/// <summary>
/// Start a type definition for a boxed value type
/// Adds also repository id and IIdlEntity inheritance.
/// </summary>
public TypeBuilder StartBoxedValueTypeDefinition(Symbol typeSymbol, Type boxedType,
CustomAttributeBuilder[] boxedTypeAttributes)
{
if (IsTypeDeclarded(typeSymbol))
{
// was not skipped, tried to redeclare -> internal error
throw new InternalCompilerException("A type with the name " +
GetKnownType(typeSymbol).GetCompactClsType().FullName +
" is already declared for symbol: " + typeSymbol);
}
Scope enclosingScope = typeSymbol.getDeclaredIn();
String fullyQualName = enclosingScope.GetFullyQualifiedNameForSymbol(typeSymbol.getSymbolName());
Trace.WriteLine("generating code for boxed value type: " + fullyQualName);
TypeBuilder result =
m_boxedValueTypeGenerator.CreateBoxedType(boxedType, m_modBuilder,
fullyQualName, boxedTypeAttributes);
// book-keeping
TypeContainer container = new CompileTimeTypeContainer(this, result);
m_typesInCreation[typeSymbol] = container;
// repository and iidlentiry inheritance
result.AddInterfaceImplementation(typeof(IIdlEntity));
AddRepositoryIdAttribute(result, typeSymbol);
return(result);
}
/// <summary>
/// start a type definition for a type
/// </summary>
/// <param name="isForwardDeclaration">specifies, if this type is created from an idl forward declaration</param>
private TypeBuilder StartTypeDefinition(Symbol typeSymbol, string fullyQualName,
TypeAttributes typeAttributes, Type parent, Type[] interfaces,
bool isForwardDeclaration)
{
if (IsTypeDeclarded(typeSymbol))
{
// was not skipped, tried to redeclare -> internal error
throw new InternalCompilerException("A type with the name " +
GetKnownType(typeSymbol).GetCompactClsType().FullName +
" is already declared for symbol: " + typeSymbol);
}
TypeBuilder result = m_modBuilder.DefineType(fullyQualName, typeAttributes, parent, interfaces);
AddRepositoryIdAttribute(result, typeSymbol); // every constructed type should have a rep-id.
// book-keeping
TypeContainer container = new CompileTimeTypeContainer(this, result);
m_typesInCreation[typeSymbol] = container;
if (isForwardDeclaration)
{
// store type-fwd declaration in a special place, to allow searching only those when trying to complete a fwd declaration.
m_fwdDeclaredTypes[typeSymbol] = container;
}
return(result);
}
/// <summary>
/// allows sequence recursion for unions/struct. Don't forget to call
/// UnpublishTypeForSequenceRecursion after sequence elem type is identified
/// </summary>
public void PublishTypeForSequenceRecursion(Symbol typeSym, TypeBuilder type)
{
if (!IsTypeDeclarded(typeSym))
{
TypeContainer container =
new CompileTimeTypeContainer(this, type);
m_sequenceRecursionAllowedType = new TypeSymbolPair(typeSym, container);
}
}
public UnionGenerationHelper StartUnionTypeDefinition(Symbol typeSymbol, string fullyQualName)
{
if (IsTypeDeclarded(typeSymbol))
{
// was not skipped, tried to redeclare -> internal error
throw new InternalCompilerException("A type with the name " +
GetKnownType(typeSymbol).GetCompactClsType().FullName +
" is already declared for symbol: " + typeSymbol);
}
UnionGenerationHelper genHelper = new UnionGenerationHelper(m_modBuilder, fullyQualName,
TypeAttributes.Public);
AddRepositoryIdAttribute(genHelper.Builder, typeSymbol);
// book-keeping
TypeContainer container = new CompileTimeTypeContainer(this, genHelper.Builder);
m_typesInCreation[typeSymbol] = container;
return(genHelper);
}
/// <summary>
/// get the full defined Type or the fwd decl
/// </summary>
public TypeContainer GetKnownType(Symbol forSymbol)
{
// search in all complete types from this run, also typesdefs, ...
TypeContainer result = (TypeContainer)m_completeTypeTable[forSymbol];
if (result == null)
{
result = (TypeContainer)m_typesInCreation[forSymbol];
}
if (result == null)
{
// search in build-module to get also types from a run over a previous root idl-file (one specified on the command line)
Type fromBuildMod = GetTypeFromBuildModule(forSymbol);
if (fromBuildMod != null)
{
result = new CompileTimeTypeContainer(this, fromBuildMod);
}
}
if (result == null)
{
// check in types, which are defined in referenced assemblies
Type fromAsm = GetTypeFromRefAssemblies(forSymbol);
if (fromAsm != null)
{
// remark: all types in ref assemblies are fully completed -> no need for compileTimeTypeContainer
result = new TypeContainer(fromAsm);
}
}
if ((result == null) && (m_sequenceRecursionAllowedType != null) &&
m_sequenceRecursionAllowedType.SymbolPart.Equals(forSymbol))
{
result = m_sequenceRecursionAllowedType.TypePart;
}
return(result);
}
/// <summary>
/// allows sequence recursion for unions/struct. Don't forget to call
/// UnpublishTypeForSequenceRecursion after sequence elem type is identified
/// </summary>
public void PublishTypeForSequenceRecursion(Symbol typeSym, TypeBuilder type) {
if (!IsTypeDeclarded(typeSym)) {
TypeContainer container =
new CompileTimeTypeContainer(this, type);
m_sequenceRecursionAllowedType = new TypeSymbolPair(typeSym, container);
}
}
/// <summary>
/// get the full defined Type or the fwd decl
/// </summary>
public TypeContainer GetKnownType(Symbol forSymbol) {
// search in all complete types from this run, also typesdefs, ...
