private void PrintCondition(string levelTabulatiion, bool isNewLine)
{
bool isConditionBelongToCicle = ASMregisters.isContitionBelongsToCicle;
ASMregisters.isContitionBelongsToCicle = false;
string markerJumpPrevBody = "";
string markerJumpAfterBody = "";
if (condition != null)
{
condition.PrintASM(levelTabulatiion);
markerJumpPrevBody = ASMregisters.MarkerJumpPrevBody;
markerJumpAfterBody = ASMregisters.MarkerJumpAfterBody;
ASMregisters.ClearMarkerks();
}
BinaryExprAST.ClearStaicFlags();
if (markerJumpPrevBody != null && markerJumpPrevBody != "")
{
ASM.WriteASMCode(levelTabulatiion + markerJumpPrevBody + ":");
}
body.PrintASM(levelTabulatiion + "\t", isNewLine);
if (markerJumpAfterBody != null && markerJumpAfterBody != "" && !isConditionBelongToCicle)
{
ASM.WriteASMCode(levelTabulatiion + markerJumpAfterBody + ":");
}
}
public override void PrintASM(string levelTabulatiion, bool isNewLine = false)
{
bool isConditionBelongToCicle = ASMregisters.isContitionBelongsToCicle;
ASMregisters.isContitionBelongsToCicle = false;
string markerJumpPrevBody = "";
string markerJumpAfterBody = "";
if (bodyCondition != null)
{
bodyCondition.PrintASM(levelTabulatiion);
markerJumpPrevBody = ASMregisters.MarkerJumpPrevBody;
markerJumpAfterBody = ASMregisters.MarkerJumpAfterBody;
}
BinaryExprAST.ClearStaicFlags();
bool isNextNodeElse = IsNextNodeElse(markerJumpPrevBody, markerJumpAfterBody);
ASMregisters.ClearMarkerks();
if (markerJumpPrevBody != null && markerJumpPrevBody != "")
{
ASM.WriteASMCode(levelTabulatiion + markerJumpPrevBody + ":");
}
(body as BodyMethodAST).PrintASM(levelTabulatiion + "\t", isNewLine);
if (!isNextNodeElse)
{
if (markerJumpAfterBody != null && markerJumpAfterBody != "" && !isConditionBelongToCicle)
{
ASM.WriteASMCode(levelTabulatiion + markerJumpAfterBody + ":");
}
}
}