public BoxCustomExpressionXmlConverter(
ExpressionSerializationTypeResolver resolver, List <System.Tuple <Type, Type> > mappings)
{
//this.session = session;
this.resolver = resolver;
this.mappings = mappings;
}
public void Test12()
{
Order order1 = new Order { Customer = Hans, ID = 302, Freight = 2001.99m, OrderDate = DateTime.Now.AddMonths(-20) };
var assemblies = new Assembly[] { typeof(Order).Assembly, typeof(UnitTests).Assembly, typeof(ExpressionType).Assembly, typeof(IQueryable).Assembly };
var resolver = new ExpressionSerializationTypeResolver(assemblies, new Type[] { typeof(Customer), typeof(Order), typeof(Product), typeof(Supplier), typeof(Shipper) });
ExpressionSerializer serializer = new ExpressionSerializer(resolver);
IEnumerable<Customer> customers = GetCustomers().ToArray();
Expression<Func<int, IEnumerable<Order[]>>> e12 =
n =>
from c in customers//instance == null : IEnumerable.Where/.Select
where c.ID < n
select c.Orders.ToArray();
e12 = ( Expression<Func<int, IEnumerable<Order[]>>>)ObjectServices.Evaluator.PartialEval(e12);
MethodCallExpression m1 = ((MethodCallExpression)e12.Body).Arguments[0] as MethodCallExpression;
ConstantExpression cx = ((ConstantExpression)m1.Arguments[0]);
LambdaExpression lambdaarg = ((LambdaExpression)m1.Arguments[1]);
//Expression arg1 = ((MethodCallExpression)e12.Body).Arguments[1];
XElement xml12 = serializer.Serialize(e12);
Expression result12 = serializer.Deserialize( xml12);
Assert.AreEqual( e12.ToString(), result12.ToString());
Console.WriteLine(((result12 as Expression<Func<int, IEnumerable<Order[]>>>).Compile())(5));
}
public void Test12()
{
Order order1 = new Order {
Customer = Hans, ID = 302, Freight = 2001.99m, OrderDate = DateTime.Now.AddMonths(-20)
};
var assemblies = new Assembly[] { typeof(Order).Assembly, typeof(UnitTests).Assembly, typeof(ExpressionType).Assembly, typeof(IQueryable).Assembly };
var resolver = new ExpressionSerializationTypeResolver(assemblies, new Type[] { typeof(Customer), typeof(Order), typeof(Product), typeof(Supplier), typeof(Shipper) });
ExpressionSerializer serializer = new ExpressionSerializer(resolver);
IEnumerable <Customer> customers = GetCustomers().ToArray();
Expression <Func <int, IEnumerable <Order[]> > > e12 =
n =>
from c in customers //instance == null : IEnumerable.Where/.Select
where c.ID < n
select c.Orders.ToArray();
e12 = (Expression <Func <int, IEnumerable <Order[]> > >)ObjectServices.Evaluator.PartialEval(e12);
MethodCallExpression m1 = ((MethodCallExpression)e12.Body).Arguments[0] as MethodCallExpression;
ConstantExpression cx = ((ConstantExpression)m1.Arguments[0]);
LambdaExpression lambdaarg = ((LambdaExpression)m1.Arguments[1]);
//Expression arg1 = ((MethodCallExpression)e12.Body).Arguments[1];
XElement xml12 = serializer.Serialize(e12);
Expression result12 = serializer.Deserialize(xml12);
Assert.AreEqual(e12.ToString(), result12.ToString());
Console.WriteLine(((result12 as Expression <Func <int, IEnumerable <Order[]> > >).Compile())(5));
}
public BoxCustomExpressionXmlConverter(
ExpressionSerializationTypeResolver resolver, List<System.Tuple<Type,Type>> mappings)
{
//this.session = session;
this.resolver = resolver;
this.mappings = mappings;
}
public void ManyTests()
{
Order order1 = new Order {
Customer = Hans, ID = 302, Freight = 2001.99m, OrderDate = DateTime.Now.AddMonths(-20)
};
var assemblies = new Assembly[] { typeof(Order).Assembly, typeof(UnitTests).Assembly, typeof(ExpressionType).Assembly, typeof(IQueryable).Assembly };
var resolver = new ExpressionSerializationTypeResolver(assemblies, new Type[] { typeof(Customer), typeof(Order), typeof(Product), typeof(Supplier), typeof(Shipper) });
ExpressionSerializer serializer = new ExpressionSerializer(resolver);
Console.WriteLine("\nTEST - 2");
Expression <Func <int> > e2 = () => 1;
XElement xml2 = serializer.Serialize(e2.Body);
Expression result2 = serializer.Deserialize(xml2);
Assert.AreEqual(e2.Body.ToString(), result2.ToString());
Console.WriteLine("\nTEST - 3");
Expression <Func <ExpressionType> > e3 = () => ExpressionType.Add;
XElement xml3 = serializer.Serialize(e3.Body);
Expression result3 = serializer.Deserialize(xml3);
