail of this slice to out.

Constructors in at.dms.kjc.slicegraph with parameters of type OutputSliceNode

Edge(OutputSliceNode src)

InputSliceNode(int[] weights, OutputSliceNode[] sources)
Constructor

InterSliceEdge(OutputSliceNode src)
Partial constructor: #setDest(InputSliceNode) later.

InterSliceEdge(OutputSliceNode src, InputSliceNode dest)
Full constructor, (type will be inferred from src / dest).

SimpleSlice(InputSliceNode head, FilterSliceNode body, OutputSliceNode tail)
Constructor: creates a slice with one filter and sets previous parent and next links the supplied InputSliceNode, FilterSliceNode, and OutputSliceNode.

Uses of OutputSliceNode in at.dms.kjc.spacetime

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

void	MagicDram.addBuffer(OutputSliceNode out, InputSliceNode in)
static boolean	StreamingDram.differentDRAMs(OutputSliceNode out)
static IntraSliceBuffer	IntraSliceBuffer.getBuffer(FilterSliceNode src, OutputSliceNode dst)
static String	MagicDram.getBufferIdent(OutputSliceNode out, InputSliceNode in)
static Edge[]	TraceBufferSchedule.getInputBuffers(OutputSliceNode out)
static HashSet<RawComputeNode>	Rawify.getTilesUsedInSplit(OutputSliceNode traceNode, StreamingDram sourcePort) For a split outputtracenode, get the tiles used in the splitting, this includes all tiles whose switches have code on them.
static boolean	Util.onlyWritingToAFile(OutputSliceNode outNode)
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	Rawify.processOutputSliceNode(OutputSliceNode traceNode, SchedulingPhase whichPhase, RawProcElements rawChip) Create the dram commands and the switch code to implement the splitting described by the output trace node.
static boolean	OffChipBuffer.unnecessary(OutputSliceNode output)

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

MagicDramLoad(InputSliceNode dest, OutputSliceNode source)

MagicDramStore(OutputSliceNode source, InputSliceNode[] dests)

Uses of OutputSliceNode in at.dms.kjc.vanillaSlice

Methods in at.dms.kjc.vanillaSlice with parameters of type OutputSliceNode

void	UniBackEndFactory.processOutputSliceNode(OutputSliceNode output, SchedulingPhase whichPhase, UniProcessors computeNodes) Process an output slice node: find the correct ProcElement(s) and add splitter code, and buffers.