Uses of Class org.jikesrvm.compilers.opt.ir.Operator (Jikes RVM API)

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Uses of Class
org.jikesrvm.compilers.opt.ir.Operator

Packages that use Operator
org.jikesrvm.adaptive.measurements.instrumentation
org.jikesrvm.adaptive.recompilation.instrumentation
org.jikesrvm.compilers.opt
org.jikesrvm.compilers.opt.bc2ir
org.jikesrvm.compilers.opt.controlflow
org.jikesrvm.compilers.opt.hir2lir
org.jikesrvm.compilers.opt.ir
org.jikesrvm.compilers.opt.ir.ia32
org.jikesrvm.compilers.opt.lir2mir.ia32
org.jikesrvm.compilers.opt.mir2mc.ia32
org.jikesrvm.compilers.opt.regalloc.ia32
org.jikesrvm.compilers.opt.ssa

Uses of Operator in org.jikesrvm.adaptive.measurements.instrumentation

Methods in org.jikesrvm.adaptive.measurements.instrumentation with parameters of type Operator
`(package private) static RegisterOperand`	`CounterArrayManager.InsertALoadOffset(Instruction s, IR ir, Operator operator, TypeReference type, Operand reg2, int offset)` Insert array load off before s in the instruction stream.

Uses of Operator in org.jikesrvm.adaptive.recompilation.instrumentation

Methods in org.jikesrvm.adaptive.recompilation.instrumentation with parameters of type Operator
`private static Instruction`	`InstrumentationSamplingFramework.getFirstInstWithOperator(Operator operator, BasicBlock bb)` Go through all instructions and find the first with the given operator.
`private static String`	`InsertYieldpointCounters.yieldpointPrefix(Operator op)` Return a string based version of the passed yieldpoint operator

Uses of Operator in org.jikesrvm.compilers.opt

Fields in org.jikesrvm.compilers.opt declared as Operator
`(package private) Operator`	`LocalCSE.AvailableExpression.opr` the operator of the expression

Methods in org.jikesrvm.compilers.opt that return Operator
`private static Operator`	`LocalCSE.getMoveOp(RegisterOperand r)`

Methods in org.jikesrvm.compilers.opt with parameters of type Operator
`private boolean`	`NullCheckCombining.isExplicitLoad(Instruction s, Operator op)`
`private boolean`	`NullCheckCombining.isExplicitStore(Instruction s, Operator op)`

Constructors in org.jikesrvm.compilers.opt with parameters of type Operator
`LocalCSE.AvailableExpression(Instruction i, Operator op, Operand[] ops, LocationOperand loc, Register t)`

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

Methods in org.jikesrvm.compilers.opt.bc2ir that return Operator
`private static Operator`	`GenerateMagic.getOperator(TypeReference type, int operatorClass)`

Methods in org.jikesrvm.compilers.opt.bc2ir with parameters of type Operator
`Instruction`	`BC2IR._aloadHelper(Operator operator, Operand ref, Operand index, TypeReference type)`
`private Instruction`	`BC2IR._binaryDualHelper(Operator operator, Operand op1, Operand op2, TypeReference type)`
`private Instruction`	`BC2IR._binaryHelper(Operator operator, Operand op1, Operand op2, TypeReference type)`
`private Instruction`	`BC2IR._guardedBinaryDualHelper(Operator operator, Operand op1, Operand op2, Operand guard, TypeReference type)`
`private Instruction`	`BC2IR._guardedBinaryHelper(Operator operator, Operand op1, Operand op2, Operand guard, TypeReference type)`
`private Instruction`	`BC2IR._moveDualHelper(Operator operator, Operand val, TypeReference type)`
`private Instruction`	`BC2IR._moveHelper(Operator operator, Operand val, TypeReference type)`
`private void`	`BC2IR._returnHelper(Operator operator, Operand val)`
`private Instruction`	`BC2IR._unaryDualHelper(Operator operator, Operand val, TypeReference type)`
`private Instruction`	`BC2IR._unaryHelper(Operator operator, Operand val, TypeReference type)`

Uses of Operator in org.jikesrvm.compilers.opt.controlflow

Methods in org.jikesrvm.compilers.opt.controlflow with parameters of type Operator
`private void`	`YieldPoints.prependYield(BasicBlock bb, Operator yp, int bcIndex, InlineSequence position)` Add a YIELD instruction to the appropriate place for the basic block passed.

Uses of Operator in org.jikesrvm.compilers.opt.hir2lir

Methods in org.jikesrvm.compilers.opt.hir2lir with parameters of type Operator
`static void`	`ConvertToLowLevelIR.doArrayLoad(Instruction s, IR ir, Operator op, int logwidth)` Expand an array load.
`static void`	`ConvertToLowLevelIR.doArrayStore(Instruction s, IR ir, Operator op, int logwidth)` Expand an array store.
`static RegisterOperand`	`ConvertToLowLevelIR.insertBinary(Instruction s, IR ir, Operator operator, TypeReference type, Operand o1, Operand o2)` Insert a binary instruction before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertGuardedUnary(Instruction s, IR ir, Operator operator, TypeReference type, Operand o1, Operand guard)` Insert a guarded unary instruction before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertLoadOffset(Instruction s, IR ir, Operator operator, TypeReference type, Operand reg2, Offset offset)` Insert a load off before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertLoadOffset(Instruction s, IR ir, Operator operator, TypeReference type, Operand reg2, Offset offset, LocationOperand loc, Operand guard)` Insert a load off before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertLoadOffset(Instruction s, IR ir, Operator operator, TypeReference type, Operand reg2, Offset offset, Operand guard)` Insert a load off before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertLoadOffset(Instruction s, IR ir, Operator operator, TypeReference type, Operand reg2, Operand offset, LocationOperand loc, Operand guard)` Insert a load off before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertLoadOffsetJTOC(Instruction s, IR ir, Operator operator, TypeReference type, Offset offset)` Insert a load off the JTOC before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertLoadOffsetJTOC(Instruction s, IR ir, Operator operator, TypeReference type, Operand offset)` Insert a load off the JTOC before s in the instruction stream.
`(package private) static RegisterOperand`	`ConvertToLowLevelIR.InsertUnary(Instruction s, IR ir, Operator operator, TypeReference type, Operand o1)` Insert a unary instruction before s in the instruction stream.

