def test_common_letter_num_keyseqs():
allowed_keys = ('a', )
case = {}
initial_keyseqs = prompt.common(case, Keystroke('a'), [], allowed_keys)
assert initial_keyseqs == ['a']
newkeyseqs = prompt.common(case, Keystroke('2'), initial_keyseqs,
allowed_keys)
assert newkeyseqs == ['a', '2']
final_key_seqs = prompt.common(case, Keystroke('1'), newkeyseqs,
allowed_keys)
assert final_key_seqs == ['a', '2', '1']
def multiCharInput(self):
searchQuery = ''
val = Keystroke('')
with self.term.cbreak():
while val.name !='KEY_ENTER':
val = self.term.inkey()
if not val.is_sequence:
searchQuery+= val
return searchQuery
def test_a_keystroke():
"Test keyboard.Keystroke constructor with set arguments."
from blessed.keyboard import Keystroke
ks = Keystroke(ucs=u'x', code=1, name=u'the X')
assert ks._name == u'the X'
assert ks.name == ks._name
assert ks._code == 1
assert ks.code == ks._code
assert u'xx' == u'x' + ks
assert ks.is_sequence
assert repr(ks) == "the X"
def test_keystroke_default_args():
"Test keyboard.Keystroke constructor with default arguments."
from blessed.keyboard import Keystroke
ks = Keystroke()
assert ks._name is None
assert ks.name == ks._name
assert ks._code is None
assert ks.code == ks._code
assert u'x' == u'x' + ks
assert not ks.is_sequence
assert repr(ks) in ("u''", # py26, 27
"''",) # py33
def __call__(self):
return Keystroke(ucs=letter, code=1, name=letter)
def __call__(self):
return Keystroke(ucs='q', code=1, name='q')
def __call__(self):
return Keystroke(ucs='', code=1, name='KEY_DOWN')
from blessed import Terminal
from blessed.keyboard import Keystroke
term = Terminal()
with term.cbreak():
val = Keystroke('')
query = ''
while val.is_sequence != True and val.name != 'KEY_ENTER':
val = term.inkey()
if val.is_sequence:
pass
elif val:
print("got {0}.".format(val))
query += val
print(query)
print(f'bye!{term.normal}')
def listener(event):
if event.exception:
sendjob.remove()
scheduler = BackgroundScheduler()
scheduler.add_listener(listener, EVENT_JOB_ERROR)
sendjob = None
# Suppress exception logging on default executor
logging.getLogger('apscheduler.executors.default').setLevel('CRITICAL')
# open_input(path='data/openlog-20160807-002.TXT') # return from Wilder Ranch
# open_input(path='data/openlog-20160807-001.TXT') # return from Wilder Ranch
output_stream = live_stream()
# Install input handlers (callbacks for commands)
d.add_command('send', add_sender)
d.add_command('pause', lambda: sendjob.pause())
d.add_command('resume', lambda: sendjob.resume())
# Restart sending: <shift> + F8
def restart():
global sendjob
sendjob.remove()
add_sender()
d.add_key(Keystroke(ucs='', code=284, name='KEY_F20'), restart)
# Start the display
d.start()
