"git@git.zephyr-software.com:opensrc/SMPStaticAnalyzer.git" did not exist on "14e8a16173c1cd1efab8c47fc6bda7357149cc16"
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#include "SMPDataFlowAnalysis.h"
#include "interfaces/abstract/STARSInterface.h"
#include "interfaces/irdb/STARSInstruction.h"
#include "interfaces/irdb/STARSOp.h"
#include "interfaces/STARSTypes.h"
#include <libIRDB-core.hpp>
using namespace std;
using namespace libIRDB;
#ifndef ALLOF
#define ALLOF(a) begin(a),end(a)
#endif
STARSOpndTypePtr STARS_IRDB_Instruction_t::VoidOpndsPtr=dynamic_pointer_cast<STARS_op_t>(std::make_shared<STARS_IRDB_op_t>());
static uint32_t UseMacros[STARS_UA_MAXOP] = {STARS_CF_USE1, STARS_CF_USE2, STARS_CF_USE3, STARS_CF_USE4, STARS_CF_USE5, STARS_CF_USE6};
static uint32_t DefMacros[STARS_UA_MAXOP] = {STARS_CF_CHG1, STARS_CF_CHG2, STARS_CF_CHG3, STARS_CF_CHG4, STARS_CF_CHG5, STARS_CF_CHG6};
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STARS_InstructionID_t STARS_IRDB_Instruction_t::GetNextInstructionID(void) const
{
Instruction_t *FallthroughID = irdb_insn->GetFallthrough();
if (nullptr == FallthroughID) {
// For robustness, permit a no-op to have no fall through inst.
cerr << "ERROR: No fallthrough inst in GetNextInstructionID()" << endl;
return STARS_InstructionID_t(STARS_BADADDR);
}
else {
return STARS_InstructionID_t(FallthroughID->GetBaseID());
}
}
uint16_t STARS_IRDB_Instruction_t::GetIDAOpcode(void)
if (this->IDAOpcodeCached) {
return this->IDAOpcode; // optimization
}
#define CHECK_FOR_INSN(token) \
if (disasm.getMnemonic() == string(#token) ) { /*string(disasm.Instruction.Mnemonic) == string(#token) + " ") */ \
this->IDAOpcode = STARS_NN_##token; \
this->IDAOpcodeCached = true; \
if (disasm.getMnemonic() == string(str) ) { /*if (string(disasm.Instruction.Mnemonic) == string(str) + " ") */ \
this->IDAOpcode = STARS_NN_##token; \
this->IDAOpcodeCached = true; \
if(disasm.isUnconditionalBranch() /*string(disasm.Instruction.Mnemonic)==string("jmp")+" "*/ )
if (irdb_insn->GetTarget()) {
this->IDAOpcode = STARS_NN_jmp;
}
else {
this->IDAOpcode = STARS_NN_jmpni;
}
this->IDAOpcodeCached = true;
return this->IDAOpcode;
else if(disasm.isCall() /*string(disasm.Instruction.Mnemonic)==string("call")+" "*/ )
if (irdb_insn->GetTarget()) {
this->IDAOpcode = STARS_NN_call;
}
else {
this->IDAOpcode = STARS_NN_callni;
}
this->IDAOpcodeCached = true;
return this->IDAOpcode;
CHECK_FOR_INSN(aaa);
CHECK_FOR_INSN(aad);
CHECK_FOR_INSN(aam);
CHECK_FOR_INSN(aas);
CHECK_FOR_INSN(adc);
CHECK_FOR_INSN(add);
CHECK_FOR_INSN(and);
CHECK_FOR_INSN(arpl);
CHECK_FOR_INSN(bound);
CHECK_FOR_INSN(bsf);
