public virtual DtoClass ToDto()
{
var mapper = new ConventionMapper <DatabaseClass, DtoClass>();
var result = mapper.ToDto(this as DatabaseClass);
return(result);
}
public void MapTest()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
var from = new TestClassA();
var to = new TestClassB();
from.Code = 123;
var expectedName = "Test123";
from.Name = expectedName;
from.InnerClass = new TestClassC();
var expectedInnerName = "InnerName234";
var expectedInnerFraction = Math.PI;
from.InnerClass.Name = expectedInnerName;
from.InnerClass.Fraction = expectedInnerFraction;
target.Map(from, to);
Assert.AreEqual(expectedName, to.Name);
Assert.AreEqual(expectedInnerName, to.InnerClassName);
Assert.AreEqual(expectedInnerFraction, to.InnerClassFraction);
// making sure the mapping didn't mess with the "sourceMember" object.
Assert.AreEqual(expectedName, from.Name);
Assert.AreEqual(expectedInnerName, from.InnerClass.Name);
Assert.AreEqual(expectedInnerFraction, from.InnerClass.Fraction);
}
public void MapMultipleTest()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
List<TestClassA> source = GenerateList(50).ToList();
List<TestClassB> result = target.MapMultiple(source).ToList();
CheckLists(source, result);
}
public virtual List <DatabaseClass> ToDatabaseList(List <DtoClass> dtoList)
{
var mapper = new ConventionMapper <DatabaseClass, DtoClass>();
var result = mapper.ToDatabaseList(dtoList);
return(result);
}
public void Map_NOTarget_MappingWorks()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
var source = this.GenerateSource();
var result = (TestClassB)target.Map((object)source);
this.CheckMapping(source, result);
}
public void MapMultipleTest()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
var source = this.GenerateList(50).ToList();
var result = target.MapMultiple(source).ToList();
this.CheckLists(source, result);
}
public void Map_NonGeneric_MappingWorks()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
TestClassA source = GenerateSource();
var result = new TestClassB();
target.Map(source, (object)result);
CheckMapping(source, result);
}
public void MapMultipleFunctionTest()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
List<TestClassA> source = GenerateList(50).ToList();
var defaultDate = new DateTime(1789, 7, 14);
List<TestClassB> result = target.MapMultiple(source, () => new TestClassB {Code = defaultDate}).ToList();
CheckLists(source, result);
Assert.IsTrue(result.All(r => r.Code == defaultDate));
}
public void Map_WithFactory_MappingWorks()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
var source = this.GenerateSource();
var result = new TestClassB();
target.Map((object)source, () => result);
this.CheckMapping(source, result);
}
public void MapMultipleFunctionTest()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
List <TestClassA> source = GenerateList(50).ToList();
var defaultDate = new DateTime(1789, 7, 14);
List <TestClassB> result = target.MapMultiple(source, () => new TestClassB {
Code = defaultDate
}).ToList();
CheckLists(source, result);
Assert.IsTrue(result.All(r => r.Code == defaultDate));
}
public BehaviorSpecification(string name,
It it,
bool isIgnored,
FieldInfo fieldInfo,
Context context,
Behavior behavior)
: base(name, it, isIgnored, fieldInfo)
{
_contextInstance = context.Instance;
_behaviorInstance = behavior.Instance;
_mapper = new ConventionMapper();
}
public BehaviorSpecification(string name,
It it,
bool isIgnored,
FieldInfo fieldInfo,
Context context,
Behavior behavior)
: base(name, it, isIgnored, fieldInfo)
{
_contextInstance = context.Instance;
_behaviorInstance = behavior.Instance;
_mapper = new ConventionMapper();
}
public static void Init()
{
//初始化系统配置
ConfigurationManager.Init();
//数据库配置
DatabaseConfig.Configure();
//Mvc配置
MvcConfig.Configure();
//缓存配置
CacheConfig.Configure();
//对象映射转换
ConventionMapper.CreateMapper();
}
public void Map_NullInner_PropertySkipped()
{
var target = new ConventionMapper <TestClassA, TestClassB>();
var mapSource = new TestClassA()
{
Name = "TestName",
Code = 123,
InnerClass = null, // this needs to be null for this scenario. Making it explicit here.
