public Context(XmlTextReader reader, CsharpGen generator)
: base(reader, generator)
{
GenStructors = false;
if(Attr.Export)
GenStructors = true;
_typedef = null;
switch(reader.Name)
{
case "Class": type_ = "class"; break;
case "Struct": type_ = "struct"; break;
case "Namespace": type_ = "namespace"; break;
case "Union": type_ = "union"; break;
default: Console.WriteLine("cannot process context type \"" + reader.Name + "\""); break;
}
_bases = new List<string>();
string baseList = reader["bases"];
if(baseList != null && baseList.Length != 0)
{
string[] baseSplit = baseList.Split(new string[]{" "}, StringSplitOptions.RemoveEmptyEntries);
foreach(string str in baseSplit)
_bases.Add(str);
}
functions_ = new List<Function>();
contexts_ = new List<Context>();
_enums = new List<Enumeration>();
_fields = new List<Field>();
if(Name == "Mathf")
Console.Write ("");
}
public Arg(DataType type, CsharpGen cc)
{
_name = "amp";
if(type.ContextId != null)
_typeId = type.ContextId;
else
_typeId = type.Id;
_id = type.Id;
_cc = cc;
}
public string CPCRetCast(DataType arg, Attributes attr, string str)
{
if(arg == null)
return str;
string ret = "";
if(!arg.isVoid)
ret = "return ";
if(arg.IsRClass)
ret += "&";
if(arg.IsEnum)
ret += "(long long int)";
if(arg.Namespace == "::std::string")
ret += "mono_string_new(mono_domain_get(), " + str + ".c_str())";
else if(arg.IsPVClass || (arg.IsPClass && !attr.NoDestructor))
ret += "new " + arg.Namespace + "(" + (arg.isPointer ? "*" : "") + str + ")";
else
ret += str;
return ret;
}
string OpenNsCsImpl(DataType t)
{
if(t==null || t.ContextId==null || t.isClass) return "";
return OpenNsCsImpl(CC.Types[t.ContextId]) + "namespace " + t.Name +"\n{\n";
}
string OpenNamespaceCs(DataType t)
{
if(t.ContextId==null || t.isNamespace) return "";
return OpenNsCsImpl(CC.Types[t.ContextId]);
}
string CloseNsCsImpl(DataType t)
{
if(t==null || t.ContextId==null || t.isClass) return "";
return CloseNsCsImpl(CC.Types[t.ContextId]) + "}\n";
}
string cvt(DataType t)
{
return CC.Converter.CSPType(t);
}
public string CPType(DataType type)
{
if(type.Namespace == "::std::string") return "MonoString *";
if(type.IsEnum) return "long long int";
if(type.IsPRVClass) return type.Namespace + " *";
if(type.IsPRPod) return type.Namespace + " *";
return type.Namespace;
}
public bool UseHandle(DataType type)
{
if(_dataTypeMap.ContainsKey(type.Namespace) || type.IsEnum)
return false;
return true;
}
public string CSPType(DataType type)
{
// if the input is a fundamental type convert it with the table
if(_dataTypeMap.ContainsKey(type.Namespace))
return _dataTypeMap[type.Namespace].CsType;
return type.NamespaceCs;
}
public string CSESType(DataType type)
{
if(type == null)
return null;
if(type.IsPRPod)
return _dataTypeMap[type.Namespace].CsType + " *";
// if the input is a fundamental type convert it with the table
if(_dataTypeMap.ContainsKey(type.Namespace))
return _dataTypeMap[type.Namespace].CsType;
if(type.IsEnum)
return "long";
// this will trigger true for class "string"
if(type.IsPRVClass)
return "IntPtr";
return type.Name;
}
public void Add(DataType type)
{
type.Parent = this;
if(type.TypeName == "void") _voidTypeId = type.Id;
_types.Add(type.Id, type);
}