Uses of Operator in org.jikesrvm.compilers.opt.ir

Fields in org.jikesrvm.compilers.opt.ir declared as Operator
`static Operator`	`Operators.ADDR_2INT`
`static Operator`	`Operators.ADDR_2LONG`
`static Operator`	`Operators.ADDRESS_CONSTANT`
`static Operator`	`Operators.ADVISE_ESP`
`static Operator`	`Operators.ARRAYLENGTH`
`static Operator`	`Operators.ATHROW`
`static Operator`	`Operators.ATTEMPT_ADDR`
`static Operator`	`Operators.ATTEMPT_INT`
`static Operator`	`Operators.ATTEMPT_LONG`
`static Operator`	`Operators.BBEND`
`static Operator`	`Operators.BOOLEAN_CMP_ADDR`
`static Operator`	`Operators.BOOLEAN_CMP_DOUBLE`
`static Operator`	`Operators.BOOLEAN_CMP_FLOAT`
`static Operator`	`Operators.BOOLEAN_CMP_INT`
`static Operator`	`Operators.BOOLEAN_CMP_LONG`
`static Operator`	`Operators.BOOLEAN_NOT`
`static Operator`	`Operators.BOUNDS_CHECK`
`static Operator`	`Operators.BRANCH_TARGET`
`static Operator`	`Operators.BYTE_ALOAD`
`static Operator`	`Operators.BYTE_ASTORE`
`static Operator`	`Operators.BYTE_LOAD`
`static Operator`	`Operators.BYTE_STORE`
`static Operator`	`Operators.CALL`
`static Operator`	`Operators.CALL_SAVE_VOLATILE`
`static Operator`	`Operators.CHECKCAST`
`static Operator`	`Operators.CHECKCAST_NOTNULL`
`static Operator`	`Operators.CHECKCAST_UNRESOLVED`
`static Operator`	`Operators.CLEAR_FLOATING_POINT_STATE`
`static Operator`	`Operators.CMP_CMOV`
`static Operator`	`Operators.CMP_FCMOV`
`static Operator`	`Operators.DOUBLE_2FLOAT`
`static Operator`	`Operators.DOUBLE_2INT`
`static Operator`	`Operators.DOUBLE_2LONG`
`static Operator`	`Operators.DOUBLE_ADD`
`static Operator`	`Operators.DOUBLE_ALOAD`
`static Operator`	`Operators.DOUBLE_AS_LONG_BITS`
`static Operator`	`Operators.DOUBLE_ASTORE`
`static Operator`	`Operators.DOUBLE_CMPG`
`static Operator`	`Operators.DOUBLE_CMPL`
`static Operator`	`Operators.DOUBLE_COND_MOVE`
`static Operator`	`Operators.DOUBLE_DIV`
`static Operator`	`Operators.DOUBLE_IFCMP`
`static Operator`	`Operators.DOUBLE_LOAD`
`static Operator`	`Operators.DOUBLE_MOVE`
`static Operator`	`Operators.DOUBLE_MUL`
`static Operator`	`Operators.DOUBLE_NEG`
`static Operator`	`Operators.DOUBLE_REM`
`static Operator`	`Operators.DOUBLE_SQRT`
`static Operator`	`Operators.DOUBLE_STORE`
`static Operator`	`Operators.DOUBLE_SUB`
`static Operator`	`Operators.DUMMY_DEF`
`static Operator`	`Operators.DUMMY_USE`
`static Operator`	`Operators.FCMP_CMOV`
`static Operator`	`Operators.FCMP_FCMOV`
`static Operator`	`Operators.FENCE`
`static Operator`	`Operators.FLOAT_2DOUBLE`
`static Operator`	`Operators.FLOAT_2INT`
`static Operator`	`Operators.FLOAT_2LONG`
`static Operator`	`Operators.FLOAT_ADD`
`static Operator`	`Operators.FLOAT_ALOAD`
`static Operator`	`Operators.FLOAT_AS_INT_BITS`
`static Operator`	`Operators.FLOAT_ASTORE`
`static Operator`	`Operators.FLOAT_CMPG`
`static Operator`	`Operators.FLOAT_CMPL`
`static Operator`	`Operators.FLOAT_COND_MOVE`
`static Operator`	`Operators.FLOAT_DIV`
`static Operator`	`Operators.FLOAT_IFCMP`
`static Operator`	`Operators.FLOAT_LOAD`
`static Operator`	`Operators.FLOAT_MOVE`
`static Operator`	`Operators.FLOAT_MUL`
`static Operator`	`Operators.FLOAT_NEG`
`static Operator`	`Operators.FLOAT_REM`
`static Operator`	`Operators.FLOAT_SQRT`
`static Operator`	`Operators.FLOAT_STORE`
`static Operator`	`Operators.FLOAT_SUB`
`static Operator`	`Operators.FP_ADD`
`static Operator`	`Operators.FP_DIV`
`static Operator`	`Operators.FP_MUL`
`static Operator`	`Operators.FP_NEG`
`static Operator`	`Operators.FP_REM`
`static Operator`	`Operators.FP_SUB`
`static Operator`	`Operators.GET_ARRAY_ELEMENT_TIB_FROM_TIB`
`static Operator`	`Operators.GET_CAUGHT_EXCEPTION`
`static Operator`	`Operators.GET_CLASS_TIB`
`static Operator`	`Operators.GET_CURRENT_PROCESSOR`
`static Operator`	`Operators.GET_DOES_IMPLEMENT_FROM_TIB`
`static Operator`	`Operators.GET_OBJ_TIB`
`static Operator`	`Operators.GET_SUPERCLASS_IDS_FROM_TIB`
`static Operator`	`Operators.GET_TIME_BASE`
`static Operator`	`Operators.GET_TYPE_FROM_TIB`
`static Operator`	`Operators.GETFIELD`
`static Operator`	`Operators.GETSTATIC`
`static Operator`	`Operators.GOTO`
`static Operator`	`Operators.GUARD_COMBINE`
`static Operator`	`Operators.GUARD_COND_MOVE`
`static Operator`	`Operators.GUARD_MOVE`
`static Operator`	`Operators.IA32_ADC`
`static Operator`	`Operators.IA32_ADD`
`static Operator`	`Operators.IA32_ADDSD`
`static Operator`	`Operators.IA32_ADDSS`
`static Operator`	`Operators.IA32_AND`
`static Operator`	`Operators.IA32_ANDNPD`
`static Operator`	`Operators.IA32_ANDNPS`
`static Operator`	`Operators.IA32_ANDPD`
`static Operator`	`Operators.IA32_ANDPS`
`static Operator`	`Operators.IA32_BSWAP`
`static Operator`	`Operators.IA32_BT`
`static Operator`	`Operators.IA32_BTC`
`static Operator`	`Operators.IA32_BTR`
`static Operator`	`Operators.IA32_BTS`
`static Operator`	`Operators.IA32_CALL`
`static Operator`	`Operators.IA32_CDO`
`static Operator`	`Operators.IA32_CDQ`
`static Operator`	`Operators.IA32_CDQE`
`static Operator`	`Operators.IA32_CMOV`
`static Operator`	`Operators.IA32_CMP`
`static Operator`	`Operators.IA32_CMPEQSD`
`static Operator`	`Operators.IA32_CMPEQSS`
`static Operator`	`Operators.IA32_CMPLESD`
`static Operator`	`Operators.IA32_CMPLESS`
`static Operator`	`Operators.IA32_CMPLTSD`
`static Operator`	`Operators.IA32_CMPLTSS`
`static Operator`	`Operators.IA32_CMPNESD`
`static Operator`	`Operators.IA32_CMPNESS`
`static Operator`	`Operators.IA32_CMPNLESD`
`static Operator`	`Operators.IA32_CMPNLESS`
`static Operator`	`Operators.IA32_CMPNLTSD`
`static Operator`	`Operators.IA32_CMPNLTSS`
`static Operator`	`Operators.IA32_CMPORDSD`
`static Operator`	`Operators.IA32_CMPORDSS`
`static Operator`	`Operators.IA32_CMPUNORDSD`
`static Operator`	`Operators.IA32_CMPUNORDSS`
`static Operator`	`Operators.IA32_CMPXCHG`
`static Operator`	`Operators.IA32_CMPXCHG8B`
`static Operator`	`Operators.IA32_CVTSD2SI`
`static Operator`	`Operators.IA32_CVTSD2SIQ`
`static Operator`	`Operators.IA32_CVTSD2SS`
`static Operator`	`Operators.IA32_CVTSI2SD`
`static Operator`	`Operators.IA32_CVTSI2SDQ`
`static Operator`	`Operators.IA32_CVTSI2SS`
`static Operator`	`Operators.IA32_CVTSS2SD`
`static Operator`	`Operators.IA32_CVTSS2SI`
`static Operator`	`Operators.IA32_CVTTSD2SI`
`static Operator`	`Operators.IA32_CVTTSD2SIQ`
`static Operator`	`Operators.IA32_CVTTSS2SI`
`static Operator`	`Operators.IA32_DEC`
`static Operator`	`Operators.IA32_DIV`
`static Operator`	`Operators.IA32_DIVSD`
`static Operator`	`Operators.IA32_DIVSS`
`static Operator`	`Operators.IA32_FADD`
`static Operator`	`Operators.IA32_FADDP`
`static Operator`	`Operators.IA32_FCHS`
`static Operator`	`Operators.IA32_FCLEAR`
`static Operator`	`Operators.IA32_FCMOV`
`static Operator`	`Operators.IA32_FCOMI`
`static Operator`	`Operators.IA32_FCOMIP`
`static Operator`	`Operators.IA32_FDIV`
`static Operator`	`Operators.IA32_FDIVP`
`static Operator`	`Operators.IA32_FDIVR`
`static Operator`	`Operators.IA32_FDIVRP`
`static Operator`	`Operators.IA32_FEXAM`
`static Operator`	`Operators.IA32_FFREE`
`static Operator`	`Operators.IA32_FIADD`
`static Operator`	`Operators.IA32_FIDIV`
`static Operator`	`Operators.IA32_FIDIVR`
`static Operator`	`Operators.IA32_FILD`
`static Operator`	`Operators.IA32_FIMUL`
`static Operator`	`Operators.IA32_FINIT`
`static Operator`	`Operators.IA32_FIST`
`static Operator`	`Operators.IA32_FISTP`
`static Operator`	`Operators.IA32_FISUB`
`static Operator`	`Operators.IA32_FISUBR`
`static Operator`	`Operators.IA32_FLD`
`static Operator`	`Operators.IA32_FLD1`
`static Operator`	`Operators.IA32_FLDCW`
`static Operator`	`Operators.IA32_FLDL2E`
`static Operator`	`Operators.IA32_FLDL2T`
`static Operator`	`Operators.IA32_FLDLG2`
`static Operator`	`Operators.IA32_FLDLN2`
`static Operator`	`Operators.IA32_FLDPI`
`static Operator`	`Operators.IA32_FLDZ`
`static Operator`	`Operators.IA32_FMOV`
`static Operator`	`Operators.IA32_FMOV_ENDING_LIVE_RANGE`
`static Operator`	`Operators.IA32_FMUL`
`static Operator`	`Operators.IA32_FMULP`
`static Operator`	`Operators.IA32_FNINIT`
`static Operator`	`Operators.IA32_FNSAVE`
`static Operator`	`Operators.IA32_FNSTCW`
`static Operator`	`Operators.IA32_FPREM`
`static Operator`	`Operators.IA32_FRSTOR`
`static Operator`	`Operators.IA32_FST`
`static Operator`	`Operators.IA32_FSTCW`
`static Operator`	`Operators.IA32_FSTP`
`static Operator`	`Operators.IA32_FSUB`
`static Operator`	`Operators.IA32_FSUBP`
`static Operator`	`Operators.IA32_FSUBR`
`static Operator`	`Operators.IA32_FSUBRP`
`static Operator`	`Operators.IA32_FUCOMI`
`static Operator`	`Operators.IA32_FUCOMIP`
`static Operator`	`Operators.IA32_FXCH`
`static Operator`	`Operators.IA32_IDIV`
`static Operator`	`Operators.IA32_IMUL1`
`static Operator`	`Operators.IA32_IMUL2`
`static Operator`	`Operators.IA32_INC`
`static Operator`	`Operators.IA32_INT`
`static Operator`	`Operators.IA32_JCC`
`static Operator`	`Operators.IA32_JCC2`
