Uses of Class
org.jikesrvm.compilers.opt.bc2ir.BasicBlockLE

Packages that use BasicBlockLE

Package	Description
org.jikesrvm.compilers.opt.bc2ir	Provides classes that implement the transformation from bytecode to the high-level intermediate representation (HIR).

Uses of BasicBlockLE in org.jikesrvm.compilers.opt.bc2ir

Subclasses of BasicBlockLE in org.jikesrvm.compilers.opt.bc2ir

Modifier and Type	Class and Description
(package private) class	HandlerBlockLE Extend BasicBlockLE for handler blocks
(package private) class	InliningBlockLE Extend BasicBlockLE to support inlining during IR generation.

Fields in org.jikesrvm.compilers.opt.bc2ir declared as BasicBlockLE

Modifier and Type	Field and Description
private BasicBlockLE	BC2IR.currentBBLE Current BBLE.
private BasicBlockLE	BBSet.entry entry block of the CFG
(package private) BasicBlockLE	InliningBlockLE.epilogueBBLE
(package private) BasicBlockLE	BasicBlockLE.fallThrough The desired fallthrough (next in code order) BBLE (may be null).
(package private) BasicBlockLE	BasicBlockLE.left
(package private) BasicBlockLE	BBSet.TreeEnumerator.node
(package private) BasicBlockLE	BasicBlockLE.parent
(package private) BasicBlockLE	BasicBlockLE.right
private BasicBlockLE	BBSet.root root of the backing red/black tree

Methods in org.jikesrvm.compilers.opt.bc2ir that return BasicBlockLE

Modifier and Type	Method and Description
private BasicBlockLE	BBSet._createBBLE(int bcIndex, Operand[] simLocals, BasicBlockLE parent, boolean left) Allocate a new BBLE at the given bcIndex.
private BasicBlockLE	BBSet.condCreateAndInit(BasicBlockLE x, boolean shouldCreate, int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals, boolean left) Conditionally create a block at the specified target as a child of x.
(package private) BasicBlockLE	BBSet.getEntry()
(package private) BasicBlockLE	BBSet.getNextEmptyBlock(BasicBlockLE start) Finds the next ungenerated block, starting at the argument block and searching forward, wrapping around to the beginning.
private BasicBlockLE	BBSet.getOrCreateBlock(BasicBlockLE x, boolean shouldCreate, int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals) Get or create a block at the specified target.
private BasicBlockLE	BC2IR.getOrCreateBlock(int target) Gets or creates a block at the specified target.
(package private) BasicBlockLE	BBSet.getOrCreateBlock(int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals) Get or create a block at the specified target.
private BasicBlockLE	BC2IR.getOrCreateBlock(int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals) Get or create a block at the specified target.
private BasicBlockLE	BBSet.getSuccessor(BasicBlockLE x, int value) Returns the basic block's sucessor in bytecode sequence.
private BasicBlockLE	BBSet.minimumBB(BasicBlockLE x, int value)
BasicBlockLE	BBSet.TreeEnumerator.next()
BasicBlockLE	BBSet.TreeEnumerator.nextElement()

Methods in org.jikesrvm.compilers.opt.bc2ir that return types with arguments of type BasicBlockLE

Modifier and Type	Method and Description
(package private) Enumeration<BasicBlockLE>	BBSet.contents()

Methods in org.jikesrvm.compilers.opt.bc2ir with parameters of type BasicBlockLE

Modifier and Type	Method and Description
private BasicBlockLE	BBSet._createBBLE(int bcIndex, Operand[] simLocals, BasicBlockLE parent, boolean left) Allocate a new BBLE at the given bcIndex.
private BasicBlockLE	BBSet.condCreateAndInit(BasicBlockLE x, boolean shouldCreate, int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals, boolean left) Conditionally create a block at the specified target as a child of x.
private int	BBSet.countBlack(BasicBlockLE node)
(package private) static BBSet.TreeEnumerator	BBSet.TreeEnumerator.enumFromNode(BasicBlockLE node)
(package private) static BBSet.TreeEnumerator	BBSet.TreeEnumerator.enumFromRoot(BasicBlockLE root)
private void	BBSet.fixupBBSet(BasicBlockLE x) Performs tree fixup (restore Red/Black invariants) after adding a new node to the tree.
(package private) int	BBSet.getNextBlockBytecodeIndex(BasicBlockLE x) Gets the bytecode index of the block in the set which has the next-higher bytecode index.
(package private) BasicBlockLE	BBSet.getNextEmptyBlock(BasicBlockLE start) Finds the next ungenerated block, starting at the argument block and searching forward, wrapping around to the beginning.
private BasicBlockLE	BBSet.getOrCreateBlock(BasicBlockLE x, boolean shouldCreate, int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals) Get or create a block at the specified target.
(package private) BasicBlockLE	BBSet.getOrCreateBlock(int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals) Get or create a block at the specified target.
private BasicBlockLE	BC2IR.getOrCreateBlock(int target, BasicBlockLE from, OperandStack simStack, Operand[] simLocals) Get or create a block at the specified target.
private BasicBlockLE	BBSet.getSuccessor(BasicBlockLE x, int value) Returns the basic block's sucessor in bytecode sequence.
private void	BBSet.initializeExceptionHandlers(BasicBlockLE bble, Operand[] simLocals) Initialize bble's handlers array based on startPCs/endPCs.
private void	BBSet.leftRotateBBSet(BasicBlockLE x)
private void	BBSet.markBlockForRegeneration(BasicBlockLE p) Mark a previously generated block for regeneration.
private boolean	BBSet.matchingJSRcontext(OperandStack simStack, Operand[] simLocals, BasicBlockLE candBBLE) We specialize basic blocks with respect to the return addresses they have on their expression stack and/or in their local variables on entry to the block.
private BasicBlockLE	BBSet.minimumBB(BasicBlockLE x, int value)
(package private) void	BBSet.rectifyLocals(Operand[] localState, BasicBlockLE p) Rectify the given local variable state with the local variable state stored in the given BBLE.
(package private) void	BBSet.rectifyStacks(BasicBlock block, OperandStack stack, BasicBlockLE p) Rectify the given stack state with the state contained in the given BBLE, adding the necessary move instructions to the end of the given basic block to make register numbers agree and rectify mis-matched constants.
private void	BBSet.rightRotateBBSet(BasicBlockLE x)
private void	BBSet.treeInsert(BasicBlockLE parent, BasicBlockLE newBBLE, boolean left) Insert newBBLE as a child of parent in our Red/Black tree.
private void	BBSet.verifyTree(BasicBlockLE node, int min, int max)

Constructors in org.jikesrvm.compilers.opt.bc2ir with parameters of type BasicBlockLE

Constructor and Description
InliningBlockLE(GenerationContext c, BasicBlockLE bble)
TreeEnumerator(BasicBlockLE node)