def _handle_GETINFO(self, arg):
if arg == 'pid':
yield _common.Response('D', str(_os.getpid()).encode('ascii'))
elif arg == 'version':
yield _common.Response('D', __version__.encode('ascii'))
else:
raise _error.AssuanError(message='Invalid parameter')
yield _common.Response('OK')
def _handle_GETPIN(self, arg):
try:
self._connect()
self._write(self.strings['description'])
if 'key info' in self.strings:
self._write('key: {}'.format(self.strings['key info']))
if 'qualitybar' in self.strings:
self._write(self.strings['qualitybar'])
pin = self._prompt(
prompt=self.strings['prompt'],
error=self.strings.get('error'),
add_colon=False)
finally:
self._disconnect()
yield _common.Response('D', pin.encode('ascii'))
yield _common.Response('OK')
def _handle_SETQUALITYBAR(self, arg):
"""Adds a quality indicator to the GETPIN window.
This indicator is updated as the passphrase is typed. The
clients needs to implement an inquiry named "QUALITY" which
gets passed the current passphrase (percent-plus escaped) and
should send back a string with a single numerical vauelue
between -100 and 100. Negative values will be displayed in
red.
If a custom label for the quality bar is required, just add
that label as an argument as percent escaped string. You will
need this feature to translate the label because pinentry has
no internal gettext except for stock strings from the toolkit
library.
If you want to show a tooltip for the quality bar, you may use
C: SETQUALITYBAR_TT string
S: OK
With STRING being a percent escaped string shown as the tooltip.
Here is a real world example of these commands in use:
C: SETQUALITYBAR Quality%3a
S: OK
C: SETQUALITYBAR_TT The quality of the text entered above.%0aPlease ask your administrator for details about the criteria.
S: OK
"""
self.strings['qualitybar'] = arg
yield _common.Response('OK')
def _handle_CONFIRM(self, args):
assert args == '--one-button', args
try:
self._connect()
self._write(self.strings['description'])
self._write('1) '+self.strings['ok'])
value = self._prompt('?')
finally:
self._disconnect()
assert value == '1', value
yield _common.Response('OK')
def _handle_CONFIRM(self, arg):
try:
self._connect()
self._write(self.strings['description'])
self._write('1) '+self.strings['ok'])
self._write('2) '+self.strings['not ok'])
value = self._prompt('?')
finally:
self._disconnect()
if value == '1':
yield _common.Response('OK')
else:
raise _error.AssuanError(message='Not confirmed')
def _handle_MESSAGE(self, arg):
self._write(self.strings['description'])
yield _common.Response('OK')
def _handle_SETQUALITYBAR_TT(self, arg):
self.strings['qualitybar_tooltip'] = arg
yield _common.Response('OK')
def _handle_SETNOTOK(self, arg):
self.strings['not ok'] = arg
yield _common.Response('OK')
def _handle_SETCANCEL(self, arg):
self.strings['cancel'] = arg
yield _common.Response('OK')
def _handle_SETTITLE(self, arg):
self.strings['title'] = arg
yield _common.Response('OK')
def _handle_SETERROR(self, arg):
self.strings['error'] = arg
yield _common.Response('OK')
def _handle_SETPROMPT(self, arg):
self.strings['prompt'] = arg
yield _common.Response('OK')
def _handle_SETDESC(self, arg):
self.strings['description'] = arg
yield _common.Response('OK')
def _handle_CLEARPASSPHRASE(self, arg):
yield _common.Response('OK')
def _handle_SETKEYINFO(self, arg):
self.strings['key info'] = arg
yield _common.Response('OK')