def __AlternateCollectionMethodMultiThread(self,fnKillSignalled,startIndex):
processedWithoutRestdummymakelooklikeother = 0
ThreadCount = -1
ProcessThreadCount = self.__CreateInitialCollectorThreadGroupings()
AddActiveProcessingThreads(ProcessThreadCount)
firstGroupID = None
firstGroupCollectors = []
collectorCount = len(self._Collectors)
if collectorCount < 1:
Log.getLogger().error("No Collectors to process")
return
for processThreadID,collectorList in self.__ProcessThreadGroupings.items():
if None == firstGroupID:
firstGroupID = processThreadID
firstGroupCollectors = collectorList
else:
ID = str(self) + processThreadID
ThreadManager.GetThreadManager().CreateThread(ID,self.__SlicedThreadProc,processThreadID) # create a worker thread and pass it a list of collectors to update
ThreadManager.GetThreadManager().StartThread(ID)
ThreadCount += 1
while not fnKillSignalled(): # now go process the 1st group in this thread
processed = self.__CollectSingleRange(fnKillSignalled,firstGroupID)
if processed == 0:
Sleep.SleepMs(Namespace.SleepIntervalIfNoDataCollected)
if collectorCount != len(self._Collectors): # dynamic collectos must have added some
pass
def Shunt(self, namespace, ID, dataTuple, Value):
Statistics.GetStatistics().OnPacketShunted()
newTuple = (namespace, ID, dataTuple[4], Value)
shuntFile = dataTuple[2]
self.__ShuntLock.acquire()
try:
if not shuntFile in self.__ShuntedDataByFile:
self.__ShuntedDataByFile[shuntFile] = []
self.__ShuntedDataByFile[shuntFile].append(newTuple)
except Exception as Ex:
Log.getLogger().info("Unknown in Shunt function: " + str(Ex))
finally:
self.__ShuntLock.release()
if not self.__ShuntThreadCreated:
self.__ShuntThreadCreated = True
threadName = "ShuntProc:" + str(self)
ThreadManager.GetThreadManager().CreateThread(
threadName, self.ShuntWorkerProc)
ThreadManager.GetThreadManager().StartThread(threadName)
def Start(self):
if None != self.m_Name:
return
self.m_Name = str(self)
self.m_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
try:
self.m_socket.bind((self.getIP(), self.getPort()))
self.m_socket.setblocking(True)
self.m_socket.settimeout(0.01)
except Exception:
Log.getLogger().error("Invalid Socket IP or Port " + str(self))
return False
if 0 == self.getPort(): # let the OS choose the port
self.__Port = self.m_socket.getsockname()[
1] #can use this to pass to Marvin
self.__Port = self.__Port # ungly kludge
self.__IP = self.__IP # ungly kludge
self._objNamespace.__ListenPort = self.__Port
Log.getLogger().debug("Namespace[" + str(self._objNamespace) +
"] listening on -->" + str(self))
ThreadManager.GetThreadManager().CreateThread(self.m_Name,
self.workerProc)
ThreadManager.GetThreadManager().StartThread(self.m_Name)
def Start(self):
if None != self.m_Name:
return
self.m_Name = "ServerUDP:" + str(self)
self.m_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
try:
self.m_socket.bind((self.getIP(), self.getPort()))
self.m_socket.setblocking(True)
self.m_socket.settimeout(0.001)
except Exception as ex:
Log.getLogger().error("Invalid Socket IP or Port " + str(self) +
" - " + str(ex))
return False
if 0 == self.getPort(): # let the OS choose the port
self.Port = self.m_socket.getsockname()[
1] #can use this to pass to Marvin
self.m_ConnPoint.Port = self.Port # ungly kludge
self.m_ConnPoint.IP = self.IP # ungly kludge
Log.getLogger().info(self.getTypeStr() + " listening on -->" +
str(self))
ThreadManager.GetThreadManager().CreateThread(self.m_Name,
self.workerProc)
ThreadManager.GetThreadManager().StartThread(self.m_Name)
return True
def Start(self):
Log.getLogger().info(self.getTypeStr() + " Connecting to -->" +
str(self))
ThreadManager.GetThreadManager().CreateThread(
self.m_Name, self.recvTCP_WorkerProc_Client, None)
ThreadManager.GetThreadManager().StartThread(self.m_Name)
return True
def CollectionProc(self):
if True == self.SpawnThread:
if None == self.ThreadName:
self.ThreadName = "UserPlugin." + str(
UserPluginFramework.Instance
) + "." + self.ScriptName + self.FunctionName
UserPluginFramework.Instance += 1
ThreadManager.GetThreadManager().CreateThread(
self.ThreadName, self.__CallUserPlugin)
ThreadManager.GetThreadManager().StartThread(self.ThreadName)
return "HelenKeller"
else:
self.__CallUserPlugin()
def acceptThread(self, fnKillSignalled, userData):
self.m_socket.listen(5)
while not fnKillSignalled(
): # run until signalled to end - call passed function to check for the signal
try:
clientSock, clientAddr = self.m_socket.accept()
clientThreadName = self.m_Name + str(clientAddr)
ThreadManager.GetThreadManager().CreateThread(
clientThreadName, self.recvTCP_WorkerProc,
(clientSock, clientAddr))
ThreadManager.GetThreadManager().StartThread(clientThreadName)
self.__clients.append(clientSock)
except socket.timeout:
time.sleep(.5)
pass
def Begin(self,runOnce=False):
#start udp server
# start collectors
if False and False == Namespace._UseSingleCollectorThreadPerNamespace and not Namespace._UseMultiThreadPerNamespace: # deprecated
for collector in self._Collectors:
if not collector.IsInGroup() and not collector.IsOnDemand():
collector.BeginCollecting(runOnce)
Sleep.SleepMs(5) # so not at all same time
# this has now really been deprecated and should not be used anymore
elif True == Namespace._UseSingleCollectorThreadPerNamespace or runOnce: #one thread to do all collecting
ThreadManager.GetThreadManager().CreateThread(self._ID,self.__AlternateCollectionMethod,runOnce)