`static Operator`	`Operators.IA32_JMP`
`static Operator`	`Operators.IA32_LEA`
`static Operator`	`Operators.IA32_LOCK`
`static Operator`	`Operators.IA32_LOCK_CMPXCHG`
`static Operator`	`Operators.IA32_LOCK_CMPXCHG8B`
`static Operator`	`Operators.IA32_METHODSTART`
`static Operator`	`Operators.IA32_MFENCE`
`static Operator`	`Operators.IA32_MOV`
`static Operator`	`Operators.IA32_MOVD`
`static Operator`	`Operators.IA32_MOVLPD`
`static Operator`	`Operators.IA32_MOVLPS`
`static Operator`	`Operators.IA32_MOVQ`
`static Operator`	`Operators.IA32_MOVSD`
`static Operator`	`Operators.IA32_MOVSS`
`static Operator`	`Operators.IA32_MOVSX__B`
`static Operator`	`Operators.IA32_MOVSX__W`
`static Operator`	`Operators.IA32_MOVSXQ__B`
`static Operator`	`Operators.IA32_MOVSXQ__W`
`static Operator`	`Operators.IA32_MOVZX__B`
`static Operator`	`Operators.IA32_MOVZX__W`
`static Operator`	`Operators.IA32_MOVZXQ__B`
`static Operator`	`Operators.IA32_MOVZXQ__W`
`static Operator`	`Operators.IA32_MUL`
`static Operator`	`Operators.IA32_MULSD`
`static Operator`	`Operators.IA32_MULSS`
`static Operator`	`Operators.IA32_NEG`
`static Operator`	`Operators.IA32_NOT`
`static Operator`	`Operators.IA32_OFFSET`
`static Operator`	`Operators.IA32_OR`
`static Operator`	`Operators.IA32_ORPD`
`static Operator`	`Operators.IA32_ORPS`
`static Operator`	`Operators.IA32_PAUSE`
`static Operator`	`Operators.IA32_POP`
`static Operator`	`Operators.IA32_PREFETCHNTA`
`static Operator`	`Operators.IA32_PSLLQ`
`static Operator`	`Operators.IA32_PSRLQ`
`static Operator`	`Operators.IA32_PUSH`
`static Operator`	`Operators.IA32_RCL`
`static Operator`	`Operators.IA32_RCR`
`static Operator`	`Operators.IA32_RDTSC`
`static Operator`	`Operators.IA32_RET`
`static Operator`	`Operators.IA32_ROL`
`static Operator`	`Operators.IA32_ROR`
`static Operator`	`Operators.IA32_SAL`
`static Operator`	`Operators.IA32_SAR`
`static Operator`	`Operators.IA32_SBB`
`static Operator`	`Operators.IA32_SET__B`
`static Operator`	`Operators.IA32_SHL`
`static Operator`	`Operators.IA32_SHLD`
`static Operator`	`Operators.IA32_SHR`
`static Operator`	`Operators.IA32_SHRD`
`static Operator`	`Operators.IA32_SQRTSD`
`static Operator`	`Operators.IA32_SQRTSS`
`static Operator`	`Operators.IA32_SUB`
`static Operator`	`Operators.IA32_SUBSD`
`static Operator`	`Operators.IA32_SUBSS`
`static Operator`	`Operators.IA32_SYSCALL`
`static Operator`	`Operators.IA32_TEST`
`static Operator`	`Operators.IA32_TRAPIF`
`static Operator`	`Operators.IA32_UCOMISD`
`static Operator`	`Operators.IA32_UCOMISS`
`static Operator`	`Operators.IA32_XOR`
`static Operator`	`Operators.IA32_XORPD`
`static Operator`	`Operators.IA32_XORPS`
`static Operator`	`Operators.IG_CLASS_TEST`
`static Operator`	`Operators.IG_METHOD_TEST`
`static Operator`	`Operators.IG_PATCH_POINT`
`static Operator`	`Operators.INSTANCEOF`
`static Operator`	`Operators.INSTANCEOF_NOTNULL`
`static Operator`	`Operators.INSTANCEOF_UNRESOLVED`
`static Operator`	`Operators.INSTRUMENTED_EVENT_COUNTER`
`static Operator`	`Operators.INT_2ADDRSigExt`
`static Operator`	`Operators.INT_2ADDRZerExt`
`static Operator`	`Operators.INT_2BYTE`
`static Operator`	`Operators.INT_2DOUBLE`
`static Operator`	`Operators.INT_2FLOAT`
`static Operator`	`Operators.INT_2FP`
`static Operator`	`Operators.INT_2LONG`
`static Operator`	`Operators.INT_2SHORT`
`static Operator`	`Operators.INT_2USHORT`
`static Operator`	`Operators.INT_ADD`
`static Operator`	`Operators.INT_ALOAD`
`static Operator`	`Operators.INT_AND`
`static Operator`	`Operators.INT_ASTORE`
`static Operator`	`Operators.INT_BITS_AS_FLOAT`
`static Operator`	`Operators.INT_COND_MOVE`
`static Operator`	`Operators.INT_CONSTANT`
`static Operator`	`Operators.INT_DIV`
`static Operator`	`Operators.INT_IFCMP`
`static Operator`	`Operators.INT_IFCMP2`
`static Operator`	`Operators.INT_LOAD`
`static Operator`	`Operators.INT_MOVE`
`static Operator`	`Operators.INT_MUL`
`static Operator`	`Operators.INT_NEG`
`static Operator`	`Operators.INT_NOT`
`static Operator`	`Operators.INT_OR`
`static Operator`	`Operators.INT_REM`
`static Operator`	`Operators.INT_SHL`
`static Operator`	`Operators.INT_SHR`
`static Operator`	`Operators.INT_STORE`
`static Operator`	`Operators.INT_SUB`
`static Operator`	`Operators.INT_USHR`
`static Operator`	`Operators.INT_XOR`
`static Operator`	`Operators.INT_ZERO_CHECK`
`static Operator`	`Operators.IR_PROLOGUE`
`static Operator`	`Operators.LABEL`
`static Operator`	`Operators.LCMP_CMOV`
`static Operator`	`Operators.LONG_2ADDR`
`static Operator`	`Operators.LONG_2DOUBLE`
`static Operator`	`Operators.LONG_2FLOAT`
`static Operator`	`Operators.LONG_2FP`
`static Operator`	`Operators.LONG_2INT`
`static Operator`	`Operators.LONG_ADD`
`static Operator`	`Operators.LONG_ALOAD`
`static Operator`	`Operators.LONG_AND`
`static Operator`	`Operators.LONG_ASTORE`
`static Operator`	`Operators.LONG_BITS_AS_DOUBLE`
`static Operator`	`Operators.LONG_CMP`
`static Operator`	`Operators.LONG_COND_MOVE`
`static Operator`	`Operators.LONG_CONSTANT`
`static Operator`	`Operators.LONG_DIV`
`static Operator`	`Operators.LONG_IFCMP`
`static Operator`	`Operators.LONG_LOAD`
`static Operator`	`Operators.LONG_MOVE`
`static Operator`	`Operators.LONG_MUL`
`static Operator`	`Operators.LONG_NEG`
`static Operator`	`Operators.LONG_NOT`
`static Operator`	`Operators.LONG_OR`
`static Operator`	`Operators.LONG_REM`
`static Operator`	`Operators.LONG_SHL`
`static Operator`	`Operators.LONG_SHR`
`static Operator`	`Operators.LONG_STORE`
`static Operator`	`Operators.LONG_SUB`
`static Operator`	`Operators.LONG_USHR`
`static Operator`	`Operators.LONG_XOR`
`static Operator`	`Operators.LONG_ZERO_CHECK`
`static Operator`	`Operators.LOOKUPSWITCH`
`static Operator`	`Operators.LOWTABLESWITCH`
`static Operator`	`Operators.MATERIALIZE_FP_CONSTANT`
`static Operator`	`Operators.MIR_END`
`static Operator`	`Operators.MIR_LOWTABLESWITCH`
`static Operator`	`Operators.MIR_START`
`static Operator`	`Operators.MONITORENTER`
`static Operator`	`Operators.MONITOREXIT`
`static Operator`	`Operators.MUST_IMPLEMENT_INTERFACE`
`static Operator`	`Operators.NEW`
`static Operator`	`Operators.NEW_UNRESOLVED`
`static Operator`	`Operators.NEWARRAY`
`static Operator`	`Operators.NEWARRAY_UNRESOLVED`
`static Operator`	`Operators.NEWOBJMULTIARRAY`
`static Operator`	`Operators.NOP`
`static Operator`	`Operators.NULL`
`static Operator`	`Operators.NULL_CHECK`
`static Operator`	`Operators.OBJARRAY_STORE_CHECK`
`static Operator`	`Operators.OBJARRAY_STORE_CHECK_NOTNULL`
`Operator`	`Instruction.operator` The operator for this instruction.
`static Operator[]`	`Operator.OperatorArray`
`static Operator`	`Operators.OSR_BARRIER`
`static Operator`	`Operators.OTHER_OPERAND`
`static Operator`	`Operators.PAUSE`
`static Operator`	`Operators.PHI`
`static Operator`	`Operators.PI`
`static Operator`	`Operators.PREFETCH`
`static Operator`	`Operators.PREPARE_ADDR`
`static Operator`	`Operators.PREPARE_INT`
`static Operator`	`Operators.PREPARE_LONG`
`static Operator`	`Operators.PUTFIELD`
`static Operator`	`Operators.PUTSTATIC`
`static Operator`	`Operators.READ_CEILING`
`static Operator`	`Operators.REF_ADD`
`static Operator`	`Operators.REF_ALOAD`
`static Operator`	`Operators.REF_AND`
`static Operator`	`Operators.REF_ASTORE`
`static Operator`	`Operators.REF_COND_MOVE`
`static Operator`	`Operators.REF_IFCMP`
`static Operator`	`Operators.REF_LOAD`
`static Operator`	`Operators.REF_MOVE`
`static Operator`	`Operators.REF_NEG`
`static Operator`	`Operators.REF_NOT`
`static Operator`	`Operators.REF_OR`
`static Operator`	`Operators.REF_SHL`
`static Operator`	`Operators.REF_SHR`
`static Operator`	`Operators.REF_STORE`
`static Operator`	`Operators.REF_SUB`
`static Operator`	`Operators.REF_USHR`
`static Operator`	`Operators.REF_XOR`
`static Operator`	`Operators.REGISTER`
`static Operator`	`Operators.REQUIRE_ESP`
`static Operator`	`Operators.RESOLVE`
`static Operator`	`Operators.RESOLVE_MEMBER`
`static Operator`	`Operators.RETURN`
`static Operator`	`Operators.ROUND_TO_ZERO`
`static Operator`	`Operators.SET_CAUGHT_EXCEPTION`
`static Operator`	`Operators.SHORT_ALOAD`
`static Operator`	`Operators.SHORT_ASTORE`
`static Operator`	`Operators.SHORT_LOAD`
`static Operator`	`Operators.SHORT_STORE`
`static Operator`	`Operators.SPLIT`
`static Operator`	`Operators.SYSCALL`
`static Operator`	`Operators.TABLESWITCH`
`static Operator`	`Operators.TRAP`
`static Operator`	`Operators.TRAP_IF`
`static Operator`	`Operators.UBYTE_ALOAD`
`static Operator`	`Operators.UBYTE_LOAD`
`static Operator`	`Operators.UNINT_BEGIN`
`static Operator`	`Operators.UNINT_END`
`static Operator`	`Operators.USHORT_ALOAD`
`static Operator`	`Operators.USHORT_LOAD`
`static Operator`	`Operators.WRITE_FLOOR`
`static Operator`	`Operators.YIELDPOINT_BACKEDGE`
`static Operator`	`Operators.YIELDPOINT_EPILOGUE`
`static Operator`	`Operators.YIELDPOINT_OSR`
`static Operator`	`Operators.YIELDPOINT_PROLOGUE`

