def fetchRecentDelay(self):
worker = IFWorker('tcp://192.168.25.27:224')
last = None
while True:
latest = worker.Storage.latest(
'MDIQKD_GroundTDC',
after=last,
filter={
'FetchTime': 1,
'Data.MDIQKDEncoding.Configuration.Period': 1,
'Data.MDIQKDEncoding.Histogram Alice Time': 1,
'Data.MDIQKDEncoding.Histogram Bob Time': 1,
})
if latest == None:
continue
else:
last = latest['FetchTime']
period = latest['Data']['MDIQKDEncoding']['Configuration'][
'Period']
aliceYs = latest['Data']['MDIQKDEncoding'][
'Histogram Alice Time']
bobYs = latest['Data']['MDIQKDEncoding']['Histogram Bob Time']
xs = list(np.arange(0, period, period / len(aliceYs)))
if max(aliceYs) < 50.0:
aliceRise = "noSignal"
else:
aliceRise = self.riseTimeFit(xs, aliceYs) / 1000
if max(bobYs) < 50.0: # 无信号脉冲时
bobRise = "noSignal" # worker.Algorithm_Fitting.riseTimeFit(xs, bobYs)
else:
bobRise = self.riseTimeFit(xs, bobYs) / 1000
yield aliceRise, bobRise
def turnOffAllChannels(self):
for awg in self.awgs:
awg.beginSession()
awg.turnOffAllChannels()
awg.endSession()
def writeWaveform(self, channel, wave):
mappedChannel = self.channelMapping[channel]
self.awgs[mappedChannel[0]].beginSession()
self.awgs[mappedChannel[0]].writeWaveform(mappedChannel[1],
[(2 * v - 1) * 32765
for v in wave])
self.awgs[mappedChannel[0]].endSession()
def sendTrigger(self, awgIndex, interval1, count1, interval2, count2):
dev = self.awgs[awgIndex]
dev.beginSession()
dev.sendTrigger(interval1, count1, interval2, count2)
dev.endSession()
if __name__ == '__main__':
from interactionfreepy import IFWorker
from interactionfreepy import IFLoop
awg = USTCDACServer('192.168.25.237', sessionPermenent=True)
IFWorker('tcp://192.168.25.5:224', 'USTCAWG_237', awg)
IFLoop.join()
outputFile.write(
msgpack.packb({
'Summaries': summuries,
'Contents': memfile.getvalue()
}))
memfile.close()
outputFile.close()
def debug_info(level, msg):
pass
# print('[{}] {}'.format(level, msg))
if __name__ == '__main__':
print(datetime.now(pytz.timezone('Asia/Shanghai')).isoformat())
worker = IFWorker("tcp://172.16.60.199:224",
'MDIQKD_ResultFiltering',
timeout=10)
reviewer = RealtimeReviewer(
worker, 'MDIQKD_GroundTDC', 'MDI_ADCMonitor', 'MDIQKD_DataReviewer',
datetime.now(pytz.timezone('Asia/Shanghai')).isoformat(),
[[0, -0.4, 4.5], [1, -0.4, 4.5]]) #2020.8.21
# reviewer = RealtimeReviewer(worker, 'MDIQKD_GroundTDC', 'MDI_ADCMonitor', 'MDIQKD_DataReviewer', '2020-01-01T00:00:00+08:00', [[0, -0.4, 4.5], [1, -0.4, 4.5]]) #2020.8.22
reviewer.start()
# worker = IFWorker("tcp://127.0.0.1:224")
# reviewer = Reviewer(worker, 'MDIQKD_GroundTDC', 'MDI_ADCMonitor', 'MDIQKD_DataReviewer', '2020-08-01T01:29:30+08:00', '2020-08-01T01:36:30+08:00')
