def start_inverting(self, insert_uri):
""" Start inverting a Freenet URI into it's analogous
request URI. """
assert is_usk(insert_uri) or is_ssk(insert_uri)
self.require_state(QUIESCENT)
self.reset()
self.get_state(INVERTING_URI).insert_uri = insert_uri
self.transition(INVERTING_URI)
def start_inverting(self, insert_uri):
""" Start inverting a Freenet URI into it's analogous
request URI. """
assert is_usk(insert_uri) or is_ssk(insert_uri)
self.require_state(QUIESCENT)
self.reset()
self.get_state(INVERTING_URI).insert_uri = insert_uri
self.transition(INVERTING_URI)
def do_key_setup(ui_, update_sm, params, stored_cfg):
""" INTERNAL: Handle inverting/updating keys before running a command."""
insert_uri = params.get('INSERT_URI')
if not insert_uri is None and insert_uri.startswith('USK@/'):
insert_uri = ('USK'
+ stored_cfg.defaults['DEFAULT_PRIVATE_KEY'][3:]
+ insert_uri[5:])
ui_.status("Filled in the insert URI using the default private key.\n")
if insert_uri is None or not (is_usk(insert_uri) or is_ssk(insert_uri)):
return (params.get('REQUEST_URI'), False)
update_sm.start_inverting(insert_uri)
run_until_quiescent(update_sm, params['POLL_SECS'], False)
if update_sm.get_state(QUIESCENT).prev_state != INVERTING_URI:
raise util.Abort("Couldn't invert private key:\n%s" % insert_uri)
inverted_uri = update_sm.get_state(INVERTING_URI).get_request_uri()
params['INVERTED_INSERT_URI'] = inverted_uri
if is_usk(insert_uri):
# Determine the highest known index for the insert uri.
max_index = max(stored_cfg.get_index(inverted_uri),
get_version(insert_uri))
# Update the insert uri to the latest known version.
params['INSERT_URI'] = get_usk_for_usk_version(insert_uri,
max_index)
# Update the inverted insert URI to the latest known version.
params['INVERTED_INSERT_URI'] = get_usk_for_usk_version(
inverted_uri,
max_index)
# Update the index of the request uri using the stored config.
request_uri = params.get('REQUEST_URI')
if not request_uri is None and is_usk(request_uri):
assert not params['NO_SEARCH'] or not request_uri is None
if not params['NO_SEARCH']:
max_index = max(stored_cfg.get_index(request_uri),
get_version(request_uri))
request_uri = get_usk_for_usk_version(request_uri, max_index)
if (params['NO_SEARCH'] and
# Force the insert URI down to the version in the request URI.
usks_equal(request_uri, params['INVERTED_INSERT_URI'])):
params['INVERTED_INSERT_URI'] = request_uri
params['INSERT_URI'] = get_usk_for_usk_version(
insert_uri,
get_version(request_uri))
# Skip key inversion if we already inverted the insert_uri.
is_keypair = False
if (request_uri is None and
not params.get('INVERTED_INSERT_URI') is None):
request_uri = params['INVERTED_INSERT_URI']
is_keypair = True
return (request_uri, is_keypair)
def get_request_uris(self):
""" Return the inserted request uri(s). """
ret = []
was_usk = is_usk_file(self.parent.ctx['INSERT_URI'])
for candidate in self.ordered:
uri = candidate[5][1]['URI']
if is_ssk(uri) and was_usk:
uri = ssk_to_usk(uri)
ret.append(uri)
return ret
def get_request_uris(self):
""" Return the inserted request uri(s). """
ret = []
was_usk = is_usk_file(self.parent.ctx['INSERT_URI'])
for candidate in self.ordered:
uri = candidate[5][1]['URI']
if is_ssk(uri) and was_usk:
uri = ssk_to_usk(uri)
ret.append(uri)
return ret
def do_key_setup(ui_, update_sm, params, stored_cfg):
""" INTERNAL: Handle inverting/updating keys before running a command."""
insert_uri = params.get('INSERT_URI')
if not insert_uri is None and insert_uri.startswith('USK@/'):
insert_uri = ('USK' + stored_cfg.defaults['DEFAULT_PRIVATE_KEY'][3:] +
insert_uri[5:])
ui_.status("Filled in the insert URI using the default private key.\n")
if insert_uri is None or not (is_usk(insert_uri) or is_ssk(insert_uri)):
return (params.get('REQUEST_URI'), False)
update_sm.start_inverting(insert_uri)
run_until_quiescent(update_sm, params['POLL_SECS'], False)
if update_sm.get_state(QUIESCENT).prev_state != INVERTING_URI:
raise util.Abort("Couldn't invert private key:\n%s" % insert_uri)
inverted_uri = update_sm.get_state(INVERTING_URI).get_request_uri()
params['INVERTED_INSERT_URI'] = inverted_uri
if is_usk(insert_uri):
# Determine the highest known index for the insert uri.
max_index = max(stored_cfg.get_index(inverted_uri),
get_version(insert_uri))
# Update the insert uri to the latest known version.
params['INSERT_URI'] = get_usk_for_usk_version(insert_uri, max_index)
# Update the inverted insert URI to the latest known version.
params['INVERTED_INSERT_URI'] = get_usk_for_usk_version(
inverted_uri, max_index)
# Update the index of the request uri using the stored config.
request_uri = params.get('REQUEST_URI')
if not request_uri is None and is_usk(request_uri):
assert not params['NO_SEARCH'] or not request_uri is None
if not params['NO_SEARCH']:
max_index = max(stored_cfg.get_index(request_uri),
get_version(request_uri))
request_uri = get_usk_for_usk_version(request_uri, max_index)
if (params['NO_SEARCH'] and
# Force the insert URI down to the version in the request URI.
usks_equal(request_uri, params['INVERTED_INSERT_URI'])):
params['INVERTED_INSERT_URI'] = request_uri
params['INSERT_URI'] = get_usk_for_usk_version(
insert_uri, get_version(request_uri))
# Skip key inversion if we already inverted the insert_uri.
is_keypair = False
if (request_uri is None and not params.get('INVERTED_INSERT_URI') is None):
request_uri = params['INVERTED_INSERT_URI']
is_keypair = True
return (request_uri, is_keypair)
