public void Test_Basic_Parsing(
[Values] uMessages.DatatypeVersion
aVersion,
[Values(ByteOrdering.BigEndian, ByteOrdering.LittleEndian)]
ByteOrdering aByteOrdering,
[Values((uint)0, (uint)0xffffffff), Random(1)] uint
aSize,
[Values((uint)0, (uint)0xffffffff), Random(1)] uint
aBitPrecision)
{
//Arrange
using (Stream fTestSource = new MemoryStream())
using (BinaryWriter fWriter = new BinaryWriter(fTestSource))
{
fWriter.Write((byte)(((byte)aVersion << 4) | 0x02));
fWriter.Write((byte)(
(aByteOrdering == ByteOrdering.BigEndian ? 1 : 0)));
fWriter.Write((byte)0);
fWriter.Write((byte)0);
fWriter.Write(aSize);
fWriter.Write(aBitPrecision);
fTestSource.Seek(0, SeekOrigin.Begin);
Moq.Mock <ndf5.Metadata.ISuperBlock>
fSuperblock = new Moq.Mock <ndf5.Metadata.ISuperBlock>(
Moq.MockBehavior.Loose);
using (Hdf5Reader fReader = new Hdf5Reader(
fTestSource,
fSuperblock.Object))
{
long
fReadBytes;
uTest
fExpected = new uTest(
aSize,
aByteOrdering,
aBitPrecision),
fResult = ndf5.Messages.Message.Read(
fReader,
uMessages.MessageType.Datatype,
uMessages.MessageAttributeFlag.None,
null,
out fReadBytes) as uTest;
Assert.That(
fResult,
Is.EqualTo(fExpected),
"Equality check failed");
Assert.That(
fResult,
Is.Not.EqualTo(new uTest(
aSize,
aByteOrdering,
(ushort)(aBitPrecision + 1))),
"Inequality Check Failed");
Assert.That(
fResult,
Is.Not.EqualTo(null),
"Null Inequality Check Failed");
Assert.That(
fResult.GetHashCode(),
Is.EqualTo(fExpected.GetHashCode()),
"Hash Code Equality check failed");
Assert.That(
fResult,
Is.Not.Null,
"Incorrect Message Type returned");
Assert.That(
fReadBytes,
Is.EqualTo(12),
"Wrong number of bytes read");
Assert.That(
fTestSource.Position,
Is.EqualTo(12),
"Wrong number of bytes read");
Assert.That(
fResult.Class,
Is.EqualTo(uMessages.DatatypeClass.Time),
"Incorrect Data class");
Assert.That(
fResult.ByteOrdering,
Is.EqualTo(aByteOrdering),
"Incorrect byte ordering");
Assert.That(
fResult.Size,
Is.EqualTo(aSize),
"Incorrect Data Element Size");
Assert.That(
fResult.BitPrecision,
Is.EqualTo(aBitPrecision),
"Incorrect bit precision");
}
}
}
public void Test_Basic_Parse(
[Values] uMessages.DatatypeVersion
aVersion,
[Values] StringPadding
aPadding,
[Values] StringEncoding
aEncoding,
[Values((uint)0, (uint)0xffffffff), Random(1)] uint
aSize)
{
using (Stream fTestSource = new MemoryStream())
using (BinaryWriter fWriter = new BinaryWriter(fTestSource))
{
fWriter.Write((byte)(((byte)aVersion << 4) | 0x03));
fWriter.Write((byte)((byte)aPadding | (((byte)aEncoding << 4))));
fWriter.Write((byte)0);
fWriter.Write((byte)0);
fWriter.Write(aSize);
fTestSource.Seek(0, SeekOrigin.Begin);
Moq.Mock <ndf5.Metadata.ISuperBlock>
fSuperblock = new Moq.Mock <ndf5.Metadata.ISuperBlock>(
Moq.MockBehavior.Loose);
using (Hdf5Reader fReader = new Hdf5Reader(
fTestSource,
fSuperblock.Object))
{
long
fReadBytes;
uTest
fExpected = new uTest(
aSize, aPadding, aEncoding),
fResult = ndf5.Messages.Message.Read(
fReader,
uMessages.MessageType.Datatype,
uMessages.MessageAttributeFlag.None,
null,
out fReadBytes) as uTest;
