def _normalizeOptions(inputOptions):
 types_ = {}
 for group in optDict.keys():
  types_.update(optDict[group])
 for key in inputOptions:
  if (key in types_):
   value = inputOptions[key]
   if (value is None):
    continue
   type_ = types_[key]
   if (type_ and isinstance(type_, tuple)):
    type_ = type_[0]
   if (type_ == OPTION_TYPE.BOOLEAN):
    try:
     value = bool(value)
    except (TypeError, ValueError):
     value = False
   elif (type_ == OPTION_TYPE.INTEGER):
    try:
     value = int(value)
    except (TypeError, ValueError):
     value = 0
   elif (type_ == OPTION_TYPE.FLOAT):
    try:
     value = float(value)
    except (TypeError, ValueError):
     value = 0.0
   inputOptions[key] = value

def _normalizeOptions ( inputOptions ) : types_ = { } for group in optDict . keys ( ) : types_ . update ( optDict [ group ] ) for key in inputOptions : if ( key in types_ ) : value = inputOptions [ key ] if ( value is None ) : continue type_ = types_ [ key ] if ( type_ and isinstance ( type_ , tuple ) ) : type_ = type_ [ 0 ] if ( type_ == OPTION_TYPE . BOOLEAN ) : try : value = bool ( value ) except ( TypeError , ValueError ) : value = False elif ( type_ == OPTION_TYPE . INTEGER ) : try : value = int ( value ) except ( TypeError , ValueError ) : value = 0 elif ( type_ == OPTION_TYPE . FLOAT ) : try : value = float ( value ) except ( TypeError , ValueError ) : value = 0.0 inputOptions [ key ] = value
sets proper option types .