public void EmptyTest()
{
var c = new ConstantStringArray() { StringsWith5Chars = new[] { "", "", "" } };
var res = Utils.SerializeDeserialize(c);
Utils.AssertAreEqual(res.StringsWith5Chars, new[] { new string(' ', 5), new string(' ', 5), new string(' ', 5) });
}
public void DefaultTest()
{
var c = new ConstantStringArray();
var res = Utils.SerializeDeserialize(c);
Assert.AreEqual(res.StringsWith5Chars, c.StringsWith5Chars);
}
private MetadataRecord HandleCustomAttributeConstantArray(
Cts.ArrayType type, ImmutableArray <Ecma.CustomAttributeTypedArgument <Cts.TypeDesc> > value)
{
Cts.TypeDesc elementType = type.ElementType;
switch (elementType.UnderlyingType.Category)
{
case Cts.TypeFlags.Boolean:
return(new ConstantBooleanArray {
Value = GetCustomAttributeConstantArrayElements <bool>(value)
});
case Cts.TypeFlags.Byte:
return(new ConstantByteArray {
Value = GetCustomAttributeConstantArrayElements <byte>(value)
});
case Cts.TypeFlags.Char:
return(new ConstantCharArray {
Value = GetCustomAttributeConstantArrayElements <char>(value)
});
case Cts.TypeFlags.Double:
return(new ConstantDoubleArray {
Value = GetCustomAttributeConstantArrayElements <double>(value)
});
case Cts.TypeFlags.Int16:
return(new ConstantInt16Array {
Value = GetCustomAttributeConstantArrayElements <short>(value)
});
case Cts.TypeFlags.Int32:
return(new ConstantInt32Array {
Value = GetCustomAttributeConstantArrayElements <int>(value)
});
case Cts.TypeFlags.Int64:
return(new ConstantInt64Array {
Value = GetCustomAttributeConstantArrayElements <long>(value)
});
case Cts.TypeFlags.SByte:
return(new ConstantSByteArray {
Value = GetCustomAttributeConstantArrayElements <sbyte>(value)
});
case Cts.TypeFlags.Single:
return(new ConstantSingleArray {
Value = GetCustomAttributeConstantArrayElements <float>(value)
});
case Cts.TypeFlags.UInt16:
return(new ConstantUInt16Array {
Value = GetCustomAttributeConstantArrayElements <ushort>(value)
});
case Cts.TypeFlags.UInt32:
return(new ConstantUInt32Array {
Value = GetCustomAttributeConstantArrayElements <uint>(value)
});
case Cts.TypeFlags.UInt64:
return(new ConstantUInt64Array {
Value = GetCustomAttributeConstantArrayElements <ulong>(value)
});
}
if (elementType.IsString)
{
var record = new ConstantStringArray();
record.Value.Capacity = value.Length;
foreach (var element in value)
{
MetadataRecord elementRecord = element.Value == null ?
(MetadataRecord) new ConstantReferenceValue() : HandleString((string)element.Value);
record.Value.Add(elementRecord);
}
return(record);
}
var result = new ConstantHandleArray();
result.Value.Capacity = value.Length;
for (int i = 0; i < value.Length; i++)
{
MetadataRecord elementRecord = HandleCustomAttributeConstantValue(value[i].Type, value[i].Value);
if (value[i].Type.IsEnum)
{
elementRecord = new ConstantBoxedEnumValue
{
Value = elementRecord,
Type = HandleType(value[i].Type)
};
}
result.Value.Add(elementRecord);
}
return(result);
}
public void SameLengthsTest()
{
var c = new ConstantStringArray() { StringsWith5Chars = new[] { "01234", "01234", "01234" } };
var res = Utils.SerializeDeserialize(c);
Assert.AreEqual(res.StringsWith5Chars, c.StringsWith5Chars);
}
public void MixedTest()
{
var c = new ConstantStringArray() { StringsWith5Chars = new[] { "", "01234", null, "012345678", "012" } };
var res = Utils.SerializeDeserialize(c);
Utils.AssertAreEqual(res.StringsWith5Chars, new[] { new string(' ', 5), "01234", new string(' ', 5), "01234", "012 " });
}
public void CStringArr3_Test()
{
var c = new ConstantStringArray() { StringsWith5Chars = new[] { "abcde", "ABCDE", "01234", "01 ", "01234" } };
Utils.TestRoundTrip(c, "CStringArr3");
}
public void CStringArr1_Test()
{
var c = new ConstantStringArray();
Utils.TestRoundTrip(c, "CStringArr1");
}
