def roman_upper_sequ(self):
return range(
int(from_romanu(str(self.minimum))),
int(from_romanu(str(self.maximum))) + 1,
int(from_romanu(str(self.incrementer)))
)
def __init__(self, args):
# Define compiled patterns for checking
#patterns to detect valid Roman numerals
self.rom_num_pat_up = rom_pat_up
self.rom_num_pat_low = rom_pat_low
self.low_re = re.compile("([a-z])")
self.high_re = re.compile("([A-Z])")
self.int_map = re.compile("([0-9])")
# Create tmp_vlaues to hole data until
#we are ready to assign it permenantly
if not args.maximum:
if not numlines:
raise NoInputError('Cannot have no input!.')
else:
#Creates a new maxval when numlines ius supplied
self.maximum = args.minimum + args.numlines
self.incrementer = args.incrementer
self.minimum = args.minimum
elif args.maximum > args.minimum: # Check that args.maximum is the maximum
self.maximum = args.maximum
self.incrementer = args.incrementer
self.minimum = args.minimum
else:
raise MaxMustBeMaxInputError('Maximum value must be the maximum value!')
if self.rom_num_pat_low.search(args.minimum):
if self.rom_num_pat_low.search(args.incrementer):
if self.rom_num_pat_low.search(args.maximum):
self.minimum = int(from_romanl(args.minimum))
self.maximum = int(from_romanl(args.maximum))
self.incrementer = int(from_romanl(args.incrementer))
elif type(args.incrementer) == int:
if int(from_romanl(args.minimum)) + int(from_romanl(args.maximum)) < 4999: # Check that input is in roman range
self.minimum = int(from_roman(args.minimum))
self.maximum = int(from_romanl(args.maximum))
self.incrementer = int(from_romanl(args.incrementer))
else:
raise RomanlowRangeError('Please enter values within the roman range!')
else:
raise RomanTypeError('Please enter consistant value types!')
else:
args.minimum = 1
self.minimum = args.minimum
self.maximum = args.maximum
self.incrementer = 1
if self.rom_num_pat_up.search(args.incrementer):
self.minimum = args.minimum
self.maximum = int(from_romanu(args.maximum))
self.incrementer = int(from_romanu(args.incrementer))
elif type(args.incrementer) == int:
if int(from_romanu(args.minimum)) + int(from_romanu(args.maximum)) < 4999: # Check that input is in roman range
self.minimum = args.minimum
self.maximum = int(from_romanu(args.maximum))
self.incrementer = int(from_romanu(args.incrementer))
else:
raise RomanlowRangeError('Please enter values within the roman range!')
else:
raise RomanTypeError('Please enter consistant value types!')
if self.rom_num_pat_up.search(args.maximum):
args.minimum = 'I'
if self.rom_num_pat_up.search(args.minimum):
self.minimum = int(from_romanu(args.minimum))
self.maximum = int(from_romanu(args.maximum))
self.incrementer = 1
elif type(args.minimum) == int:
if args.minimum + int(from_romanu(args.maximum)) < 4999: # Check that input is in roman range
self.minimum = args.minimum
self.maximum = int(from_romanu(args.maximum))
self.incrementer = 1
else:
raise RomanlowRangeError('Please enter values within the roman range!')
else:
raise RomanTypeError('Please enter consistant value types!')
if self.low_re.search(args.minimum):
if self.low_re.search(args.incrementer):
if (ord(args.minimum) - 96) + (ord(args.incrementer) - 96) < 27:
self.minimum = ord(args.minimum) - 96
self.maximum = self.minimum + ord(args.incrementer) - 96
self.incrementer = ord(args.incrementer)
else:
raise AlphaLowRangeError('Please enter values within the alpha range!')
else:
args.incrementer = 'a'
self.incrementer = ord(args.incrementer)
if (ord(args.minimum) - 96 + ord(args.incrementer) - 96) < 27:
self.minimum = args.minimum
self.maximum = args.minimum + ord(args.incrementer) - 96
self.incrementer = args.incrementer
elif self.low_re.search(args.incrementer):
if self.low_re.search(args.minimum):
if (ord(args.minimum) - 96 + ord(tmp_numlines) - 96) < 27:
self.minimum = ord(args.minimum) - 96
self.maximum = self.minimum + ord(args.incrementer) - 96
self.incrementer = ord(args.incrementer)
else:
raise AlphaUpRangeError('Please enter values within the alpha range!')
if self.high_re.search(args.incrementer):
if type(args.incrementer) == int and args.incrementer <= 26:
if self.high_re.search(args.minifmum):
if (ord(args.minimum) - 64 + ord(args.incrementer) - 64) < 27:
self.minimum = ord(args.minimum) - 64
self.maximum = self.minimum + ord(args.incrementer) - 64
self.incrementer = args.incrementer
else:
raise AlphaLowRangeError('Please enter values within the alpha range!')
elif type(args.minimum) == int:
if (ord(args.minimum) - 96) + (ord(args.incrementer) - 96) < 27:
self.minimum = args.minimum
self.maximum = args.minimum + ord(tmp_numlines) - 64
self.incrementer = args.incrementer
else:
if self.high_re.search(args.incrementer):
if self.high_re.search(args.minimum):
if (ord(args.minimum) - 64 + ord(args.incrementer) - 64) < 27:
self.minimum = ord(args.minimum) - 64
self.maximum = args.minimum + ord(args.incrementer) - 64
self.incrementer = ord(args.incrementer)
else:
raise AlphaUpRangeError('Please enter values within the alpha range!')
else:
raise RomanTypeError('Please enter consistant value types!')
elif self.int_map.search(args.maximum):
if self.int_map.search(args.incrementer):
if self.int_map.search(args.minimum):
if args.minimum < args.maximum:
if (args.incrementer * 2) < (args.maximum + args.minimum):
self.minimum = args.minimum
self.maximum = args.maximum
self.incrementer = args.incrementer
else:
raise IncrementerError('Please enter min < max!')
else:
raise MaxAndMinError('Please enter min < max!')
elif type(args.minimum) == int:
self.minimum = args.minimum
self.maximum = args.maximum
self.incrementer = args.incrementer
if self.high_re.search(args.maximum):
if self.high._re.search(args.minimum):
if (ord(args.minimum) - 64 + ord(tmp_numlines) - 64) < 27:
self.minimum = ord(args.minimum) - 64
self.maximum = ord(args.maximum) - 64
self.incrementer = ord(args.incrementer) - 64
else:
raise AlphaUpRangeError('Please enter values within the alpha range!')