def get_answer_value(valid_answers, cur=None):
print('Valid Answers:')
if all([isinstance(k, int) for k in valid_answers]):
for k, v in enumerate(valid_answers):
if k == cur:
print('[%d]' % v)
else:
print(' %d ' % v)
if cur is None:
choice = int(input('Enter a value: '))
else:
choice = int(ifinput('Enter a value: ', valid_answers[cur]))
try:
choice = [k for k, v in enumerate(valid_answers) if v == choice][0]
except IndexError:
return -1
else:
for k, v in enumerate(valid_answers):
if k == cur:
print('[%d: %s]' % (k+1, v))
else:
print(' %d: %s ' % (k+1, v))
if cur is None:
choice = int(input('Select an answer 1-%d:' % len(valid_answers)))
else:
choice = int(ifinput('Select an answer 1-%d:' % len(valid_answers), cur+1))
choice -= 1
return choice
def get_selector():
sel = None
while sel not in selectors:
print('What kind of target would you like to study?')
for i in selectors:
print('[%s]%s' % (i[0], i[1:]))
choice = input('Enter choice: ').lower()
sels = [k for k in selectors if k[0].lower() == choice]
if len(sels) == 1:
sel = sels[0]
return sel
def cyoa(prompt, valid, default=None):
i = ''
while True:
if default is not None:
i = ifinput('%s [%s]' % (prompt, valid), default)
else:
i = input(prompt)
if i.lower() in valid.lower():
break
try:
int(i)
break
except ValueError:
pass
print('invalid choice')
return i.lower()
def pick_one_or(items, default=None):
print('\nChoice Item')
print('%s %s' % ('=' * 6, '=' * 70))
if items is not None and items != []:
field_width = ceil(log10(len(items)))
for i, k in enumerate(items):
print(' [%*d]%s %s' % (field_width, i, ' ' * (3 - field_width), k))
if default is not None:
c = ifinput('or enter new value: ', default)
else:
c = input('or enter new value: ')
try:
choice = items[int(c)]
except ValueError:
choice = c
return choice
def _pick_list(items, *args, prompt=None):
"""
enumerates items and asks the user to pick one. Additional options can be provided as positional
arguments. The first unique letter of positional arguments is chosen to represent them. If no unique
letter can be found, something else can be done.
Returns a, b: if the user selected an item from the list, a = the enumeration index and b = None.
If the user selected one of the alternate options, a = None and b = the option selected.
A null entry is not allowed, but if the user types and enters 'None', then None, None is returned.
options are not case sensitive.
Example: _pick_list(['one cat', 'two dogs', 'three turtles'], 'abort', 'retry', 'fail')
will present a menu to the user containing options 0, 1, 2, A, R, F and will return one of the following:
(0, None)
(1, None)
(2, None)
(None, 'abort')
(None, 'retry')
(None, 'fail')
(None, None)
:param items:
:return:
"""
menu = []
for arg in args:
letter = (k.upper() for k in arg + ascii_uppercase)
mypick = None
while mypick is None:
j = next(letter)
if j not in menu:
mypick = j
menu += mypick
print('\nChoice Item')
print('%s %s' % ('=' * 6, '=' * 70))
if items is not None and items != []:
field_width = ceil(log10(len(items)))
for i, k in enumerate(items):
print(' [%*d]%s %s' % (field_width, i, ' ' * (3 - field_width), k))
for i, k in enumerate(args):
print(' (%s) %s' % (menu[i], k))
print('%s %s' % ('-' * 6, '-' * 70))
if prompt is not None:
print('%s' % prompt)
choice = None
while True:
c = input('Enter choice (or "None"): ')
if c == 'None' or len(c) == 0:
choice = (None, None)
break
else:
try:
if int(c) < len(items):
choice = (int(c), None)
break
except ValueError:
if c.upper() in menu:
choice = (None, next(i for i, k in enumerate(menu) if k == c.upper()))
break
print('Invalid choice')
return choice
def get_kv_pair(prompt='Key'):
k = input('%s:' % prompt)
if k == '':
return {}
v = input('Value: ')
return {k: v}
def ifinput(prompt, default):
g = input('%s [%s]: ' % (prompt, default))
if len(g) == 0:
g = default
return g