private static ExpressionToken Visit(LambdaExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
string s = "";
if (exp.Parameters.Count != 1)
{
s = "(";
}
s = s + string.Join(", ", (from p in exp.Parameters select CleanIdentifier(p.Name)).ToArray <string>());
if (exp.Parameters.Count != 1)
{
s = s + ")";
}
s = s + " => ";
token.AddStringToken(s);
ExpressionToken item = Visit(exp.Body);
if (item != null)
{
item.Splittable = true;
item.SplitIndent = 1;
token.Tokens.Add(item);
}
return(token);
}
private static ExpressionToken Visit(NewArrayExpression exp)
{
bool flag = exp.NodeType == ExpressionType.NewArrayInit;
CompositeExpressionToken token = new CompositeExpressionToken();
bool flag2 = exp.Type.IsAnonymous();
Type t = exp.Type;
if (t.IsArray)
{
t = t.GetElementType();
}
string str = flag2 ? "" : t.FormatTypeName();
string s = "new " + str;
if (flag && exp.Expressions.Any <Expression>())
{
s = s + "[] ";
}
else if (flag)
{
s = s + "[0]";
}
token.AddStringToken(s);
if (!flag || exp.Expressions.Any <Expression>())
{
token.Tokens.Add(new BracketedExpressionToken(flag ? "{ " : "[", flag ? " } " : "]", new CompositeExpressionToken(from a in exp.Expressions select Visit(a), true)));
}
return(token);
}
private static ExpressionToken Visit(InvocationExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
token.AddStringToken("Invoke" + ((exp.Arguments.Count == 0) ? "" : " "), true);
token.Tokens.Add(new BracketedExpressionToken("(", ")", new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true)));
return(token);
}
private static ExpressionToken Visit(MemberAssignment mb)
{
CompositeExpressionToken token = new CompositeExpressionToken();
token.AddStringToken(CleanIdentifier(mb.Member.Name) + " = ");
token.Tokens.Add(Visit(mb.Expression));
token.Splittable = true;
return(token);
}
private static ExpressionToken Visit(TypeBinaryExpression exp)
{
CompositeExpressionToken body = new CompositeExpressionToken {
Tokens = { Visit(exp.Expression) }
};
body.AddStringToken(" is ");
body.AddStringToken(exp.TypeOperand.FormatTypeName());
return(new BracketedExpressionToken("(", ")", body));
}
private static ExpressionToken Visit(MethodCallExpression exp)
{
Func <PropertyInfo, bool> predicate = null;
bool flag = Attribute.IsDefined(exp.Method, typeof(ExtensionAttribute));
string name = exp.Method.Name;
CompositeExpressionToken token = new CompositeExpressionToken();
if (flag)
{
if (exp.Method.DeclaringType == typeof(Queryable))
{
token.MultiLine = true;
}
token.Tokens.Add(Visit(exp.Arguments[0]));
token.AddStringToken("." + name + " ", true);
token.Tokens.Last <ExpressionToken>().SplitIndent = 1;
CompositeExpressionToken token2 = new CompositeExpressionToken(from a in exp.Arguments.Skip <Expression>(1) select Visit(a), true);
if ((exp.Method.DeclaringType == typeof(Queryable)) && (exp.Arguments.Count <Expression>() > 2))
{
token2.MultiLine = true;
}
token2.SplitIndent = 1;
token.Tokens.Add(new BracketedExpressionToken("(", ")", token2));
return(token);
}
if (exp.Object == null)
{
token.AddStringToken(exp.Method.DeclaringType.FormatTypeName());
}
else
{
token.Tokens.Add(Visit(exp.Object));
}
if (exp.Method.IsSpecialName)
{
if (predicate == null)
{
predicate = p => p.GetAccessors().Contains <MethodInfo>(exp.Method);
}
if (exp.Method.DeclaringType.GetProperties().Where <PropertyInfo>(predicate).FirstOrDefault <PropertyInfo>() != null)
{
token.Tokens.Add(new BracketedExpressionToken(" [", "]", new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true)));
return(token);
}
}
