public CycleWhile(string parseCondition, CommandOrder actions, bool doFirst)
{
condition = new Equal(BinaryOperation.ParseFrom(parseCondition), new ASTvalue(new ValueType(VT.Cboolean), (object)true));
this.actions = actions;
this.doFirst = doFirst;
GlobalOperatorNumber = ++MISC.GlobalOperatorNumber;
FindIterateVars();
}
public OperatorZone(string parseActions)
{
condition = new Equal(new ASTvalue(new ValueType(VT.Cboolean), (object)true), new ASTvalue(new ValueType(VT.Cboolean), (object)true));
actions = new List <CommandOrder>();
MISC.GoDeep("OZONE");
actions.Add(new CommandOrder(parseActions, ';'));
MISC.GoBack();
}
public CycleWhile(string parseCondition, string parseActions, bool doFirst)
{
condition = new Equal(BinaryOperation.ParseFrom(parseCondition), new ASTvalue(new ValueType(VT.Cboolean), (object)true));
MISC.GoDeep("WHILE");
actions = new CommandOrder(parseActions, ';');
MISC.GoBack();
this.doFirst = doFirst;
}
public OperatorIf(string parseCondition, string parseActions, string parseElseAction)
{
condition = new Equal(BinaryOperation.ParseFrom(parseCondition), new ASTvalue(new ValueType(VT.Cboolean), (object)true));
actions = new List <CommandOrder>();
actions.Add(new CommandOrder());
actions.Add(new CommandOrder());
MISC.GoDeep("IFTHEN");
actions[0].MergeWith(new CommandOrder(parseActions, ';'));
MISC.GoBack();
if (parseElseAction.Length > 0)
{
MISC.GoDeep("IFELSE");
actions[1].MergeWith(new CommandOrder(parseElseAction, ';'));
MISC.GoBack();
}
}
public static string ToLLVMVariative(int depth, int GlobalOperatorNumber, string type, bool doBeforeWhile, Equal condition, CommandOrder actions, List <ASTvariable> iterateVars)
{
LLVM.AddToCode(";" + type + "\n");
//
if (!doBeforeWhile)
{
LLVM.AddToCode(String.Format("{0}br label %{2}cond{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type));
LLVM.AddToCode(String.Format("{0}{2}cond{1}:\n", MISC.tabsLLVM(depth - 1), GlobalOperatorNumber, type));
// reload all variables in it
foreach (ASTvariable vari in iterateVars)
{
vari.reloadedTimes++;
LLVM.AddToCode(String.Format("{0}{1} = load {2}, {3} {4}\n", MISC.tabsLLVM(depth), vari.ToLLVM(), vari.returnTypes().ToLLVM(), vari.returnTypes().TypeOfPointerToThis().ToLLVM(), MISC.RemoveCall(vari.ToLLVM())));
}
string condLine = condition.getTrueEqual().ToLLVM(depth);
LLVM.AddToCode(String.Format("{0}br i1 {3}, label %{2}action{1}, label %{2}cont{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type, condLine));
LLVM.AddToCode(String.Format("{0}{2}action{1}:\n", MISC.tabsLLVM(depth - 1), GlobalOperatorNumber, type));
LLVM.AddToCode(actions.ToLLVM(depth));
LLVM.AddToCode(String.Format("{0}br label %{2}cond{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type));
LLVM.AddToCode(String.Format("{0}{2}cont{1}:", MISC.tabsLLVM(depth - 1), GlobalOperatorNumber, type));
}
else
{
LLVM.AddToCode(String.Format("{0}br label %{2}action{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type));
LLVM.AddToCode(String.Format("{0}{2}action{1}:\n", MISC.tabsLLVM(depth - 1), GlobalOperatorNumber, type));
LLVM.AddToCode(actions.ToLLVM(depth));
LLVM.AddToCode(String.Format("{0}br label %{2}cond{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type));
LLVM.AddToCode(String.Format("{0}{2}cond{1}:\n", MISC.tabsLLVM(depth - 1), GlobalOperatorNumber, type));
string condLine = condition.getTrueEqual().ToLLVM(depth);
LLVM.AddToCode(String.Format("{0}br i1 {3}, label %{2}action{1}, label %{2}cont{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type, condLine));
LLVM.AddToCode(String.Format("{0}br label %{2}cond{1}\n", MISC.tabsLLVM(depth), GlobalOperatorNumber, type));
LLVM.AddToCode(String.Format("{0}{2}cont{1}:", MISC.tabsLLVM(depth - 1), GlobalOperatorNumber, type));
}
return("");
}
public CycleWhile(string parseCondition, CommandOrder actions, bool doFirst)
{
condition = new Equal(BinaryOperation.ParseFrom(parseCondition), new ASTvalue(new ValueType(VT.Cboolean), (object)true));
this.actions = actions;
this.doFirst = doFirst;
}
