static void
LOOP_END(State &state, const ControlFlowInst &cf)
{
// TODO: LOOP_END has different behaviour depending on which LOOP_START
// instruction started the loop, currently we only handle LOOP_START_DX10
auto &loopState = state.loopStack.top();
auto loopIndex = state.loopStack.size() - 1;
// Sanity check to ensure we are at the cfPC
decaf_check(state.cfPC == loopState.endPC);
decaf_check((cf.word0.ADDR - 1) == loopState.startPC);
state.loopStack.pop();
// If breakMask is set, lets break from the while
insertLineStart(state);
state.out << "if (activeMask == InactiveBreak) {";
insertLineEnd(state);
increaseIndent(state);
insertLineStart(state);
state.out << "break;";
insertLineEnd(state);
decreaseIndent(state);
insertLineStart(state);
state.out << "}";
insertLineEnd(state);
// If ContinueMask is set, lets break from the while
insertLineStart(state);
state.out << "if (activeMask == InactiveContinue) {";
insertLineEnd(state);
increaseIndent(state);
insertLineStart(state);
state.out << "activeMask = Active;";
insertLineEnd(state);
decreaseIndent(state);
insertLineStart(state);
state.out << "}";
insertLineEnd(state);
// Check the while condition but without checking loop masks
decreaseIndent(state);
insertLineStart(state);
state.out << "} while (";
insertCond(state, cf.word1.COND());
state.out << ");";
insertLineEnd(state);
insertPop(state);
condEnd(state);
}
void
condStart(State &state,
SQ_CF_COND cond)
{
insertLineStart(state);
fmt::format_to(state.out, "if (");
insertCond(state, cond);
fmt::format_to(state.out, ") {{");
insertLineEnd(state);
increaseIndent(state);
}
