'fpp_neu': {
'ip': ip_fpp_neu,
'port': port_fpp_neu,
'urlpath': urlpath_fpp_neu,
'req_data': req_fpp
},
'fpp_moto': {
'ip': ip_fpp_moto,
'port': port_fpp_moto,
'urlpath': urlpath_fpp_moto,
'req_data': req_fpp
},
}
if __name__ == "__main__":
ips_src = getIP()
if 'wlan0' in ips_src:
ip_src = ips_src['wlan0']
else:
ip_src = ips_src['eth0']
target = targets['wpp_local']
#target['urlpath'] = target['urlpath'].lower() # compatible with local fpp urlpath.
# urlpath & port for cmcc mobile naviwap test.
#target['ip'] = '112.25.187.195'
#target['port'] = '18080'
#target['urlpath'] = 'FPP_AD/adapter'
#target['req_data'] = req_wpp
url = 'http://%s:%s/%s' % (target['ip'], target['port'], target['urlpath'])
print '\nRequesting %s from %s\n' % (url, ip_src)
req_data = target['req_data']
# Gevent server.
#from gevent.wsgi import WSGIServer
#httpd = WSGIServer(('', port), wpp_handler, spawn=None)
#httpd.backlog = 256
#httpd.log = False
# Meinheld server.
from meinheld import server
server.listen(("0.0.0.0", port))
# Bjoern server.
#import bjoern
#bjoern.listen(wpp_handler, '0.0.0.0', port)
# Gunicorn
# $gunicorn -b :8080 -w 5 wpp_server:wpp_handler
# $gunicorn -b :8080 -w 5 -k "egg:meinheld#gunicorn_worker" wpp_server:wpp_handler
# $gunicorn -b :8080 -w 5 -k "egg:gunicorn#gevent" wpp_server:wpp_handler
# $gunicorn -b :8080 -w 5 -k "egg:gevent#gunicorn_worker" wpp_server:wpp_handler
# Get IP address.
from wpp.util.net import getIP
ipaddr = getIP()
if 'wlan0' in ipaddr:
ipaddr = ipaddr['wlan0']
else:
ipaddr = ipaddr['eth0']
print 'Starting up HTTP server on %s:%d ...' % (ipaddr, port)
# Respond to requests until process is killed
#httpd.serve_forever() # Gevent
#bjoern.run() # bjoern
server.run(wpp_handler) # Meinheld
n_inserts = doClusterIncr(fd_csv=fd_csv, wppdb=wppdb, verb=False)
print 'AlgoData added: [%s] clusters, [%s] FPs' % (n_inserts['n_newcids'], n_inserts['n_newfps'])
# Move rawdata without location to another table: wpp_uprecs_noloc.
tab_rd_noloc = 'wpp_uprecs_noloc'
strWhere = 'lat=0 or lon=0'
sql = wppdb.sqls['SQL_INSERT_SELECT'] % ( tab_rd_noloc, '*', '%s WHERE %s'%(tab_rd,strWhere) )
wppdb.cur.execute(sql)
sql = wppdb.sqls['SQL_DELETE'] % (tab_rd, strWhere)
wppdb.cur.execute(sql)
wppdb.close()
print 'Move noloc rawdata -> |%s|' % tab_rd_noloc
if alerts['vers']:
# Send alert email to admin.
_func = sys._getframe().f_code.co_name
subject = "[!]WPP ERROR: %s->%s, ver: [%s]" % (_file, _func, ','.join(alerts['vers']))
body = ( errmsg['db'] % (tab_rd,'insert',alerts['details'],getIP()['eth0'],ctime()) ).decode('utf-8')
print alerts['details']
print subject#, body
print 'Sending alert email -> %s' % mailcfg['to']
sendMail(mailcfg['from'],mailcfg['userpwd'],mailcfg['to'],subject,body)
def crawlAreaLocData():
"""
1) fetch 100 records with flag area_ok = 0.
2) try areaLocation(laccid), if OK, then update flag area_ok =1 and quit; else goto 2).
3) try googleAreaLocation(latlon), if OK, then get geoaddr:[province,city,district];
else |wpp_uprecsinfo|.area_try += 1 and quit.
