import ast
def process(node):
  classRegName = ast.nextPRegister()
  classTypeRegName = ast.nextPRegister()

  #create a new python class
  ast.outputInBlock("%s = getclass \"PyType\"" % ( classTypeRegName ) )
  ast.outputInBlock("subclass %s, %s, \"%s\"" % ( classRegName, classTypeRegName, node.name ) )
  ast.outputInBlock("store_global \"%s\", %s " % ( node.name, classRegName ) )
  for x in node.bases:
    baseRegName = ast.nextPRegister()
    ast.outputInBlock("getclass %s, %s" % ( baseRegName, x ) )
    ast.outputInBlock("addParent %s, %s" % ( classRegName, baseRegName ) )
 
  ast.push()
  ast.enterClassDefinition()
  ast.pushNamespace( node.name )
  ast.output( ".namespace [\"%s\"]" % ( ast.printNamespace() ) )

  #generate all the methods
  for x in node.code.nodes:
    ast.evaluate( x )
    
  ast.leaveClassDefinition()
  ast.popNamespace()
  ast.output( ".namespace [\"%s\"]" % ( ast.printNamespace() ) )
  ast.pop()
  
  #add all the methods as parrot properties of the python class(PyType)
  pyFuncRegister = ast.nextIRegister()
  ast.outputInBlock("find_type %s, %s" % ( pyFuncRegister, "\"PyFunc\"" ) )
  for x in node.code.nodes:
    pyFunc = ast.nextPRegister()
    methodSubroutine = ast.nextPRegister()
    ast.outputInBlock("find_global %s, \"%s\", \"%s\"" % ( methodSubroutine, ast.printNamespace() + "::" + node.name , x.name ) )
    methodAddress = ast.nextIRegister()
    ast.outputInBlock("new %s, %s" % ( pyFunc, pyFuncRegister ) )
    ast.outputInBlock("get_addr %s, %s" % ( methodAddress, methodSubroutine ) )
    ast.outputInBlock("set_addr %s, %s" % ( pyFunc, methodAddress ) )
    ast.outputInBlock("setprop %s, \"%s\", %s" % ( classRegName, x.name, pyFunc ) )