public static void RunTest()
{
ITypeConfig typeConfig = Core.FindOrCreateTypeConfig <IPerson, NoType>("Person1234");
typeConfig.SetEventBuilder(PropertyChangedEventBuilder.ThePropertyChangedEventBuilder, "PropertyChanged");
typeConfig.SetPropBuilder
(
PropertyChangedPropBuilder.ThePropertyChangedPropBuilder,
nameof(IPerson.Age),
nameof(IPerson.Profession)
);
typeConfig.ConfigurationCompleted();
IPerson person = typeConfig.CreateInstanceOfType <IPerson>();
person.FirstName = "Joe";
person.LastName = "Doe";
person.Age = 35;
person.Profession = "Astronaut";
Console.WriteLine($"Name='{person.FirstName} {person.LastName}'; Age='{person.Age}'; Profession='{person.Profession}'");
Core.Save("GeneratedCode");
}
public ITypeConfig FindOrCreateTypeConf
(
string className,
INamedTypeSymbol typeToImplementSymbol,
INamedTypeSymbol implementorSymbol
)
{
implementorSymbol = implementorSymbol.GetNoTypeForNull(TheCompilation);
if (className == null)
{
className = typeToImplementSymbol.CreateClassName(implementorSymbol);
}
ITypeConfig typeConfig = FindTypeConfig(className);
if (typeConfig != null)
{
typeConfig.CheckMatches(typeToImplementSymbol, implementorSymbol);
return(typeConfig);
}
return(CreateTypeConf(className, typeToImplementSymbol, implementorSymbol));
}
public string GetType(ITypeConfig type)
{
var handler = default(SqlQueryTypesHandler);
if (!Types.TryGetValue(type.Type, out handler))
{
throw new NotImplementedException();
}
var name = handler(this);
var builder = new StringBuilder(name);
var arguments = this.GetArguments(name, type);
if (arguments.Any())
{
builder.AppendFormat("{0} ", this.Database.QueryFactory.Dialect.OPEN_PARENTHESES);
var first = true;
foreach (var argument in arguments)
{
if (first)
{
first = false;
}
else
{
builder.AppendFormat("{0} ", this.Database.QueryFactory.Dialect.LIST_DELIMITER);
}
builder.AppendFormat("{0}", argument);
}
builder.AppendFormat("{0} ", this.Database.QueryFactory.Dialect.CLOSE_PARENTHESES);
}
return(builder.ToString());
}
public static object GetDefaultValue(ITypeConfig type)
{
switch (type.Type)
{
case DbType.Byte:
return(new Byte());
case DbType.Single:
return(new Single());
case DbType.Int16:
return(new Int16());
case DbType.Int32:
return(new Int32());
case DbType.Int64:
return(new Int64());
case DbType.Guid:
return(Guid.Empty);
case DbType.Binary:
return(new byte[type.Size]);
default:
throw new NotImplementedException();
}
}
static void Main(string[] args)
{
#region CONCRETIZATION SAMPLE
//MyDataImplementorClass classConcretization =
// Core.GetClassConcretization<MyDataImplementorClass>();
#endregion CONCRETIZATION SAMPLE
#region WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
//ITypeConfig<IMyData, MyData, WrapperInterface> typeConfig =
// Core.CreateTypeConfig<IMyData, MyData, WrapperInterface>("MyType");
//typeConfig.ConfigurationCompleted();
//MyData myData = Core.GetInstanceOfGeneratedType<MyData>("MyType");
//myData.FirstName = "Joe";
//myData.LastName = "Doe";
//Console.WriteLine(myData.GetFullName());
#endregion WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
ITypeConfig <IMyData, NoClass, WrapperInterface1> typeConfig1 =
Core.FindOrCreateTypeConfig <IMyData, WrapperInterface1>("MyType1");
typeConfig1.ConfigurationCompleted();
IMyData myData1 = Core.GetInstanceOfGeneratedType <IMyData>("MyType1");
myData1.FirstName = "Joe";
myData1.LastName = "Doe";
Console.WriteLine(myData1.GetFullName());
}
public static void AssembleSelectableRemovableBusinessGroup()
{
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <ISelectableRemovableBusinessGroup, ISelectableRemovableBusinessGroupWrapper>();
typeConfig.SetInit <SingleSelectionObservableCollection <ISelectableRemovablePerson> >(nameof(IBusinessGroup.People));
