#include “Extractor.h”
#include “llvm/IR/Instruction.h”
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void Extractor::initialize(AnalysisMode Mode) {
Solver->register_relation(Kill);
Solver->register_relation(Gen);
Solver->register_relation(Next);
Solver->register_relation(In);
Solver->register_relation(Out);
/* Variables for Rules
* You may reuse X, Y, Z in all your rules expressions further down
* You can also define more variables like these if you need
* These variables are bitvectors of length 32, matching our instruction IDs created in Constraint.cpp’s main()
z3::expr X = C.bv_const(“X”, 32);
z3::expr Y = C.bv_const(“Y”, 32);
z3::expr Z = C.bv_const(“Z”, 32);
if (Mode == ReachDef) {
// TODO: Create z3::expr rules with z3::forall and z3::implies
// TODO: Call Solver->add_rule for all your z3::expr rules
else if (Mode == Liveness) {
// TODO: Create z3::expr rules with z3::forall and z3::implies
// TODO: Call Solver->add_rule for all your z3::expr rules
void Extractor::addGen(const InstMapTy &InstMap, Instruction *X, Value *Y) {
unsigned int Arr[2] = {InstMap.at(X), InstMap.at(Y)};
Solver->add_fact(Gen, Arr);
void Extractor::addKill(const InstMapTy &InstMap, Instruction *X, Value *Y) {
unsigned int Arr[2] = {InstMap.at(X), InstMap.at(Y)};
Solver->add_fact(Kill, Arr);
void Extractor::addNext(const InstMapTy &InstMap, Instruction *X, Instruction *Y) {
unsigned int Arr[2] = {InstMap.at(X), InstMap.at(Y)};
Solver->add_fact(Next, Arr);
void Extractor::extractConstraints(const InstMapTy &InstMap, Instruction *I, AnalysisMode Mode) {
if (Mode == ReachDef) {
// TODO: Call addGen, addKill, addNext as needed
else if (Mode == Liveness) {
// TODO: Call addGen, addKill, addNext as needed
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