public static JsBinaryExpression LogicalOr(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.LogicalOr, left, right));
}
public static JsUnaryExpression PostfixMinusMinus(JsExpression operand)
{
return(Unary(ExpressionNodeType.PostfixMinusMinus, operand));
}
public static JsUnaryExpression Void(JsExpression operand)
{
return(Unary(ExpressionNodeType.Void, operand));
}
public static JsUnaryExpression TypeOf(JsExpression operand)
{
return(Unary(ExpressionNodeType.TypeOf, operand));
}
public static JsUnaryExpression Positive(JsExpression operand)
{
return(Unary(ExpressionNodeType.Positive, operand));
}
/// <summary>
/// Creates an expression to access a member. If the member is a valid JS identifier, will return target.member, otherwise returns traget["member"].
/// </summary>
public static JsExpression Member(JsExpression target, string member)
{
return(member.IsValidJavaScriptIdentifier() ? (JsExpression)MemberAccess(target, member) : Index(target, JsExpression.String(member)));
}
public static JsNewExpression New(JsExpression constructor, params JsExpression[] arguments)
{
return(New(constructor, (IEnumerable <JsExpression>)arguments));
}
public static JsBinaryExpression Index(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.Index, left, right));
}
public static JsBinaryExpression DivideAssign(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.DivideAssign, left, right));
}
public static JsBinaryExpression Multiply(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.Multiply, left, right));
}
public static JsBinaryExpression NotSame(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.NotSame, left, right));
}
public static JsBinaryExpression Add(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.Add, left, right));
}
public static JsBinaryExpression Equal(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.Equal, left, right));
}
public static JsBinaryExpression Greater(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.Greater, left, right));
}
public static JsInvocationExpression Invocation(JsExpression method, params JsExpression[] arguments)
{
return(Invocation(method, (IEnumerable <JsExpression>)arguments));
}
public static JsBinaryExpression ModuloAssign(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.ModuloAssign, left, right));
}
public static JsMemberAccessExpression MemberAccess(JsExpression target, string member)
{
return(new JsMemberAccessExpression(target, member));
}
public static JsBinaryExpression SubtractAssign(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.SubtractAssign, left, right));
}
public static JsNewExpression New(JsExpression constructor, IEnumerable <JsExpression> arguments)
{
return(new JsNewExpression(constructor, arguments));
}
public static JsBinaryExpression LeftShiftAssign(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.LeftShiftAssign, left, right));
}
public static JsUnaryExpression Unary(ExpressionNodeType nodeType, JsExpression operand)
{
return(new JsUnaryExpression(nodeType, operand));
}
public static JsBinaryExpression RightShiftUnsignedAssign(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.RightShiftUnsignedAssign, left, right));
}
public static JsUnaryExpression LogicalNot(JsExpression operand)
{
return(Unary(ExpressionNodeType.LogicalNot, operand));
}
public static JsBinaryExpression BitwiseXorAssign(JsExpression left, JsExpression right)
{
return(Binary(ExpressionNodeType.BitwiseXorAssign, left, right));
}
public static JsUnaryExpression PrefixPlusPlus(JsExpression operand)
{
return(Unary(ExpressionNodeType.PrefixPlusPlus, operand));
}
public static JsConditionalExpression Conditional(JsExpression test, JsExpression truePart, JsExpression falsePart)
{
return(new JsConditionalExpression(test, truePart, falsePart));
}
public static JsUnaryExpression Delete(JsExpression operand)
{
return(Unary(ExpressionNodeType.Delete, operand));
}
public static JsInvocationExpression Invocation(JsExpression method, IEnumerable <JsExpression> arguments)
{
return(new JsInvocationExpression(method, arguments));
}
public static JsUnaryExpression BitwiseNot(JsExpression operand)
{
return(Unary(ExpressionNodeType.BitwiseNot, operand));
}
public static JsBinaryExpression Binary(ExpressionNodeType nodeType, JsExpression left, JsExpression right)
{
return(new JsBinaryExpression(nodeType, left, right));
}
