def main():
global logger
# Needed so that the event handler for the HTTP server can see the selexor server
global selexor_server
logger = selexorhelper.setup_logging("selexorweb")
# Generate the index file
_generate_request_form()
http_server = SelexorHTTPServer((settings.http_ip_addr, settings.http_port), SelexorHandler)
http_thread = threading.Thread(target=http_server.serve_forever)
nodestate_transition_key = rsa_repy.rsa_file_to_publickey(settings.path_to_nodestate_transition_key)
selexor_server = selexorserver.SelexorServer()
http_thread.start()
print "Listening for connections on", settings.http_ip_addr + ':' + str(settings.http_port)
# Run indefinitely until CTRL+C is pressed.
try:
while True:
time.sleep(1.0)
except KeyboardInterrupt, e:
pass
def _init():
global logger
logger = selexorhelper.setup_logging(__name__)
register_callback('location_specific', 'vessel', _specific_location_parser, _specific_location_preprocessor)
register_callback('location_separation_radius', 'group', _separation_radius_parser, _separation_radius_preprocessor)
register_callback('location_different', 'group', _different_location_type_parser, _different_location_preprocessor)
register_callback('num_ip_change', 'vessel', _ip_change_count_parser, _ip_change_count_preprocessor)
register_callback('node_type', 'vessel', _node_type_parser, _node_type_preprocessor)
register_callback('port', 'vessel', _port_parser, _port_preprocessor)
import copy
import selexorruleparser
import selexorhelper
import random
import fastnmclient
import threading
import traceback
import selexorexceptions
import MySQLdb
import settings
import repyhelper
repyhelper.translate_and_import('rsa.repy')
logger = selexorhelper.setup_logging(__name__)
# Contains information about all requests.
# (username, ip): {
# 'status': (string) The current status of this request.
# 'groups': ([node]) Dicts of all groups in request, with group ID as the key
# 'tree': ([node]) Group tree for this request,
# 'expiretime': (float) The time to consider this entry as void.
# }
request_datum = {}
# This indicates the maximum number of times we should attempt to resolve each
# group.
MAX_PASSES_PER_NODE = 5
query = 'INSERT INTO location (ip_addr, city, country_code, longitude, latitude) VALUES '
# Specifies the location tuple
query += "('%s', '%s', '%s', %s, %s) " % (ip_addr, city, country_code, longitude, latitude)
query += "ON DUPLICATE KEY UPDATE "
# Specifies the location tuple for the update clause
query += "city='%s', country_code='%s', longitude=%s, latitude=%s" % (city, country_code, longitude, latitude)
selexorhelper.autoretry_mysql_command(cursor, query)
if __name__=='__main__':
global logger
global nodestate_transition_key
logger = selexorhelper.setup_logging('selexordatabase')
nodestate_transition_key = rsa_file_to_publickey(settings.path_to_nodestate_transition_key)
geoip_init_client()
# Perform any first-time initialization if specified by the administrator.
if len(sys.argv) > 1 and sys.argv[1] == 'initialize':
# Create the databases if they haven't been created
create_database()
exit()
print "Probing service has started!"
print "Press CTRL+C to stop the server."
# Run until Ctrl+C is issued