token.AddStringToken("." + name + ((exp.Arguments.Count == 0) ? "" : " "), true);
token.Tokens.Last <ExpressionToken>().SplitIndent = 1;
CompositeExpressionToken body = new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true)
{
SplitIndent = 1
};
token.Tokens.Add(new BracketedExpressionToken("(", ")", body));
return(token);
}
private static ExpressionToken Visit(ConditionalExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken {
Tokens = { Visit(exp.Test) }
};
token.AddStringToken(" ? ", true);
token.Tokens.Add(Visit(exp.IfTrue));
token.AddStringToken(" : ", true);
token.Tokens.Add(Visit(exp.IfFalse));
return(token);
}
private static ExpressionToken Visit(ListInitExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken {
Tokens = { Visit(exp.NewExpression) }
};
CompositeExpressionToken body = new CompositeExpressionToken {
AddCommas = true
};
foreach (ElementInit init in exp.Initializers)
{
body.Tokens.Add(new BracketedExpressionToken("(", ")", true, new CompositeExpressionToken(from a in init.Arguments select Visit(a), true)));
}
token.Tokens.Add(new BracketedExpressionToken(" { ", " } ", body));
return(token);
}
private static ExpressionToken Visit(NewExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
Type declaringType = exp.Type;
if (exp.Constructor != null)
{
declaringType = exp.Constructor.DeclaringType;
}
token.AddStringToken("new " + (declaringType.IsAnonymous() ? "" : declaringType.FormatTypeName()) + ((exp.Arguments.Count == 0) ? "" : " "));
if ((exp.Members == null) || (exp.Members.Count == 0))
{
CompositeExpressionToken token2 = new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true);
token.Tokens.Add(new BracketedExpressionToken("(", ")", token2));
return(token);
}
int num = 0;
CompositeExpressionToken body = new CompositeExpressionToken {
MultiLine = true,
AddCommas = true
};
foreach (Expression expression in exp.Arguments)
{
MemberInfo mi = exp.Members[num++];
PropertyInfo info = mi as PropertyInfo;
if (info == null)
{
info = mi.DeclaringType.GetProperties(BindingFlags.NonPublic | BindingFlags.Public | BindingFlags.Instance).FirstOrDefault <PropertyInfo>(p => p.GetAccessors().Contains <MemberInfo>(mi));
}
if (info != null)
{
CompositeExpressionToken token5 = new CompositeExpressionToken();
token5.AddStringToken(CleanIdentifier(info.Name) + " = ");
token5.Tokens.Add(Visit(expression));
token5.Splittable = true;
body.Tokens.Add(token5);
}
}
BracketedExpressionToken item = new BracketedExpressionToken("{", "}", body)
{
NewLineBefore = true
};
token.Tokens.Add(item);
return(token);
}
private static ExpressionToken Visit(UnaryExpression exp)
{
if (exp.NodeType == ExpressionType.Quote)
{
return(Visit(exp.Operand));
}
CompositeExpressionToken token2 = new CompositeExpressionToken();
switch (exp.NodeType)
{
case ExpressionType.Negate:
case ExpressionType.NegateChecked:
token2.AddStringToken("-");
break;
case ExpressionType.UnaryPlus:
token2.AddStringToken("+");
break;
case ExpressionType.Not:
token2.AddStringToken("!");
break;
case ExpressionType.Convert:
if (exp.Operand.Type.IsSubclassOf(exp.Type))
{
return(Visit(exp.Operand));
}
token2.AddStringToken("(" + exp.Type.FormatTypeName() + ")");
break;
case ExpressionType.TypeAs:
token2.Tokens.Add(Visit(exp.Operand));
token2.AddStringToken(" as ");
token2.AddStringToken(exp.Type.FormatTypeName());
return(token2);
default:
token2.AddStringToken(exp.NodeType.ToString());
break;
}
token2.Tokens.Add(new BracketedExpressionToken("(", ")", true, Visit(exp.Operand)));
return(token2);
}
private static ExpressionToken Visit(MemberExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