typeConfig.SetEventArgThisIdx(nameof(INotifyPropertyChanged.PropertyChanged), 0);
typeConfig.SetThisMemberMap
(
nameof(ISelectableRemovableBusinessGroupWrapper.TheParentChildSelectionBehavior),
nameof(ParentChildSelectionBehavior <ISelectableRemovableBusinessGroup, ISelectableRemovablePerson> .Parent)
);
typeConfig.SetMemberMap
(
nameof(ISelectableRemovableBusinessGroupWrapper.TheParentChildSelectionBehavior),
nameof(ParentChildSelectionBehavior <ISelectableRemovableBusinessGroup, ISelectableRemovablePerson> .Children),
nameof(IBusinessGroup.People)
);
typeConfig.SetMemberMap
(
nameof(ISelectableRemovableBusinessGroupWrapper.TheRemovableCollectionBehavior),
nameof(RemovableCollectionBehavior.TheCollection),
nameof(IBusinessGroup.People)
);
typeConfig.ConfigurationCompleted();
}
public ITypeConfig FindOrCreateTypeConfByTypeToImpl
(
string className,
INamedTypeSymbol typeToImplSymbol, // can be either an interface or a class
INamedTypeSymbol wrappedInterfaceSymbol = null
)
{
INamedTypeSymbol implInterfaceSymbol, superClassSymbol;
if (typeToImplSymbol.TypeKind == TypeKind.Interface)
{
implInterfaceSymbol = typeToImplSymbol;
superClassSymbol = NoClassSymbol;
}
else if (typeToImplSymbol.TypeKind == TypeKind.Class)
{
implInterfaceSymbol = NoInterfaceSymbol;
superClassSymbol = typeToImplSymbol;
}
else
{
throw new Exception($"Roxy Usage Error: Symbol '{typeToImplSymbol.Name}' is neither a class nor an interface");
}
if (wrappedInterfaceSymbol == null)
{
wrappedInterfaceSymbol = NoInterfaceSymbol;
}
ITypeConfig typeConfig =
this.FindOrCreateTypeConf(className, implInterfaceSymbol, superClassSymbol, wrappedInterfaceSymbol);
return(typeConfig);
}
static void Main(string[] args)
{
ITypeConfig typeConfig = Core.FindOrCreateTypeConfigByTypeToImpl <IPerson>("Person");
typeConfig.SetEventBuilder(PropertyChangedEventBuilder.ThePropertyChangedEventBuilder, "PropertyChanged");
typeConfig.SetPropBuilder
(
PropertyChangedPropBuilder.ThePropertyChangedPropBuilder,
nameof(IPerson.Age),
nameof(IPerson.Profession)
);
typeConfig.ConfigurationCompleted();
IPerson person = Core.GetInstanceOfGeneratedType <IPerson>("Person");
person.FirstName = "Joe";
person.LastName = "Doe";
person.Age = 35;
person.Profession = "Astronaut";
Console.WriteLine($"Name='{person.FirstName} {person.LastName}'; Age='{person.Age}'; Profession='{person.Profession}'");
Core.Save("GeneratedCode");
}
public void CreateEnumAdaptor <T, EnumType>(Type staticEnumExtensionsType, bool allowNonPublic = true)
{
ITypeConfig adapterTypeConfig =
FindOrCreateEnumWrapperTypeConfig <T, EnumType>(staticEnumExtensionsType, allowNonPublic);
adapterTypeConfig.ConfigurationCompleted();
}
public static void RunTest()
{
#region WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <IMyData, WrapperInterface>("MyType5");
typeConfig.AddStaticUtilsClass
(
nameof(StaticMethodsTests.WrapperInterface.TheClass),
typeof(MyDataUtils)
);
typeConfig.SetAllowNonPublicForAllMembers(nameof(WrapperInterface.TheClass));
//typeConfig.SetPropMap
//(
// nameof(WrapperInterface.TheClass),
// "GetTheFullName",
// nameof(IMyData.GetFullName),
// true);
typeConfig.ConfigurationCompleted();
IMyData myData = Core.GetInstanceOfGeneratedType <IMyData>("MyType5");
myData.FirstName = "Joe";
myData.LastName = "Doe";
Assert.Equal("Joe Doe", myData.GetFullName());
#endregion WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
}
static void Main(string[] args)
{
#region WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
ITypeConfig <IMyData, NoClass, WrapperInterface> typeConfig =
Core.FindOrCreateTypeConfig <IMyData, NoClass, WrapperInterface>("MyType");
typeConfig.SetMemberMap
(
nameof(WrapperInterface.TheClass),
"TheLastName",
nameof(IMyData.LastName),
true
);
