protected void FormatTraits(IHasTraits traitsObject)
{
ArrayList traitList = traitsObject.Traits;
TraitInfo trait;
for (int i = 0, n = traitList.Count; i < n; ++i)
{
trait = (TraitInfo)traitList[i];
if (trait.Body is TraitClass)
{
TraitClass classBody = (TraitClass)trait.Body;
#region Class information
ClassInfo classInfo = (ClassInfo)_abc.Classes[(int)classBody.ClassI];
InstanceInfo instanceInfo = (InstanceInfo)_abc.Instances[(int)classBody.ClassI];
string classDefinition = "";
if (0 != (instanceInfo.Flags & InstanceInfo.ClassInterface))
{
classDefinition += "interface ";
}
else
{
if (0 != (instanceInfo.Flags & InstanceInfo.ClassFinal))
{
classDefinition += "final ";
}
if (0 == (instanceInfo.Flags & InstanceInfo.ClassSealed))
{
classDefinition += "dynamic ";
}
classDefinition += "class ";
}
//TODO add protected namespace lookup
classDefinition += NameUtil.ResolveMultiname(_abc, (int)instanceInfo.Name) + " extends " + NameUtil.ResolveMultiname(_abc, (int)instanceInfo.SuperName) + " ";
if (instanceInfo.Interfaces.Count > 0)
{
classDefinition += "implements ";
for (int j = 0, m = instanceInfo.Interfaces.Count; j < m; ++j)
{
classDefinition += NameUtil.ResolveMultiname(_abc, (U30)instanceInfo.Interfaces[j]);
if (j != m - 1)
{
classDefinition += ", ";
}
}
}
_output.Add(";" + classDefinition + "\r\n");
_output.Add(";cinit (static class initializer)\r\n");
FormatMethod(classInfo.CInit);
_output.Add(";class members\r\n");
FormatTraits(classInfo);
_output.Add(";iinit (instance initializer aka constructor)\r\n");
FormatMethod(instanceInfo.IInit);
_output.Add(";instance members\r\n");
FormatTraits(instanceInfo);
#endregion
}
else if (trait.Body is TraitConst)
{
}
else if (trait.Body is TraitFunction)
{
}
else if ((trait.Body is TraitMethod)||(trait.Body is TraitGetter)||(trait.Body is TraitSetter))
{
TraitMethod methodBody = (TraitMethod)trait.Body;
_output.Add(";" + NameUtil.ResolveMultiname(_abc, trait.Name) + "\r\n");
FormatMethod(methodBody.Method);
}
else
{
}
}
}
protected void FormatTraits(IHasTraits traitsObject)
{
ArrayList traitList = traitsObject.Traits;
TraitInfo trait;
for (int i = 0, n = traitList.Count; i < n; ++i)
{
trait = (TraitInfo)traitList[i];
if (trait.Body is TraitClass)
{
TraitClass classBody = (TraitClass)trait.Body;
#region Class information
ClassInfo classInfo = (ClassInfo)_abc.Classes[(int)classBody.ClassI];
InstanceInfo instanceInfo = (InstanceInfo)_abc.Instances[(int)classBody.ClassI];
string classDefinition = "";
if (0 != (instanceInfo.Flags & InstanceInfo.ClassInterface))
{
classDefinition += "interface ";
}
else
{
if (0 != (instanceInfo.Flags & InstanceInfo.ClassFinal))
{
classDefinition += "final ";
}
if (0 == (instanceInfo.Flags & InstanceInfo.ClassSealed))
{
classDefinition += "dynamic ";
}
classDefinition += "class ";
}
//TODO add protected namespace lookup
classDefinition += NameUtil.ResolveMultiname(_abc, (int)instanceInfo.Name) + " extends " + NameUtil.ResolveMultiname(_abc, (int)instanceInfo.SuperName) + " ";
if (instanceInfo.Interfaces.Count > 0)
{
classDefinition += "implements ";
for (int j = 0, m = instanceInfo.Interfaces.Count; j < m; ++j)
{
classDefinition += NameUtil.ResolveMultiname(_abc, (U30)instanceInfo.Interfaces[j]);
if (j != m - 1)
{
classDefinition += ", ";
}
}
}
_output.Add(";" + classDefinition + "\r\n");
_output.Add(";cinit (static class initializer)\r\n");
FormatMethod(classInfo.CInit);
_output.Add(";class members\r\n");
FormatTraits(classInfo);
_output.Add(";iinit (instance initializer aka constructor)\r\n");
FormatMethod(instanceInfo.IInit);
_output.Add(";instance members\r\n");
FormatTraits(instanceInfo);
#endregion
}
else if (trait.Body is TraitConst)
{
}
else if (trait.Body is TraitFunction)
{
}
else if ((trait.Body is TraitMethod) || (trait.Body is TraitGetter) || (trait.Body is TraitSetter))
{
TraitMethod methodBody = (TraitMethod)trait.Body;
_output.Add(";" + NameUtil.ResolveMultiname(_abc, trait.Name) + "\r\n");
FormatMethod(methodBody.Method);
}
else
{
}
}
}