Assert.AreEqual(e3.Body.ToString(), result3.ToString());
Console.WriteLine("\nTEST - 4");
Expression <Func <bool> > e4 = () => true;
XElement xml4 = serializer.Serialize(e4.Body);
Expression result4 = serializer.Deserialize(xml4);
Assert.AreEqual(e4.Body.ToString(), result4.ToString());
Console.WriteLine("\nTEST - 5");
Expression <Func <decimal, decimal> > e5 = d => d + 1m;
XElement xml5 = serializer.Serialize(e5.Body);
Expression result5 = serializer.Deserialize(xml5);
Assert.AreEqual(e5.Body.ToString(), result5.ToString());
Console.WriteLine("\nTEST - 6");
Expression <Func <decimal, decimal> > e6 = d => d + 1m;
XElement xml6 = serializer.Serialize(e6);
Expression result6 = serializer.Deserialize(xml6);
Assert.AreEqual(e6.ToString(), result6.ToString());
Console.WriteLine(((result6 as Expression <Func <decimal, decimal> >).Compile())(3));
Console.WriteLine("\nTEST - 7");
Expression <Func <string, int> > e7 = s => int.Parse(s);
XElement xml7 = serializer.Serialize(e7);
Expression result7 = serializer.Deserialize(xml7);
Assert.AreEqual(e7.ToString(), result7.ToString());
Console.WriteLine(((result7 as Expression <Func <string, int> >).Compile())("1234"));
Console.WriteLine("\nTEST - 8");
Expression <Func <string, string> > e8 = s => s.PadLeft(4);
XElement xml8 = serializer.Serialize(e8);
Expression result8 = serializer.Deserialize(xml8);
Assert.AreEqual(e8.ToString(), result8.ToString());
Console.WriteLine(((result8 as Expression <Func <string, string> >).Compile())("1"));
Console.WriteLine("\nTEST - 9");
Expression <Func <string, int> > e9 = s => Foo <string, int>(s, 1);
XElement xml9 = serializer.Serialize(e9);
Expression result9 = serializer.Deserialize(xml9);
Assert.AreEqual(e9.ToString(), result9.ToString());
Console.WriteLine(((result9 as Expression <Func <string, int> >).Compile())("abcdac"));
Console.WriteLine("\nTEST - 10");
Expression <Func <string, char[]> > e10 = s => s.Where(c => c != 'a').ToArray();
XElement xml10 = serializer.Serialize(e10);
Expression result10 = serializer.Deserialize(xml10);
Assert.AreEqual(e10.ToString(), result10.ToString());
Console.WriteLine(((result10 as Expression <Func <string, char[]> >).Compile())("abcdac"));
Console.WriteLine("\nTEST - 11");
Expression <Func <string, char[]> > e11 =
s =>
(from c in s
where c != 'a'
select(char)(c + 1)).ToArray();
XElement xml11 = serializer.Serialize(e11);
Expression result11 = serializer.Deserialize(xml11);
Assert.AreEqual(e11.ToString(), result11.ToString());
Console.WriteLine(((result11 as Expression <Func <string, char[]> >).Compile())("abcdac"));
Console.WriteLine("\nTEST - 13");
Expression <Func <List <int> > > e13 = () => new List <int>()
{
1, 2, 3
};
XElement xml13 = serializer.Serialize(e13);
Expression result13 = serializer.Deserialize(xml13);
Assert.AreEqual(e13.ToString(), result13.ToString());
Console.WriteLine(((result13 as Expression <Func <List <int> > >).Compile())());
Console.WriteLine("\nTEST - 14");
Expression <Func <List <List <int> > > > e14 = () => new List <List <int> >()
{
new List <int>()
{
1, 2, 3
}, new List <int>()
{
2, 3, 4
}, new List <int>()
{
3, 4, 5
}
};
XElement xml14 = serializer.Serialize(e14);
Expression result14 = serializer.Deserialize(xml14);
Assert.AreEqual(e14.ToString(), result14.ToString());
Console.WriteLine(((result14 as Expression <Func <List <List <int> > > >).Compile())());
Console.WriteLine("\nTEST - 15");
Expression <Func <Customer> > e15 = () => new Customer()
{
Name = "Hans", Orders = { order1 }
};
XElement xml15 = serializer.Serialize(e15);
Expression result15 = serializer.Deserialize(xml15);
Assert.AreEqual(e15.ToString(), result15.ToString());
Console.WriteLine(((result15 as Expression <Func <Customer> >).Compile())());
Console.WriteLine("\nTEST - 16");
Expression <Func <bool, int> > e16 = b => b ? 1 : 2;
XElement xml16 = serializer.Serialize(e16);
Expression result16 = serializer.Deserialize(xml16);
Assert.AreEqual(e16.ToString(), result16.ToString());
Console.WriteLine(((result16 as Expression <Func <bool, int> >).Compile())(false));
Console.WriteLine("\nTEST - 17");
Expression <Func <int, int[]> > e17 = n => new[] { n };