ThreadManager.GetThreadManager().StartThread(self._ID)
else: # many threads, with multiple collectors per thread
ThreadManager.GetThreadManager().CreateThread(self._ID,self.__AlternateCollectionMethodMultiThread)
ThreadManager.GetThreadManager().StartThread(self._ID)
if True == runOnce:
return len(self._Collectors)
self._Server = ServerUDP.ServerUDP(self.__ListenIP,self.__ListenPort,self)
self._Server.Start()
threadName = "ConnUpdateThread:" + str(self) + ":" + str(self.__ListenPort)
ThreadManager.GetThreadManager().CreateThread(threadName,self.__sendConnectionInfoProc)
ThreadManager.GetThreadManager().StartThread(threadName)
return len(self._Collectors)
def __init__(self):
if None != Playback._instance:
return
Playback._instance = self
self.PlaybackData=[]
self.LoopCount = 1
self.PlaybackSpeed=1
self.CurrentIndex=0
self.LoopMode = RepeatMode.NONE
self.Stopped=True
self.Paused=False
self.StartTime=None
self.threadName = "PlaybackObject" + ":" + str(self)
self.IndexExternallySet=False
self.startIndex=0
self.endIndex = None
ThreadManager.GetThreadManager().CreateThread(self.threadName,self.__workerProc)
ThreadManager.GetThreadManager().StartThread(self.threadName)
def main():
if not HandleCommandlineArguments():
return
if not Configuration.get().ReadConfigFile():
return
PrintVersion()
downstreamConnInfo = Configuration.get().GetDownstreamConnection()
upstreamConnInfo = Configuration.get().GetUpstreamConnection()
downstreamServer = ServerUDP.ServerUDP(downstreamConnInfo,ConnectionType.DownstreamServer)
upstreamServer = ServerUDP.ServerUDP(upstreamConnInfo,ConnectionType.UpstreamServer)
# if None == Configuration.get().GetAutorunFilename() or 1==1:
if upstreamServer.Start():
if None == downstreamConnInfo:
return
if None == upstreamConnInfo:
return
ThreadManager.GetThreadManager().CreateThread("StartupStuff",StartupWorkerProc,(downstreamServer,upstreamServer))
if not Configuration.get().GetUseGUI():
GuiMgr.Initialize(GuiMgr.UI.NONE,downstreamServer,upstreamServer)
else:
try:
GuiMgr.Initialize(GuiMgr.UI.TKINTR,downstreamServer,upstreamServer)
except Exception as Ex:
print(str(Ex))
GuiMgr.Initialize(GuiMgr.UI.NONE,downstreamServer,upstreamServer)
ThreadManager.GetThreadManager().StartThread("StartupStuff")
GuiMgr.Start()
ThreadManager.GetThreadManager().StopAllThreads()
def __init__(self,
ip=None,
Port=None,
ConnType=ConnectionType.Unknown,
canTimeout=True):
super(Target, self).__init__(ip, Port, ConnType)
self.ConfigurationDefinedTarget = ip
self.m_IP_InUse = None #m_ip could be DNS name
self.m_socket = None
self.m_lastHeartbeat = Time.GetCurrMS()
self.m_PacketsSent = 0
self.m_BytestSent = 0
self.m_InitialRefreshSent = False
self.m_objLockDict = threading.Lock()
self.m_SendList = []
self.m_hasTimedOut = False
self.m_LastDNSResolution = Time.GetCurrMS()
self.m_DNSResolutionPeriod = 30000 #30 seconds
self.m_CanTimeout = canTimeout
self.threadName = None
self.lastRefreshRequestID = 0
self.MarkedForRemoval = False
try:
self.m_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM,
socket.IPPROTO_UDP)
self.m_socket.setblocking(True)
self.m_socket.settimeout(0.001)
except Exception as _:
Log.getLogger().error("Error setting up Target Socket -->" +
str(super.m_Connection))
self.threadName = "Target:" + self.getIP() + "[" + str(
self.getPort()) + "]"
ThreadManager.GetThreadManager().CreateThread(self.threadName,
self.WorkerProc)
ThreadManager.GetThreadManager().StartThread(self.threadName)
def __SimpleWorker(self):
while not ThreadManager.GetThreadManager().AllStopSignalled():
dataBlock = self.GetItemFromSynchQueue() # get data to process
if None != dataBlock:
rawData, FromAddr = dataBlock
self.__HandleLiveData(rawData, FromAddr) # go process teh data
else: # no data to process, maybe reduce woker count
if self._GetWorkerThreadCount() > 2:
self._DecrementWorkerThreadCount()
#Log.getLogger().debug("Reducing worker threads")
return
else:
Sleep.SleepMs(10)
def Start(self):
try:
self.m_socket.bind((self.getIP(), self.getPort()))
#self.m_socket.setblocking(True)
except Exception as ex:
Log.getLogger().error("Invalid Socket IP or Port " + str(self) +
" - " + str(ex))
return False
# this should not be OK for TCP, remove
if 0 == self.getPort(): # let the OS choose the port
self.Port = self.m_socket.getsockname()[
1] #can use this to pass to Marvin
self.m_ConnPoint.Port = self.Port # ungly kludge
self.m_ConnPoint.IP = self.IP # ungly kludge
Log.getLogger().info(self.getTypeStr() + " listening on -->" +
str(self))
ThreadManager.GetThreadManager().CreateThread(self.m_Name,
self.acceptThread)
ThreadManager.GetThreadManager().StartThread(self.m_Name)
return True
def __SimpleWorker(self):
while not ThreadManager.GetThreadManager().AllStopSignalled():
packet = self.GetDownstreamPacket() # get data to process
if None != packet:
sendBuffer, ignoreTimeout, domNode, isGroup = packet
self._BroadcastDownstream(sendBuffer, ignoreTimeout, domNode,
isGroup)
else: # no data to process, maybe reduce woker count
if self.GetWorkerThreadCount() > 2:
self.DecrementWorkerThreadCount()
#Log.getLogger().debug("Reducing worker threads [" + str(self.GetWorkerThreadCount()) +']')
return
else:
Sleep.SleepMs(10)
def BeginCollecting(self, runOnce):
ThreadManager.GetThreadManager().CreateThread(self._Name,
self.__collectionProc)
ThreadManager.GetThreadManager().StartThread(self._Name)
def main():
parser = argparse.ArgumentParser(description='Minion Data Collector.')