typeConfig.SetPropMapAllowNonPublic(nameof(WrapperInterface.TheClass), nameof(IMyData.GetFullName));
typeConfig.ConfigurationCompleted();
IMyData myData = Core.GetInstanceOfGeneratedType <IMyData>("MyType");
myData.FirstName = "Joe";
myData.LastName = "Doe";
Console.WriteLine(myData.GetFullName());
#endregion WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
}
public bool Equals(ITypeConfig other)
{
if (other == null)
{
return(false);
}
if (this.Type != other.Type)
{
return(false);
}
if (this.Size != other.Size)
{
return(false);
}
if (this.Precision != other.Precision)
{
return(false);
}
if (this.Scale != other.Scale)
{
return(false);
}
if (this.IsNullable != other.IsNullable)
{
return(false);
}
return(true);
}
public static void RunTest()
{
Core.SetSaveOnErrorPath("GeneratedCode");
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <ISelectableData, SelectableWrapperInterface>();
typeConfig.SetEventArgThisIdx(nameof(ISelectableData.IsSelectedChanged), 0);
typeConfig.ConfigurationCompleted();
ISelectableData myInterfaceObj =
typeConfig.CreateInstanceOfType <ISelectableData>();
myInterfaceObj.FirstName = "Nick";
myInterfaceObj.LastName = "Polyak";
bool isSelectedChanged = false;
myInterfaceObj.IsSelectedChanged += (selectableItem) =>
{
isSelectedChanged = true;
};
myInterfaceObj.IsSelected = true;
Assert.Equal("Nick", myInterfaceObj.FirstName);
Assert.Equal("Polyak", myInterfaceObj.LastName);
Assert.True(isSelectedChanged);
}
public static void RunTest()
{
#region WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
Core.SetSaveOnErrorPath("GeneratedCode");
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <IMyData, Implementor>("MyType10");
typeConfig.SetMemberMap
(
nameof(Implementor.TheClass),
"TheLastName",
nameof(IMyData.LastName),
true
);
typeConfig.SetMemberMapAllowNonPublic(nameof(Implementor.TheClass), nameof(IMyData.GetFullName));
typeConfig.ConfigurationCompleted();
IMyData myData = typeConfig.CreateInstanceOfType <IMyData>();
myData.FirstName = "Joe";
myData.LastName = "Doe";
Assert.Equal("Joe Doe", myData.GetFullName());
Core.Save("GeneratedCode");
#endregion WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
}
public ITypeConfig FindOrCreateTypeConfigUsingImplementorWithAttrs
(
INamedTypeSymbol typeToImplementSymbol,
INamedTypeSymbol implementorTypeSymbol)
{
ImplementationClassNameAttribute implementationClassNameAttribute =
implementorTypeSymbol.GetAttrObject <ImplementationClassNameAttribute>();
string className;
if (implementationClassNameAttribute != null)
{
className = implementationClassNameAttribute.ClassName;
}
else
{
className = typeToImplementSymbol.CreateClassName(implementorTypeSymbol);
}
ITypeConfig typeConfig =
FindOrCreateTypeConf(className, typeToImplementSymbol, implementorTypeSymbol);
if (implementorTypeSymbol.IsNoTypeOrNull())
{
throw new Exception("Roxy Usage Error: CreateWrapper should have a non-trivial Wrapper argument passed to it.");
}
if (!typeConfig.ConfigurationHasBeenCompleted)
{
typeConfig.ConfigurationCompleted();
}
return(typeConfig);
}
internal void AddClass(ITypeConfig typeConfig)
{
this.UpdateCompilation(typeConfig.ClassName, typeConfig.TheGeneratedCode);
AllTypesAddedToCompilation.Add(typeConfig);
GeneratedAssemblyUpToDate = false;
}
internal ITypeConfig FindTypeConfigOfGeneratedType(string className)
{
ITypeConfig typeConfig =
this.AllTypesAddedToCompilation
.Where(tConfig => tConfig.ClassName == className).SingleOrDefault();
return(typeConfig);
}
public static void AssembleSelectableRemovablePerson()
{
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <ISelectableRemovablePerson, PersonDataVM, ISelectableRemovablePersonWrapper>();
typeConfig.SetEventArgThisIdx(nameof(INotifyPropertyChanged.PropertyChanged), 0);
