public MappingDescriptorTests()
{
output = new StringBuilder();
var builder = new MapperBuilder();
builder.Settings.MappingDescriptorWriter = new StringWriter(output);
mapper = builder.BuildMapper();
}
public void Can_register_mappings_via_catalog()
{
var builder = new MapperBuilder();
builder.AddCatalogs(new DelegatingCatalog(b => b.Add(new MappingInfo(typeof (Account), typeof (AccountDto), null))));
var mapper = builder.BuildMapper();
mapper.Convert<AccountDto>(new Account { Number = "number", Owner = new Person { Id = 3 } });
}
public void Can_map_when_harcoded_mapping()
{
var builder = new MapperBuilder();
builder.Settings.AddConversionPatternType(typeof (AccountWith2ConstructorsMappingPattern));
var mapper = builder.BuildMapper();
var dto = mapper.Convert<AccountWith2CtorsDto>(new Account { Number = "abc123", Owner = new Person { Id = 42 } });
Assert.Equal(42, dto.OwnerId);
Assert.Equal("abc123", dto.Number);
}
public void Can_map_with_callsite_parameter_via_custom_mapping_step()
{
var builder = new MapperBuilder();
builder.Settings.MappingPatterns = new IMappingPattern[] { new MapMissingCtorParametersFromCallSite(), };
var mapper = builder.BuildMapper();
var dto = mapper.ConvertWithArguments<AccountWithAdditionalParameterDto>(new Account { Number = "abc123", Owner = new Person { Id = 42 } }, new { language = "en-AU" });
Assert.Equal("en-AU", dto.Language);
Assert.Equal(42, dto.OwnerId);
Assert.Equal("abc123", dto.Number);
}