Methods in org.jikesrvm.compilers.opt.ir that return Operator
`static Operator`	`IRTools.getCondMoveOp(TypeReference type)` Returns the correct operator for a conditional move with the given data type.
`static Operator`	`IRTools.getLoadOp(FieldReference field, boolean isStatic)` Returns the correct operator for loading from the given field
`static Operator`	`IRTools.getLoadOp(TypeReference type, boolean isStatic)` Returns the correct operator for loading a value of the given type
`static Operator`	`IRTools.getMoveOp(TypeReference type)` Returns the correct operator for moving the given data type.
`static Operator`	`IRTools.getStoreOp(FieldReference field, boolean isStatic)` Returns the correct operator for storing to the given field.
`static Operator`	`IRTools.getStoreOp(TypeReference type, boolean isStatic)` Returns the correct operator for storing a value of the given type
`Operator`	`Instruction.operator()` Return the instruction's operator.

Methods in org.jikesrvm.compilers.opt.ir with parameters of type Operator
`static boolean`	`MIR_ConvertDW2QW.conforms(Operator o)` InstructionFormat identification method for MIR_ConvertDW2QW.
`static boolean`	`TableSwitch.conforms(Operator o)` InstructionFormat identification method for TableSwitch.
`static boolean`	`MIR_Set.conforms(Operator o)` InstructionFormat identification method for MIR_Set.
`static boolean`	`New.conforms(Operator o)` InstructionFormat identification method for New.
`static boolean`	`CondMove.conforms(Operator o)` InstructionFormat identification method for CondMove.
`static boolean`	`MIR_CompareExchange.conforms(Operator o)` InstructionFormat identification method for MIR_CompareExchange.
`static boolean`	`IfCmp2.conforms(Operator o)` InstructionFormat identification method for IfCmp2.
`static boolean`	`LowTableSwitch.conforms(Operator o)` InstructionFormat identification method for LowTableSwitch.
`static boolean`	`Call.conforms(Operator o)` InstructionFormat identification method for Call.
`static boolean`	`MIR_UnaryAcc.conforms(Operator o)` InstructionFormat identification method for MIR_UnaryAcc.
`static boolean`	`GuardedBinary.conforms(Operator o)` InstructionFormat identification method for GuardedBinary.
`static boolean`	`MonitorOp.conforms(Operator o)` InstructionFormat identification method for MonitorOp.
`static boolean`	`MIR_Move.conforms(Operator o)` InstructionFormat identification method for MIR_Move.
`static boolean`	`NewArray.conforms(Operator o)` InstructionFormat identification method for NewArray.
`static boolean`	`GuardedUnary.conforms(Operator o)` InstructionFormat identification method for GuardedUnary.
`static boolean`	`MIR_UnaryNoRes.conforms(Operator o)` InstructionFormat identification method for MIR_UnaryNoRes.
`static boolean`	`MIR_Return.conforms(Operator o)` InstructionFormat identification method for MIR_Return.
`static boolean`	`BoundsCheck.conforms(Operator o)` InstructionFormat identification method for BoundsCheck.
`static boolean`	`TypeCheck.conforms(Operator o)` InstructionFormat identification method for TypeCheck.
`static boolean`	`GetField.conforms(Operator o)` InstructionFormat identification method for GetField.
`static boolean`	`MIR_LowTableSwitch.conforms(Operator o)` InstructionFormat identification method for MIR_LowTableSwitch.
`static boolean`	`Goto.conforms(Operator o)` InstructionFormat identification method for Goto.
`static boolean`	`Load.conforms(Operator o)` InstructionFormat identification method for Load.
`static boolean`	`GuardCarrier.conforms(Operator o)` Does the operator belong to an instruction format that has an operand called Guard?
`static boolean`	`Binary.conforms(Operator o)` InstructionFormat identification method for Binary.
`static boolean`	`MIR_Empty.conforms(Operator o)` InstructionFormat identification method for MIR_Empty.
`static boolean`	`GuardResultCarrier.conforms(Operator o)` Does the operator belong to an instruction format that has an operand called GuardResult?
`static boolean`	`MIR_TrapIf.conforms(Operator o)` InstructionFormat identification method for MIR_TrapIf.
`static boolean`	`InstrumentedCounter.conforms(Operator o)` InstructionFormat identification method for InstrumentedCounter.
`static boolean`	`MIR_RDTSC.conforms(Operator o)` InstructionFormat identification method for MIR_RDTSC.
`static boolean`	`Empty.conforms(Operator o)` InstructionFormat identification method for Empty.
`static boolean`	`GuardedSet.conforms(Operator o)` InstructionFormat identification method for GuardedSet.
`static boolean`	`PutField.conforms(Operator o)` InstructionFormat identification method for PutField.
`static boolean`	`MIR_CaseLabel.conforms(Operator o)` InstructionFormat identification method for MIR_CaseLabel.
`static boolean`	`CacheOp.conforms(Operator o)` InstructionFormat identification method for CacheOp.
`static boolean`	`OsrPoint.conforms(Operator o)` InstructionFormat identification method for OsrPoint.
`static boolean`	`Multianewarray.conforms(Operator o)` InstructionFormat identification method for Multianewarray.
`static boolean`	`MIR_XChng.conforms(Operator o)` InstructionFormat identification method for MIR_XChng.
`static boolean`	`MIR_CacheOp.conforms(Operator o)` InstructionFormat identification method for MIR_CacheOp.
`static boolean`	`Attempt.conforms(Operator o)` InstructionFormat identification method for Attempt.
`static boolean`	`MIR_Lea.conforms(Operator o)` InstructionFormat identification method for MIR_Lea.
`static boolean`	`MIR_Divide.conforms(Operator o)` InstructionFormat identification method for MIR_Divide.
`static boolean`	`MIR_Call.conforms(Operator o)` InstructionFormat identification method for MIR_Call.
`static boolean`	`LocationCarrier.conforms(Operator o)` Does the operator belong to an instruction format that has an operand called Location?
`static boolean`	`MIR_Trap.conforms(Operator o)` InstructionFormat identification method for MIR_Trap.
`static boolean`	`Prologue.conforms(Operator o)` InstructionFormat identification method for Prologue.
`static boolean`	`ALoad.conforms(Operator o)` InstructionFormat identification method for ALoad.
`static boolean`	`Unary.conforms(Operator o)` InstructionFormat identification method for Unary.
`static boolean`	`MIR_CondMove.conforms(Operator o)` InstructionFormat identification method for MIR_CondMove.
`static boolean`	`Nullary.conforms(Operator o)` InstructionFormat identification method for Nullary.
`static boolean`	`BooleanCmp.conforms(Operator o)` InstructionFormat identification method for BooleanCmp.
`static boolean`	`MIR_BinaryAcc.conforms(Operator o)` InstructionFormat identification method for MIR_BinaryAcc.
`static boolean`	`Trap.conforms(Operator o)` InstructionFormat identification method for Trap.
`static boolean`	`NullCheck.conforms(Operator o)` InstructionFormat identification method for NullCheck.
`static boolean`	`MIR_CondBranch.conforms(Operator o)` InstructionFormat identification method for MIR_CondBranch.
`static boolean`	`IfCmp.conforms(Operator o)` InstructionFormat identification method for IfCmp.
`static boolean`	`StoreCheck.conforms(Operator o)` InstructionFormat identification method for StoreCheck.
`static boolean`	`TrapIf.conforms(Operator o)` InstructionFormat identification method for TrapIf.
`static boolean`	`BranchProfileCarrier.conforms(Operator o)` Does the operator belong to an instruction format that has an operand called BranchProfile?
`static boolean`	`MIR_CompareExchange8B.conforms(Operator o)` InstructionFormat identification method for MIR_CompareExchange8B.
`static boolean`	`MIR_Multiply.conforms(Operator o)` InstructionFormat identification method for MIR_Multiply.
`static boolean`	`LookupSwitch.conforms(Operator o)` InstructionFormat identification method for LookupSwitch.
`static boolean`	`Athrow.conforms(Operator o)` InstructionFormat identification method for Athrow.
`static boolean`	`Label.conforms(Operator o)` InstructionFormat identification method for Label.
`static boolean`	`InstanceOf.conforms(Operator o)` InstructionFormat identification method for InstanceOf.
`static boolean`	`Return.conforms(Operator o)` InstructionFormat identification method for Return.
`static boolean`	`BBend.conforms(Operator o)` InstructionFormat identification method for BBend.
`static boolean`	`InlineGuard.conforms(Operator o)` InstructionFormat identification method for InlineGuard.
`static boolean`	`MIR_Compare.conforms(Operator o)` InstructionFormat identification method for MIR_Compare.
`static boolean`	`MIR_DoubleShift.conforms(Operator o)` InstructionFormat identification method for MIR_DoubleShift.
`static boolean`	`Store.conforms(Operator o)` InstructionFormat identification method for Store.
`static boolean`	`ZeroCheck.conforms(Operator o)` InstructionFormat identification method for ZeroCheck.
`static boolean`	`Move.conforms(Operator o)` InstructionFormat identification method for Move.
`static boolean`	`GetStatic.conforms(Operator o)` InstructionFormat identification method for GetStatic.
`static boolean`	`MIR_CondBranch2.conforms(Operator o)` InstructionFormat identification method for MIR_CondBranch2.
`static boolean`	`MIR_Branch.conforms(Operator o)` InstructionFormat identification method for MIR_Branch.
`static boolean`	`ResultCarrier.conforms(Operator o)` Does the operator belong to an instruction format that has an operand called Result?
`static boolean`	`MIR_Test.conforms(Operator o)` InstructionFormat identification method for MIR_Test.
`static boolean`	`MIR_Unary.conforms(Operator o)` InstructionFormat identification method for MIR_Unary.
`static boolean`	`AStore.conforms(Operator o)` InstructionFormat identification method for AStore.
`static boolean`	`PutStatic.conforms(Operator o)` InstructionFormat identification method for PutStatic.
`static boolean`	`Phi.conforms(Operator o)` InstructionFormat identification method for Phi.
`static boolean`	`MIR_Nullary.conforms(Operator o)` InstructionFormat identification method for MIR_Nullary.
`static boolean`	`OsrBarrier.conforms(Operator o)` InstructionFormat identification method for OsrBarrier.
`static boolean`	`Prepare.conforms(Operator o)` InstructionFormat identification method for Prepare.
`static boolean`	`MIR_FSave.conforms(Operator o)` InstructionFormat identification method for MIR_FSave.
`static Instruction`	`MIR_Empty.create(Operator o)` Create an instruction of the MIR_Empty instruction format.
`static Instruction`	`Empty.create(Operator o)` Create an instruction of the Empty instruction format.
`static Instruction`	`Return.create(Operator o)` Create an instruction of the Return instruction format.
`static Instruction`	`Label.create(Operator o, BasicBlockOperand Block)` Create an instruction of the Label instruction format.
`static Instruction`	`BBend.create(Operator o, BasicBlockOperand Block)` Create an instruction of the BBend instruction format.
`static Instruction`	`Goto.create(Operator o, BranchOperand Target)` Create an instruction of the Goto instruction format.
`static Instruction`	`MIR_Branch.create(Operator o, BranchOperand Target)` Create an instruction of the MIR_Branch instruction format.
`static Instruction`	`MIR_CondBranch.create(Operator o, IA32ConditionOperand Cond, BranchOperand Target, BranchProfileOperand BranchProfile)` Create an instruction of the MIR_CondBranch instruction format.
`static Instruction`	`MIR_CondBranch2.create(Operator o, IA32ConditionOperand Cond1, BranchOperand Target1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchOperand Target2, BranchProfileOperand BranchProfile2)` Create an instruction of the MIR_CondBranch2 instruction format.
`static Instruction`	`MIR_CondBranch2.create(Operator o, IA32ConditionOperand Cond1, BranchOperand Target1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchProfileOperand BranchProfile2)` Create an instruction of the MIR_CondBranch2 instruction format.
`static Instruction`	`MIR_CondBranch.create(Operator o, IA32ConditionOperand Cond, BranchProfileOperand BranchProfile)` Create an instruction of the MIR_CondBranch instruction format.
`static Instruction`	`MIR_CondBranch2.create(Operator o, IA32ConditionOperand Cond1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchOperand Target2, BranchProfileOperand BranchProfile2)` Create an instruction of the MIR_CondBranch2 instruction format.
`static Instruction`	`MIR_CondBranch2.create(Operator o, IA32ConditionOperand Cond1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchProfileOperand BranchProfile2)` Create an instruction of the MIR_CondBranch2 instruction format.
`static Instruction`	`OsrPoint.create(Operator o, InlinedOsrTypeInfoOperand InlinedTypeInfo, int numVarOps)` Create an instruction of the OsrPoint instruction format.
`static Instruction`	`Prologue.create(Operator o, int numVarOps)` Create an instruction of the Prologue instruction format.
`static Instruction`	`InstrumentedCounter.create(Operator o, IntConstantOperand Data, IntConstantOperand Index, Operand Increment)` Create an instruction of the InstrumentedCounter instruction format.
`static Instruction`	`MIR_CaseLabel.create(Operator o, IntConstantOperand Index, Operand Target)` Create an instruction of the MIR_CaseLabel instruction format.
`static Instruction`	`MIR_Return.create(Operator o, IntConstantOperand PopBytes, Operand Val, Operand Val2)` Create an instruction of the MIR_Return instruction format.
`static Instruction`	`MIR_UnaryAcc.create(Operator o, Operand Result)` Create an instruction of the MIR_UnaryAcc instruction format.
`static Instruction`	`MIR_UnaryNoRes.create(Operator o, Operand Val)` Create an instruction of the MIR_UnaryNoRes instruction format.
`static Instruction`	`CacheOp.create(Operator o, Operand Ref)` Create an instruction of the CacheOp instruction format.
`static Instruction`	`MIR_CacheOp.create(Operator o, Operand Address)` Create an instruction of the MIR_CacheOp instruction format.
`static Instruction`	`Athrow.create(Operator o, Operand Value)` Create an instruction of the Athrow instruction format.
`static Instruction`	`Return.create(Operator o, Operand Val)` Create an instruction of the Return instruction format.
`static Instruction`	`MIR_Nullary.create(Operator o, Operand Result)` Create an instruction of the MIR_Nullary instruction format.
`static Instruction`	`MIR_FSave.create(Operator o, Operand Destination)` Create an instruction of the MIR_FSave instruction format.
`static Instruction`	`MIR_Set.create(Operator o, Operand Result, IA32ConditionOperand Cond)` Create an instruction of the MIR_Set instruction format.
`static Instruction`	`Phi.create(Operator o, Operand Result, int numVarOps)` Create an instruction of the Phi instruction format.