ConstantExpression expression = exp.Expression as ConstantExpression;
if (!((((expression == null) || (expression.Value == null)) || (!expression.Value.GetType().IsNested || !expression.Value.GetType().Name.StartsWith("<", StringComparison.Ordinal))) ? ((expression == null) || !(expression.Value is DataContext)) : false))
{
return(new LeafExpressionToken(exp.Member.Name));
}
if (exp.Expression != null)
{
token.Tokens.Add(Visit(exp.Expression));
}
else
{
token.AddStringToken(exp.Member.DeclaringType.Name);
}
token.AddStringToken("." + CleanIdentifier(exp.Member.Name));
return(token);
}
private static ExpressionToken Visit(MemberInitExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
if (exp.NewExpression.Type.IsAnonymous())
{
token.AddStringToken("new ");
}
else
{
token.Tokens.Add(Visit(exp.NewExpression));
}
CompositeExpressionToken body = new CompositeExpressionToken(from b in exp.Bindings select Visit(b), true)
{
MultiLine = true
};
BracketedExpressionToken item = new BracketedExpressionToken("{", "}", body)
{
NewLineBefore = true
};
token.Tokens.Add(item);
return(token);
}
private static ExpressionToken Visit(BinaryExpression exp)
{
string str;
CompositeExpressionToken body = new CompositeExpressionToken();
ExpressionToken item = Visit(exp.Left);
ExpressionToken token3 = Visit(exp.Right);
if (exp.NodeType == ExpressionType.ArrayIndex)
{
body.Tokens.Add(item);
body.Tokens.Add(new BracketedExpressionToken("[", "]", token3));
return(body);
}
if (_binaryExpressionStrings.TryGetValue(exp.NodeType, out str))
{
body.Tokens.Add(item);
body.AddStringToken(" " + str + " ");
body.Tokens.Add(token3);
token3.Splittable = true;
token3.SplitIndent = 1;
return(new BracketedExpressionToken("(", ")", true, body));
}
return(body);
}
private static ExpressionToken Visit(NewExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
Type declaringType = exp.Type;
if (exp.Constructor != null)
{
declaringType = exp.Constructor.DeclaringType;
}
token.AddStringToken("new " + (declaringType.IsAnonymous() ? "" : declaringType.FormatTypeName()) + ((exp.Arguments.Count == 0) ? "" : " "));
if ((exp.Members == null) || (exp.Members.Count == 0))
{
CompositeExpressionToken token2 = new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true);
token.Tokens.Add(new BracketedExpressionToken("(", ")", token2));
return token;
}
int num = 0;
CompositeExpressionToken body = new CompositeExpressionToken {
MultiLine = true,
AddCommas = true
};
foreach (Expression expression in exp.Arguments)
{
MemberInfo mi = exp.Members[num++];
PropertyInfo info = mi as PropertyInfo;
if (info == null)
{
info = mi.DeclaringType.GetProperties(BindingFlags.NonPublic | BindingFlags.Public | BindingFlags.Instance).FirstOrDefault<PropertyInfo>(p => p.GetAccessors().Contains<MemberInfo>(mi));
}
if (info != null)
{
CompositeExpressionToken token5 = new CompositeExpressionToken();
token5.AddStringToken(CleanIdentifier(info.Name) + " = ");
token5.Tokens.Add(Visit(expression));
token5.Splittable = true;
body.Tokens.Add(token5);
}
}
BracketedExpressionToken item = new BracketedExpressionToken("{", "}", body) {
NewLineBefore = true
};
token.Tokens.Add(item);
return token;
}
private static ExpressionToken Visit(TypeBinaryExpression exp)
{
CompositeExpressionToken body = new CompositeExpressionToken {
Tokens = { Visit(exp.Expression) }
};
body.AddStringToken(" is ");
body.AddStringToken(exp.TypeOperand.FormatTypeName());
return new BracketedExpressionToken("(", ")", body);
}
private static ExpressionToken Visit(MethodCallExpression exp)