parser.add_argument("-i",
"--input",
dest='argFilename',
help='specifies input file',
type=extant_file,
metavar="FILE")
parser.add_argument("-v",
"--verbose",
help="prints information, values 0-3",
type=int)
parser.add_argument("-r",
"--runonce",
help="calls all collectors once and exits",
action="store_true")
parser.add_argument(
"-a",
"--aliasfile",
help="specify an external file that has alias defintions",
type=str)
try:
args = parser.parse_args()
if None == args.verbose:
_VerboseLevel = 0
else:
_VerboseLevel = args.verbose
_RunOnce = args.runonce
except:
return
ShowVersion()
if not VersionCheck.CheckVersion():
Log.getLogger().error("Invalid version of Python")
return
if 3 <= _VerboseLevel:
Log.setLevel(logging.DEBUG)
elif 2 == _VerboseLevel:
Log.setLevel(logging.WARNING)
elif 1 == _VerboseLevel:
Log.setLevel(logging.INFO)
else:
Log.setLevel(logging.ERROR)
curr_dir_path = os.path.dirname(os.path.realpath(__file__))
Alias.AliasMgr.AddAlias("WORKING_DIR", curr_dir_path)
Alias.AliasMgr.AddEnvironmentVariables()
if None != args.aliasfile:
if not Alias.AliasMgr.LoadExternalAliasFile(args.aliasfile):
return
signal.signal(
signal.SIGINT, signal.SIG_IGN
) # turn of Ctrl+C signal handler (will get inherted by sub processes
if not os.path.exists(_ConfigFilename):
Log.getLogger().error("Config file [" + _ConfigFilename +
"] not found!")
return
config = Configuration.Configuration(_ConfigFilename, True)
if None == config or not config.IsValid():
pass
else:
print("Starting Collectors...")
totalCollectors = 0
for namespace in config.GetNamespaces():
totalCollectors += namespace.Begin(_RunOnce)
signal.signal(signal.SIGINT,
signal_handler) # make my own Ctrl+C handler now
print(str(totalCollectors) + " Collectors started.")
if False == _RunOnce:
print("Press CTRL+C to Exit")
else:
print("Running Once")
if False == _RunOnce:
while _ThreadActive:
if 0 == _VerboseLevel:
for c in spinning_cursor():
countStr = '[' + str(config.GetCollectorCount()) + '] '
sys.stdout.write(countStr)
sys.stdout.write(c)
Sleep.SleepMs(100)
sys.stdout.flush()
sys.stdout.write('\b')
for c in countStr:
sys.stdout.write('\b')
else:
Sleep.SleepMs(100)
print("Shutting down...")
try:
ThreadManager.GetThreadManager().StopAllThreads()
except:
pass
class BoWIDFIntelligence:
masterWord = "__MASTER_WORD__"
wordTable = "Words"
articleTable = "Articles"
predictQueueTable = "ToPredictQueue"
learnQueueTable = "ToLearnQueue"
parseQueueTable = "ToParseQueue"
predictLabel = "PREDICT"
learnLabel = "LEARN"
parseLabel = "PARSE"
def __init__(self, aCompanyInformationList, aBoWIDFDatabaseName, aIDFinanceClientIntelligent,
LearningThreads=3, PredictingThreads=2, ParsingThreads=4):
self.status = "OPEN"
self.companyinformationlist = aCompanyInformationList
self.bowidfdbconnection = TSSQLConnection(aBoWIDFDatabaseName)
UpdateWord(self.bowidfdbconnection)
UpdateArticle(self.bowidfdbconnection)
UpdateWords(self.bowidfdbconnection)
self.intradayconnection = aIDFinanceClientIntelligent
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Word text UNIQUE,
DocumentCount int,
TotalCount int,
Prediction text)""".format(self.wordTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate int,
Link text,
NewsID text UNIQUE,
Content text,
Prediction text,
Actual text,
PCount int)""".format(self.articleTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(self.predictQueueTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(self.learnQueueTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(self.parseQueueTable), block=True)
self.longlearnqueue = queue.Queue()
self.longlearntimer = IntervalTimer(60*60, self.__moveLongLearn2Regular)
self.predicterManager = ThreadManager(self.predictLabel, PredictingThreads, self.__predicterWorker)
self.learnerManager = ThreadManager(self.learnLabel, LearningThreads, self.__learnerWorker)
self.parserManager = ThreadManager(self.parseLabel, ParsingThreads, self.__parserWorker)
self.__tableQueues2Managers()
self.longlearntimer.start()
def predict(self, aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource, doBlock=False, doLearn=True):
if self.__canPredictInput(aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource):
self.predicterManager.put((self.predictLabel, (aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource)))
def learn(self, aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource):
if self.__canLearnInput(aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource):
self.learnerManager.put((self.learnLabel, (aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource)))
def __canPredictInput(self, aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource):
return True
