from ctypes import _CFuncPtr
from OpenGL import wrapper
def isCtypesFunction( target ):
	"""Is this a ctypes function pointer?"""
	return isinstance( target, _CFuncPtr )
def isWrapperFunction( target ):
	"""Is this an OpenGL wrapper instance?"""
	return isinstance( target, wrapper.Wrapper )

from epydoc import docintrospecter, apidoc, markup
def ctypesIntrospecter(value, value_doc):
	"""Add ctypes documentation to the given value's documentation"""
	value_doc.specialize_to(apidoc.RoutineDoc)
	value_doc.is_imported = False
	value_doc.is_public = True
	if hasattr( value, 'argNames' ):
		value_doc.posargs = value.argNames
		value_doc.posarg_defaults = [None] * len(value.argNames)
	if hasattr( value, '__doc__' ):
		value_doc.docstring = docintrospecter.get_docstring(value)
	value_doc.return_type = markup.parse( str(value.restype) )
	
	return value_doc 

def wrapperInstrospecter( value, value_doc ):
	"""Add wrapper-specific documentation to the value_doc
	
	Wrappers should have at least this information:
		
		pyConverters 
		cConverters
		cResolvers
		storeValues
		returnValues
		
		wrappedOperation signature
	
	and each of the registered values should be providing
	the information required to determine what they are
	actually doing...
	"""
	value_doc.specialize_to(apidoc.RoutineDoc)
	value_doc.is_imported = False
	value_doc.is_public = True
	if hasattr( value,' pyConverterNames' ):
		value_doc.posargs = value.pyConverterNames
	else:
		value_doc.posargs = value.wrappedOperation.argNames
	value_doc.posarg_defaults = [None]*len(value_doc.posargs)
	if hasattr( value, '__doc__' ):
		value_doc.docstring = docintrospecter.get_docstring(value)
	return value_doc

docintrospecter.register_introspecter(
	isCtypesFunction, ctypesIntrospecter,
)
docintrospecter.register_introspecter(
	isWrapperFunction, wrapperInstrospecter,
)

from epydoc.cli import cli
cli()