48 StackAllocationAnalysis::getStartingStateAtPoint(const MCInst &Point) {  in getStartingStateAtPoint()  argument
57 BitVector StackAllocationAnalysis::doKill(const MCInst &Point,  in doKill()  argument
60   int64_t SPOffset = SPT.getStateAt(Point)->first;  in doKill()
75         Point.dump();  in doKill()
95 BitVector StackAllocationAnalysis::computeNext(const MCInst &Point,  in computeNext()  argument
99   if (int Sz = MIB->getPopSize(Point)) {  in computeNext()
100     Next = doKill(Point, Next, Sz);  in computeNext()
103   if (MIB->isPush(Point)) {  in computeNext()
104     Next.set(this->ExprToIdx[&Point]);  in computeNext()
110   std::tie(SPOffset, FPOffset) = *SPT.getStateBefore(Point);  in computeNext()
111   if (MIB->isRegToRegMove(Point, From, To) && To == MIB->getStackPointer() &&  in computeNext()
113     if (MIB->isLeave(Point))  in computeNext()
116       Next = doKill(Point, Next, FPOffset - SPOffset);  in computeNext()
120       Next.set(this->ExprToIdx[&Point]);  in computeNext()
124   if (BC.MII->get(Point.getOpcode())  in computeNext()
125           .hasDefOfPhysReg(Point, MIB->getStackPointer(), *BC.MRI)) {  in computeNext()
137     if (!MIB->evaluateStackOffsetExpr(Point, Output, SP, FP))  in computeNext()
141       Next = doKill(Point, Next, Output - SPOffset);  in computeNext()
145       Next.set(this->ExprToIdx[&Point]);  in computeNext()