def __canLearnInput(self, aService, aTicker, aTitle, aPubDate, aLink, aNewsID, aFullSource):
return True
def join(self):
for _ in range(4):
self.learnerManager.join()
self.predicterManager.join()
self.parserManager.join()
def close(self, block=False):
if(self.status != "CLOSED"):
self.status = "CLOSED"
if block:
self.join()
self.learnerManager.close()
self.predicterManager.close()
self.parserManager.close()
self.longlearntimer.cancel()
self.__moveLongLearn2Regular()
self.__managers2TableQueues()
self.bowidfdbconnection.close()
def __del__(self):
self.close()
def __tableQueues2Managers(self):
self.__tableQueue2Manager(self.predictQueueTable, self.predicterManager)
self.__tableQueue2Manager(self.learnQueueTable, self.learnerManager)
self.__tableQueue2Manager(self.parseQueueTable, self.parserManager)
def __tableQueue2Manager(self, aTable, aManager):
rows = self.bowidfdbconnection.execute("SELECT * FROM {0};".format(aTable), block=True)
for row in rows:
toput = (row[7], (row[0], row[1], row[2], row[3], row[4], row[5], row[6]))
aManager.put(toput)
self.bowidfdbconnection.execute("DELETE FROM {0};".format(aTable), block=True)
self.bowidfdbconnection.execute("VACUUM;", block=True)
def __managers2TableQueues(self):
self.__manager2TableQueue(self.predictQueueTable, self.predicterManager)
self.__manager2TableQueue(self.learnQueueTable, self.learnerManager)
self.__manager2TableQueue(self.parseQueueTable, self.parserManager)
def __manager2TableQueue(self, aTable, aManager):
try:
while True:
item = aManager.queue.get(block=False)[1]
toput = (item[1][0], item[1][1], item[1][2], item[1][3], item[1][4], item[1][5], item[1][6], item[0],)
self.bowidfdbconnection.execute("INSERT OR IGNORE INTO {0} VALUES (?,?,?,?,?,?,?,?)".format(aTable), toput)
aManager.queue.task_done()
except queue.Empty:
pass
def __predicterWorker(self, aQueue, aStopToken):
while True:
item = aQueue.get()
if item[1] == aStopToken:
break
newsitem = self.__getNewsItemByID(item[1][1][5])
if newsitem == None:
self.parserManager.put(item[1])
elif newsitem[7] == None:
textinfo = self.__getTextInformation(newsitem[6])
masterinfo = None
wordcount = 0
for word in textinfo:
wordcount += textinfo[word][0]
if word == self.masterWord:
masterinfo = textinfo[word]
weights = {}
weighttotal = 0.0
for word in textinfo:
if word != self.masterWord:
tf = float(textinfo[word][0]) / float(wordcount)
idf = log( 1.0 + (float(masterinfo[1][1]) / (1 + float(textinfo[word][1][1]))) )
tfidf = tf*idf
weights[word] = tfidf
weighttotal += tfidf
mastervaltime = self.__getEmptyPrediction()
if weighttotal != 0:
for word in weights:
valtime = ValueTimes.loads(textinfo[word][1][3])
if weights[word] > 0 and not valtime.isZero():
mastervaltime = mastervaltime + valtime*((128.0 * weights[word]) / weighttotal)
mastervaltime = mastervaltime * (1 / 128.0)
self.bowidfdbconnection.execute("UPDATEARTICLE {0} SET Prediction=? WHERE NewsID=?".format(self.articleTable), (mastervaltime, item[1][1][5],), block=True)
if item[1][0] == self.learnLabel:
self.learnerManager.put(item[1])
aQueue.task_done()
aQueue.task_done()
def __learnerWorker(self, aQueue, aStopToken):
while True:
item = aQueue.get()
if item[1] == aStopToken:
break
newsitem = self.__getNewsItemByID(item[1][1][5])
if newsitem == None:
self.parserManager.put(item[1])
elif newsitem[7] == None or len(newsitem[7]) < 5:
toput = (item[1][0], (item[1][1][0], item[1][1][1], item[1][1][2], item[1][1][3], item[1][1][4], item[1][1][5], None))
self.predicterManager.put(toput)
elif newsitem[8] == None:
data = self.intradayconnection.getData(item[1][1][1], newsitem[3])
if data == None:
toput = (item[1][0], (item[1][1][0], item[1][1][1], item[1][1][2], item[1][1][3], item[1][1][4], item[1][1][5], None))
self.longlearnqueue.put(toput)
else:
tokens = self.__tokenize(newsitem[6])
self.bowidfdbconnection.execute("UPDATEWORDS", (tokens, data), block=True)
self.bowidfdbconnection.execute("UPDATE {0} SET Actual=? WHERE NewsID=?".format(self.articleTable), (data.dumps(), item[1][1][5],))
aQueue.task_done()
aQueue.task_done()
def __parserWorker(self, aQueue, aStopToken):
config = MyConfig()
while True:
item = aQueue.get()
if item[1] == aStopToken:
break
newsitem = self.__getNewsItemByID(item[1][1][5])
if newsitem == None:
print("Parsing " + item[1][1][5])
tse = None
try:
tse = time.mktime(time.strptime(item[1][1][3], "%a, %d %b %Y %H:%M:%S %Z"))
except:
pass
try:
tse = time.mktime(time.strptime(item[1][1][3].replace(":", ""), "%Y-%m-%dT%H%M%S%z"))
except:
pass
if self.intradayconnection.hasProperStart(item[1][1][1], tse) and tse != None:
for _ in range(3):
try:
nparticle = newspaper.article.Article(item[1][1][4], config=config)
nparticle.download(html=item[1][1][6])