};
var result = target.Map(mapSource);
Assert.IsNull(result.InnerClassName);
Assert.AreEqual(mapSource.Name, result.Name);
}
public static void Configure()
{
ConventionMapper.ConfigureMap(cfg =>
{
var defaultMemberValidation = MemberList.None;
#region Permission Group
cfg.CreateMap <PermissionGroup, PermissionGroupEntity>(defaultMemberValidation)
.ForMember(r => r.Parent, re => re.MapFrom(rs => rs.Parent.Id));
cfg.CreateMap <PermissionGroupEntity, PermissionGroup>(defaultMemberValidation)
.ForMember(re => re.Parent, r => r.MapFrom <PermissionGroupParentResolver>());
#endregion
#region Permission
cfg.CreateMap <Permission, PermissionEntity>(defaultMemberValidation)
.ForMember(c => c.Group, re => re.MapFrom(rs => rs.Group.Id));
cfg.CreateMap <PermissionEntity, Permission>(defaultMemberValidation)
.ForMember(c => c.Group, re => re.MapFrom <PermissionGroupResolver>());
#endregion
#region Operation Group
cfg.CreateMap <OperationGroup, OperationGroupEntity>(defaultMemberValidation)
.ForMember(r => r.Parent, re => re.MapFrom(rs => rs.Parent.Id));
cfg.CreateMap <OperationGroupEntity, OperationGroup>(defaultMemberValidation)
.ForMember(re => re.Parent, r => r.MapFrom <OperationGroupParentResolver>());
#endregion
#region Operation
cfg.CreateMap <Operation, OperationEntity>(defaultMemberValidation)
.ForMember(c => c.Group, re => re.MapFrom(rs => rs.Group.Id));
cfg.CreateMap <OperationEntity, Operation>(defaultMemberValidation)
.ForMember(c => c.Group, re => re.MapFrom <OperationGroupResolver>());
#endregion
});
}
public void MapTest()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
var from = new TestClassA();
var to = new TestClassB();
from.Code = 123;
string expectedName = "Test123";
from.Name = expectedName;
from.InnerClass = new TestClassC();
string expectedInnerName = "InnerName234";
double expectedInnerFraction = Math.PI;
from.InnerClass.Name = expectedInnerName;
from.InnerClass.Fraction = expectedInnerFraction;
target.Map(from, to);
Assert.AreEqual(expectedName, to.Name);
Assert.AreEqual(expectedInnerName, to.InnerClassName);
Assert.AreEqual(expectedInnerFraction, to.InnerClassFraction);
// making sure the mapping didn't mess with the "sourceMember" object.
Assert.AreEqual(expectedName, from.Name);
Assert.AreEqual(expectedInnerName, from.InnerClass.Name);
Assert.AreEqual(expectedInnerFraction, from.InnerClass.Fraction);
}
public void Map_NonGeneric_MappingWorks()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
TestClassA source = GenerateSource();
var result = new TestClassB();
target.Map(source, (object) result);
CheckMapping(source, result);
}
public ConventionMapperTests()
{
_mapper = new ConventionMapper();
}
public void Map_WithFactory_MappingWorks()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
TestClassA source = GenerateSource();
var result = new TestClassB();
target.Map((object) source, () => result);
CheckMapping(source, result);
}
public void Map_NullInner_PropertySkipped()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
var mapSource = new TestClassA
{
Name = "TestName",
Code = 123,
InnerClass = null, // this needs to be null for this scenario. Making it explicit here.
};
TestClassB result = target.Map(mapSource);
Assert.IsNull(result.InnerClassName);
Assert.AreEqual(mapSource.Name, result.Name);
}
public void Map_NOTarget_MappingWorks()
{
var target = new ConventionMapper<TestClassA, TestClassB>();
TestClassA source = GenerateSource();
var result = (TestClassB) target.Map((object) source);
CheckMapping(source, result);
}
public ConventionMapperTests()
{
_mapper = new ConventionMapper();
}
