def tt_my_raw_input():
cmsg('Testing my_raw_input():')
msg(fmt("""
At the Ready? prompt type and hold down "y".
Then Enter some text, followed by held-down ENTER.
The held-down "y" and ENTER keys should be blocked, not affecting the output
on screen or entered text.
"""))
get_char_raw('Ready? ',num_chars=1)
reply = my_raw_input('\nEnter text: ')
confirm('Did you enter the text {!r}?'.format(reply))
def _get_random_data_from_user(uchars):
m = 'Enter {} random symbols' if opt.quiet else crmsg['usr_rand_notice']
msg(m.format(uchars))
prompt = 'You may begin typing. {} symbols left: '
msg_r(prompt.format(uchars))
import time
from mmgen.term import get_char_raw, kb_hold_protect
key_data, time_data = '', []
for i in range(uchars):
kb_hold_protect()
key_data += get_char_raw()
msg_r('\r' + prompt.format(uchars - i - 1))
time_data.append(time.time())
if opt.quiet: msg_r('\r')
else: msg_r("\rThank you. That's enough.{}\n\n".format(' ' * 18))
fmt_time_data = map('{:.22f}'.format, time_data)
dmsg('\nUser input:\n{!r}\nKeystroke time values:\n{}\n'.format(
key_data, '\n'.join(fmt_time_data)))
prompt = 'User random data successfully acquired. Press ENTER to continue'
prompt_and_get_char(prompt, '', enter_ok=True)
return key_data + ''.join(fmt_time_data)
def get_word():
s = ''
while True:
ch = get_char_raw('')
if ch in '\b\x7f':
if s: s = s[:-1]
elif ch in '\n ':
if s: break
else: s += ch
return s
def get_word():
s = ''
while True:
ch = get_char_raw('')
if ch in '\b\x7f':
if s: s = s[:-1]
elif ch in '\n ':
if s: break
else: s += ch
return s
def get_word():
s, pad = '', 0
while True:
ch = get_char_raw('', num_chars=1).decode()
if ch in '\b\x7f':
if s: s = s[:-1]
elif ch in '\n\r ':
if s: break
elif ch not in ascii_lowercase:
pad += 1
if s and pad + len(s) > longest_word:
break
else:
s += ch
return s
def _get_random_data_from_user(uchars):
m = 'Enter {} random symbols' if opt.quiet else crmsg['usr_rand_notice']
msg(m.format(uchars))
prompt = 'You may begin typing. {} symbols left: '
import time
from mmgen.term import get_char_raw
key_data,time_data = bytes(),[]
for i in range(uchars):
key_data += get_char_raw('\r'+prompt.format(uchars-i))
time_data.append(time.time())
if opt.quiet: msg_r('\r')
else: msg_r("\rThank you. That's enough.{}\n\n".format(' '*18))
fmt_time_data = list(map('{:.22f}'.format,time_data))
dmsg('\nUser input:\n{!r}\nKeystroke time values:\n{}\n'.format(key_data,'\n'.join(fmt_time_data)))
prompt = 'User random data successfully acquired. Press ENTER to continue'
prompt_and_get_char(prompt,'',enter_ok=True)
return key_data+''.join(fmt_time_data).encode()
