public void EnumParsingRules()
{
IXmlParserSettings parserSettings = new XmlParserSettings();
Property <Sex> enumProp = new Property <Sex>("Sex");
var enumParser = parserSettings.ParserRules.GetParserRule(enumProp).Parser as IValueParser;
enumParser.Should().NotBeNull();
CheckValue(enumProp, enumParser, "Male", true, Sex.Male);
CheckValue(enumProp, enumParser, "???", false, null);
CheckValue(enumProp, enumParser, null, false, null);
Property <Sex?> nullableEnumProp = new Property <Sex?>("OptionalSex");
var nullableEnumParser = parserSettings.ParserRules.GetParserRule(nullableEnumProp).Parser as IValueParser;
nullableEnumParser.Should().NotBeNull();
CheckValue(nullableEnumProp, nullableEnumParser, "Male", true, Sex.Male);
CheckValue(nullableEnumProp, nullableEnumParser, "???", false, null);
CheckValue(nullableEnumProp, nullableEnumParser, null, true, null);
void CheckValue(IProperty property, IValueParser valueParser, string value, bool shouldBeSuccess, object shouldBeValue)
{
var parseResult = valueParser.ParseUntyped(value);
parseResult.IsSuccess.Should().Be(shouldBeSuccess);
if (shouldBeSuccess)
{
IPropertyValue propertyValue = PropertyValue.Create(property, parseResult.ValueUntyped);
propertyValue.ValueUntyped.Should().Be(shouldBeValue);
}
}
}
public void TestStringSerialize()
{
var prop = PropertyValue.Create("abc", "def");
var tm0 = TypeModel.Create(false, ProtoCompatibilitySettingsValue.FullCompatibility);
tm0.DeepClone(prop);
string hex;
using (MemoryStream ms = new MemoryStream())
{
var tm = TypeModel.Create(false, ProtoCompatibilitySettingsValue.FullCompatibility);
tm.Serialize(ms, prop);
hex = Util.GetHex(ms.ToArray());
}
Assert.AreEqual(
"32" // field 6, string
+ "05" // 5 bytes
+ "0A" // field 1, string
+ "03" // 3 bytes
+ "646566" // "def"
+ "0A" // field 1, string
+ "03" // 3 bytes
+ "616263" // "abc"
, hex);
}
public void TestInt32RoundTrip()
{
var orig = PropertyValue.Create("abc", 123);
var intClone = Serializer.DeepClone(orig);
Assert.Equal("abc", intClone.Name);
Assert.Equal(123, intClone.Value);
}
public void TestStringRoundTrip()
{
var stringClone = Serializer.DeepClone(
PropertyValue.Create("abc", "def"));
Assert.Equal("abc", stringClone.Name);
Assert.Equal("def", stringClone.Value);
Serializer.PrepareSerializer <PropertyValue>();
stringClone = Serializer.DeepClone(
PropertyValue.Create("abc", "def"));
Assert.Equal("abc", stringClone.Name);
Assert.Equal("def", stringClone.Value);
}
public static IPropertyValue ToModel(this PropertyValueContract propertyValueContract, IMapperSettings mapperSettings, IMutableMessageList <Message>?messages = null)
{
Type propertyType = mapperSettings.GetTypeByName(propertyValueContract.Type);
string propertyName = propertyValueContract.Name;
IProperty property = Property.Create(propertyType, propertyName);
var propertyValueResult = mapperSettings.DeserializeValue(propertyType, propertyValueContract.Value);
object?value = propertyValueResult.GetValueOrDefault(message =>
{
messages?.Add(message);
return(null);
});
IPropertyValue propertyValue = PropertyValue.Create(property, value: value, valueSource: propertyValueResult.IsSuccess ? ValueSource.Defined : ValueSource.NotDefined);
return(propertyValue);
}
public void TestStringSerialize()
{
var prop = PropertyValue.Create("abc", "def");
string hex;
using (MemoryStream ms = new MemoryStream())
{
Serializer.Serialize(ms, prop);
hex = Util.GetHex(ms.ToArray());
}
Assert.Equal(
"32" // field 6, string
+ "05" // 5 bytes
+ "0A" // field 1, string
+ "03" // 3 bytes
+ "646566" // "def"
+ "0A" // field 1, string
+ "03" // 3 bytes
+ "616263" // "abc"
, hex);
}