{
Func<PropertyInfo, bool> predicate = null;
bool flag = Attribute.IsDefined(exp.Method, typeof(ExtensionAttribute));
string name = exp.Method.Name;
CompositeExpressionToken token = new CompositeExpressionToken();
if (flag)
{
if (exp.Method.DeclaringType == typeof(Queryable))
{
token.MultiLine = true;
}
token.Tokens.Add(Visit(exp.Arguments[0]));
token.AddStringToken("." + name + " ", true);
token.Tokens.Last<ExpressionToken>().SplitIndent = 1;
CompositeExpressionToken token2 = new CompositeExpressionToken(from a in exp.Arguments.Skip<Expression>(1) select Visit(a), true);
if ((exp.Method.DeclaringType == typeof(Queryable)) && (exp.Arguments.Count<Expression>() > 2))
{
token2.MultiLine = true;
}
token2.SplitIndent = 1;
token.Tokens.Add(new BracketedExpressionToken("(", ")", token2));
return token;
}
if (exp.Object == null)
{
token.AddStringToken(exp.Method.DeclaringType.FormatTypeName());
}
else
{
token.Tokens.Add(Visit(exp.Object));
}
if (exp.Method.IsSpecialName)
{
if (predicate == null)
{
predicate = p => p.GetAccessors().Contains<MethodInfo>(exp.Method);
}
if (exp.Method.DeclaringType.GetProperties().Where<PropertyInfo>(predicate).FirstOrDefault<PropertyInfo>() != null)
{
token.Tokens.Add(new BracketedExpressionToken(" [", "]", new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true)));
return token;
}
}
token.AddStringToken("." + name + ((exp.Arguments.Count == 0) ? "" : " "), true);
token.Tokens.Last<ExpressionToken>().SplitIndent = 1;
CompositeExpressionToken body = new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true) {
SplitIndent = 1
};
token.Tokens.Add(new BracketedExpressionToken("(", ")", body));
return token;
}
private static ExpressionToken Visit(NewArrayExpression exp)
{
bool flag = exp.NodeType == ExpressionType.NewArrayInit;
CompositeExpressionToken token = new CompositeExpressionToken();
bool flag2 = exp.Type.IsAnonymous();
Type t = exp.Type;
if (t.IsArray)
{
t = t.GetElementType();
}
string str = flag2 ? "" : t.FormatTypeName();
string s = "new " + str;
if (flag && exp.Expressions.Any<Expression>())
{
s = s + "[] ";
}
else if (flag)
{
s = s + "[0]";
}
token.AddStringToken(s);
if (!flag || exp.Expressions.Any<Expression>())
{
token.Tokens.Add(new BracketedExpressionToken(flag ? "{ " : "[", flag ? " } " : "]", new CompositeExpressionToken(from a in exp.Expressions select Visit(a), true)));
}
return token;
}
private static ExpressionToken Visit(MemberExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
ConstantExpression expression = exp.Expression as ConstantExpression;
if (!((((expression == null) || (expression.Value == null)) || (!expression.Value.GetType().IsNested || !expression.Value.GetType().Name.StartsWith("<", StringComparison.Ordinal))) ? ((expression == null) || !(expression.Value is DataContext)) : false))
{
return new LeafExpressionToken(exp.Member.Name);
}
if (exp.Expression != null)
{
token.Tokens.Add(Visit(exp.Expression));
}
else
{
token.AddStringToken(exp.Member.DeclaringType.Name);
}
token.AddStringToken("." + CleanIdentifier(exp.Member.Name));
return token;
}
private static ExpressionToken Visit(MemberInitExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
if (exp.NewExpression.Type.IsAnonymous())
{
token.AddStringToken("new ");
}
else
{
token.Tokens.Add(Visit(exp.NewExpression));
}
CompositeExpressionToken body = new CompositeExpressionToken(from b in exp.Bindings select Visit(b), true) {
MultiLine = true
};
BracketedExpressionToken item = new BracketedExpressionToken("{", "}", body) {
NewLineBefore = true
};
token.Tokens.Add(item);