XElement xml17 = serializer.Serialize(e17);
Expression result17 = serializer.Deserialize(xml17);
Assert.AreEqual(e17.ToString(), result17.ToString());
Console.WriteLine(((result17 as Expression <Func <int, int[]> >).Compile())(7));
Console.WriteLine("\nTEST - 18");
Expression <Func <int, int[]> > e18 = n => new int[n];
XElement xml18 = serializer.Serialize(e18);
Expression result18 = serializer.Deserialize(xml18);
Assert.AreEqual(e18.ToString(), result18.ToString());
Console.WriteLine(((result18 as Expression <Func <int, int[]> >).Compile())(7));
Console.WriteLine("\nTEST - 19");
Expression <Func <object, string> > e19 = o => o as string;
XElement xml19 = serializer.Serialize(e19);
Expression result19 = serializer.Deserialize(xml19);
Assert.AreEqual(e19.ToString(), result19.ToString());
Console.WriteLine(((result19 as Expression <Func <object, string> >).Compile())(7));
Console.WriteLine("\nTEST - 20");
Expression <Func <object, bool> > e20 = o => o is string;
XElement xml20 = serializer.Serialize(e20);
Expression result20 = serializer.Deserialize(xml20);
Assert.AreEqual(e20.ToString(), result20.ToString());
Console.WriteLine(((result20 as Expression <Func <object, bool> >).Compile())(7));
Console.WriteLine("\nTEST - 21");
Expression <Func <IEnumerable <string> > > e21 = () => from m in typeof(string).GetMethods()
where !m.IsStatic
group m by m.Name into g
select g.Key + g.Count().ToString();
XElement xml21 = serializer.Serialize(e21);
Expression result21 = serializer.Deserialize(xml21);
Assert.AreEqual(e21.ToString(), result21.ToString());
Console.WriteLine(((result21 as Expression <Func <IEnumerable <string> > >).Compile())());
Console.WriteLine("\nTEST - 22 (may take a while)");
Expression <Func <IEnumerable <int> > > e22 = () => from a in Enumerable.Range(1, 13)
join b in Enumerable.Range(1, 13) on 4 * a equals b
from c in Enumerable.Range(1, 13)
join d in Enumerable.Range(1, 13) on 5 * c equals d
from e in Enumerable.Range(1, 13)
join f in Enumerable.Range(1, 13) on 3 * e equals 2 * f
join g in Enumerable.Range(1, 13) on 2 * (c + d)equals 3 * g
from h in Enumerable.Range(1, 13)
join i in Enumerable.Range(1, 13) on 3 * h - 2 * (e + f)equals 3 * i
from j in Enumerable.Range(1, 13)
join k in Enumerable.Range(1, 13) on 3 * (a + b) + 2 * j - 2 * (g + c + d) equals k
from l in Enumerable.Range(1, 13)
join m in Enumerable.Range(1, 13) on(h + i + e + f) - l equals 4 * m
where (4 * (l + m + h + i + e + f) == 3 * (j + k + g + a + b + c + d))
select a + b + c + d + e + f + g + h + i + j + k + l + m;
XElement xml22 = serializer.Serialize(e22);
Expression result22 = serializer.Deserialize(xml22);
Assert.AreEqual(e22.ToString(), result22.ToString());
Console.WriteLine(((result22 as Expression <Func <IEnumerable <int> > >).Compile())().FirstOrDefault());
Console.WriteLine("\nTEST - 23");
Expression <Func <int, int> > e23 = n => ((Func <int, int>)(x => x + 1))(n);
XElement xml23 = serializer.Serialize(e23);
Expression result23 = serializer.Deserialize(xml23);
Assert.AreEqual(e23.ToString(), result23.ToString());
Console.WriteLine(((result23 as Expression <Func <int, int> >).Compile())(7));
Console.WriteLine("\nTEST - 24");
Expression <Func <IEnumerable <int> > > e24 = () => from x in Enumerable.Range(1, 10)
from y in Enumerable.Range(1, 10)
where x < y
select x * y;
XElement xml24 = serializer.Serialize(e24);
Expression result24 = serializer.Deserialize(xml24);
Assert.AreEqual(e24.ToString(), result24.ToString());
Console.WriteLine(((result24 as Expression <Func <IEnumerable <int> > >).Compile())());
Console.WriteLine("\nTEST - 25");
Expression <Func <DateTime> > e25 = () => new DateTime(10000);
XElement xml25 = serializer.Serialize(e25);
Expression result25 = serializer.Deserialize(xml25);
Assert.AreEqual(e25.ToString(), result25.ToString());
Console.WriteLine(((result25 as Expression <Func <DateTime> >).Compile())());
}
public DLinqCustomExpressionXmlConverter(ObjectContext dc, ExpressionSerializationTypeResolver resolver)
{
this.dc = dc;
this.resolver = resolver;
}
public DLinqCustomExpressionXmlConverter(DataContext dc, ExpressionSerializationTypeResolver resolver)
{
this.dc = dc;
this.resolver = resolver;
}