public void MappingTest()
{
string fileName = GetBinFileName();
_DatetimeByte_SeqPk1[] data = TestUtils.GenerateData <_DatetimeByte_SeqPk1>(1, 10);
if (AllowCreate)
{
using (var f = new BinIndexedFile <_DatetimeByte_SeqPk1>(fileName))
{
f.InitializeNewFile();
f.WriteData(0, new ArraySegment <_DatetimeByte_SeqPk1>(data));
}
}
Type oldT = typeof(_DatetimeByte_SeqPk1);
string oldAn = oldT.Assembly.GetName().Name;
using (BinaryFile f = BinaryFile.Open(
fileName, false,
tn =>
TypeUtils.ParseAndResolve(
tn,
ts2 => TypeSpec.DefaultFullTypeResolver(
ts2,
(ts, an) =>
an != null && an.Name == oldAn && ts.Name == oldT.FullName ? typeof(_LongByte_SeqPk1) : null,
TypeResolver, LegacySupport.TypeResolver, TypeUtils.ResolverFromAnyAssemblyVersion))))
{
var p = (BinIndexedFile <_LongByte_SeqPk1>)f;
var data2 = new _LongByte_SeqPk1[1];
p.ReadData(0, new ArraySegment <_LongByte_SeqPk1>(data2));
Assert.AreEqual(data[0].a.Ticks, data2[0].a);
Assert.AreEqual(data[0].b, data2[0].b);
}
}
public void MappingTest()
{
string fileName = GetBinFileName();
_DatetimeByte_SeqPk1[] data = TestUtils.GenerateData<_DatetimeByte_SeqPk1>(1, 10);
if (AllowCreate)
{
using (var f = new BinIndexedFile<_DatetimeByte_SeqPk1>(fileName))
{
f.InitializeNewFile();
f.WriteData(0, new ArraySegment<_DatetimeByte_SeqPk1>(data));
}
}
Type oldT = typeof (_DatetimeByte_SeqPk1);
string oldAn = oldT.Assembly.GetName().Name;
using (BinaryFile f = BinaryFile.Open(
fileName, false,
tn =>
TypeUtils.ParseAndResolve(
tn,
ts2 => TypeSpec.DefaultFullTypeResolver(
ts2,
(ts, an) =>
an != null && an.Name == oldAn && ts.Name == oldT.FullName ? typeof (_LongByte_SeqPk1) : null,
TypeResolver, LegacySupport.TypeResolver, TypeUtils.ResolverFromAnyAssemblyVersion))))
{
var p = (BinIndexedFile<_LongByte_SeqPk1>) f;
var data2 = new _LongByte_SeqPk1[1];
p.ReadData(0, new ArraySegment<_LongByte_SeqPk1>(data2));
Assert.AreEqual(data[0].a.Ticks, data2[0].a);
Assert.AreEqual(data[0].b, data2[0].b);
}
}
