private ManagedHeader GetManagedHeader(HeaderDefinition header)
{
ManagedHeader managedHeader;
if (!Headers.TryGetValue(header.Filename, out managedHeader))
{
managedHeader = new ManagedHeader(header, GetManagedHeaderName(header));
Headers[header.Filename] = managedHeader;
}
return(managedHeader);
}
// Return condition unless type is already used under the same condition.
private string GetTypeConditional(TypeRefDefinition type, ManagedHeader header)
{
string typeConditional = GetTypeConditional(type);
if (typeConditional != null && headerConditionals.ContainsKey(header.Name))
{
if (headerConditionals[header.Name].Equals(typeConditional))
{
return(null);
}
}
return(typeConditional);
}
void WriteHeader(ManagedHeader header, string sourceRootFolder)
{
// Entirely skip headers that have no classes
// TODO: parse C++ methods outside of classes
if (header.Native.AllClasses.All(@class => @class.IsExcluded))
{
return;
}
// C# source file
string csPath = header.Name + ".cs";
string csFullPath = Path.Combine(Project.CsProjectPathFull, csPath);
OpenFile(csFullPath, WriteTo.CS);
WriteLine("using System;");
if (RequiresInterop(header.Native))
{
WriteLine("using System.Runtime.InteropServices;");
WriteLine("using System.Security;");
}
if (RequiresMathNamespace(header.Native))
{
WriteLine("using BulletSharp.Math;");
}
WriteLine();
WriteLine($"namespace {Project.NamespaceName}");
WriteLine("{");
hasCSWhiteSpace = true;
var enums = GetEnums(header.Classes)
.OrderBy(e => e.Name).ToList();
foreach (var @enum in enums)
{
WriteEnumClass(@enum, 1);
}
foreach (var @class in header.Classes
.Where(c => !IsExcludedClass(c)))
{
WriteClass(@class, 1);
}
WriteLine('}', WriteTo.CS);
CloseFile(WriteTo.CS);
}
void WriteHeader(ManagedHeader header, string sourceRootFolder)
{
// Entirely skip headers that have no classes
// TODO: parse C++ methods outside of classes
if (header.Native.AllClasses.All(@class => @class.IsExcluded)) return;
// C# source file
string csPath = header.Name + ".cs";
string csFullPath = Path.Combine(Project.CsProjectPathFull, csPath);
OpenFile(csFullPath, WriteTo.CS);
WriteLine("using System;");
if (RequiresInterop(header.Native))
{
WriteLine("using System.Runtime.InteropServices;");
WriteLine("using System.Security;");
}
if (RequiresMathNamespace(header.Native))
{
WriteLine("using BulletSharp.Math;");
}
WriteLine();
WriteLine($"namespace {Project.NamespaceName}");
WriteLine("{");
hasCSWhiteSpace = true;
var enums = GetEnums(header.Classes)
.OrderBy(e => e.Name).ToList();
foreach (var @enum in enums)
{
WriteEnumClass(@enum, 1);
}
foreach (var @class in header.Classes
.Where(c => !IsExcludedClass(c)))
{
WriteClass(@class, 1);
}
WriteLine('}', WriteTo.CS);
CloseFile(WriteTo.CS);
}
// Return condition unless type is already used under the same condition.
private string GetTypeConditional(TypeRefDefinition type, ManagedHeader header)
{
string typeConditional = GetTypeConditional(type);
if (typeConditional != null && headerConditionals.ContainsKey(header.Name))
{
if (headerConditionals[header.Name].Equals(typeConditional))
{
return null;
}
}
return typeConditional;
}
private ManagedHeader GetManagedHeader(HeaderDefinition header)
{
ManagedHeader managedHeader;
if (!Headers.TryGetValue(header.Filename, out managedHeader))
{
managedHeader = new ManagedHeader(header, GetManagedHeaderName(header));
Headers[header.Filename] = managedHeader;
}
return managedHeader;
}