nparticle.parse()
text = nparticle.text
if text!= None and len(text) > 40 and item[1][1][1] in text:
rowvalues = (item[1][1][0], item[1][1][1], item[1][1][2], tse, item[1][1][4], item[1][1][5], text, None, None, None)
self.bowidfdbconnection.execute("INSERT INTO {0} VALUES (?,?,?,?,?,?,?,?,?,?)".format(self.articleTable), rowvalues, block=True)
toput = (item[1][0], (item[1][1][0], item[1][1][1], item[1][1][2], item[1][1][3], item[1][1][4], item[1][1][5], None))
if item[1][0] == self.predictLabel:
self.predicterManager.put(toput)
elif item[1][0] == self.learnLabel:
self.learnerManager.put(toput)
break
except newspaper.article.ArticleException as e:
pass
except Exception as e:
pass
else:
toput = (item[1][0], (item[1][1][0], item[1][1][1], item[1][1][2], item[1][1][3], item[1][1][4], item[1][1][5], None))
if item[1][0] == self.predictLabel:
self.predicterManager.put(toput)
elif item[1][0] == self.learnLabel:
self.learnerManager.put(toput)
aQueue.task_done()
aQueue.task_done()
def __getNewsItemByID(self, aNewsID):
newsitemlist = self.bowidfdbconnection.execute("SELECT * FROM {0} WHERE NewsID=? LIMIT 1".format(self.articleTable), (aNewsID,))
if not newsitemlist:
return None
return newsitemlist[0]
def __getTextInformation(self, text):
textinformation = {}
wordcounts = self.__tokenize(text)
wordlist = list(wordcounts.keys())
wordlist.append(self.masterWord)
blocksize = 500
for i in range(math.ceil(len(wordlist)/blocksize)):
curparam = tuple(wordlist[i*blocksize:(i+1)*blocksize])
sqlstatement = "SELECT * FROM {0} WHERE".format(self.wordTable) + " Word=? OR " * (len(curparam)-1) + " Word=? "
for wordrow in self.bowidfdbconnection.execute(sqlstatement, curparam):
if wordrow[0] == self.masterWord:
textinformation[wordrow[0]] = (0, wordrow)
else:
textinformation[wordrow[0]] = (wordcounts[wordrow[0]], wordrow)
for word in wordcounts:
if word not in textinformation:
textinformation[word] = (wordcounts[word], (word, 0, 0, self.__getEmptyPrediction().dumps()))
if self.masterWord not in textinformation:
textinformation[self.masterWord] = (0, (self.masterWord, 0, 0, self.__getEmptyPrediction().dumps()))
return textinformation
def tokenize(self, text):
return self.__tokenize(text)
def __tokenize(self, text):
ret = {}
textwot = re.sub("\([.]+:[.]+\)", " ", text, flags=re.DOTALL)
wordlist = nltk.tokenize.word_tokenize(textwot)
stemmer = nltk.stem.snowball.EnglishStemmer()
stopwords = set( nltk.corpus.stopwords.words('english'))
for word in wordlist:
try:
word = stemmer.stem(word).lower()
if word and word not in stopwords and word.isalpha():
if word not in ret:
ret[word] = 0
ret[word] += 1
except:
pass
return ret
def __moveLongLearn2Regular(self):
try:
while True:
newsitem = self.longlearnqueue.get(False)
self.learnerManager.put(newsitem)
except queue.Empty:
pass
def __getEmptyPrediction(self):
valtime = {}
for i in range(39):
valtime[i*30*60] = 0
return ValueTimes(valtime)
def __init__(self, aCompanyInformationList, aBoWIDFDatabaseName, aIDFinanceClientIntelligent,
LearningThreads=3, PredictingThreads=2, ParsingThreads=4):
self.status = "OPEN"
self.companyinformationlist = aCompanyInformationList
self.bowidfdbconnection = TSSQLConnection(aBoWIDFDatabaseName)
UpdateWord(self.bowidfdbconnection)
UpdateArticle(self.bowidfdbconnection)
UpdateWords(self.bowidfdbconnection)
self.intradayconnection = aIDFinanceClientIntelligent
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Word text UNIQUE,
DocumentCount int,
TotalCount int,
Prediction text)""".format(self.wordTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate int,
Link text,
NewsID text UNIQUE,
Content text,
Prediction text,
Actual text,
PCount int)""".format(self.articleTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(self.predictQueueTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(self.learnQueueTable), block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(self.parseQueueTable), block=True)
self.longlearnqueue = queue.Queue()
self.longlearntimer = IntervalTimer(60*60, self.__moveLongLearn2Regular)
self.predicterManager = ThreadManager(self.predictLabel, PredictingThreads, self.__predicterWorker)
self.learnerManager = ThreadManager(self.learnLabel, LearningThreads, self.__learnerWorker)
self.parserManager = ThreadManager(self.parseLabel, ParsingThreads, self.__parserWorker)
self.__tableQueues2Managers()
self.longlearntimer.start()
def __init__(self):
name = "Connection Update Timer Thread"
self.__WorkerThread = ThreadManager.GetThreadManager().CreateThread(
name, self.WorkerProc)
ThreadManager.GetThreadManager().StartThread(name)
def main():
if not HandleCommandlineArguments():
return
if not Configuration.get().ReadConfigFile():
