def enter(self, dummy):
""" Implementation of State virtual. """
#require_state(from_state, QUIESCENT)
#print "REQUEST_URI:"
#print self.parent.ctx['REQUEST_URI']
request_uri = self.parent.ctx['REQUEST_URI']
if (is_usk(request_uri) and
self.parent.params.get('AGGRESSIVE_SEARCH', False)):
request_uri = get_negative_usk(request_uri)
if (is_usk(request_uri) and self.parent.params['NO_SEARCH']):
request_uris = make_frozen_uris(request_uri, False)
self.parent.ctx.ui_.status("Request URI index searching "
+ "disabled.\n")
else:
request_uris = make_search_uris(request_uri)
for uri in request_uris:
#[uri, tries, is_insert, raw_data, mime_type, last_msg]
if self.parent.params.get('DUMP_URIS', False):
self.parent.ctx.ui_.status("REQUEST URI: %s\n" % uri)
self.queue([uri, 0, False, None, None, None])
self.required_successes = 1 #len(self.results) # Hmmm fix, but how
# So we don't implictly favor one by requesting it first.
random.shuffle(self.current_candidates)
def enter(self, dummy):
""" Implementation of State virtual. """
#require_state(from_state, QUIESCENT)
#print "REQUEST_URI:"
#print self.parent.ctx['REQUEST_URI']
request_uri = self.parent.ctx['REQUEST_URI']
if (is_usk(request_uri)
and self.parent.params.get('AGGRESSIVE_SEARCH', False)):
request_uri = get_negative_usk(request_uri)
if (is_usk(request_uri) and self.parent.params['NO_SEARCH']):
request_uris = make_frozen_uris(request_uri, False)
self.parent.ctx.ui_.status("Request URI index searching " +
"disabled.\n")
else:
request_uris = make_search_uris(request_uri)
for uri in request_uris:
#[uri, tries, is_insert, raw_data, mime_type, last_msg]
if self.parent.params.get('DUMP_URIS', False):
self.parent.ctx.ui_.status("REQUEST URI: %s\n" % uri)
self.queue([uri, 0, False, None, None, None])
self.required_successes = 1 #len(self.results) # Hmmm fix, but how
# So we don't implictly favor one by requesting it first.
random.shuffle(self.current_candidates)
def enter(self, from_state):
""" Implementation of State virtual.
This creates the binary rep for the top level key
data and starts inserting it into Freenet.
"""
if not hasattr(from_state, 'get_top_key_tuple'):
raise Exception("Illegal Transition from: %s" % from_state.name)
# DCI: Retest non-archive stuff!
# Cache *before* the possible transition below.
top_key_tuple = from_state.get_top_key_tuple()
self.cached_top_key_tuple = top_key_tuple # hmmmm...
if (self.parent.ctx['INSERT_URI'] is None
and self.parent.ctx.get('REINSERT', 0) > 0):
# Hmmmm... hackery to deal with reinsert w/o insert uri
self.parent.transition(self.success_state)
return
assert not self.parent.ctx['INSERT_URI'] is None
if self.parent.params.get('DUMP_TOP_KEY', False):
self.topkey_funcs.dump_top_key_tuple(top_key_tuple,
self.parent.ctx.ui_.status)
salt = {0:0x00, 1:0xff} # grrr.... less code.
insert_uris = make_frozen_uris(self.parent.ctx['INSERT_URI'],
should_increment(self))
assert len(insert_uris) < 3
for index, uri in enumerate(insert_uris):
if self.parent.params.get('DUMP_URIS', False):
self.parent.ctx.ui_.status("INSERT_URI: %s\n" % uri)
self.queue([uri, 0, True,
self.topkey_funcs.top_key_tuple_to_bytes(top_key_tuple,
salt[index]),
None, None])
self.required_successes = len(insert_uris)
def enter(self, from_state):
""" Implementation of State virtual.
This creates the binary rep for the top level key
data and starts inserting it into Freenet.
"""
if not hasattr(from_state, 'get_top_key_tuple'):
raise Exception("Illegal Transition from: %s" % from_state.name)
# DCI: Retest non-archive stuff!
# Cache *before* the possible transition below.
top_key_tuple = from_state.get_top_key_tuple()
self.cached_top_key_tuple = top_key_tuple # hmmmm...
if (self.parent.ctx['INSERT_URI'] is None
and self.parent.ctx.get('REINSERT', 0) > 0):
# Hmmmm... hackery to deal with reinsert w/o insert uri
self.parent.transition(self.success_state)
return
assert not self.parent.ctx['INSERT_URI'] is None
if self.parent.params.get('DUMP_TOP_KEY', False):
self.topkey_funcs.dump_top_key_tuple(top_key_tuple,
self.parent.ctx.ui_.status)
salt = {0: 0x00, 1: 0xff} # grrr.... less code.
insert_uris = make_frozen_uris(self.parent.ctx['INSERT_URI'],
should_increment(self))
assert len(insert_uris) < 3
for index, uri in enumerate(insert_uris):
if self.parent.params.get('DUMP_URIS', False):
self.parent.ctx.ui_.status("INSERT_URI: %s\n" % uri)
self.queue([
uri, 0, True,
self.topkey_funcs.top_key_tuple_to_bytes(
top_key_tuple, salt[index]), None, None
])
self.required_successes = len(insert_uris)