def formatfunc(args):
seqlst = []
seq = seqmap.SequFuncs(args)
low_re = re.compile("([a-z])")
high_re = re.compile("([A-Z])")
if args.formatwords == "arabic":
for i in seq.sequ_ret():
seqlst.append(i)
elif args.formatwords == "floating":
for i in seq.sequ_ret():
seqlst.append(float(i))
elif args.formatwords == "alpha":
for i in seq.sequ_ret():
if (0 < int(args.minimum) < 26) and (1 < int(args.maximum) < 27):
for i in seq.sequ_ret():
seqlst.append(chr(int(i + 96)))
else:
print('Please use correct range for alpha (1 - 26)')
elif args.formatwords == "ALPHA":
if (0 < int(args.minimum) < 27) and (1 < int(args.maximum) < 27):
for i in seq.sequ_ret():
seqlst.append(chr(int(i) + 64))
else:
print('Please use correct range for alpha (1 - 26)')
elif args.formatwords == "roman":
for i in seq.sequ_ret():
seqlst.append(to_romanl(i))
elif args.formatwords == "ROMAN":
for i in seq.sequ_ret():
seqlst.append(to_romanu(i))
if type(args.minimum) == int:
for i in seq.sequ_ret():
seqlst.append(i)
elif type(args.minimum) == float:
for i in seq.sequ_ret():
seqlst.append(float(i))
elif rom_pat_up.search(args.minimum):
for i in seq.sequ_ret():
seqlst.append(to_romanu(i))
elif rom_pat_low.search(args.minimum):
for i in seq.sequ_ret():
seqlst.append(to_romanl(i))
elif high_re.search(args.minimum):
for i in seq.sequ_ret():
seqlst.append(chr(int(i) + 64))
elif low_re.search(args.minimum):
for i in seq.sequ_ret():
seqlst.append(chr(int(i) + 96))
else:
for i in seq.sequ_ret():
seqlst.append(i)
else:
for i in seq.sequ_ret():
seqlst.append(i)
return seqlst
def parsefunc(args):
seqlst = []
seq = seqmap.SequFuncs(args)
low_re = re.compile("([a-z])")
high_re = re.compile("([A-Z])")
int_map = re.compile("([0-9])")
if args.formatwords:
if args.formatwords == "arabic":
for i in seq.sequ_ret():
seqlst.append(i)
elif args.formatwords == "floating":
for i in seq.sequ_ret():
seqlst.append(float(i))
elif args.formatwords == "alpha":
for i in seq.sequ_ret():
if (0 < int(args.minimum) < 26) and (1 < int(args.maximum) < 27):
for i in seq.sequ_ret():
seqlst.append(chr(int(i + 96)))
else:
print('Please use correct range for alpha (1 - 26)')
elif args.formatwords == "ALPHA":
if (0 < int(args.minimum) < 27) and (1 < int(args.maximum) < 27):
for i in seq.sequ_ret():
seqlst.append(chr(int(i) + 64))
else:
print('Please use correct range for alpha (1 - 26)')
elif args.formatwords == "roman":
for i in seq.roman_low_sequ():
seqlst.append(to_romanl(i))
elif args.formatwords == "ROMAN":
for i in seq.roman_upper_sequ():
seqlst.append(to_romanu(i))
else:
defstr = ""
if not args.minimum:
defstr = args.incrementer
else:
defstr = args.minimum
if int_map.search(defstr):
for i in seq.sequ_ret():
seqlst.append(i)
elif type(defstr) == float:
for i in seq.sequ_ret():
seqlst.append(float(i))
elif rom_pat_up.search(defstr):
for i in seq.roman_upper_sequ():
seqlst.append(i)
elif rom_pat_low.search(defstr):
for i in seq.roman_low_sequ():
seqlst.append(i)
elif high_re.search(defstr):
for i in seq.sequ_ret():
seqlst.append(chr(int(i) + 64))
elif low_re.search(defstr):
for i in seq.sequ_ret():
seqlst.append(chr(int(i) + 96))
else:
for i in seq.sequ_ret():
seqlst.append(i)
else:
for i in seq.sequ_ret():
seqlst.append(i)
return seqlst