`static Instruction`	`MIR_ConvertDW2QW.create(Operator o, Operand Result1, Operand Result2)` Create an instruction of the MIR_ConvertDW2QW instruction format.
`static Instruction`	`MonitorOp.create(Operator o, Operand Ref, Operand Guard)` Create an instruction of the MonitorOp instruction format.
`static Instruction`	`MIR_Move.create(Operator o, Operand Result, Operand Value)` Create an instruction of the MIR_Move instruction format.
`static Instruction`	`MIR_XChng.create(Operator o, Operand Val1, Operand Val2)` Create an instruction of the MIR_XChng instruction format.
`static Instruction`	`MIR_BinaryAcc.create(Operator o, Operand Result, Operand Value)` Create an instruction of the MIR_BinaryAcc instruction format.
`static Instruction`	`MIR_Compare.create(Operator o, Operand Val1, Operand Val2)` Create an instruction of the MIR_Compare instruction format.
`static Instruction`	`MIR_Test.create(Operator o, Operand Val1, Operand Val2)` Create an instruction of the MIR_Test instruction format.
`static Instruction`	`MIR_Unary.create(Operator o, Operand Result, Operand Val)` Create an instruction of the MIR_Unary instruction format.
`static Instruction`	`MIR_CondMove.create(Operator o, Operand Result, Operand Value, IA32ConditionOperand Cond)` Create an instruction of the MIR_CondMove instruction format.
`static Instruction`	`PutStatic.create(Operator o, Operand Value, Operand Offset, LocationOperand Location)` Create an instruction of the PutStatic instruction format.
`static Instruction`	`GuardedSet.create(Operator o, Operand Ref, Operand Val, Operand Guard)` Create an instruction of the GuardedSet instruction format.
`static Instruction`	`MIR_Multiply.create(Operator o, Operand Result1, Operand Result2, Operand Value)` Create an instruction of the MIR_Multiply instruction format.
`static Instruction`	`InlineGuard.create(Operator o, Operand Value, Operand Guard, Operand Goal, BranchOperand Target, BranchProfileOperand BranchProfile)` Create an instruction of the InlineGuard instruction format.
`static Instruction`	`LookupSwitch.create(Operator o, Operand Value, Operand Unknown1, Operand Unknown2, BranchOperand Default, BranchProfileOperand DefaultBranchProfile, int numVarOps)` Create an instruction of the LookupSwitch instruction format.
`static Instruction`	`TableSwitch.create(Operator o, Operand Value, Operand Unknown1, Operand Unknown2, IntConstantOperand Low, IntConstantOperand High, BranchOperand Default, BranchProfileOperand DefaultBranchProfile, int numVarOps)` Create an instruction of the TableSwitch instruction format.
`static Instruction`	`Store.create(Operator o, Operand Value, Operand Address, Operand Offset, LocationOperand Location)` Create an instruction of the Store instruction format.
`static Instruction`	`PutField.create(Operator o, Operand Value, Operand Ref, Operand Offset, LocationOperand Location, Operand Guard)` Create an instruction of the PutField instruction format.
`static Instruction`	`Store.create(Operator o, Operand Value, Operand Address, Operand Offset, LocationOperand Location, Operand Guard)` Create an instruction of the Store instruction format.
`static Instruction`	`AStore.create(Operator o, Operand Value, Operand Array, Operand Index, LocationOperand Location, Operand Guard)` Create an instruction of the AStore instruction format.
`static Instruction`	`MIR_Divide.create(Operator o, Operand Result1, Operand Result2, Operand Value, Operand Guard)` Create an instruction of the MIR_Divide instruction format.
`static Instruction`	`MIR_DoubleShift.create(Operator o, Operand Result, RegisterOperand Source, Operand BitsToShift)` Create an instruction of the MIR_DoubleShift instruction format.
`static Instruction`	`OsrBarrier.create(Operator o, OsrTypeInfoOperand TypeInfo, int numVarOps)` Create an instruction of the OsrBarrier instruction format.
`static Instruction`	`Nullary.create(Operator o, RegisterOperand Result)` Create an instruction of the Nullary instruction format.
`static Instruction`	`LowTableSwitch.create(Operator o, RegisterOperand Index, int numVarOps)` Create an instruction of the LowTableSwitch instruction format.
`static Instruction`	`MIR_Lea.create(Operator o, RegisterOperand Result, MemoryOperand Value)` Create an instruction of the MIR_Lea instruction format.
`static Instruction`	`MIR_CompareExchange.create(Operator o, RegisterOperand OldValue, MemoryOperand MemAddr, RegisterOperand NewValue)` Create an instruction of the MIR_CompareExchange instruction format.
`static Instruction`	`Unary.create(Operator o, RegisterOperand Result, Operand Val)` Create an instruction of the Unary instruction format.
`static Instruction`	`NullCheck.create(Operator o, RegisterOperand GuardResult, Operand Ref)` Create an instruction of the NullCheck instruction format.
`static Instruction`	`ZeroCheck.create(Operator o, RegisterOperand GuardResult, Operand Value)` Create an instruction of the ZeroCheck instruction format.
`static Instruction`	`Move.create(Operator o, RegisterOperand Result, Operand Val)` Create an instruction of the Move instruction format.
`static Instruction`	`GetStatic.create(Operator o, RegisterOperand Result, Operand Offset, LocationOperand Location)` Create an instruction of the GetStatic instruction format.
`static Instruction`	`Call.create(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, int numVarOps)` Create an instruction of the Call instruction format.
`static Instruction`	`Call.create(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, int numVarOps)` Create an instruction of the Call instruction format.
`static Instruction`	`GuardedUnary.create(Operator o, RegisterOperand Result, Operand Val, Operand Guard)` Create an instruction of the GuardedUnary instruction format.
`static Instruction`	`Binary.create(Operator o, RegisterOperand Result, Operand Val1, Operand Val2)` Create an instruction of the Binary instruction format.
`static Instruction`	`IfCmp.create(Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, ConditionOperand Cond, BranchOperand Target, BranchProfileOperand BranchProfile)` Create an instruction of the IfCmp instruction format.
`static Instruction`	`IfCmp2.create(Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, ConditionOperand Cond1, BranchOperand Target1, BranchProfileOperand BranchProfile1, ConditionOperand Cond2, BranchOperand Target2, BranchProfileOperand BranchProfile2)` Create an instruction of the IfCmp2 instruction format.
`static Instruction`	`BooleanCmp.create(Operator o, RegisterOperand Result, Operand Val1, Operand Val2, ConditionOperand Cond, BranchProfileOperand BranchProfile)` Create an instruction of the BooleanCmp instruction format.
`static Instruction`	`CondMove.create(Operator o, RegisterOperand Result, Operand Val1, Operand Val2, ConditionOperand Cond, Operand TrueValue, Operand FalseValue)` Create an instruction of the CondMove instruction format.
`static Instruction`	`TrapIf.create(Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, ConditionOperand Cond, TrapCodeOperand TCode)` Create an instruction of the TrapIf instruction format.
`static Instruction`	`MIR_TrapIf.create(Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, IA32ConditionOperand Cond, TrapCodeOperand TrapCode)` Create an instruction of the MIR_TrapIf instruction format.
`static Instruction`	`Load.create(Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location)` Create an instruction of the Load instruction format.
`static Instruction`	`Prepare.create(Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location)` Create an instruction of the Prepare instruction format.
`static Instruction`	`GetField.create(Operator o, RegisterOperand Result, Operand Ref, Operand Offset, LocationOperand Location, Operand Guard)` Create an instruction of the GetField instruction format.
`static Instruction`	`Load.create(Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location, Operand Guard)` Create an instruction of the Load instruction format.
`static Instruction`	`ALoad.create(Operator o, RegisterOperand Result, Operand Array, Operand Index, LocationOperand Location, Operand Guard)` Create an instruction of the ALoad instruction format.
`static Instruction`	`Prepare.create(Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location, Operand Guard)` Create an instruction of the Prepare instruction format.
`static Instruction`	`GuardedBinary.create(Operator o, RegisterOperand Result, Operand Val1, Operand Val2, Operand Guard)` Create an instruction of the GuardedBinary instruction format.
`static Instruction`	`BoundsCheck.create(Operator o, RegisterOperand GuardResult, Operand Ref, Operand Index, Operand Guard)` Create an instruction of the BoundsCheck instruction format.
`static Instruction`	`StoreCheck.create(Operator o, RegisterOperand GuardResult, Operand Ref, Operand Val, Operand Guard)` Create an instruction of the StoreCheck instruction format.
`static Instruction`	`Attempt.create(Operator o, RegisterOperand Result, Operand Address, Operand Offset, Operand OldValue, Operand NewValue, LocationOperand Location)` Create an instruction of the Attempt instruction format.
`static Instruction`	`Attempt.create(Operator o, RegisterOperand Result, Operand Address, Operand Offset, Operand OldValue, Operand NewValue, LocationOperand Location, Operand Guard)` Create an instruction of the Attempt instruction format.
`static Instruction`	`TypeCheck.create(Operator o, RegisterOperand Result, Operand Ref, TypeOperand Type)` Create an instruction of the TypeCheck instruction format.
`static Instruction`	`TypeCheck.create(Operator o, RegisterOperand Result, Operand Ref, TypeOperand Type, Operand Guard)` Create an instruction of the TypeCheck instruction format.
`static Instruction`	`MIR_RDTSC.create(Operator o, RegisterOperand Dest1, RegisterOperand Dest2)` Create an instruction of the MIR_RDTSC instruction format.
`static Instruction`	`MIR_LowTableSwitch.create(Operator o, RegisterOperand Index, RegisterOperand MethodStart, int numVarOps)` Create an instruction of the MIR_LowTableSwitch instruction format.
`static Instruction`	`MIR_Call.create(Operator o, RegisterOperand Result, RegisterOperand Result2, int numVarOps)` Create an instruction of the MIR_Call instruction format.
`static Instruction`	`MIR_CompareExchange8B.create(Operator o, RegisterOperand OldValueHigh, RegisterOperand OldValueLow, MemoryOperand MemAddr, RegisterOperand NewValueHigh, RegisterOperand NewValueLow)` Create an instruction of the MIR_CompareExchange8B instruction format.
`static Instruction`	`MIR_Call.create(Operator o, RegisterOperand Result, RegisterOperand Result2, MethodOperand Method, int numVarOps)` Create an instruction of the MIR_Call instruction format.
`static Instruction`	`MIR_Call.create(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, int numVarOps)` Create an instruction of the MIR_Call instruction format.
`static Instruction`	`MIR_Call.create(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, MethodOperand Method, int numVarOps)` Create an instruction of the MIR_Call instruction format.
`static Instruction`	`MIR_Trap.create(Operator o, RegisterOperand GuardResult, TrapCodeOperand TrapCode)` Create an instruction of the MIR_Trap instruction format.
`static Instruction`	`Trap.create(Operator o, RegisterOperand GuardResult, TrapCodeOperand TCode)` Create an instruction of the Trap instruction format.
`static Instruction`	`New.create(Operator o, RegisterOperand Result, TypeOperand Type)` Create an instruction of the New instruction format.
`static Instruction`	`Multianewarray.create(Operator o, RegisterOperand Result, TypeOperand Type, int numVarOps)` Create an instruction of the Multianewarray instruction format.
`static Instruction`	`NewArray.create(Operator o, RegisterOperand Result, TypeOperand Type, Operand Size)` Create an instruction of the NewArray instruction format.
`static Instruction`	`InstanceOf.create(Operator o, RegisterOperand Result, TypeOperand Type, Operand Ref)` Create an instruction of the InstanceOf instruction format.
`static Instruction`	`InstanceOf.create(Operator o, RegisterOperand Result, TypeOperand Type, Operand Ref, Operand Guard)` Create an instruction of the InstanceOf instruction format.
`static Instruction`	`Call.create0(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method)` Create an instruction of the Call instruction format with 0 variable arguments.
`static Instruction`	`Call.create0(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard)` Create an instruction of the Call instruction format with 0 variable arguments.
`static Instruction`	`MIR_Call.create0(Operator o, RegisterOperand Result, RegisterOperand Result2)` Create an instruction of the MIR_Call instruction format with 0 variable arguments.
`static Instruction`	`MIR_Call.create0(Operator o, RegisterOperand Result, RegisterOperand Result2, MethodOperand Method)` Create an instruction of the MIR_Call instruction format with 0 variable arguments.
`static Instruction`	`MIR_Call.create0(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target)` Create an instruction of the MIR_Call instruction format with 0 variable arguments.
`static Instruction`	`MIR_Call.create0(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, MethodOperand Method)` Create an instruction of the MIR_Call instruction format with 0 variable arguments.
`static Instruction`	`Call.create1(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1)` Create an instruction of the Call instruction format with 1 variable arguments.
`static Instruction`	`Call.create1(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1)` Create an instruction of the Call instruction format with 1 variable arguments.
`static Instruction`	`MIR_Call.create1(Operator o, RegisterOperand Result, RegisterOperand Result2, MethodOperand Method, Operand Param_1)` Create an instruction of the MIR_Call instruction format with 1 variable arguments.
`static Instruction`	`MIR_Call.create1(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Param_1)` Create an instruction of the MIR_Call instruction format with 1 variable arguments.
`static Instruction`	`MIR_Call.create1(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, MethodOperand Method, Operand Param_1)` Create an instruction of the MIR_Call instruction format with 1 variable arguments.
`static Instruction`	`MIR_Call.create1(Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, Operand Param_1)` Create an instruction of the MIR_Call instruction format with 1 variable arguments.
`static Instruction`	`Call.create2(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2)` Create an instruction of the Call instruction format with 2 variable arguments.
