| public Write ( StringBuilder text, SignatureType, type, GlobalInfo, info ) : void | ||
| text | StringBuilder | |
| type | SignatureType, | |
| info | GlobalInfo, | |
| Результат | void | |
public void WriteSignature(StringBuilder text, SignatureType type)
{
if (type == SignatureType.PInvoke)
{
if ((ParameterType.Value == "bool") || (ParameterType.Value == "bool*"))
{
text.Append("[MarshalAs (UnmanagedType.U1)] ");
}
if (Annotations.ContainsKey("IsOut"))
{
text.Append("out ");
}
if (Annotations.ContainsKey("IsRef"))
{
text.Append("ref ");
}
}
if (type == SignatureType.PInvoke && Annotations.ContainsKey("MarshalAs"))
{
text.Append(Annotations ["MarshalAs"].Value);
}
else if (type == SignatureType.NativeC && ParameterType.Value == "GCHandle")
{
text.Append("void *");
}
else
{
ParameterType.Write(text, type, GlobalInfo);
}
if ((type != SignatureType.Native && type != SignatureType.NativeC) || !ParameterType.IsPointer)
{
text.Append(" ");
}
text.Append(Name);
}
public void Write(ModuleWriter writer)
{
// Create the header.
ModuleHeader header = new ModuleHeader();
// Populate it.
// Store the module type.
header.moduleType = (uint)moduleType;
// Write the header.
header.Write(writer);
// Prepare the members.
globalNamespace.PrepareSerialization();
foreach(ScopeMember instance in genericInstances)
instance.PrepareSerialization();
// Prepare type referemnces.
PrepareTypeReferences();
// Prepare resource writing.
PrepareResources();
// Prepare debug information.
DebugEmitter debugEmitter = null;
if(debugBuild)
{
debugEmitter = new DebugEmitter(this);
debugEmitter.Prepare();
globalNamespace.PrepareDebug(debugEmitter);
}
// Don't allow registering members.
writingModule = true;
// Write the members.
header.memberTableOffset = writer.GetPosition();
foreach(ScopeMember member in memberTable)
{
// Write local members, and a pointer for the externals.
ChelaModule memberModule = member.GetModule();
if(memberModule == this)
{
member.Write(writer);
}
else
{
// Don't write external generic instances.
if(member.GetGenericInstance() != null)
throw new ModuleException("Write external generic instance.");
// Create the member reference header.
MemberHeader mheader = new MemberHeader();
mheader.memberSize = 1;
mheader.memberName = RegisterString(member.GetFullName()); // TODO: Use mangled name.
mheader.memberType = (byte)MemberHeaderType.Reference;
// Write the reference header and module id.
mheader.Write(writer);
writer.Write((byte)AddReference(memberModule));
}
}
header.memberTableSize = writer.GetPosition() - header.memberTableOffset;
// Write module references.
header.moduleRefTableOffset = writer.GetPosition();
header.moduleRefTableEntries = (uint) (referencedModules.Count + 1);
// Write myself.
ModuleReference modRef = new ModuleReference();
modRef.moduleName = RegisterString(GetName());
modRef.Write(writer);
// Write module references.
foreach(ChelaModule mod in referencedModules)
{
modRef.moduleName = RegisterString(mod.GetName());
modRef.Write(writer);
}
// Write the libraries table.
header.libTableOffset = writer.GetPosition();
header.libTableEntries = (uint)nativeLibraries.Count;
foreach(string libname in nativeLibraries)
writer.Write(RegisterString(libname));
// Write the anonymous types.
header.anonTypeTableOffset = writer.GetPosition();
WriteAnonType(writer);
header.anonTypeTableSize = writer.GetPosition() - header.anonTypeTableOffset;
// Write the type table.
header.typeTableOffset = writer.GetPosition();
header.typeTableEntries = (uint)typeTable.Count;
TypeReference typeRef = new TypeReference();
foreach(IChelaType type in typeTable)
{
// Write the type kind.
if(type.IsTypeInstance())
typeRef.typeKind = (byte)TypeKind.Instance;
else if(type.IsStructure())
typeRef.typeKind = (byte)TypeKind.Structure;
else if(type.IsClass())
typeRef.typeKind = (byte)TypeKind.Class;
else if(type.IsInterface())
typeRef.typeKind = (byte)TypeKind.Interface;
else if(type.IsFunction())
typeRef.typeKind = (byte)TypeKind.Function;
else if(type.IsReference())
typeRef.typeKind = (byte)TypeKind.Reference;
else if(type.IsPointer())
typeRef.typeKind = (byte)TypeKind.Pointer;
else if(type.IsConstant())
typeRef.typeKind = (byte)TypeKind.Constant;
else if(type.IsArray())
typeRef.typeKind = (byte)TypeKind.Array;
else if(type.IsVector())
typeRef.typeKind = (byte)TypeKind.Vector;
else if(type.IsMatrix())
typeRef.typeKind = (byte)TypeKind.Matrix;
else if(type.IsPlaceHolderType())
typeRef.typeKind = (byte)TypeKind.PlaceHolder;
if(!type.IsStructure() && !type.IsClass() && !type.IsInterface() &&
!type.IsTypeInstance())
{
// Write a reference into the anonymous types.
typeRef.memberId = (uint)anonymousTypeMap[type];
typeRef.typeName = 0;//RegisterString(type.GetName());
}
else
{
// Write the type member reference.
ScopeMember member = (ScopeMember)type;
typeRef.memberId = RegisterMember(member);
typeRef.typeName = 0;//RegisterString(type.GetName());
}
// Write the type reference.
typeRef.Write(writer);
}
// Write the string table.
header.stringTableOffset = writer.GetPosition();
header.stringTableEntries = (uint)stringTable.Count;
foreach(string s in stringTable)
writer.Write(s);
// Write the debug info
if(debugBuild)
{
header.debugInfoOffset = writer.GetPosition();
debugEmitter.Write(writer);
header.debugInfoSize = writer.GetPosition() - header.debugInfoOffset;
}
// Write the resources.
header.resourceDataOffset = writer.GetPosition();
WriteResources(writer);
header.resourceDataSize = writer.GetPosition() - header.resourceDataOffset;
// Store the module size.
header.moduleSize = writer.GetPosition();
// Store the entry point.
if(mainFunction != null)
header.entryPoint = mainFunction.GetSerialId();
// Write the header again.
writer.MoveBegin();
header.Write(writer);
// Allow more modifications from here.
writingModule = false;
}