typeConfig.ConfigurationCompleted();
}
public T ConcretizeType <T>()
{
ITypeConfig typeConfig = this.FindOrCreateConcretizationTypeConf <T>();
if (typeConfig.TheGeneratedType == null)
{
this.RegenerateAssembly();
}
return(GetInstanceOfType <T>(typeConfig));
}
public T GetInstOfGeneratedType <T, TWrapper>(string className = null, params object[] args)
{
ITypeConfig typeConfig = FindTypeConfig <T, TWrapper>(className);
if (typeConfig.TheGeneratedType == null)
{
this.RegenerateAssembly();
}
return(GetInstanceOfType <T>(typeConfig, args));
}
public static IColumnSelector By(string identifier, string columnName, ITypeConfig columnType, ColumnFlags?flags)
{
return(new ColumnSelector()
{
Identifier = identifier,
ColumnName = columnName,
ColumnType = columnType,
Flags = flags,
SelectorType = ColumnSelectorType.ColumnName
});
}
static void Main(string[] args)
{
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <IMyInterface, WrapperInterface>("MyGeneratedClass");
typeConfig.SetPropBuilder(DelegatePropBuilder.TheDelegatePropBuilder, nameof(IMyInterface.TheStr));
typeConfig.ConfigurationCompleted();
IMyInterface myObj = Core.GetInstanceOfGeneratedType <IMyInterface>();
}
static void Main(string[] args)
{
Core.SetSaveOnErrorPath("GeneratedCode");
#region create the generated type configuration object
// get the type configuration object. The class that it is going to generate
// will be called "MyPersonImplementation"
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <IPerson, PersonImplementationWrapperInterface>("MyPersonImplementation");
// allow access to non-public members of
// PersonImplementationWrapperInterface.ThePersonImplementation object.
typeConfig.SetAllowNonPublicForAllMembers
(
nameof(PersonImplementationWrapperInterface.ThePersonImplementation)
);
// map TheProfession property of the wrapped object
// into Profession property of the IPerson interface.
typeConfig.SetMemberMap
(
nameof(PersonImplementationWrapperInterface.ThePersonImplementation),
"TheProfession",
nameof(IPerson.Profession)
);
// Signal that the configuration is completed,
// after ConfigurationCompleted() method is called
// TypeConfig object for this class cannot be modified.
typeConfig.ConfigurationCompleted();
#endregion create the generated type configuration object
// get the instance of the generated type "MyPersonImplementation"
IPerson person =
Core.GetInstanceOfGeneratedType <IPerson>("MyPersonImplementation");
//IPerson person = Core.CreateWrapperWithNonPublicMembers<IPerson, PersonImplementationWrapperInterface>("MyPersonImplementation");
// set the properties
person.FirstName = "Joe";
person.LastName = "Doe";
person.Age = 35;
person.Profession = "Astronaut";
// test that the wrapped properties and the method work
Console.WriteLine($"Name/Profession='{person.GetFullNameAndProfession()}'; Age='{person.Age}'");
Core.Save("GeneratedCode");
}
public T BuildEnumWrapper <T, EnumType>(EnumType enumVal)
where EnumType : struct
{
string className = typeof(EnumType).GetTypeAdapterClassName(typeof(T));
ITypeConfig enumWrapperTypeConfig = FindTypeConfig <T, SingleWrapperInterface <EnumType> >(className);
if (enumWrapperTypeConfig == null)
{
throw new Exception($"Roxy Usage Error: Adapter {className} has not been created. You should call CreateEnumAdaptor method first.");
}
return(GetInstOfGeneratedType <T>(className, enumVal));
}
public static void AssembleBusinessGroupsCollection()
{
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <SingleSelectionObservableCollection <ISelectableRemovableBusinessGroup>, NoType, IRemovableCollectionBehaviorWrapper>();
typeConfig.SetThisMemberMap
(
nameof(IRemovableCollectionBehaviorWrapper.TheRemovableCollectionBehavior),
nameof(RemovableCollectionBehavior.TheCollection)
