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ARMGenerateInstructions.cpp
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ARMGenerateInstructions.cpp
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/*******************************************************************************
* Copyright (c) 2000, 2016 IBM Corp. and others
*
* This program and the accompanying materials are made available under
* the terms of the Eclipse Public License 2.0 which accompanies this
* distribution and is available at http://eclipse.org/legal/epl-2.0
* or the Apache License, Version 2.0 which accompanies this distribution
* and is available at https://www.apache.org/licenses/LICENSE-2.0.
*
* This Source Code may also be made available under the following Secondary
* Licenses when the conditions for such availability set forth in the
* Eclipse Public License, v. 2.0 are satisfied: GNU General Public License,
* version 2 with the GNU Classpath Exception [1] and GNU General Public
* License, version 2 with the OpenJDK Assembly Exception [2].
*
* [1] https://www.gnu.org/software/classpath/license.html
* [2] http://openjdk.java.net/legal/assembly-exception.html
*
* SPDX-License-Identifier: EPL-2.0 OR Apache-2.0 OR GPL-2.0 WITH Classpath-exception-2.0 OR LicenseRef-GPL-2.0 WITH Assembly-exception
*******************************************************************************/
#include "codegen/ARMInstruction.hpp"
#include "il/Node.hpp"
#include "il/Node_inlines.hpp"
TR::Instruction *generateInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::Instruction(prev, op, node, cg);
else
return new (cg->trHeapMemory()) TR::Instruction(op, node, cg);
}
TR::Instruction *generateAdminInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Node *fenceNode,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMAdminInstruction(prev, op, node, fenceNode, cg);
else
return new (cg->trHeapMemory()) TR::ARMAdminInstruction(op, node, fenceNode, cg);
}
TR::Instruction *generateAdminInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::RegisterDependencyConditions *cond,
TR::Node *fenceNode,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMAdminInstruction(prev, op, node, fenceNode, cond, cg);
else
return new (cg->trHeapMemory()) TR::ARMAdminInstruction(op, node, fenceNode, cond, cg);
}
TR::Instruction *generateImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
uint32_t imm,
TR::RegisterDependencyConditions *cond,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMImmInstruction(prev, op, node, cond, imm, cg);
else
return new (cg->trHeapMemory()) TR::ARMImmInstruction(op, node, cond, imm, cg);
}
TR::Instruction *generateImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
uint32_t imm,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMImmInstruction(prev, op, node, imm, cg);
else
return new (cg->trHeapMemory()) TR::ARMImmInstruction(op, node, imm, cg);
}
TR::Instruction *generateImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
uint32_t imm,
TR_ExternalRelocationTargetKind relocationKind,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMImmInstruction(prev, op, node, imm, relocationKind, cg);
else
return new (cg->trHeapMemory()) TR::ARMImmInstruction(op, node, imm, relocationKind, cg);
}
TR::Instruction *generateImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
uint32_t imm,
TR_ExternalRelocationTargetKind relocationKind,
TR::SymbolReference *sr,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMImmInstruction(prev, op, node, imm, relocationKind, sr, cg);
else
return new (cg->trHeapMemory()) TR::ARMImmInstruction(op, node, imm, relocationKind, sr, cg);
}
TR::Instruction *generateImmSymInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
uint32_t imm,
TR::RegisterDependencyConditions *cond,
TR::SymbolReference *sr,
TR::Snippet *s,
TR::Instruction *prev,
TR_ARMConditionCode cc)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMImmSymInstruction(prev, op, node, imm, cond, sr, cg, s, cc);