return
PrintVersion()
downstreamConnInfo = Configuration.get().GetDownstreamConnection()
upstreamConnInfo = Configuration.get().GetUpstreamConnection()
downstreamServer = Server.ServerUDP(downstreamConnInfo,
ConnectionType.DownstreamServer)
upstreamServer = Server.ServerUDP(upstreamConnInfo,
ConnectionType.UpstreamServer)
proxyServer = None
proxyClient = None
goodToGo = True
if upstreamServer.Start():
if None == downstreamConnInfo:
return
if None == upstreamConnInfo:
return
ThreadManager.GetThreadManager().CreateThread(
"StartupStuff", StartupWorkerProc,
(downstreamServer, upstreamServer))
if not Configuration.get().GetUseGUI():
GuiMgr.Initialize(GuiMgr.UI.NONE, downstreamServer, upstreamServer)
else:
try:
GuiMgr.Initialize(GuiMgr.UI.TKINTR, downstreamServer,
upstreamServer)
except Exception as Ex:
print(str(Ex))
GuiMgr.Initialize(GuiMgr.UI.NONE, downstreamServer,
upstreamServer)
if None != Configuration.get().GetProxyConnection():
proxyConnInfo_server = Configuration.get().GetProxyConnection()
proxyServer = Server.ServerTCP(
proxyConnInfo_server, ConnectionType.ProxyConnection_Server,
downstreamServer, upstreamServer)
if False == proxyServer.Start():
goodToGo = False
elif None != Configuration.get().GetProxyServerConnection():
proxyConnInfo_Client = Configuration.get(
).GetProxyServerConnection()
proxyClient = Server.ClientTCP(
proxyConnInfo_Client, ConnectionType.ProxyConnection_Client,
downstreamServer, upstreamServer)
if False == proxyClient.Start():
goodToGo = False
if True == goodToGo:
ThreadManager.GetThreadManager().StartThread("StartupStuff")
GuiMgr.Start()
ThreadManager.GetThreadManager().StopAllThreads()
def StopProcessing(self):
ThreadManager.GetThreadManager().StopThread(self.threadName)
ThreadManager.GetThreadManager().RemoveThread(self.threadName)
def Quit(self):
ThreadManager.GetThreadManager().StopAllThreads()
self.pGui.OnQuit()
class BoWIDFIntelligence:
masterWord = "__MASTER_WORD__"
wordTable = "Words"
articleTable = "Articles"
predictQueueTable = "ToPredictQueue"
learnQueueTable = "ToLearnQueue"
parseQueueTable = "ToParseQueue"
predictLabel = "PREDICT"
learnLabel = "LEARN"
parseLabel = "PARSE"
def __init__(self,
aCompanyInformationList,
aBoWIDFDatabaseName,
aIDFinanceClientIntelligent,
LearningThreads=3,
PredictingThreads=2,
ParsingThreads=4):
self.status = "OPEN"
self.companyinformationlist = aCompanyInformationList
self.bowidfdbconnection = TSSQLConnection(aBoWIDFDatabaseName)
UpdateWord(self.bowidfdbconnection)
UpdateArticle(self.bowidfdbconnection)
UpdateWords(self.bowidfdbconnection)
self.intradayconnection = aIDFinanceClientIntelligent
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Word text UNIQUE,
DocumentCount int,
TotalCount int,
Prediction text)""".format(self.wordTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate int,
Link text,
NewsID text UNIQUE,
Content text,
Prediction text,
Actual text,
PCount int)""".format(
self.articleTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(
self.predictQueueTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(
self.learnQueueTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(
self.parseQueueTable),
block=True)
self.longlearnqueue = queue.Queue()
self.longlearntimer = IntervalTimer(60 * 60,
self.__moveLongLearn2Regular)
self.predicterManager = ThreadManager(self.predictLabel,
PredictingThreads,
self.__predicterWorker)
self.learnerManager = ThreadManager(self.learnLabel, LearningThreads,
self.__learnerWorker)
self.parserManager = ThreadManager(self.parseLabel, ParsingThreads,
self.__parserWorker)
self.__tableQueues2Managers()
self.longlearntimer.start()
def predict(self,
aService,
aTicker,
aTitle,
aPubDate,
aLink,
aNewsID,
aFullSource,
doBlock=False,
doLearn=True):
if self.__canPredictInput(aService, aTicker, aTitle, aPubDate, aLink,
aNewsID, aFullSource):
self.predicterManager.put(
(self.predictLabel, (aService, aTicker, aTitle, aPubDate,
aLink, aNewsID, aFullSource)))
def learn(self, aService, aTicker, aTitle, aPubDate, aLink, aNewsID,
aFullSource):
if self.__canLearnInput(aService, aTicker, aTitle, aPubDate, aLink,
aNewsID, aFullSource):
self.learnerManager.put(
(self.learnLabel, (aService, aTicker, aTitle, aPubDate, aLink,
aNewsID, aFullSource)))
def __canPredictInput(self, aService, aTicker, aTitle, aPubDate, aLink,
aNewsID, aFullSource):
return True
def __canLearnInput(self, aService, aTicker, aTitle, aPubDate, aLink,
aNewsID, aFullSource):
return True
def join(self):
for _ in range(4):
self.learnerManager.join()
self.predicterManager.join()
self.parserManager.join()
def close(self, block=False):
if (self.status != "CLOSED"):
self.status = "CLOSED"
if block:
self.join()
self.learnerManager.close()