);
typeConfig.ConfigurationCompleted();
}
public TToImplement CreateImplInstance <TToImplement, TImplementor>
(
params object[] args)
{
ITypeConfig typeConfig =
FindOrCreateTypeConfigUsingImplementorWithAttrs
(
typeof(TToImplement),
typeof(TImplementor)
);
return(typeConfig.CreateInstanceOfType <TToImplement>(args));
}
public static void RunTest()
{
Core.SetSaveOnErrorPath("GeneratedCode");
#region CONCRETIZATION SAMPLE
//MyDataImplementorClass classConcretization =
// Core.Concretize<MyDataImplementorClass>();
#endregion CONCRETIZATION SAMPLE
#region WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
ITypeConfig typeConfig =
Core.FindOrCreateTypeConfig <IMyData, ImplementorClass>("MyType7");
typeConfig.ConfigurationCompleted();
MyData myData = typeConfig.CreateInstanceOfType <MyData>();
myData.FirstName = "Joe";
myData.LastName = "Doe";
Assert.Equal("Doe, Joe", myData.GetFullName());
#endregion WRAPPED CLASS CONCRETIZATION WITH INHERITANCE FROM ABSTRACT CLASS
ITypeConfig typeConfig1 =
Core.FindOrCreateTypeConfig <IMyData, WrapperInterface1>("MyType9");
typeConfig1.ConfigurationCompleted();
IMyData myData1 = typeConfig1.CreateInstanceOfType <IMyData>();
myData1.FirstName = "Joe";
myData1.LastName = "Doe";
Core.Save("GeneratedCode");
Assert.Equal("Doe, Joe", myData1.GetFullName());
ITypeConfig typeConfig2 =
Core.FindOrCreateTypeConfig <IMyData, ImplementorClass>();
typeConfig2.ConfigurationCompleted();
IMyData myData2 = typeConfig2.CreateInstanceOfType <IMyData>();
myData2.FirstName = "Joe";
myData2.LastName = "Doe";
Assert.Equal("Doe, Joe", myData2.GetFullName());
}
static void Main(string[] args)
{
// saves the generated files in case of a compilation error
Core.SetSaveOnErrorPath("GeneratedCode");
// created the ITypeConfig for configuring the IMyData implementation
// using IWrapper interface
ITypeConfig <IWrapper> typeConfig = Core.FindOrCreateTypeConfig <IMyData, IWrapper>();
// sets the GetGreetings method of IMyData
// interface to MydataImplGet.GreetingImpl implementation
// the two last type arguments signify the string argument that is
// passed to the method and the string output argument.
typeConfig.SetReturningMethodMap <IMyData, MyDataImpl, string, string>
(
// specifies the interface method to implement
(data, inputStr) => data.GetGreeting(inputStr),
// specifies the wrapper object that used
// to implement the interface method
(wrapper) => wrapper.TheDataImpl,
// specifies the method implementation
(dataImpl, inputStr) => dataImpl.GetGreetingImpl(inputStr)
);
// code is generated
typeConfig.ConfigurationCompleted();
// we get the instance of the generated class
// that implements IMyData interface
IMyData myData = Core.GetInstanceOfGeneratedType <IMyData>();
// set the first and last names
myData.FirstName = "Joe";
myData.LastName = "Doe";
// get the greeting by calling IMyData.GetGreeting method of
// the interface, passing "Hello" string to it
string greetingStr = myData.GetGreeting("Hello");
// Prints the resulting string
// "Hello Joe Doe!"
Console.WriteLine(greetingStr);
// saves the generated code in case of successful
// completion.
Core.Save("GeneratedCode");
}
public static bool IsNumeric(ITypeConfig type)
{
switch (type.Type)
{
case DbType.Byte:
case DbType.Single:
case DbType.Int16:
case DbType.Int32:
case DbType.Int64:
return(true);
default:
return(false);
}
}
public TClass CreateClassObj <TClass>(string className, params object[] args)
{
ITypeConfig typeConfig = FindTypeConfigOfGeneratedType(className);
if (typeConfig == null)
{
return((TClass)Activator.CreateInstance(typeof(TClass), args));
}
if (typeConfig.TheGeneratedType == null)
{
RegenerateAssembly();
}
return(GetInstanceOfType <TClass>(typeConfig, args));
}