return token;
}
private static ExpressionToken Visit(MemberAssignment mb)
{
CompositeExpressionToken token = new CompositeExpressionToken();
token.AddStringToken(CleanIdentifier(mb.Member.Name) + " = ");
token.Tokens.Add(Visit(mb.Expression));
token.Splittable = true;
return token;
}
private static ExpressionToken Visit(ListInitExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken {
Tokens = { Visit(exp.NewExpression) }
};
CompositeExpressionToken body = new CompositeExpressionToken {
AddCommas = true
};
foreach (ElementInit init in exp.Initializers)
{
body.Tokens.Add(new BracketedExpressionToken("(", ")", true, new CompositeExpressionToken(from a in init.Arguments select Visit(a), true)));
}
token.Tokens.Add(new BracketedExpressionToken(" { ", " } ", body));
return token;
}
private static ExpressionToken Visit(LambdaExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
string s = "";
if (exp.Parameters.Count != 1)
{
s = "(";
}
s = s + string.Join(", ", (from p in exp.Parameters select CleanIdentifier(p.Name)).ToArray<string>());
if (exp.Parameters.Count != 1)
{
s = s + ")";
}
s = s + " => ";
token.AddStringToken(s);
ExpressionToken item = Visit(exp.Body);
if (item != null)
{
item.Splittable = true;
item.SplitIndent = 1;
token.Tokens.Add(item);
}
return token;
}
private static ExpressionToken Visit(InvocationExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken();
token.AddStringToken("Invoke" + ((exp.Arguments.Count == 0) ? "" : " "), true);
token.Tokens.Add(new BracketedExpressionToken("(", ")", new CompositeExpressionToken(from a in exp.Arguments select Visit(a), true)));
return token;
}
private static ExpressionToken Visit(UnaryExpression exp)
{
if (exp.NodeType == ExpressionType.Quote)
{
return Visit(exp.Operand);
}
CompositeExpressionToken token2 = new CompositeExpressionToken();
switch (exp.NodeType)
{
case ExpressionType.Negate:
case ExpressionType.NegateChecked:
token2.AddStringToken("-");
break;
case ExpressionType.UnaryPlus:
token2.AddStringToken("+");
break;
case ExpressionType.Not:
token2.AddStringToken("!");
break;
case ExpressionType.Convert:
if (exp.Operand.Type.IsSubclassOf(exp.Type))
{
return Visit(exp.Operand);
}
token2.AddStringToken("(" + exp.Type.FormatTypeName() + ")");
break;
case ExpressionType.TypeAs:
token2.Tokens.Add(Visit(exp.Operand));
token2.AddStringToken(" as ");
token2.AddStringToken(exp.Type.FormatTypeName());
return token2;
default:
token2.AddStringToken(exp.NodeType.ToString());
break;
}
token2.Tokens.Add(new BracketedExpressionToken("(", ")", true, Visit(exp.Operand)));
return token2;
}
private static ExpressionToken Visit(BinaryExpression exp)
{
string str;
CompositeExpressionToken body = new CompositeExpressionToken();
ExpressionToken item = Visit(exp.Left);
ExpressionToken token3 = Visit(exp.Right);
if (exp.NodeType == ExpressionType.ArrayIndex)
{
body.Tokens.Add(item);
body.Tokens.Add(new BracketedExpressionToken("[", "]", token3));
return body;
}
if (_binaryExpressionStrings.TryGetValue(exp.NodeType, out str))
{
body.Tokens.Add(item);
body.AddStringToken(" " + str + " ");
body.Tokens.Add(token3);
token3.Splittable = true;
token3.SplitIndent = 1;
return new BracketedExpressionToken("(", ")", true, body);
}
return body;
}
private static ExpressionToken Visit(ConditionalExpression exp)
{
CompositeExpressionToken token = new CompositeExpressionToken {
Tokens = { Visit(exp.Test) }
};
token.AddStringToken(" ? ", true);
token.Tokens.Add(Visit(exp.IfTrue));
token.AddStringToken(" : ", true);
token.Tokens.Add(Visit(exp.IfFalse));
return token;
}