self.predicterManager.close()
self.parserManager.close()
self.longlearntimer.cancel()
self.__moveLongLearn2Regular()
self.__managers2TableQueues()
self.bowidfdbconnection.close()
def __del__(self):
self.close()
def __tableQueues2Managers(self):
self.__tableQueue2Manager(self.predictQueueTable,
self.predicterManager)
self.__tableQueue2Manager(self.learnQueueTable, self.learnerManager)
self.__tableQueue2Manager(self.parseQueueTable, self.parserManager)
def __tableQueue2Manager(self, aTable, aManager):
rows = self.bowidfdbconnection.execute(
"SELECT * FROM {0};".format(aTable), block=True)
for row in rows:
toput = (row[7], (row[0], row[1], row[2], row[3], row[4], row[5],
row[6]))
aManager.put(toput)
self.bowidfdbconnection.execute("DELETE FROM {0};".format(aTable),
block=True)
self.bowidfdbconnection.execute("VACUUM;", block=True)
def __managers2TableQueues(self):
self.__manager2TableQueue(self.predictQueueTable,
self.predicterManager)
self.__manager2TableQueue(self.learnQueueTable, self.learnerManager)
self.__manager2TableQueue(self.parseQueueTable, self.parserManager)
def __manager2TableQueue(self, aTable, aManager):
try:
while True:
item = aManager.queue.get(block=False)[1]
toput = (
item[1][0],
item[1][1],
item[1][2],
item[1][3],
item[1][4],
item[1][5],
item[1][6],
item[0],
)
self.bowidfdbconnection.execute(
"INSERT OR IGNORE INTO {0} VALUES (?,?,?,?,?,?,?,?)".
format(aTable), toput)
aManager.queue.task_done()
except queue.Empty:
pass
def __predicterWorker(self, aQueue, aStopToken):
while True:
item = aQueue.get()
if item[1] == aStopToken:
break
newsitem = self.__getNewsItemByID(item[1][1][5])
if newsitem == None:
self.parserManager.put(item[1])
elif newsitem[7] == None:
textinfo = self.__getTextInformation(newsitem[6])
masterinfo = None
wordcount = 0
for word in textinfo:
wordcount += textinfo[word][0]
if word == self.masterWord:
masterinfo = textinfo[word]
weights = {}
weighttotal = 0.0
for word in textinfo:
if word != self.masterWord:
tf = float(textinfo[word][0]) / float(wordcount)
idf = log(1.0 + (float(masterinfo[1][1]) /
(1 + float(textinfo[word][1][1]))))
tfidf = tf * idf
weights[word] = tfidf
weighttotal += tfidf
mastervaltime = self.__getEmptyPrediction()
if weighttotal != 0:
for word in weights:
valtime = ValueTimes.loads(textinfo[word][1][3])
if weights[word] > 0 and not valtime.isZero():
mastervaltime = mastervaltime + valtime * (
(128.0 * weights[word]) / weighttotal)
mastervaltime = mastervaltime * (1 / 128.0)
self.bowidfdbconnection.execute(
"UPDATEARTICLE {0} SET Prediction=? WHERE NewsID=?".format(
self.articleTable), (
mastervaltime,
item[1][1][5],
),
block=True)
if item[1][0] == self.learnLabel:
self.learnerManager.put(item[1])
aQueue.task_done()
aQueue.task_done()
def __learnerWorker(self, aQueue, aStopToken):
while True:
item = aQueue.get()
if item[1] == aStopToken:
break
newsitem = self.__getNewsItemByID(item[1][1][5])
if newsitem == None:
self.parserManager.put(item[1])
elif newsitem[7] == None or len(newsitem[7]) < 5:
toput = (item[1][0],
(item[1][1][0], item[1][1][1], item[1][1][2],
item[1][1][3], item[1][1][4], item[1][1][5], None))
self.predicterManager.put(toput)
elif newsitem[8] == None:
data = self.intradayconnection.getData(item[1][1][1],
newsitem[3])
if data == None:
toput = (item[1][0], (item[1][1][0], item[1][1][1],
item[1][1][2], item[1][1][3],
item[1][1][4], item[1][1][5], None))
self.longlearnqueue.put(toput)
else:
tokens = self.__tokenize(newsitem[6])
self.bowidfdbconnection.execute("UPDATEWORDS",
(tokens, data),
block=True)
self.bowidfdbconnection.execute(
"UPDATE {0} SET Actual=? WHERE NewsID=?".format(
self.articleTable), (
data.dumps(),
item[1][1][5],
))
aQueue.task_done()
aQueue.task_done()
def __parserWorker(self, aQueue, aStopToken):
config = MyConfig()
while True:
item = aQueue.get()
if item[1] == aStopToken:
break
newsitem = self.__getNewsItemByID(item[1][1][5])
if newsitem == None:
print("Parsing " + item[1][1][5])
tse = None
try:
tse = time.mktime(
time.strptime(item[1][1][3],
"%a, %d %b %Y %H:%M:%S %Z"))
except:
pass
try:
tse = time.mktime(
time.strptime(item[1][1][3].replace(":", ""),
"%Y-%m-%dT%H%M%S%z"))
except:
pass
if self.intradayconnection.hasProperStart(item[1][1][1],
tse) and tse != None:
for _ in range(3):
try:
nparticle = newspaper.article.Article(
item[1][1][4], config=config)
nparticle.download(html=item[1][1][6])
nparticle.parse()
text = nparticle.text
if text != None and len(
text) > 40 and item[1][1][1] in text:
rowvalues = (item[1][1][0], item[1][1][1],
item[1][1][2], tse, item[1][1][4],
item[1][1][5], text, None, None,
None)
self.bowidfdbconnection.execute(
"INSERT INTO {0} VALUES (?,?,?,?,?,?,?,?,?,?)"