else
return new (cg->trHeapMemory()) TR::ARMImmSymInstruction(op, node, imm, cond, sr, cg, s, cc);
}
TR::Instruction *generateMemSrc1Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::MemoryReference *mf,
TR::Register *sreg,
TR::Instruction *prev)
{
#if (defined(__VFP_FP__) && !defined(__SOFTFP__))
TR::InstOpCode opCode(op);
if (opCode.isVFPOp())
{
mf->fixupVFPOffset(node, cg);
}
#endif
if (prev)
return new (cg->trHeapMemory()) TR::ARMMemSrc1Instruction(prev, op, node, mf, sreg, cg);
else
return new (cg->trHeapMemory()) TR::ARMMemSrc1Instruction(op, node, mf, sreg, cg);
}
TR::Instruction *generateTrg1MemInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::MemoryReference *mf,
TR::Instruction *prev)
{
#if (defined(__VFP_FP__) && !defined(__SOFTFP__))
TR::InstOpCode opCode(op);
if (opCode.isVFPOp())
{
mf->fixupVFPOffset(node, cg);
}
#endif
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1MemInstruction(prev, op, node, treg, mf, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1MemInstruction(op, node, treg, mf, cg);
}
TR::Instruction *generateTrg1MemSrc1Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::MemoryReference *mf,
TR::Register *sreg,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1MemSrc1Instruction(prev, op, node, treg, mf, sreg, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1MemSrc1Instruction(op, node, treg, mf, sreg, cg);
}
TR::Instruction *generateTrg1ImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
uint32_t base,
uint32_t rotate,
TR::Instruction *prev)
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(base, rotate);
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(prev, op, node, treg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(op, node, treg, operand, cg);
}
TR::Instruction *generateSrc1ImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *s1reg,
uint32_t base,
uint32_t rotate,
TR::Instruction *prev)
{
TR::InstOpCode opCode(op);
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(base, rotate);
if (opCode.isVFPOp())
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(prev, op, node, s1reg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(op, node, s1reg, operand, cg);
}
else
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMSrc2Instruction(prev, op, node, s1reg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMSrc2Instruction(op, node, s1reg, operand, cg);
}
}
TR::Instruction *generateSrc2Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *s1reg,
TR::Register *s2reg,
TR::Instruction *prev)
{
TR::InstOpCode opCode(op);
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(ARMOp2Reg, s2reg);
if (opCode.isVFPOp())
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(prev, op, node, s1reg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(op, node, s1reg, operand, cg);
}
else
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMSrc2Instruction(prev, op, node, s1reg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMSrc2Instruction(op, node, s1reg, operand, cg);
}
}
TR::Instruction *generateTrg1Src1Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR_ARMOperand2 *s1op,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(prev, op, node, treg, s1op, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(op, node, treg, s1op, cg);
}
TR::Instruction *generateTrg1Src1Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::Register *s1reg,
TR::Instruction *prev)
{
if (op == TR::InstOpCode::ARMOp_fmrs || op == TR::InstOpCode::ARMOp_fmsr)
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(0, 0);
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(prev, op, node, (op==TR::InstOpCode::ARMOp_fmrs)?treg:s1reg, (op==TR::InstOpCode::ARMOp_fmrs)?s1reg:treg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(op, node, (op==TR::InstOpCode::ARMOp_fmrs)?treg:s1reg, (op==TR::InstOpCode::ARMOp_fmrs)?s1reg:treg, operand, cg);
}
else