4) search area_code for the found district, insert area location
(laccid,areacode,areaname_cn) into |wpp_cellarea|, and update flag area_ok = 1.
"""
fail_history = {}
'urlpath':urlpath_fpp_neu,
'req_data':req_fpp},
'fpp_neu':{
'ip':ip_fpp_neu,
'port':port_fpp_neu,
'urlpath':urlpath_fpp_neu,
'req_data':req_fpp},
'fpp_moto':{
'ip':ip_fpp_moto,
'port':port_fpp_moto,
'urlpath':urlpath_fpp_moto,
'req_data':req_fpp},
}
if __name__ == "__main__":
ips_src = getIP()
if 'wlan0' in ips_src:
ip_src = ips_src['wlan0']
else:
ip_src = ips_src['eth0']
target = targets['wpp_local']
#target['urlpath'] = target['urlpath'].lower() # compatible with local fpp urlpath.
# urlpath & port for cmcc mobile naviwap test.
#target['ip'] = '112.25.187.195'
#target['port'] = '18080'
#target['urlpath'] = 'FPP_AD/adapter'
#target['req_data'] = req_wpp
url = 'http://%s:%s/%s' % (target['ip'], target['port'], target['urlpath'])
print '\nRequesting %s from %s\n' % (url, ip_src)
req_data = target['req_data']
strWhere = 'lat=0 or lon=0'
sql = wppdb.sqls['SQL_INSERT_SELECT'] % (tab_rd_noloc, '*',
'%s WHERE %s' %
(tab_rd, strWhere))
wppdb.cur.execute(sql)
sql = wppdb.sqls['SQL_DELETE'] % (tab_rd, strWhere)
wppdb.cur.execute(sql)
wppdb.close()
print 'Move noloc rawdata -> |%s|' % tab_rd_noloc
if alerts['vers']:
# Send alert email to admin.
_func = sys._getframe().f_code.co_name
subject = "[!]WPP ERROR: %s->%s, ver: [%s]" % (
_file, _func, ','.join(alerts['vers']))
body = (errmsg['db'] % (tab_rd, 'insert', alerts['details'],
getIP()['eth0'], ctime())).decode('utf-8')
print alerts['details']
print subject #, body
print 'Sending alert email -> %s' % mailcfg['to']
sendMail(mailcfg['from'], mailcfg['userpwd'], mailcfg['to'],
subject, body)
def crawlAreaLocData():
"""
1) fetch 100 records with flag area_ok = 0.
2) try areaLocation(laccid), if OK, then update flag area_ok =1 and quit; else goto 2).
3) try googleAreaLocation(latlon), if OK, then get geoaddr:[province,city,district];
else |wpp_uprecsinfo|.area_try += 1 and quit.
4) search area_code for the found district, insert area location
(laccid,areacode,areaname_cn) into |wpp_cellarea|, and update flag area_ok = 1.
#from gevent.wsgi import WSGIServer
#httpd = WSGIServer(('', port), wpp_handler, spawn=None)
#httpd.backlog = 256
#httpd.log = False
# Meinheld server.
from meinheld import server
server.listen(("0.0.0.0", port))
# Bjoern server.
#import bjoern
#bjoern.listen(wpp_handler, '0.0.0.0', port)
# Gunicorn
# $gunicorn -b :8080 -w 5 wpp_server:wpp_handler
# $gunicorn -b :8080 -w 5 -k "egg:meinheld#gunicorn_worker" wpp_server:wpp_handler
# $gunicorn -b :8080 -w 5 -k "egg:gunicorn#gevent" wpp_server:wpp_handler
# $gunicorn -b :8080 -w 5 -k "egg:gevent#gunicorn_worker" wpp_server:wpp_handler
# Get IP address.
from wpp.util.net import getIP
ipaddr = getIP()
if 'wlan0' in ipaddr:
ipaddr = ipaddr['wlan0']
else:
ipaddr = ipaddr['eth0']
print 'Starting up HTTP server on %s:%d ...' % (ipaddr, port)
# Respond to requests until process is killed
#httpd.serve_forever() # Gevent
#bjoern.run() # bjoern
server.run(wpp_handler) # Meinheld