`static Instruction`	`Call.create2(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2)` Create an instruction of the Call instruction format with 2 variable arguments.
`static Instruction`	`Call.create3(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3)` Create an instruction of the Call instruction format with 3 variable arguments.
`static Instruction`	`Call.create3(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3)` Create an instruction of the Call instruction format with 3 variable arguments.
`static Instruction`	`Call.create4(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4)` Create an instruction of the Call instruction format with 4 variable arguments.
`static Instruction`	`Call.create4(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4)` Create an instruction of the Call instruction format with 4 variable arguments.
`static Instruction`	`Call.create5(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5)` Create an instruction of the Call instruction format with 5 variable arguments.
`static Instruction`	`Call.create5(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5)` Create an instruction of the Call instruction format with 5 variable arguments.
`static Instruction`	`Call.create6(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6)` Create an instruction of the Call instruction format with 6 variable arguments.
`static Instruction`	`Call.create6(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6)` Create an instruction of the Call instruction format with 6 variable arguments.
`static Instruction`	`Call.create7(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7)` Create an instruction of the Call instruction format with 7 variable arguments.
`static Instruction`	`Call.create7(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7)` Create an instruction of the Call instruction format with 7 variable arguments.
`static Instruction`	`Call.create8(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7, Operand Param_8)` Create an instruction of the Call instruction format with 8 variable arguments.
`static Instruction`	`Call.create8(Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7, Operand Param_8)` Create an instruction of the Call instruction format with 8 variable arguments.
`protected static void`	`InstructionFormat.fail(Operator op, String name)` Called to generate a (possibly fatal) error message when it is detected that an InstructionFormat method was invoked on an operator that does not conform to that format.
`boolean`	`MachineSpecificIR.isAdviseESP(Operator operator)`
`boolean`	`MachineSpecificIR.isFClear(Operator operator)`
`boolean`	`MachineSpecificIR.isFNInit(Operator operator)`
`static RegisterOperand`	`IRTools.moveIntoRegister(TypeReference type, Operator move_op, ArchitectureSpecificOpt.RegisterPool pool, Instruction s, Operand op)` Generates an instruction to move the given operand into a register, and inserts it before the given instruction.
`static Instruction`	`MIR_Empty.mutate(Instruction i, Operator o)` Mutate the argument instruction into an instruction of the MIR_Empty instruction format having the specified operator and operands.
`static Instruction`	`Empty.mutate(Instruction i, Operator o)` Mutate the argument instruction into an instruction of the Empty instruction format having the specified operator and operands.
`static Instruction`	`Return.mutate(Instruction i, Operator o)` Mutate the argument instruction into an instruction of the Return instruction format having the specified operator and operands.
`static Instruction`	`Label.mutate(Instruction i, Operator o, BasicBlockOperand Block)` Mutate the argument instruction into an instruction of the Label instruction format having the specified operator and operands.
`static Instruction`	`BBend.mutate(Instruction i, Operator o, BasicBlockOperand Block)` Mutate the argument instruction into an instruction of the BBend instruction format having the specified operator and operands.
`static Instruction`	`Goto.mutate(Instruction i, Operator o, BranchOperand Target)` Mutate the argument instruction into an instruction of the Goto instruction format having the specified operator and operands.
`static Instruction`	`MIR_Branch.mutate(Instruction i, Operator o, BranchOperand Target)` Mutate the argument instruction into an instruction of the MIR_Branch instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondBranch.mutate(Instruction i, Operator o, IA32ConditionOperand Cond, BranchOperand Target, BranchProfileOperand BranchProfile)` Mutate the argument instruction into an instruction of the MIR_CondBranch instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondBranch2.mutate(Instruction i, Operator o, IA32ConditionOperand Cond1, BranchOperand Target1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchOperand Target2, BranchProfileOperand BranchProfile2)` Mutate the argument instruction into an instruction of the MIR_CondBranch2 instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondBranch2.mutate(Instruction i, Operator o, IA32ConditionOperand Cond1, BranchOperand Target1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchProfileOperand BranchProfile2)` Mutate the argument instruction into an instruction of the MIR_CondBranch2 instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondBranch.mutate(Instruction i, Operator o, IA32ConditionOperand Cond, BranchProfileOperand BranchProfile)` Mutate the argument instruction into an instruction of the MIR_CondBranch instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondBranch2.mutate(Instruction i, Operator o, IA32ConditionOperand Cond1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchOperand Target2, BranchProfileOperand BranchProfile2)` Mutate the argument instruction into an instruction of the MIR_CondBranch2 instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondBranch2.mutate(Instruction i, Operator o, IA32ConditionOperand Cond1, BranchProfileOperand BranchProfile1, IA32ConditionOperand Cond2, BranchProfileOperand BranchProfile2)` Mutate the argument instruction into an instruction of the MIR_CondBranch2 instruction format having the specified operator and operands.
`static Instruction`	`OsrPoint.mutate(Instruction i, Operator o, InlinedOsrTypeInfoOperand InlinedTypeInfo, int numVarOps)` Mutate the argument instruction into an instruction of the OsrPoint instruction format having the specified operator and operands.
`static Instruction`	`Prologue.mutate(Instruction i, Operator o, int numVarOps)` Mutate the argument instruction into an instruction of the Prologue instruction format having the specified operator and operands.
`static Instruction`	`InstrumentedCounter.mutate(Instruction i, Operator o, IntConstantOperand Data, IntConstantOperand Index, Operand Increment)` Mutate the argument instruction into an instruction of the InstrumentedCounter instruction format having the specified operator and operands.
`static Instruction`	`MIR_CaseLabel.mutate(Instruction i, Operator o, IntConstantOperand Index, Operand Target)` Mutate the argument instruction into an instruction of the MIR_CaseLabel instruction format having the specified operator and operands.
`static Instruction`	`MIR_Return.mutate(Instruction i, Operator o, IntConstantOperand PopBytes, Operand Val, Operand Val2)` Mutate the argument instruction into an instruction of the MIR_Return instruction format having the specified operator and operands.
`static Instruction`	`MIR_UnaryAcc.mutate(Instruction i, Operator o, Operand Result)` Mutate the argument instruction into an instruction of the MIR_UnaryAcc instruction format having the specified operator and operands.
`static Instruction`	`MIR_UnaryNoRes.mutate(Instruction i, Operator o, Operand Val)` Mutate the argument instruction into an instruction of the MIR_UnaryNoRes instruction format having the specified operator and operands.
`static Instruction`	`CacheOp.mutate(Instruction i, Operator o, Operand Ref)` Mutate the argument instruction into an instruction of the CacheOp instruction format having the specified operator and operands.
`static Instruction`	`MIR_CacheOp.mutate(Instruction i, Operator o, Operand Address)` Mutate the argument instruction into an instruction of the MIR_CacheOp instruction format having the specified operator and operands.
`static Instruction`	`Athrow.mutate(Instruction i, Operator o, Operand Value)` Mutate the argument instruction into an instruction of the Athrow instruction format having the specified operator and operands.
`static Instruction`	`Return.mutate(Instruction i, Operator o, Operand Val)` Mutate the argument instruction into an instruction of the Return instruction format having the specified operator and operands.
`static Instruction`	`MIR_Nullary.mutate(Instruction i, Operator o, Operand Result)` Mutate the argument instruction into an instruction of the MIR_Nullary instruction format having the specified operator and operands.
`static Instruction`	`MIR_FSave.mutate(Instruction i, Operator o, Operand Destination)` Mutate the argument instruction into an instruction of the MIR_FSave instruction format having the specified operator and operands.
`static Instruction`	`MIR_Set.mutate(Instruction i, Operator o, Operand Result, IA32ConditionOperand Cond)` Mutate the argument instruction into an instruction of the MIR_Set instruction format having the specified operator and operands.
`static Instruction`	`Phi.mutate(Instruction i, Operator o, Operand Result, int numVarOps)` Mutate the argument instruction into an instruction of the Phi instruction format having the specified operator and operands.
`static Instruction`	`MIR_ConvertDW2QW.mutate(Instruction i, Operator o, Operand Result1, Operand Result2)` Mutate the argument instruction into an instruction of the MIR_ConvertDW2QW instruction format having the specified operator and operands.
`static Instruction`	`MonitorOp.mutate(Instruction i, Operator o, Operand Ref, Operand Guard)` Mutate the argument instruction into an instruction of the MonitorOp instruction format having the specified operator and operands.
`static Instruction`	`MIR_Move.mutate(Instruction i, Operator o, Operand Result, Operand Value)` Mutate the argument instruction into an instruction of the MIR_Move instruction format having the specified operator and operands.
`static Instruction`	`MIR_XChng.mutate(Instruction i, Operator o, Operand Val1, Operand Val2)` Mutate the argument instruction into an instruction of the MIR_XChng instruction format having the specified operator and operands.
`static Instruction`	`MIR_BinaryAcc.mutate(Instruction i, Operator o, Operand Result, Operand Value)` Mutate the argument instruction into an instruction of the MIR_BinaryAcc instruction format having the specified operator and operands.
`static Instruction`	`MIR_Compare.mutate(Instruction i, Operator o, Operand Val1, Operand Val2)` Mutate the argument instruction into an instruction of the MIR_Compare instruction format having the specified operator and operands.
`static Instruction`	`MIR_Test.mutate(Instruction i, Operator o, Operand Val1, Operand Val2)` Mutate the argument instruction into an instruction of the MIR_Test instruction format having the specified operator and operands.
`static Instruction`	`MIR_Unary.mutate(Instruction i, Operator o, Operand Result, Operand Val)` Mutate the argument instruction into an instruction of the MIR_Unary instruction format having the specified operator and operands.
`static Instruction`	`MIR_CondMove.mutate(Instruction i, Operator o, Operand Result, Operand Value, IA32ConditionOperand Cond)` Mutate the argument instruction into an instruction of the MIR_CondMove instruction format having the specified operator and operands.
`static Instruction`	`PutStatic.mutate(Instruction i, Operator o, Operand Value, Operand Offset, LocationOperand Location)` Mutate the argument instruction into an instruction of the PutStatic instruction format having the specified operator and operands.
`static Instruction`	`GuardedSet.mutate(Instruction i, Operator o, Operand Ref, Operand Val, Operand Guard)` Mutate the argument instruction into an instruction of the GuardedSet instruction format having the specified operator and operands.
`static Instruction`	`MIR_Multiply.mutate(Instruction i, Operator o, Operand Result1, Operand Result2, Operand Value)` Mutate the argument instruction into an instruction of the MIR_Multiply instruction format having the specified operator and operands.
`static Instruction`	`InlineGuard.mutate(Instruction i, Operator o, Operand Value, Operand Guard, Operand Goal, BranchOperand Target, BranchProfileOperand BranchProfile)` Mutate the argument instruction into an instruction of the InlineGuard instruction format having the specified operator and operands.
`static Instruction`	`LookupSwitch.mutate(Instruction i, Operator o, Operand Value, Operand Unknown1, Operand Unknown2, BranchOperand Default, BranchProfileOperand DefaultBranchProfile, int numVarOps)` Mutate the argument instruction into an instruction of the LookupSwitch instruction format having the specified operator and operands.
`static Instruction`	`TableSwitch.mutate(Instruction i, Operator o, Operand Value, Operand Unknown1, Operand Unknown2, IntConstantOperand Low, IntConstantOperand High, BranchOperand Default, BranchProfileOperand DefaultBranchProfile, int numVarOps)` Mutate the argument instruction into an instruction of the TableSwitch instruction format having the specified operator and operands.
`static Instruction`	`Store.mutate(Instruction i, Operator o, Operand Value, Operand Address, Operand Offset, LocationOperand Location)` Mutate the argument instruction into an instruction of the Store instruction format having the specified operator and operands.
`static Instruction`	`PutField.mutate(Instruction i, Operator o, Operand Value, Operand Ref, Operand Offset, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the PutField instruction format having the specified operator and operands.
`static Instruction`	`Store.mutate(Instruction i, Operator o, Operand Value, Operand Address, Operand Offset, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the Store instruction format having the specified operator and operands.
`static Instruction`	`AStore.mutate(Instruction i, Operator o, Operand Value, Operand Array, Operand Index, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the AStore instruction format having the specified operator and operands.
`static Instruction`	`MIR_Divide.mutate(Instruction i, Operator o, Operand Result1, Operand Result2, Operand Value, Operand Guard)` Mutate the argument instruction into an instruction of the MIR_Divide instruction format having the specified operator and operands.
