public static void TestSetValue_Field1()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = null;
obj = Activator.CreateInstance(type);
A[] ATypeWithMixedAB = new A[] { new A(), new FieldInfoArrayB() };
A[] ATypeWithAllA = new A[] { new A(), new A() };
A[] ATypeWithAllB = new A[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
FieldInfoArrayB[] BTypeWithAllB = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "aArray");
fi.SetValue(obj, ATypeWithMixedAB);
Assert.True((fi.GetValue(obj)).Equals(ATypeWithMixedAB), "Failed!! Could not set ArrayField aArray using FieldInfo");
fi.SetValue(obj, ATypeWithAllA);
Assert.True((fi.GetValue(obj)).Equals(ATypeWithAllA), "Failed!! Could not set ArrayField aArray using FieldInfo");
fi.SetValue(obj, ATypeWithAllB);
Assert.True((fi.GetValue(obj)).Equals(ATypeWithAllB), "Failed!! Could not set ArrayField aArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB), "Failed!! Could not set ArrayField aArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField aArray using FieldInfo");
}
public static void TestSetValue_Field5()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = Activator.CreateInstance(type);
I[] mixedMN = new I[] { new M(), new N() };
int[] mixedInt = new int[] { 200, -200, (byte)30, (ushort)2 };
byte[] allByte = new byte[] { 2, 3, 4 };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "objectArray");
fi.SetValue(obj, mixedMN);
Assert.True((fi.GetValue(obj)).Equals(mixedMN), "Failed!! Could not set ArrayField objectArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField objectArray using FieldInfo");
try
{
fi.SetValue(obj, mixedInt);
Assert.False(true, "Failed!! Expected ArgumentException.System.Int32[]' cannot be converted to type 'System.Object[]'");
}
catch (Exception) { }
try
{
fi.SetValue(obj, allByte);
Assert.False(true, "Failed!! Expected ArgumentException.System.Byte[]' cannot be converted to type 'System.Object[]");
}
catch (Exception) { }
}
public static void TestSetValue_Field2()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = null;
obj = Activator.CreateInstance(type);
A[] ATypeWithMixedAB = new A[] { new A(), new FieldInfoArrayB() };
A[] ATypeWithAllA = new A[] { new A(), new A() };
A[] ATypeWithAllB = new A[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
FieldInfoArrayB[] BTypeWithAllB = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "bArray");
Assert.Throws<ArgumentException>(() => fi.SetValue(obj, ATypeWithMixedAB));
Assert.Throws<ArgumentException>(() => fi.SetValue(obj, ATypeWithAllA));
Assert.Throws<ArgumentException>(() => fi.SetValue(obj, ATypeWithAllB));
fi.SetValue(obj, BTypeWithAllB);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB), "Failed!! Could not set ArrayField bArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField bArray using FieldInfo");
}
public static void TestSetValue_Field2()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = null;
obj = Activator.CreateInstance(type);
A[] ATypeWithMixedAB = new A[] { new A(), new FieldInfoArrayB() };
A[] ATypeWithAllA = new A[] { new A(), new A() };
A[] ATypeWithAllB = new A[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
FieldInfoArrayB[] BTypeWithAllB = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "bArray");
try
{
fi.SetValue(obj, ATypeWithMixedAB);
Assert.False(true, "Failed!! Expected ArgumentException.");
}
catch (Exception) { }
try
{
fi.SetValue(obj, ATypeWithAllA);
Assert.False(true, "Failed!! Expected ArgumentException.");
}
catch (Exception) { }
try
{
fi.SetValue(obj, ATypeWithAllB);
Assert.False(true, "Failed!! Expected ArgumentException.");
}
catch (Exception) { }
fi.SetValue(obj, BTypeWithAllB);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB), "Failed!! Could not set ArrayField bArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField bArray using FieldInfo");
}
public static void TestSetValue_Field5()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = Activator.CreateInstance(type);
I[] mixedMN = new I[] { new M(), new N() };
int[] mixedInt = new int[] { 200, -200, (byte)30, (ushort)2 };
byte[] allByte = new byte[] { 2, 3, 4 };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "objectArray");
fi.SetValue(obj, mixedMN);
Assert.True((fi.GetValue(obj)).Equals(mixedMN), "Failed!! Could not set ArrayField objectArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField objectArray using FieldInfo");
Assert.Throws <ArgumentException>(() => fi.SetValue(obj, mixedInt));
Assert.Throws <ArgumentException>(() => fi.SetValue(obj, allByte));
}
public static void TestSetValue_Field5()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = Activator.CreateInstance(type);
I[] mixedMN = new I[] { new M(), new N() };
int[] mixedInt = new int[] { 200, -200, (byte)30, (ushort)2 };
byte[] allByte = new byte[] { 2, 3, 4 };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "objectArray");
fi.SetValue(obj, mixedMN);
Assert.True((fi.GetValue(obj)).Equals(mixedMN), "Failed!! Could not set ArrayField objectArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField objectArray using FieldInfo");
Assert.Throws<ArgumentException>(() => fi.SetValue(obj, mixedInt));
Assert.Throws<ArgumentException>(() => fi.SetValue(obj, allByte));
}
public static void TestSetValue_Field5()
{
FieldInfo fi = null;
Type type = typeof(ArrayAsField);
Object obj = Activator.CreateInstance(type);
I[] mixedMN = new I[] { new M(), new N() };
int[] mixedInt = new int[] { 200, -200, (byte)30, (ushort)2 };
byte[] allByte = new byte[] { 2, 3, 4 };
A[] BTypeWithAllB_Contra = new FieldInfoArrayB[] { new FieldInfoArrayB(), new FieldInfoArrayB() };
fi = getField(type, "objectArray");
fi.SetValue(obj, mixedMN);
Assert.True((fi.GetValue(obj)).Equals(mixedMN), "Failed!! Could not set ArrayField objectArray using FieldInfo");
fi.SetValue(obj, BTypeWithAllB_Contra);
Assert.True((fi.GetValue(obj)).Equals(BTypeWithAllB_Contra), "Failed!! Could not set ArrayField objectArray using FieldInfo");
try
{
fi.SetValue(obj, mixedInt);
Assert.False(true, "Failed!! Expected ArgumentException.System.Int32[]' cannot be converted to type 'System.Object[]'");
}
catch (Exception) { }
try
{
fi.SetValue(obj, allByte);
Assert.False(true, "Failed!! Expected ArgumentException.System.Byte[]' cannot be converted to type 'System.Object[]");
}
catch (Exception) { }
}