TypeContainer result = (TypeContainer)m_completeTypeTable[forSymbol];
if (result == null) {
result = (TypeContainer)m_typesInCreation[forSymbol];
}
if (result == null) {
// search in build-module to get also types from a run over a previous root idl-file (one specified on the command line)
Type fromBuildMod = GetTypeFromBuildModule(forSymbol);
if (fromBuildMod != null) {
result = new CompileTimeTypeContainer(this, fromBuildMod);
}
}
if (result == null) {
// check in types, which are defined in referenced assemblies
Type fromAsm = GetTypeFromRefAssemblies(forSymbol);
if (fromAsm != null) {
// remark: all types in ref assemblies are fully completed -> no need for compileTimeTypeContainer
result = new TypeContainer(fromAsm);
}
}
if ((result == null) && (m_sequenceRecursionAllowedType != null) &&
m_sequenceRecursionAllowedType.SymbolPart.Equals(forSymbol)) {
result = m_sequenceRecursionAllowedType.TypePart;
}
return result;
}
public UnionGenerationHelper StartUnionTypeDefinition(Symbol typeSymbol, string fullyQualName) {
if (IsTypeDeclarded(typeSymbol)) {
// was not skipped, tried to redeclare -> internal error
throw new InternalCompilerException("A type with the name " +
GetKnownType(typeSymbol).GetCompactClsType().FullName +
" is already declared for symbol: " + typeSymbol);
}
UnionGenerationHelper genHelper = new UnionGenerationHelper(m_modBuilder, fullyQualName,
TypeAttributes.Public);
AddRepositoryIdAttribute(genHelper.Builder, typeSymbol);
// book-keeping
TypeContainer container = new CompileTimeTypeContainer(this, genHelper.Builder);
m_typesInCreation[typeSymbol] = container;
return genHelper;
}
/// <summary>
/// Start a type definition for a boxed value type
/// Adds also repository id and IIdlEntity inheritance.
/// </summary>
public TypeBuilder StartBoxedValueTypeDefinition(Symbol typeSymbol, Type boxedType,
CustomAttributeBuilder[] boxedTypeAttributes) {
if (IsTypeDeclarded(typeSymbol)) {
// was not skipped, tried to redeclare -> internal error
throw new InternalCompilerException("A type with the name " +
GetKnownType(typeSymbol).GetCompactClsType().FullName +
" is already declared for symbol: " + typeSymbol);
}
Scope enclosingScope = typeSymbol.getDeclaredIn();
String fullyQualName = enclosingScope.GetFullyQualifiedNameForSymbol(typeSymbol.getSymbolName());
Trace.WriteLine("generating code for boxed value type: " + fullyQualName);
TypeBuilder result =
m_boxedValueTypeGenerator.CreateBoxedType(boxedType, m_modBuilder,
fullyQualName, boxedTypeAttributes);
// book-keeping
TypeContainer container = new CompileTimeTypeContainer(this, result);
m_typesInCreation[typeSymbol] = container;
// repository and iidlentiry inheritance
result.AddInterfaceImplementation(typeof(IIdlEntity));
AddRepositoryIdAttribute(result, typeSymbol);
return result;
}
/// <summary>
/// start a type definition for a type
/// </summary>
/// <param name="isForwardDeclaration">specifies, if this type is created from an idl forward declaration</param>
private TypeBuilder StartTypeDefinition(Symbol typeSymbol, string fullyQualName,
TypeAttributes typeAttributes, Type parent, Type[] interfaces,
bool isForwardDeclaration) {
if (IsTypeDeclarded(typeSymbol)) {
// was not skipped, tried to redeclare -> internal error
throw new InternalCompilerException("A type with the name " +
GetKnownType(typeSymbol).GetCompactClsType().FullName +
" is already declared for symbol: " + typeSymbol);
}
TypeBuilder result = m_modBuilder.DefineType(fullyQualName, typeAttributes, parent, interfaces);
AddRepositoryIdAttribute(result, typeSymbol); // every constructed type should have a rep-id.
// book-keeping
TypeContainer container = new CompileTimeTypeContainer(this, result);
m_typesInCreation[typeSymbol] = container;
if (isForwardDeclaration) {
// store type-fwd declaration in a special place, to allow searching only those when trying to complete a fwd declaration.
m_fwdDeclaredTypes[typeSymbol] = container;
}
return result;
}