def request_status(self, status, message):
if message is None:
message = ""
self.arclinkRequest.setStatus(status)
self.arclinkRequest.setMessage(message)
ars = DataModel.ArclinkRequestSummary()
tw = self.averageTimeWindow.seconds()
if self.totalLineCount > 0:
# avarage request time window
tw = self.averageTimeWindow.seconds() // self.totalLineCount
if tw >= 2**31:
tw = -1 # prevent 32bit int overflow
ars.setAverageTimeWindow(tw)
ars.setTotalLineCount(self.totalLineCount)
ars.setOkLineCount(self.okLineCount)
self.arclinkRequest.setSummary(ars)
al = DataModel.ArclinkLog()
al.add(self.arclinkRequest)
for obj in self.requestLines:
self.arclinkRequest.add(obj)
for obj in self.statusLines:
self.arclinkRequest.add(obj)
self.send()
#self.okLineCount = self.totalLineCount - req.errorLineCount()
self.okLineCount = 0
for line in req.getRequestLines():
self.line_status(line)
for line in req.getVolumeLines():
self.volume_status(line)
self.request_status("END", "") # FIXME
@catch
def send(self):
print "writing request with ID %s to DB" % self.arclinkRequest.requestID()
al = DataModel.ArclinkLog()
al.add(self.arclinkRequest)
self.arclinkRequest.accept(self.dbWrite)
@catch
def __call__(self):
return self.arclinkRequest
@catch
def line_status(self, line):
start_time = line.start
end_time = line.end
network = line.network
station = line.station
channel = line.channel