# reviewer.deleteExists()
# reviewer.review()
# else:
# raise RuntimeError('Channel {} not exists.'.format(name))
#
# async def startTrigger(self):
# awg = self.awgs[0]
# await awg.beginSession()
# await awg.sendTrigger(1e-3, 60000, 1e-3, 60000)
# await awg.endSession()
# print('Trigger started.')
if __name__ == '__main__':
from interactionfreepy import IFWorker
from interactionfreepy import IFLoop
workerAlice = IFWorker('tcp://172.16.60.199:224')
workerBob = IFWorker('tcp://172.16.60.199:224')
devAlice = AWGEncoder(workerAlice, '_USTCAWG_Alice', {
'AMDecoy': 2,
'AMTime1': 4,
'AMTime2': 6,
'PM': 1,
'PR': 0
})
# devBob = AWGEncoder(workerBob, 'USTCAWG_Bob', {'AMDecoy': 2, 'AMTime1': 4, 'AMTime2': 6, 'PM': 1, 'PR': 0})
# workerAlice.bindService('MDIQKD_AWGEncoder_Alice_', devAlice)
# workerBob.bindService('MDIQKD_AWGEncoder_Bob', devBob)
import asyncio
asyncio.get_event_loop().run_until_complete(devAlice.generateNewWaveform())
fig.set_size_inches(18, 10)
for i in range(len(waveforms.keys())):
axs[i].plot(times, waveforms[list(waveforms.keys())[i]])
axs[i].grid()
plt.show()
if __name__ == '__main__':
from interactionfreepy import IFBroker, IFWorker, IFLoop
import time
import sys
from tornado.ioloop import IOLoop
from random import Random
worker = IFWorker('tcp://192.168.25.5:224')
dev = AWGEncoder(worker.asyncInvoker("USTCAWG_237"), {
'AMRef': 1,
'AMDecoy': 2,
'PM1': 3,
'PM2': 4
})
worker.bindService("AWGEncoder", dev)
IFLoop.join()
# rnd = Random()
# dev = AWGEncoder(None, {'AMRef': 1, 'AMDecoy': 2, 'PM1': 3, 'PM2': 4})
# broker = IFBroker('tcp://*:2224')
# worker = IFWorker('tcp://localhost:2224', 'AWGEncoder', dev)
remoteDev = worker.AWGEncoder
# remoteDev = dev
def setADCMonitorChannel(self, mode):
worker = IFWorker("tcp://172.16.60.199:224")
if mode[:2] == 'AB': worker.MDI_ADCMonitor.configStorage(0, 1)
if mode[:2] == 'AD': worker.MDI_ADCMonitor.configStorage(0, -1)
if mode[:2] == 'BD': worker.MDI_ADCMonitor.configStorage(1, -1)
def deviceConnected(self):
return len(self.devices.keys()) > 0
def newDevice(self, request):
self.devices[request] = request
def deleteDevice(self, request):
del self.devices[request]
if __name__ == '__main__':
import time
from interactionfreepy import IFWorker
dev = HMC7044Eval()
worker = IFWorker('tcp://172.16.60.200:224', 'HMC7044EvalTest', dev)
class EchoHandler(BaseRequestHandler):
def handle(self):
print('Got connection from', self.client_address)
dev.newDevice(self.request)
try:
while True:
msg = self.request.recv(8192)
finally:
dev.deleteDevice(self.request)
serv = TCPServer(('', 25001), EchoHandler)
serv.serve_forever()
import time, socket, sys, threading, math, random
import numpy as np
import matplotlib.pyplot as plt
from math import isnan
from random import Random
exitHooks = []
from interactionfreepy import IFWorker
worker = IFWorker("tcp://172.16.60.199:224")
sys.path.append('D:\\GitHub\\Hydra\\Pydra')
import Pydra
class ExperimentControl:
def __init__(self):
self.session = Pydra.Session.newSession(('172.16.60.199', 20102), None,
'MDI-QKD-Controller-Test')
self.currentTDCReportSize = -1
self.syncService = self.session.blockingInvoker(
'SyncService') # 获得对SyncService的引用
self.exchanged = False
def TDCServer_ini(self, mode, FPM=False):
tdcserver = worker.MDIQKD_GroundTDC
tdcserver.turnOnAnalyser("Counter")
if FPM:
tdcserver.turnOnAnalyser(
"MultiHistogram", {
"Sync": 0,
# ratios = data[:, 1]
# c1 = data[:, head.index(head1)]
# c2 = data[:, head.index(head2)]
# if mode == 'HOM':
# y = c1 / (c2 + 1e-10)
# elif mode == 'QBER':
# y = c2 / (c1 + c2 + 1e-10)
# else:
# raise RuntimeError('Mode not valid.')
# z = [z for z in zip(y, ratios)]
# z.sort()
# validZ = [zz for zz in z if zz[1] > 0.1 and zz[1] < 10][0]
# return (validZ[1], validZ[0])
#
# def __listValidResults(self):
# files = [f for f in os.listdir(self.dir) if f.lower().endswith('.png')]
# files.sort()
# dirs = ['{}/{}'.format(self.dir, file[:15]) for file in files]
# return dirs
if __name__ == '__main__':
print('HOM and QBER summary')
# worker = IFWorker('tcp://172.16.60.199:224')
worker = IFWorker('tcp://127.0.0.1:224')
# shower = Shower(worker, 'MDI_DataReviewer_10k100M', '2020-03-12 11:04:05', '2020-06-12 22:04:05')
# shower = Shower(worker, 'MDIQKD_DataReviewer_ReProcess_4', '2020-07-25T15:38:00+08:00', '2020-07-25T15:40:00+08:00')
shower = Shower(worker, 'MDIQKD_DataReviewer', '2020-08-14T15:48:15+08:00',
'2020-08-14T15:50:15+08:00')
shower.show()
worker.close()
if __name__ == '__main__':
print('Net Speed Test')
t = time.time()
lengths = []
times = []
class NST:
def __init__(self):
pass
def test(self, data):
return time.time() - t
worker1 = IFWorker('tcp://172.16.60.200:224',
'__NetSpeedTest',
NST(),
force=True)
worker2 = IFWorker('tcp://172.16.60.200:224')
rnd = Random()
for l in np.logspace(3, 7, 10):
print(l)
l = int(l)
bs = ''.join(['0' for i in range(l)])
bs = bytearray(bs, 'UTF-8')
t = time.time()
lengths.append(l)
times.append(worker2.__NetSpeedTest.test(bs))
plt.plot(lengths, times)
return results
if __name__ == '__main__':
stations = [
['Ali', 'AL', 80.026, 32.325, 0],
['Delingha', 'DLH', 97.727, 37.379, 0],
['Nanshan', 'NS', 87.177, 43.475, 0],
['Beijing', 'BJ', 116.274, 40.047, 0],
['Lijiang', 'LJ', 100.029, 26.694, 0],
['Shanghai', 'SH', 121.542, 31.126, 0],
['Weihai', 'WeiH', 122.051, 37.534, 0],
# ['Wuhan', 'WuH', 114.410, 30.430, 0],
# ['Dalian', 'DL', 121.618, 38.932, 0],
['Russia (Beijing Time)', 'RUS', 37.596, 55.711, 4],
['Xiamen', 'XM', 118.1, 24.5, 0],
['Fuzhou', 'FZ', 119.3, 26.1, 0],
['Qingdao', 'QD', 120.3, 36.1, 0],
['Changchun', 'CC', 125.4, 43.9, 0],
['Jinan', 'JN', 117.000, 36.400, 0],
]
worker = IFWorker('tcp://172.16.60.200:224')
storage = worker.Storage
while True:
results = WeatherFetcher.fetchAll(stations)
worker.Storage.append(
'Weathers', results,
datetime.now(pytz.timezone('Asia/Shanghai')).isoformat())
time.sleep(3600 * 4)
dataFile.write('{}\n'.format(', '.join([str(i) for i in (data['bobMius'] + data['bobPs'])])))
dataFile.write('{}\n'.format(', '.join([str(i) for i in [
0, int(data['ValidTime'] * repeRate) * C,
int(data['XX Correct']) * C, int(data['XX Wrong']) * C,
int(data['YY Count']) * C,
int(data['XO Count']) * C,
int(data['OX Count']) * C,
int(data['YO Count']) * C,
int(data['OY Count']) * C,
int(data['OO Count']) * C,
int(data['ZZ Correct']) * C, int(data['ZZ Wrong']) * C,
]])))
dataFile.close()
p = subprocess.Popen('{}{}'.format(self.root, self.exe), shell=True, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
stdout, stderr = p.communicate()
os.remove('{}DATA_FILE.csv'.format(self.root))
result = str(stdout, 'GB2312')
retults = result.split('\n')
for r in retults:
if r.startswith('Line 0'):
print(r)
return float(r.split(',')[1][3:]) * repeRate
return 0
IFWorker('tcp://172.16.60.199:224', 'MDI-QKD KeyRate', KeyRate('MDI-freespace-data_process_failure_1e-7.exe'))
IFWorker('tcp://172.16.60.199:224', 'MDI-QKD KeyRate 20201016', KeyRate('MDI-freespace-data_process_failure_1e-7_20201016.exe'))
IFLoop.join()
from interactionfreepy import IFWorker, IFLoop
class ConfigurationManager:
def __init__(self, worker):
self.worker = worker
async def test(self):
print('hahaha')
self.worker.TFTDCServer.
if __name__ == '__main__':
worker1 = IFWorker('tcp://172.16.60.200:224')
cm = ConfigurationManager(worker1)
worker2 = IFWorker('tcp://172.16.60.200:224', 'TF_ConfigurationManager', cm, force=True)
worker2.TF_ConfigurationManager.test()
# IFLoop.join()
# worker1.TF_ClockManager.delay(alice=0.1)