def on_job(msg): 'Main Worker, Process the job.' print "Received Job: %r" % msg.body strJob = json.loads(msg.body) if strJob[0]=="job": SMB.sendStatus(strJob[1]) handle_Worker(strJob[1]) else: print "That's not My Job:" print "Head:",strJob[0] print "Body:",strJob[1] msg.ack()
def ConnectServer(self, host, port):
if self.ep == 'ncan_ip_tcp':
self.debug(0, 'Using ncan_ip_tcp endpoint')
self.sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
self.sock.settimeout(self.timeout)
try:
self.debug(0, 'Connecting to ', host, ':', str(port))
self.sock.connect((host, port))
self.connected = 1
except:
self.debug(0, 'Failed to connect')
return False
return True
elif self.ep == 'ncan_np':
self.debug(0, 'Using ncan_np endpoint')
self.debug(0, 'Doing SMB Negotiation')
try:
self.sock = SMB.SMB(self.smb_serv_name,
host,
my_name=self.smb_my_name,
sess_port=port,
timeout=self.timeout)
except SMB.SessionError:
self.debug(1, 'SMB Negotiation Failed')
return False
self.debug(0, 'Doing SMB SessionSetupAndX')
try:
self.sock.login(self.smb_user, self.smb_pass)
except SMB.SessionError:
self.debug(1, 'SMB SessionSetupAndX Failed')
return False
self.debug(0, 'Connecting to SMB Share ', self.smb_share)
try:
self.smb_tid = self.sock.connect_tree(self.smb_share,
'?????\x00',
self.smb_pass)
except SMB.SessionError:
self.debug(1, 'Failed to connected to share: ', self.smb_share)
return False
self.debug(0, 'Opening named pipe ', self.smb_pipe,
' for reading/writing')
try:
self.smb_fid = self.sock.nt_create(self.smb_tid, self.smb_pipe)
except SMB.SessionError:
self.debug(1, 'Failed to open pipe: ', self.smb_pipe)
return False
self.connected = 1
return True
else:
self.debug(1, 'Unknown DCERPC endpoint')
return False
def dispatch_jobs(ch): print "Dispatch Jobs: Job one. " job = build_Job(r'Job One') SMB.send_job(job)
def on_connect(): SMB.createStatusChannel() SMB.createJobsSender() handle_Dispatcher() #Call task dispatcher delegate.
import logging from tornado.ioloop import IOLoop from stormed import Connection, Message import simplejson as json import SMB #================================================================= global handle_Dispatcher def on_connect(): SMB.createStatusChannel() SMB.createJobsSender() handle_Dispatcher() #Call task dispatcher delegate. def build_Job(jobCMD): strJob = ["job","do job"] strJob[1] = jobCMD strJob = json.dumps(strJob) msgJob = Message(strJob) return msgJob #Just for test. def dispatch_jobs(ch): print "Dispatch Jobs: Job one. " job = build_Job(r'Job One') SMB.send_job(job) if __name__ == '__main__': handle_Dispatcher = dispatch_jobs SMB.start(on_connect)
def do_job(job):
SMB.sendStatus("Job Begin: %r"%job)
print "Doing Job:", job
time.sleep(2)
SMB.sendStatus("Job Finish: %r"%job)
def on_connect(): SMB.createStatusChannel() SMB.createJobsReceiver(on_job)
def dispatchJobs():
for i in range(0, 10):
job = build_Job(r'Job %2d' % i)
print "Dispatch Job:", i
SMB.send_job(job)
Desc:
The dispatch jobs example, show the code logic.
Author: WangEQ, SuperMap GIS Institute.
All rights reserved.
"""
import math
import time
import sys
import logging
from tornado.ioloop import IOLoop
from stormed import Connection, Message
import simplejson as json
import SMB
import SMB_Dispatch
#=================================================================
def dispatchJobs():
for i in range(0, 10):
job = build_Job(r'Job %2d' % i)
print "Dispatch Job:", i
SMB.send_job(job)
if __name__ == '__main__':
SMB_Dispatch.handle_Dispatcher = dispatchJobs
SMB.start(SMB_Dispatch.on_connect)
def dispatchJobs():
for i in range(0, 10):
job = build_Job(r"Job %2d" % i)
print "Dispatch Job:", i
SMB.send_job(job)
SMPP,SuperMap Parallel Processor
Desc:
The dispatch jobs example, show the code logic.
Author: WangEQ, SuperMap GIS Institute.
All rights reserved.
"""
import math
import time
import sys
import logging
from tornado.ioloop import IOLoop
from stormed import Connection, Message
import simplejson as json
import SMB
import SMB_Dispatch
# =================================================================
def dispatchJobs():
for i in range(0, 10):
job = build_Job(r"Job %2d" % i)
print "Dispatch Job:", i
SMB.send_job(job)
if __name__ == "__main__":
SMB_Dispatch.handle_Dispatcher = dispatchJobs
SMB.start(SMB_Dispatch.on_connect)
def do_job(job):
print "Job ToUDB:", job
SMB.sendStatus("Job Begin: %r"%job)
SMUP_Image.Tif2UDBOne(job,"H:\SRTM\UDB",False)
SMB.sendStatus("Job Finish: %r"%job)
def do_gms(job):
print "Job ToUDB:", job
SMB.sendStatus("Job Begin: %r"%job)
runGMS(job)
SMB.sendStatus("Job Finish: %r"%job)
def do_empty(job):
SMB.sendStatus("Job Empty: %r"%job)
# coding: GB2312
#!/usr/bin/env python
"""
SMPP,SuperMap Parallel Processor
Desc:
The Worker example to process jobs from SMB.
Author: WangEQ, SuperMap GIS Institute.
All rights reserved.
"""
import math
import time
import sys
import SMB
import SMB_Worker
#=================================================================
def do_job(job):
print "Do Job:", job
SMB.sendStatus("Job Begin: %r"%job)
print "Doing something:", job
time.sleep(2)
SMB.sendStatus("Job Finish: %r"%job)
if __name__ == '__main__':
SMB_Worker.handle_Processor = do_job
SMB.start(SMB_Worker.on_connect)
