public object ReadYaml(IParser parser, Type type)
{
Validate.ArgumentNotNull(parser, nameof(parser));
Validate.ArgumentNotNull(type, nameof(type));
ValidateType(type);
string value = parser.Consume <Scalar>().Value;
return(Identifier.From(value));
}
public void Test_Reading_A_Valid_Identifier_String()
{
string value = "TOA1";
Identifier identifier = Identifier.From(value);
Scalar scalar = new Scalar(value);
parser.Current.Returns(scalar);
object result = converter.ReadYaml(parser, IDENTIFIER_TYPE);
result.Should().Be(identifier);
}
public void Test_Writing_A_Valid_Identifier()
{
string identifier = "TOA2";
converter.WriteYaml(emitter, Identifier.From(identifier), IDENTIFIER_TYPE);
emitter.Received().Emit(Arg.Do <Scalar>(scalar =>
{
scalar.Tag.Should().BeNull();
scalar.Value.Should().Be(identifier);
}));
}
static object[] SUPPORTED_PRIMITIVES_TEST_CASES() => new object[]
{
new PrimitiveTypeTestCaseData <byte>(
value: 0xFE,
setupRead: (binaryReader, value) => binaryReader.ReadByte().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteByte(value)
),
new PrimitiveTypeTestCaseData <short>(
value: 0x1234,
setupRead: (binaryReader, value) => binaryReader.ReadInt16().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteInt16(value)
),
new PrimitiveTypeTestCaseData <ushort>(
value: 0xFEDC,
setupRead: (binaryReader, value) => binaryReader.ReadUInt16().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteUInt16(value)
),
new PrimitiveTypeTestCaseData <int>(
value: 0x12345678,
setupRead: (binaryReader, value) => binaryReader.ReadInt32().Returns(value),
verifyWrite: (binaryWrite, value) => binaryWrite.Received().WriteInt32(value)
),
new PrimitiveTypeTestCaseData <uint>(
value: 0xFEDCBA98,
setupRead: (binaryReader, value) => binaryReader.ReadUInt32().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteUInt32(value)
),
new PrimitiveTypeTestCaseData <long>(
value: long.MaxValue,
setupRead: (binaryReader, value) => binaryReader.ReadInt64().Returns(value),
verifyWrite: (binaryWrite, value) => binaryWrite.Received().WriteInt64(value)
),
new PrimitiveTypeTestCaseData <ulong>(
value: ulong.MaxValue,
setupRead: (binaryReader, value) => binaryReader.ReadUInt64().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteUInt64(value)
),
new PrimitiveTypeTestCaseData <float>(
value: 2.5f,
setupRead: (binaryReader, value) => binaryReader.ReadFloat().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteFloat(value)
),
new PrimitiveTypeTestCaseData <double>(
value: 3.2,
setupRead: (binaryReader, value) => binaryReader.ReadDouble().Returns(value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteDouble(value)
),
new PrimitiveTypeTestCaseData <Identifier>(
value: Identifier.From("IDEN"),
setupRead: (binaryReader, value) => binaryReader.ReadUInt32().Returns((uint)value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteUInt32(value)
),
new PrimitiveTypeTestCaseData <ByteEnum>(
value: ByteEnum.Value,
setupRead: (binaryReader, value) => binaryReader.ReadByte().Returns((byte)ByteEnum.Value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteByte((byte)ByteEnum.Value)
),
new PrimitiveTypeTestCaseData <ShortEnum>(
value: ShortEnum.Value,
setupRead: (binaryReader, value) => binaryReader.ReadInt16().Returns((short)ShortEnum.Value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteInt16((short)ShortEnum.Value)
),
new PrimitiveTypeTestCaseData <UShortEnum>(
value: UShortEnum.Value,
setupRead: (binaryReader, value) => binaryReader.ReadUInt16().Returns((ushort)UShortEnum.Value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteUInt16((ushort)UShortEnum.Value)
),
new PrimitiveTypeTestCaseData <IntEnum>(
value: IntEnum.Value,
setupRead: (binaryReader, value) => binaryReader.ReadInt32().Returns((int)IntEnum.Value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteInt32((int)IntEnum.Value)
),
new PrimitiveTypeTestCaseData <UIntEnum>(
value: UIntEnum.Value,
setupRead: (binaryReader, value) => binaryReader.ReadUInt32().Returns((uint)UIntEnum.Value),
verifyWrite: (binaryWriter, value) => binaryWriter.Received().WriteUInt32((uint)UIntEnum.Value)
)
};
