def __init__(self, sized, minChars=0, maxChars=0, delimiter=None):
"""Constructor of AbstractType:
@type sized: boolean
@param sized: tell if the variable can be delimited by a size or by a delimiter.
@type minChars: integer
@param minChars: the minimum number of characters of the variable associated to the given type.
@type maxChars: integer
@param maxChars: the maximum number of characters of the variable associated to the given type.
@type delimiter: bitarray
@param delimiter: a set of bits that tells where the associated variable ends.
"""
self.log = logging.getLogger('netzob.Common.MMSTD.Dictionary.Types.AbstractType.py')
self.sized = sized
self.setNumberBitsAndNumberChars(minChars, maxChars)
self.delimiter = None
try:
# We assume that delimiters are written by the user as hex string.
self.delimiter = TypeConvertor.hexstring2bin(delimiter)
except:
self.log.error("The delimiter {0} is not a valid hexadecimal string.".format(str(delimiter)))
def __init__(self, sized, minChars=0, maxChars=0, delimiter=None):
"""Constructor of AbstractType:
@type sized: boolean
@param sized: tell if the variable can be delimited by a size or by a delimiter.
@type minChars: integer
@param minChars: the minimum number of characters of the variable associated to the given type.
@type maxChars: integer
@param maxChars: the maximum number of characters of the variable associated to the given type.
@type delimiter: bitarray
@param delimiter: a set of bits that tells where the associated variable ends.
"""
self.log = logging.getLogger('netzob.Common.MMSTD.Dictionary.Types.AbstractType.py')
self.sized = sized
self.setNumberBitsAndNumberChars(minChars, maxChars)
self.delimiter = None
try:
# We assume that delimiters are written by the user as hex string.
self.delimiter = TypeConvertor.hexstring2bin(delimiter)
except:
self.log.error("The delimiter {0} is not a valid hexadecimal string.".format(str(delimiter)))
def str2bin(self, stri):
return TypeConvertor.hexstring2bin(stri)