.format(self.articleTable),
rowvalues,
block=True)
toput = (item[1][0],
(item[1][1][0], item[1][1][1],
item[1][1][2], item[1][1][3],
item[1][1][4], item[1][1][5], None))
if item[1][0] == self.predictLabel:
self.predicterManager.put(toput)
elif item[1][0] == self.learnLabel:
self.learnerManager.put(toput)
break
except newspaper.article.ArticleException as e:
pass
except Exception as e:
pass
else:
toput = (item[1][0],
(item[1][1][0], item[1][1][1], item[1][1][2],
item[1][1][3], item[1][1][4], item[1][1][5], None))
if item[1][0] == self.predictLabel:
self.predicterManager.put(toput)
elif item[1][0] == self.learnLabel:
self.learnerManager.put(toput)
aQueue.task_done()
aQueue.task_done()
def __getNewsItemByID(self, aNewsID):
newsitemlist = self.bowidfdbconnection.execute(
"SELECT * FROM {0} WHERE NewsID=? LIMIT 1".format(
self.articleTable), (aNewsID, ))
if not newsitemlist:
return None
return newsitemlist[0]
def __getTextInformation(self, text):
textinformation = {}
wordcounts = self.__tokenize(text)
wordlist = list(wordcounts.keys())
wordlist.append(self.masterWord)
blocksize = 500
for i in range(math.ceil(len(wordlist) / blocksize)):
curparam = tuple(wordlist[i * blocksize:(i + 1) * blocksize])
sqlstatement = "SELECT * FROM {0} WHERE".format(
self.wordTable) + " Word=? OR " * (len(curparam) -
1) + " Word=? "
for wordrow in self.bowidfdbconnection.execute(
sqlstatement, curparam):
if wordrow[0] == self.masterWord:
textinformation[wordrow[0]] = (0, wordrow)
else:
textinformation[wordrow[0]] = (wordcounts[wordrow[0]],
wordrow)
for word in wordcounts:
if word not in textinformation:
textinformation[word] = (wordcounts[word],
(word, 0, 0,
self.__getEmptyPrediction().dumps()))
if self.masterWord not in textinformation:
textinformation[self.masterWord] = (0, (
self.masterWord, 0, 0, self.__getEmptyPrediction().dumps()))
return textinformation
def tokenize(self, text):
return self.__tokenize(text)
def __tokenize(self, text):
ret = {}
textwot = re.sub("\([.]+:[.]+\)", " ", text, flags=re.DOTALL)
wordlist = nltk.tokenize.word_tokenize(textwot)
stemmer = nltk.stem.snowball.EnglishStemmer()
stopwords = set(nltk.corpus.stopwords.words('english'))
for word in wordlist:
try:
word = stemmer.stem(word).lower()
if word and word not in stopwords and word.isalpha():
if word not in ret:
ret[word] = 0
ret[word] += 1
except:
pass
return ret
def __moveLongLearn2Regular(self):
try:
while True:
newsitem = self.longlearnqueue.get(False)
self.learnerManager.put(newsitem)
except queue.Empty:
pass
def __getEmptyPrediction(self):
valtime = {}
for i in range(39):
valtime[i * 30 * 60] = 0
return ValueTimes(valtime)
def __init__(self,
aCompanyInformationList,
aBoWIDFDatabaseName,
aIDFinanceClientIntelligent,
LearningThreads=3,
PredictingThreads=2,
ParsingThreads=4):
self.status = "OPEN"
self.companyinformationlist = aCompanyInformationList
self.bowidfdbconnection = TSSQLConnection(aBoWIDFDatabaseName)
UpdateWord(self.bowidfdbconnection)
UpdateArticle(self.bowidfdbconnection)
UpdateWords(self.bowidfdbconnection)
self.intradayconnection = aIDFinanceClientIntelligent
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Word text UNIQUE,
DocumentCount int,
TotalCount int,
Prediction text)""".format(self.wordTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate int,
Link text,
NewsID text UNIQUE,
Content text,
Prediction text,
Actual text,
PCount int)""".format(
self.articleTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(
self.predictQueueTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(
self.learnQueueTable),
block=True)
self.bowidfdbconnection.execute("""CREATE TABLE IF NOT EXISTS {0}(
Service text,
Ticker text,
Title text,
PubDate text,
Link text,
NewsID text UNIQUE,
FullContent text,
Caller text)""".format(
self.parseQueueTable),
block=True)
self.longlearnqueue = queue.Queue()
self.longlearntimer = IntervalTimer(60 * 60,
self.__moveLongLearn2Regular)
self.predicterManager = ThreadManager(self.predictLabel,
PredictingThreads,
self.__predicterWorker)
self.learnerManager = ThreadManager(self.learnLabel, LearningThreads,
self.__learnerWorker)
self.parserManager = ThreadManager(self.parseLabel, ParsingThreads,
self.__parserWorker)
self.__tableQueues2Managers()
self.longlearntimer.start()
def Stop(self):
ThreadManager.GetThreadManager().StopThread(self.m_Name)
if None != self.m_socket:
self.m_socket.close()
self.m_socket = None
def __init__(self):
name = "Watchdog Timer Thread"
self.__WorkerThread = ThreadManager.GetThreadManager().CreateThread(
name, self.WatchdogProc)
ThreadManager.GetThreadManager().StartThread(name)