public static WhileSyntax While(ExpressionSyntax pCondition, BlockSyntax pBody)
{
return(new WhileSyntax(pCondition, pBody));
}
public static BitwiseOrExpressionSyntax BitwiseOrExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var a = new BitwiseOrExpressionSyntax(0, null, null);
a.SetLeft(pLeft);
a.SetRight(pRight);
return(a);
}
public static IfSyntax If(ExpressionSyntax pCondition, BlockSyntax pBlock, ElseSyntax pElse)
{
return(new IfSyntax(pCondition, pBlock, pElse));
}
public static ForSyntax For(DeclarationStatementSyntax pDeclaration, ExpressionSyntax pCondition, SyntaxNode pPostLoop, BlockSyntax pBody)
{
return(new ForSyntax(pDeclaration, pCondition, pPostLoop, pBody));
}
public static ArgumentExpressionSyntax ArgumentExpression(ExpressionSyntax pValue)
{
return(new ArgumentExpressionSyntax(false, pValue));
}
public static DeclarationStatementSyntax DeclarationStatement(IdentifierSyntax pLeft, ExpressionSyntax pRight)
{
return(new DeclarationStatementSyntax(pLeft, pRight));
}
internal static GroupAssignmentStatementSyntax GroupAssignmentStatement(IdentifierGroupSyntax pLeft, ExpressionSyntax pValue)
{
return(new GroupAssignmentStatementSyntax(pLeft, pValue));
}
public static LShiftExpressionSyntax LShiftExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var l = new LShiftExpressionSyntax(0, null, null);
l.SetLeft(pLeft);
l.SetRight(pRight);
return(l);
}
public static MultiplicationExpressionSyntax MultiplicationExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var m = new MultiplicationExpressionSyntax(0, null, null);
m.SetLeft(pLeft);
m.SetRight(pRight);
return(m);
}
public static GreaterThanExpressionSyntax GreaterThanExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var g = new GreaterThanExpressionSyntax(0, null, null);
g.SetLeft(pLeft);
g.SetRight(pRight);
return(g);
}
public static LessThanEqualsExpressionSyntax LessThanEqualsExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var l = new LessThanEqualsExpressionSyntax(0, null, null);
l.SetLeft(pLeft);
l.SetRight(pRight);
return(l);
}
public static ExponentExpressionSyntax ExponentExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var e = new ExponentExpressionSyntax(0, null, null);
e.SetLeft(pLeft);
e.SetRight(pRight);
return(e);
}
public static DivisionExpressionSyntax DivisionExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var d = new DivisionExpressionSyntax(0, null, null);
d.SetLeft(pLeft);
d.SetRight(pRight);
return(d);
}
public static ConcatenateExpressionSyntax ConcatenateExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var c = new ConcatenateExpressionSyntax(0, null, null);
c.SetLeft(pLeft);
c.SetRight(pRight);
return(c);
}
public static ArrayLiteralSyntax ArrayLiteral(ExpressionSyntax pValue)
{
return(new ArrayLiteralSyntax(pValue));
}
public static NotEqualsExpressionSyntax NotEqualsExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var n = new NotEqualsExpressionSyntax(0, null, null);
n.SetLeft(pLeft);
n.SetRight(pRight);
return(n);
}
public static ArrayAccessExpressionSyntax ArrayAccessExpression(IdentifierSyntax pValue, ExpressionSyntax pIndex)
{
return(new ArrayAccessExpressionSyntax(pValue, pIndex));
}
public static RShiftExpressionSyntax RShiftExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var r = new RShiftExpressionSyntax(0, null, null);
r.SetLeft(pLeft);
r.SetRight(pRight);
return(r);
}
public static AssignmentStatementSyntax AssignmentStatement(IdentifierSyntax pLeft, ExpressionSyntax pRight)
{
return(new AssignmentStatementSyntax(pLeft, pRight));
}
public static SubAssignmentExpressionSyntax SubAssignmentExpression(IdentifierSyntax pLeft, ExpressionSyntax pRight)
{
return(new SubAssignmentExpressionSyntax(0, pLeft, pRight));
}
public static ObjectInitializerExpressionSyntax ObjectInitialzer(ExpressionSyntax pLeft)
{
return(new ObjectInitializerExpressionSyntax(pLeft));
}
public static SubtractionExpressionSyntax SubtractionExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var s = new SubtractionExpressionSyntax(0, null, null);
s.SetLeft(pLeft);
s.SetRight(pRight);
return(s);
}
public static ArgumentExpressionSyntax ArgumentExpression(bool pIsRef, ExpressionSyntax pValue)
{
return(new ArgumentExpressionSyntax(pIsRef, pValue));
}
public static TernaryExpressionSyntax TernaryExpression(ExpressionSyntax pLeft, ExpressionSyntax pCenter, ExpressionSyntax pRight)
{
var t = new TernaryExpressionSyntax(0, null, null, null);
t.SetLeft(pLeft);
t.SetCenter(pCenter);
t.SetRight(pRight);
return(t);
}
internal static ExpressionSyntax AssignmentExpression(TokenType pToken, IdentifierSyntax pName, ExpressionSyntax pValue)
{
switch (pToken)
{
case TokenType.PlusEquals:
return(new AddAssignmentExpressionSyntax(0, pName, pValue));
case TokenType.PeriodPeriodEquals:
return(new CatAssignmentExpressionSyntax(0, pName, pValue));
case TokenType.SlashEquals:
return(new DivAssignmentExpressionSyntax(0, pName, pValue));
case TokenType.StarEquals:
return(new MulAssignmentExpressionSyntax(0, pName, pValue));
case TokenType.MinusEquals:
return(new SubAssignmentExpressionSyntax(0, pName, pValue));
default:
throw new Exception("Unknown assignment " + pToken.ToString());
}
}
public static AdditionExpressionSyntax AdditionExpression(ExpressionSyntax pLeft, ExpressionSyntax pRight)
{
var a = new AdditionExpressionSyntax(0, null, null);
a.SetLeft(pLeft);
a.SetRight(pRight);
return(a);
}
