import ast
def process(node):

  #TODO: node.doc
  #print ast.diag(node)
  moduleName = ast.getModuleName()

  moduleInitSubName = "_" + moduleName + "__init__main"
  ast.pushContainer()
  ast.pushNamespace( moduleName )
  ast.output( ".namespace [\"%s\"]" % ( ast.printNamespace() ) )
  ast.push()
  
  ast.setIsNamespace( moduleName )
  ast.setIsModuleScope( moduleName )
  ast.output( ".sub %s" % ( moduleInitSubName ) )
    
  ast.addSymbolIfNotPresent( moduleName )
  namespaceReg = ast.nextPRegister()
  ast.outputInBlock( "new %s, \"PyModule\"" % ( namespaceReg ) )
  ast.outputInBlock( "%s = %s" % ( moduleName, namespaceReg ) )
  ast.outputInBlock( "store_global \"%s\", %s " % ( moduleName, namespaceReg ) )

  ast.outputInBlock( "new_pad -1" )
  ast.execute(node.node)
  ast.output( ".end" )
  ast.pop()
      
  moduleStarImportFunction = "_" + moduleName + "_star_import"
  
  ast.push()
  ast.output( ".sub %s" % ( moduleStarImportFunction ) )
  fromTempRegister = ast.nextPRegister()
  for importName in ast.getModuleMembers( 1 ):
    #ast.outputInBlock( "find_lex %s, \"%s\"" % ( fromTempRegister, ast.printNamespace() + "::" + importName ) )
    #ast.outputInBlock( "find_name %s, \"%s\"" % ( fromTempRegister, ast.printNamespace() + "::" + importName ) )
    ast.outputInBlock( "find_global %s, \"%s\", \"%s\"" % ( fromTempRegister, ast.printNamespace(), importName ) )
    ast.outputInBlock( "store_lex -2, \"%s\", %s" % ( importName, fromTempRegister ) )
  ast.output( ".end" )
  ast.pop()
  
  ast.popNamespace()
  ast.output( ".namespace [\"%s\"]" % ( ast.printNamespace() ) )
  ast.pop()

  return moduleInitSubName