`static Instruction`	`MIR_DoubleShift.mutate(Instruction i, Operator o, Operand Result, RegisterOperand Source, Operand BitsToShift)` Mutate the argument instruction into an instruction of the MIR_DoubleShift instruction format having the specified operator and operands.
`static Instruction`	`OsrBarrier.mutate(Instruction i, Operator o, OsrTypeInfoOperand TypeInfo, int numVarOps)` Mutate the argument instruction into an instruction of the OsrBarrier instruction format having the specified operator and operands.
`static Instruction`	`Nullary.mutate(Instruction i, Operator o, RegisterOperand Result)` Mutate the argument instruction into an instruction of the Nullary instruction format having the specified operator and operands.
`static Instruction`	`LowTableSwitch.mutate(Instruction i, Operator o, RegisterOperand Index, int numVarOps)` Mutate the argument instruction into an instruction of the LowTableSwitch instruction format having the specified operator and operands.
`static Instruction`	`MIR_Lea.mutate(Instruction i, Operator o, RegisterOperand Result, MemoryOperand Value)` Mutate the argument instruction into an instruction of the MIR_Lea instruction format having the specified operator and operands.
`static Instruction`	`MIR_CompareExchange.mutate(Instruction i, Operator o, RegisterOperand OldValue, MemoryOperand MemAddr, RegisterOperand NewValue)` Mutate the argument instruction into an instruction of the MIR_CompareExchange instruction format having the specified operator and operands.
`static Instruction`	`Unary.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val)` Mutate the argument instruction into an instruction of the Unary instruction format having the specified operator and operands.
`static Instruction`	`NullCheck.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Ref)` Mutate the argument instruction into an instruction of the NullCheck instruction format having the specified operator and operands.
`static Instruction`	`ZeroCheck.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Value)` Mutate the argument instruction into an instruction of the ZeroCheck instruction format having the specified operator and operands.
`static Instruction`	`Move.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val)` Mutate the argument instruction into an instruction of the Move instruction format having the specified operator and operands.
`static Instruction`	`GetStatic.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Offset, LocationOperand Location)` Mutate the argument instruction into an instruction of the GetStatic instruction format having the specified operator and operands.
`static Instruction`	`Call.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, int numVarOps)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator and operands.
`static Instruction`	`Call.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, int numVarOps)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator and operands.
`static Instruction`	`GuardedUnary.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val, Operand Guard)` Mutate the argument instruction into an instruction of the GuardedUnary instruction format having the specified operator and operands.
`static Instruction`	`Binary.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val1, Operand Val2)` Mutate the argument instruction into an instruction of the Binary instruction format having the specified operator and operands.
`static Instruction`	`IfCmp.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, ConditionOperand Cond, BranchOperand Target, BranchProfileOperand BranchProfile)` Mutate the argument instruction into an instruction of the IfCmp instruction format having the specified operator and operands.
`static Instruction`	`IfCmp2.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, ConditionOperand Cond1, BranchOperand Target1, BranchProfileOperand BranchProfile1, ConditionOperand Cond2, BranchOperand Target2, BranchProfileOperand BranchProfile2)` Mutate the argument instruction into an instruction of the IfCmp2 instruction format having the specified operator and operands.
`static Instruction`	`BooleanCmp.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val1, Operand Val2, ConditionOperand Cond, BranchProfileOperand BranchProfile)` Mutate the argument instruction into an instruction of the BooleanCmp instruction format having the specified operator and operands.
`static Instruction`	`CondMove.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val1, Operand Val2, ConditionOperand Cond, Operand TrueValue, Operand FalseValue)` Mutate the argument instruction into an instruction of the CondMove instruction format having the specified operator and operands.
`static Instruction`	`TrapIf.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, ConditionOperand Cond, TrapCodeOperand TCode)` Mutate the argument instruction into an instruction of the TrapIf instruction format having the specified operator and operands.
`static Instruction`	`MIR_TrapIf.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Val1, Operand Val2, IA32ConditionOperand Cond, TrapCodeOperand TrapCode)` Mutate the argument instruction into an instruction of the MIR_TrapIf instruction format having the specified operator and operands.
`static Instruction`	`Load.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location)` Mutate the argument instruction into an instruction of the Load instruction format having the specified operator and operands.
`static Instruction`	`Prepare.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location)` Mutate the argument instruction into an instruction of the Prepare instruction format having the specified operator and operands.
`static Instruction`	`GetField.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Ref, Operand Offset, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the GetField instruction format having the specified operator and operands.
`static Instruction`	`Load.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the Load instruction format having the specified operator and operands.
`static Instruction`	`ALoad.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Array, Operand Index, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the ALoad instruction format having the specified operator and operands.
`static Instruction`	`Prepare.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, Operand Offset, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the Prepare instruction format having the specified operator and operands.
`static Instruction`	`GuardedBinary.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Val1, Operand Val2, Operand Guard)` Mutate the argument instruction into an instruction of the GuardedBinary instruction format having the specified operator and operands.
`static Instruction`	`BoundsCheck.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Ref, Operand Index, Operand Guard)` Mutate the argument instruction into an instruction of the BoundsCheck instruction format having the specified operator and operands.
`static Instruction`	`StoreCheck.mutate(Instruction i, Operator o, RegisterOperand GuardResult, Operand Ref, Operand Val, Operand Guard)` Mutate the argument instruction into an instruction of the StoreCheck instruction format having the specified operator and operands.
`static Instruction`	`Attempt.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, Operand Offset, Operand OldValue, Operand NewValue, LocationOperand Location)` Mutate the argument instruction into an instruction of the Attempt instruction format having the specified operator and operands.
`static Instruction`	`Attempt.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Address, Operand Offset, Operand OldValue, Operand NewValue, LocationOperand Location, Operand Guard)` Mutate the argument instruction into an instruction of the Attempt instruction format having the specified operator and operands.
`static Instruction`	`TypeCheck.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Ref, TypeOperand Type)` Mutate the argument instruction into an instruction of the TypeCheck instruction format having the specified operator and operands.
`static Instruction`	`TypeCheck.mutate(Instruction i, Operator o, RegisterOperand Result, Operand Ref, TypeOperand Type, Operand Guard)` Mutate the argument instruction into an instruction of the TypeCheck instruction format having the specified operator and operands.
`static Instruction`	`MIR_RDTSC.mutate(Instruction i, Operator o, RegisterOperand Dest1, RegisterOperand Dest2)` Mutate the argument instruction into an instruction of the MIR_RDTSC instruction format having the specified operator and operands.
`static Instruction`	`MIR_LowTableSwitch.mutate(Instruction i, Operator o, RegisterOperand Index, RegisterOperand MethodStart, int numVarOps)` Mutate the argument instruction into an instruction of the MIR_LowTableSwitch instruction format having the specified operator and operands.
`static Instruction`	`MIR_Call.mutate(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, int numVarOps)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator and operands.
`static Instruction`	`MIR_CompareExchange8B.mutate(Instruction i, Operator o, RegisterOperand OldValueHigh, RegisterOperand OldValueLow, MemoryOperand MemAddr, RegisterOperand NewValueHigh, RegisterOperand NewValueLow)` Mutate the argument instruction into an instruction of the MIR_CompareExchange8B instruction format having the specified operator and operands.
`static Instruction`	`MIR_Call.mutate(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, MethodOperand Method, int numVarOps)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator and operands.
`static Instruction`	`MIR_Call.mutate(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, int numVarOps)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator and operands.
`static Instruction`	`MIR_Call.mutate(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, MethodOperand Method, int numVarOps)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator and operands.
`static Instruction`	`MIR_Trap.mutate(Instruction i, Operator o, RegisterOperand GuardResult, TrapCodeOperand TrapCode)` Mutate the argument instruction into an instruction of the MIR_Trap instruction format having the specified operator and operands.
`static Instruction`	`Trap.mutate(Instruction i, Operator o, RegisterOperand GuardResult, TrapCodeOperand TCode)` Mutate the argument instruction into an instruction of the Trap instruction format having the specified operator and operands.
`static Instruction`	`New.mutate(Instruction i, Operator o, RegisterOperand Result, TypeOperand Type)` Mutate the argument instruction into an instruction of the New instruction format having the specified operator and operands.
`static Instruction`	`Multianewarray.mutate(Instruction i, Operator o, RegisterOperand Result, TypeOperand Type, int numVarOps)` Mutate the argument instruction into an instruction of the Multianewarray instruction format having the specified operator and operands.
`static Instruction`	`NewArray.mutate(Instruction i, Operator o, RegisterOperand Result, TypeOperand Type, Operand Size)` Mutate the argument instruction into an instruction of the NewArray instruction format having the specified operator and operands.
`static Instruction`	`InstanceOf.mutate(Instruction i, Operator o, RegisterOperand Result, TypeOperand Type, Operand Ref)` Mutate the argument instruction into an instruction of the InstanceOf instruction format having the specified operator and operands.
`static Instruction`	`InstanceOf.mutate(Instruction i, Operator o, RegisterOperand Result, TypeOperand Type, Operand Ref, Operand Guard)` Mutate the argument instruction into an instruction of the InstanceOf instruction format having the specified operator and operands.
`static Instruction`	`Call.mutate0(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate0(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate0(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate0(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, MethodOperand Method)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate0(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate0(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, MethodOperand Method)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate1(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate1(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate1(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, MethodOperand Method, Operand Param_1)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate1(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Param_1)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate1(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, MethodOperand Method, Operand Param_1)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`MIR_Call.mutate1(Instruction i, Operator o, RegisterOperand Result, RegisterOperand Result2, Operand Target, Operand Param_1)` Mutate the argument instruction into an instruction of the MIR_Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate2(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate2(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate3(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate3(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate4(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate4(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate5(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate5(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate6(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate6(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate7(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate7(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate8(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7, Operand Param_8)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static Instruction`	`Call.mutate8(Instruction i, Operator o, RegisterOperand Result, Operand Address, MethodOperand Method, Operand Guard, Operand Param_1, Operand Param_2, Operand Param_3, Operand Param_4, Operand Param_5, Operand Param_6, Operand Param_7, Operand Param_8)` Mutate the argument instruction into an instruction of the Call instruction format having the specified operator, operands, and number of variable-length operands.
`static String`	`OperatorNames.toString(Operator operator)`