CHECK_FOR_INSN(bsr);
CHECK_FOR_INSN(bt);
CHECK_FOR_INSN(btc);
CHECK_FOR_INSN(btr);
CHECK_FOR_INSN(bts);
CHECK_FOR_INSN(call);
CHECK_FOR_INSN(callfi);
CHECK_FOR_INSN(callni);
CHECK_FOR_INSN(cbw);
CHECK_FOR_INSN(cwde);
CHECK_FOR_INSN(cdqe);
CHECK_FOR_INSN(clc);
CHECK_FOR_INSN(cld);
CHECK_FOR_INSN(cli);
CHECK_FOR_INSN(clts);
CHECK_FOR_INSN(cmc);
CHECK_FOR_INSN(cmp);
CHECK_FOR_INSN_RENAME(cmps, "cmpsd");
CHECK_FOR_INSN_RENAME(cmps, "cmpsw");
CHECK_FOR_INSN_RENAME(cmps, "cmpsq");
CHECK_FOR_INSN_RENAME(cmps, "cmps");
CHECK_FOR_INSN(cwd);
CHECK_FOR_INSN(cdq);
CHECK_FOR_INSN(cqo);
CHECK_FOR_INSN(daa);
CHECK_FOR_INSN(das);
CHECK_FOR_INSN(dec);
CHECK_FOR_INSN(div);
CHECK_FOR_INSN(enterw);
CHECK_FOR_INSN(enter);
CHECK_FOR_INSN(enterd);
CHECK_FOR_INSN(enterq);
CHECK_FOR_INSN(hlt);
CHECK_FOR_INSN(idiv);
CHECK_FOR_INSN(imul);
CHECK_FOR_INSN(in);
CHECK_FOR_INSN(inc);
CHECK_FOR_INSN_RENAME(ins, "insb");
CHECK_FOR_INSN_RENAME(ins, "insw");
CHECK_FOR_INSN_RENAME(ins, "insd");
CHECK_FOR_INSN_RENAME(ins, "insq");
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CHECK_FOR_INSN(ins);
CHECK_FOR_INSN(int);
CHECK_FOR_INSN(into);
CHECK_FOR_INSN(int3);
CHECK_FOR_INSN(iretw);
CHECK_FOR_INSN(iret);
CHECK_FOR_INSN(iretd);
CHECK_FOR_INSN(iretq);
CHECK_FOR_INSN(ja);
CHECK_FOR_INSN(jae);
CHECK_FOR_INSN(jb);
CHECK_FOR_INSN(jbe);
CHECK_FOR_INSN(jc);
CHECK_FOR_INSN(jcxz);
CHECK_FOR_INSN(jecxz);
CHECK_FOR_INSN(jrcxz);
CHECK_FOR_INSN(je);
CHECK_FOR_INSN(jg);
CHECK_FOR_INSN(jge);
CHECK_FOR_INSN(jl);
CHECK_FOR_INSN(jle);
CHECK_FOR_INSN(jna);
CHECK_FOR_INSN(jnae);
CHECK_FOR_INSN(jnb);
CHECK_FOR_INSN(jnbe);
CHECK_FOR_INSN(jnc);
CHECK_FOR_INSN(jne);
CHECK_FOR_INSN(jng);
CHECK_FOR_INSN(jnge);
CHECK_FOR_INSN(jnl);
CHECK_FOR_INSN(jnle);
CHECK_FOR_INSN(jno);
CHECK_FOR_INSN(jnp);
CHECK_FOR_INSN(jns);
CHECK_FOR_INSN(jnz);
CHECK_FOR_INSN(jo);
CHECK_FOR_INSN(jp);
CHECK_FOR_INSN(jpe);
CHECK_FOR_INSN(jpo);
CHECK_FOR_INSN(js);
CHECK_FOR_INSN(jz);
CHECK_FOR_INSN(jmp);
CHECK_FOR_INSN(jmpfi);
CHECK_FOR_INSN(jmpni);
CHECK_FOR_INSN(jmpshort);
CHECK_FOR_INSN(lahf);
CHECK_FOR_INSN(lar);
CHECK_FOR_INSN(lea);
CHECK_FOR_INSN(leavew);
CHECK_FOR_INSN(leave);
CHECK_FOR_INSN(leaved);
CHECK_FOR_INSN(leaveq);
CHECK_FOR_INSN(lgdt);
CHECK_FOR_INSN(lidt);
CHECK_FOR_INSN(lgs);
CHECK_FOR_INSN(lss);
CHECK_FOR_INSN(lds);
CHECK_FOR_INSN(les);
CHECK_FOR_INSN(lfs);
CHECK_FOR_INSN(lldt);
CHECK_FOR_INSN(lmsw);
CHECK_FOR_INSN(lock);
CHECK_FOR_INSN_RENAME(lods, "lodsb");
CHECK_FOR_INSN_RENAME(lods, "lodsw");
CHECK_FOR_INSN_RENAME(lods, "lodsd");
CHECK_FOR_INSN_RENAME(lods, "lodsq");
CHECK_FOR_INSN(lods);
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