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(ARMOp2Reg, s1reg);
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(prev, op, node, treg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src1Instruction(op, node, treg, operand, cg);
}
}
TR::Instruction *generateTrg1Src1ImmInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::Register *s1reg,
uint32_t base,
uint32_t rotate,
TR::Instruction *prev)
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(base, rotate);
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(prev, op, node, treg, s1reg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(op, node, treg, s1reg, operand, cg);
}
TR::Instruction *generateLoadStartPCInstruction(TR::CodeGenerator *cg,
TR::Node *node,
TR::Register *treg,
TR::SymbolReference *sr,
TR::Instruction *prev = NULL)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMLoadStartPCInstruction(prev, node, treg, sr, cg);
else
return new (cg->trHeapMemory()) TR::ARMLoadStartPCInstruction(node, treg, sr, cg);
}
TR::Instruction *generateTrg1Src2Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::Register *s1reg,
TR_ARMOperand2 *s2op,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(prev, op, node, treg, s1reg, s2op, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(op, node, treg, s1reg, s2op, cg);
}
TR::Instruction *generateTrg1Src2Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::Register *s1reg,
TR::Register *s2reg,
TR::Instruction *prev)
{
if (op == TR::InstOpCode::ARMOp_fmdrr)
{
// fmdrr Dm, Rd, Rn
TR_ARMOperand2 *toperand = new (cg->trHeapMemory()) TR_ARMOperand2(ARMOp2Reg, treg);
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(prev, op, node, s1reg, s2reg, toperand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(op, node, s1reg, s2reg, toperand, cg);
}
else
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(ARMOp2Reg, s2reg);
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(prev, op, node, treg, s1reg, operand, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1Src2Instruction(op, node, treg, s1reg, operand, cg);
}
}
#if (defined(__VFP_FP__) && !defined(__SOFTFP__))
TR::Instruction *generateTrg2Src1Instruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *t1reg,
TR::Register *t2reg,
TR::Register *sreg,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg2Src1Instruction(prev, op, node, t1reg, t2reg, sreg, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg2Src1Instruction(op, node, t1reg, t2reg, sreg, cg);
}
#endif
TR::Instruction *generateTrg1Src2MulInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *treg,
TR::Register *s1reg,
TR::Register *s2reg,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMMulInstruction(prev, op, node, treg, s1reg, s2reg, cg);
else
return new (cg->trHeapMemory()) TR::ARMMulInstruction(op, node, treg, s1reg, s2reg, cg);
}
TR::Instruction *generateTrg2Src2MulInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::Register *tregHi,
TR::Register *tregLo,
TR::Register *s1reg,
TR::Register *s2reg,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMMulInstruction(prev, op, node, tregHi, tregLo, s1reg, s2reg, cg);
else
return new (cg->trHeapMemory()) TR::ARMMulInstruction(op, node, tregHi, tregLo, s1reg, s2reg, cg);
}
TR::Instruction *generateShiftLeftImmediate(TR::CodeGenerator *cg,
TR_ARMOperand2Type type,
TR::Node *node,
TR::Register *trgReg,
TR::Register *srcReg,
int32_t shiftAmount,
TR::Instruction *prev)
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(type, srcReg, shiftAmount);
return generateTrg1Src1Instruction(cg, TR::InstOpCode::ARMOp_mov, node, trgReg, operand, prev);
}
TR::Instruction *generateShiftLeftByRegister(TR::CodeGenerator *cg,
TR::Node *node,
TR::Register *trgReg,
TR::Register *srcReg,
TR::Register *shiftRegister,
TR::Instruction *prev)
{
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(ARMOp2RegLSLReg, srcReg, shiftRegister);
return generateTrg1Src1Instruction(cg, TR::InstOpCode::ARMOp_mov, node, trgReg, operand, prev);