Assert.That(
fResult,
Is.Not.Null,
"Incorrect Message Type returned");
Assert.That(
fResult,
Is.EqualTo(fExpected),
"Equality check failed");
Assert.That(
fResult,
Is.Not.EqualTo(new uTest(
aSize,
aPadding,
aEncoding == StringEncoding.ASCII
? StringEncoding.UTF8
: StringEncoding.ASCII)),
"Inequality Check Failed");
Assert.That(
fResult,
Is.Not.EqualTo(null),
"Null Inequality Check Failed");
Assert.That(
fResult.GetHashCode(),
Is.EqualTo(fExpected.GetHashCode()),
"Hash Code Equality check failed");
Assert.That(
fReadBytes,
Is.EqualTo(8),
"Wrong number of bytes read");
Assert.That(
fTestSource.Position,
Is.EqualTo(8),
"Wrong number of bytes read");
Assert.That(
fResult.Class,
Is.EqualTo(uMessages.DatatypeClass.String),
"Incorrect Data class");
Assert.That(
fResult.Size,
Is.EqualTo(aSize),
"Incorrect Size");
Assert.That(
fResult.StringPadding,
Is.EqualTo(aPadding),
"Incorrect StringPadding");
Assert.That(
fResult.StringEncoding,
Is.EqualTo(aEncoding),
"Incorrect StringEncoding");
}
}
}
public void Test_Basic_Parsing(
[Values] uMessages.DatatypeVersion
aVersion,
[Values((uint)0, (uint)0xffffffff), Random(1)] uint
aSize,
[Values("", "a", "A", ".", "abc123", "!@#$1234%^&*()67890")] string
aName)
{
using (Stream fTestSource = new MemoryStream())
using (BinaryWriter fWriter = new BinaryWriter(fTestSource))
{
byte[]
fTagBytes = Encoding.ASCII.GetBytes(aName);
int
fPadding = 8 - (fTagBytes.Length & 0x7),
fLength = fTagBytes.Length + fPadding;
//Verifying this test
Assert.That(fLength % 8, Is.EqualTo(0));
fWriter.Write((byte)(((byte)aVersion << 4) | (byte)0x05));
fWriter.Write((byte)fLength);
fWriter.Write((byte)0);
fWriter.Write((byte)0);
fWriter.Write(aSize);
fWriter.Write(fTagBytes);
fWriter.Write(Enumerable.Repeat((byte)0, fPadding).ToArray());
fTestSource.Seek(0, SeekOrigin.Begin);
Moq.Mock <ndf5.Metadata.ISuperBlock>
fSuperblock = new Moq.Mock <ndf5.Metadata.ISuperBlock>(
Moq.MockBehavior.Loose);
using (Hdf5Reader fReader = new Hdf5Reader(
fTestSource,
fSuperblock.Object))
{
long
fReadBytes;
uTest
fExpected = new uTest(
aSize,
aName),
fResult = ndf5.Messages.Message.Read(
fReader,
uMessages.MessageType.Datatype,
uMessages.MessageAttributeFlag.None,
null,
out fReadBytes) as uTest;
Assert.That(
fResult,
Is.Not.Null,
"Incorrect Message Type returned");
Assert.That(
fResult,
Is.EqualTo(fExpected),
"Equality check failed");
Assert.That(
fResult,
Is.Not.EqualTo(new uTest(
aSize,
aName + "Fail")),
"Inequality Check Failed");
Assert.That(
fResult,
Is.Not.EqualTo(null),
"Null Inequality Check Failed");
Assert.That(
fResult.GetHashCode(),
Is.EqualTo(fExpected.GetHashCode()),
"Hash Code Equality check failed");
Assert.That(
fReadBytes,
Is.EqualTo(fLength + 8),
"Wrong number of bytes read");
Assert.That(
fTestSource.Position,
Is.EqualTo(fLength + 8),
"Wrong number of bytes read");
Assert.That(
fReadBytes % 8,
Is.EqualTo(0),
"Read should be a mutiple of 8");
Assert.That(
fResult.Size,
Is.EqualTo(aSize),
"Incorrect Data Element Size");
Assert.That(
fResult.AsciiTag,
Is.EqualTo(aName),
"Incorrect Ascii Tag");
}
}
}