def send_status_event(self, isev, idev, time, bore=False, eore=False):
ev = pyeudaq.Event('RawEvent', self.name + '_status')
idda, iddd, status = self.daq.power_status()
temp = self.daq.carrier_temp()
ev.SetTag('IDDA', '%.2f mA' % idda)
ev.SetTag('IDDD', '%.2f mA' % iddd)
ev.SetTag('Temperature',
'%.2f C' % temp if temp else 'Invalid temperature read!')
ev.SetTag('Event', '%d' % idev)
ev.SetTag('Time', time.isoformat())
if bore:
ev.SetBORE()
ev.SetTag('FPGA_GIT', self.daq.get_fpga_git())
ev.SetTag('FPGA_COMPILE', self.daq.get_fpga_tcompile().isoformat())
#ev.SetTag('FX3_GIT' ,self.daq.get_fx3_git())
#ev.SetTag('FX3_COMPILE' ,self.daq.get_fx3_tcompile().isoformat())
git = subprocess.check_output(['git', 'rev-parse', 'HEAD']).strip()
diff = subprocess.check_output(['git', 'diff'])
ev.SetTag('EUDAQ_GIT', git)
ev.SetTag('EUDAQ_DIFF', diff)
ev.SetTag('ALPIDEDAQ_GIT', self.daq.get_software_git())
ev.SetTag('ALPIDEDAQ_DIFF', self.daq.get_software_diff())
if eore:
ev.SetEORE()
if bore or eore:
for reg, addr in ALPIDE_DUMP_REGS.items():
ev.SetTag(
'ALPIDE_%04x_%s' % (addr, reg),
'%d' % self.daq.alpide_reg_read(addr, chipid=self.chipid))
self.daq.trgmon.lat.issue()
for reg in self.daq.trgmon.regs:
ev.SetTag('TRGMON_' + reg.upper(),
'%d' % self.daq.trgmon.regs[reg].read())
self.SendEvent(ev)
def BuildAndWrite(self):
#print('BUILD:',self.iev,'remaining events in queues: ',[len(q) for q in self.producer_queues.values()])
if all(len(q)!=0 for q in self.producer_queues.values()):
globalev=pyeudaq.Event('RawEvent','ITS3global')
for queue in self.producer_queues.values():
# TODO: cross-checks! (timing + eventids)
subev=queue.popleft()
globalev.AddSubEvent(subev)
self.WriteEvent(globalev)
self.ndev+=1
def RunLoop(self):
print "Start of RunLoop in ExamplePyProducer"
trigger_n = 0
while (self.is_running):
ev = pyeudaq.Event("RawEvent", "sub_name")
ev.SetTriggerN(trigger_n)
print ev
self.SendEvent(ev)
trigger_n += 1
time.sleep(1)
print "End of RunLoop in ExamplePyProducer"
def send_status_event(self, time, bore=False, eore=False):
ev = pyeudaq.Event('RawEvent', self.name + '_status')
ev.SetTag('Time', time.isoformat())
with self.lock:
ev.SetTag('Pressure', '%.2f mbar' % self.pth.getP())
ev.SetTag('Temperature', '%.2f degC' % self.pth.getT())
ev.SetTag('Humidity', '%.2f rel%%' % self.pth.getH())
if bore:
ev.SetBORE()
if eore:
ev.SetEORE()
self.SendEvent(ev)
def RunLoop(self):
print "Start of RunLoop in ExamplePyProducer"
trigger_n = 0
while (self.is_running):
ev = pyeudaq.Event("RawEvent", "sub_name")
ev.SetTriggerN(trigger_n)
block = bytes(r'raw_data_string')
ev.AddBlock(0, block)
print ev
self.SendEvent(ev)
trigger_n += 1
time.sleep(1)
print "End of RunLoop in ExamplePyProducer"
def send_status_event(self, isev, idev, time, bore=False, eore=False):
ev = pyeudaq.Event('RawEvent', self.name + '_status')
ev.SetTag('Event', '%d' % idev)
ev.SetTag('Time', time.isoformat())
if bore:
ev.SetBORE()
git = subprocess.check_output(['git', 'rev-parse', 'HEAD']).strip()
diff = subprocess.check_output(['git', 'diff'])
ev.SetTag('EUDAQ_GIT', git)
ev.SetTag('EUDAQ_DIFF', diff)
if eore:
ev.SetEORE()
self.SendEvent(ev)
def DoReceive(self, con, ev):
self.dict_con_ev[con].append(ev)
for con, ev_queue in self.dict_con_ev.items():
#print ( con, len(ev_queue) )
if (len(ev_queue) == 0):
return
sync_ev = pyeudaq.Event('RawEvent', 'mysyncdata')
for con, ev_queue in self.dict_con_ev.items():
sub_ev = ev_queue.popleft()
sync_ev.AddSubEvent(sub_ev)
self.WriteEvent(sync_ev)
def RunLoop(self):
print("Start of RunLoop in ExamplePyProducer")
trigger_n = 0
while (self.is_running):
ev = pyeudaq.Event("RawEvent", "sub_name")
ev.SetTriggerN(trigger_n)
#block = bytes(r'raw_data_string')
#ev.AddBlock(0, block)
#print ev
# Mengqing:
datastr = 'raw_data_string'
block = bytes(datastr, 'utf-8')
ev.AddBlock(0, block)
print(ev)
self.SendEvent(ev)
trigger_n += 1
time.sleep(1)
print("End of RunLoop in ExamplePyProducer")
def read_and_send_event(self, iev):
self.daq.arm()
if self.trigger_on == 'AUX':
print('release bsy')
self.trigger.write(
trigger.Trigger.MOD_SOFTBUSY, 0, 0x2, commit=True
) # releases software busy and arms setting it right after receivign of trigger
print('wait data')
self.daq.wait()
print('done')
data = self.daq.rdo()
ev = pyeudaq.Event('RawEvent', self.name)
tev = 0 # no global time stamp (TODO: can the osciloscope provide one?)
ev.SetEventN(
iev
) # clarification: iev is the number of received events (starting from zero) # FIXME: is overwritten in SendEvent
ev.SetTriggerN(iev) # clarification: itrg is set to iev
ev.SetTimestamp(begin=tev, end=tev)
ev.SetDeviceN(self.plane)
ev.AddBlock(0, bytes(data))
self.SendEvent(ev)
return True
def read_and_send_event(self, iev):
raw = self.daq.event_read()
if raw:
raw = bytes(raw)
assert len(raw) >= 20
assert list(raw[:4]) == [0xAA] * 4
assert list(raw[-4:]) == [0xBB] * 4
itrg = sum(b << (j * 8) for j, b in enumerate(raw[4:8]))
tev = sum(b << (j * 8) for j, b in enumerate(raw[8:16]))
ev = pyeudaq.Event('RawEvent', self.name)
ev.SetEventN(
iev
) # clarification: iev is the number of received events (starting from zero) # FIXME: is overwritten in SendEvent
ev.SetTriggerN(
itrg
) # clarification: itrg is the event number form the DAQ board
ev.SetTimestamp(begin=tev, end=tev)
ev.SetDeviceN(self.plane)
ev.AddBlock(0, raw)
self.SendEvent(ev)
return True
else:
return False