}
TR::Instruction *generateShiftRightImmediate(TR::CodeGenerator *cg,
TR::Node *node,
TR::Register *trgReg,
TR::Register *srcReg,
int32_t shiftAmount,
bool isLogical,
TR::Instruction *prev)
{
TR_ARMOperand2Type type = (isLogical == true ? ARMOp2RegLSRImmed : ARMOp2RegASRImmed);
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(type, srcReg, shiftAmount);
return generateTrg1Src1Instruction(cg, TR::InstOpCode::ARMOp_mov, node, trgReg, operand, prev);
}
TR::Instruction *generateShiftRightByRegister(TR::CodeGenerator *cg,
TR::Node *node,
TR::Register *trgReg,
TR::Register *srcReg,
TR::Register *shiftRegister,
bool isLogical,
TR::Instruction *prev)
{
TR_ARMOperand2Type type = (isLogical == true ? ARMOp2RegLSRReg : ARMOp2RegASRReg);
TR_ARMOperand2 *operand = new (cg->trHeapMemory()) TR_ARMOperand2(type, srcReg, shiftRegister);
return generateTrg1Src1Instruction(cg, TR::InstOpCode::ARMOp_mov, node, trgReg, operand, prev);
}
TR::Instruction *generateLabelInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::LabelSymbol *sym,
TR::Instruction *prev,
TR::Register *trgReg,
TR::Register *src1Reg)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMLabelInstruction(prev, op, node, sym, cg, trgReg, src1Reg);
else
return new (cg->trHeapMemory()) TR::ARMLabelInstruction(op, node, sym, cg, trgReg, src1Reg);
}
TR::Instruction *generateLabelInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::LabelSymbol *sym,
TR::RegisterDependencyConditions *cond,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMLabelInstruction(prev, op, node, cond, sym, cg);
else
return new (cg->trHeapMemory()) TR::ARMLabelInstruction(op, node, cond, sym, cg);
}
TR::Instruction *generateConditionalBranchInstruction(TR::CodeGenerator *cg,
TR::Node *node,
TR_ARMConditionCode cc,
TR::LabelSymbol *sym,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMConditionalBranchInstruction(prev, TR::InstOpCode::ARMOp_b, node, sym, cc, cg);
else
return new (cg->trHeapMemory()) TR::ARMConditionalBranchInstruction(TR::InstOpCode::ARMOp_b, node, sym, cc, cg);
}
TR::Instruction *generateConditionalBranchInstruction(TR::CodeGenerator *cg,
TR::Node *node,
TR_ARMConditionCode cc,
TR::LabelSymbol *sym,
TR::RegisterDependencyConditions *cond,
TR::Instruction *prev)
{
if (prev)
return new (cg->trHeapMemory()) TR::ARMConditionalBranchInstruction(prev, TR::InstOpCode::ARMOp_b, node, cond, sym, cc, cg);
else
return new (cg->trHeapMemory()) TR::ARMConditionalBranchInstruction(TR::InstOpCode::ARMOp_b, node, cond, sym, cc, cg);
}
TR::ARMControlFlowInstruction *generateControlFlowInstruction(TR::CodeGenerator *cg,
TR::InstOpCode::Mnemonic op,
TR::Node *node,
TR::RegisterDependencyConditions *cond)
{
if (cond)
return new (cg->trHeapMemory()) TR::ARMControlFlowInstruction(op, node, cond, cg);
else
return new (cg->trHeapMemory()) TR::ARMControlFlowInstruction(op, node, cg);
}
TR::Instruction *generatePreIncLoadInstruction(TR::CodeGenerator *cg,
TR::Node *node,
TR::Register *treg,
TR::Register *baseReg,
uint32_t offset,
TR::Instruction *prev)
{
TR::MemoryReference *updateMR = new (cg->trHeapMemory()) TR::MemoryReference(baseReg, offset, cg);
updateMR->setImmediatePreIndexed(); // write the updated EA back into baseReg
if (prev)
return new (cg->trHeapMemory()) TR::ARMTrg1MemInstruction(prev, TR::InstOpCode::ARMOp_ldr, node, treg, updateMR, cg);
else
return new (cg->trHeapMemory()) TR::ARMTrg1MemInstruction(TR::InstOpCode::ARMOp_ldr, node, treg, updateMR, cg);
}
#ifdef J9_PROJECT_SPECIFIC
TR::Instruction *generateVirtualGuardNOPInstruction(TR::CodeGenerator *cg, TR::Node *n, TR_VirtualGuardSite *site,
TR::RegisterDependencyConditions *cond, TR::LabelSymbol *sym, TR::Instruction *preced)
{
if (preced)
return new (cg->trHeapMemory()) TR::ARMVirtualGuardNOPInstruction(n, site, cond, sym, preced, cg);
return new (cg->trHeapMemory()) TR::ARMVirtualGuardNOPInstruction(n, site, cond, sym, cg);
}
#endif