Constructors in org.jikesrvm.compilers.opt.ir with parameters of type Operator
`Instruction(Operator op, int size)` INTERNAL IR USE ONLY: create a new instruction with the specified number of operands.

Uses of Operator in org.jikesrvm.compilers.opt.ir.ia32

Methods in org.jikesrvm.compilers.opt.ir.ia32 with parameters of type Operator
`static boolean`	`PhysicalDefUse.definesEFLAGS(Operator op)`
`boolean`	`MachineSpecificIRIA.isAdviseESP(Operator operator)`
`boolean`	`MachineSpecificIRIA.isFClear(Operator operator)`
`boolean`	`MachineSpecificIRIA.isFNInit(Operator operator)`
`static boolean`	`PhysicalDefUse.usesEFLAGS(Operator op)`
`static boolean`	`PhysicalDefUse.usesOrDefinesESP(Operator op)`

Uses of Operator in org.jikesrvm.compilers.opt.lir2mir.ia32

Methods in org.jikesrvm.compilers.opt.lir2mir.ia32 that return Operator
`protected Operator`	`BURS_Helpers.get387_FPC(Instruction s)`
`protected static Operator`	`BURS_Helpers.SSE2_CMP_OP(ConditionOperand cond, boolean single)`
`protected Operator`	`BURS_Helpers.SSE2_MOVE(Operand o)` Returns the appropriate move operator based on the type of operand.

Methods in org.jikesrvm.compilers.opt.lir2mir.ia32 with parameters of type Operator
`private Operand`	`BURS_Helpers.asReg(Instruction s, Operator movop, Operand op)` Move op into a register operand if it isn't one already.
`protected void`	`BURS_Helpers.EMIT_Commutative(Operator operator, Instruction s, Operand result, Operand val1, Operand val2)` Create the MIR instruction given by operator from the Binary LIR operands
`protected void`	`BURS_Helpers.EMIT_NonCommutative(Operator operator, Instruction s, Operand result, Operand val1, Operand val2)` Create the MIR instruction given by operator from the Binary LIR operands
`protected void`	`BURS_Helpers.EMIT_Unary(Operator operator, Instruction s, Operand result, Operand value)` Create the MIR instruction given by operator from the Binary LIR operands
`protected void`	`BURS_Helpers.FP_MOV_OP_MOV(Instruction s, Operator op, Operand result, Operand val1, Operand val2)` Expansion of FP_ADD_ACC, FP_MUL_ACC, FP_SUB_ACC, and FP_DIV_ACC.
`protected void`	`BURS_Helpers.SSE2_CONV(Operator op, Instruction s, Operand result, Operand value)` Expansion of SSE2 conversions double <-> float
`protected void`	`BURS_Helpers.SSE2_COP(Operator operator, Instruction s, Operand result, Operand val1, Operand val2)` BURS expansion of a commutative SSE2 operation.
`protected void`	`BURS_Helpers.SSE2_IFCMP(Operator op, Instruction s, Operand val1, Operand val2)` Expansion of SSE2 comparison operations
`protected void`	`BURS_Helpers.SSE2_NCOP(Operator operator, Instruction s, Operand result, Operand val1, Operand val2)` BURS expansion of a non commutative SSE2 operation.

Uses of Operator in org.jikesrvm.compilers.opt.mir2mc.ia32

Fields in org.jikesrvm.compilers.opt.mir2mc.ia32 declared as Operator
`private static Operator[]`	`AssemblerBase.byteSizeOperators` Operators with byte arguments
`private static Operator[]`	`AssemblerBase.quadSizeOperators` Operators with quad arguments
`private static Operator[]`	`AssemblerBase.wordSizeOperators` Operators with word arguments

Uses of Operator in org.jikesrvm.compilers.opt.regalloc.ia32

Methods in org.jikesrvm.compilers.opt.regalloc.ia32 that return Operator
`private static Operator`	`StackManager.getMoveOperator(byte type)` Return the move operator for a type of value.

Uses of Operator in org.jikesrvm.compilers.opt.ssa

Fields in org.jikesrvm.compilers.opt.ssa with type parameters of type Operator
`private HashSet<Operator>`	`LICM.moved`

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Uses of Classorg.jikesrvm.compilers.opt.ir.Operator

Uses of Class
org.jikesrvm.compilers.opt.ir.Operator