def exportcsv(dataType):
c = setting()
l = logger('exportData')
databasePath = c.get('parser', 'db_path')
db = dbConnection(databasePath, l)
try:
filename = c.get('exportcsv',
'output_path') + '/export-data-' + dataType + '.csv'
file = open(filename, "w")
writer = csv.writer(file,
delimiter=',',
quotechar='"',
quoting=csv.QUOTE_ALL)
data = []
if 'station' == dataType:
headers = db.getAllStationInfoHeaders()
data = db.getAllStationInfo()
elif 'train' == dataType:
headers = db.getAllTrainInfoHeaders()
data = db.getAllTrainInfo()
# Writing the values
writer.writerow(list(headers))
for row in data:
writer.writerow(list(row))
file.close()
except (IOError, Exception) as e:
print e
def exportcsv(dataType):
c = setting()
l = logger('exportData')
databasePath = c.get('parser', 'db_path')
db = dbConnection(databasePath, l)
try:
filename= c.get ('exportcsv', 'output_path') + '/export-data-' + dataType + '.csv'
file = open(filename, "w")
writer = csv.writer(file, delimiter=',', quotechar='"', quoting=csv.QUOTE_ALL)
data = []
if 'station' == dataType:
headers = db.getAllStationInfoHeaders()
data = db.getAllStationInfo()
elif 'train' == dataType:
headers = db.getAllTrainInfoHeaders()
data = db.getAllTrainInfo()
# Writing the values
writer.writerow(list(headers))
for row in data:
writer.writerow(list(row))
file.close()
except (IOError, Exception) as e:
print e
def __init__(self, databasePath, systemType):
self.systemType = systemType
self.logging = logger(self.systemType)
self.databasePath = databasePath
self.db = dbConnection(self.databasePath, self.logging)
self.writer = publish(self.logging)
self.__cfg = setting()
self.__ticketPrint = False
def __init__(self):
self.c = setting()
self.logging = logger('export')
databasePath = self.c.get('parser', 'db_path')
self.db = dbConnection(databasePath, self.logging)
self.writeCsv()
dataClean = int(self.c.get('exportcsv', 'data_clean'))
if 1 == int(dataClean):
self.db.deleteAllTicketDetails()
def __init__(self):
self.c = setting()
self.logging = logger('export')
databasePath = self.c.get('parser', 'db_path')
self.db = dbConnection(databasePath, self.logging)
self.writeCsv()
dataClean = int(self.c.get('exportcsv', 'data_clean'))
if 1 == int(dataClean):
self.db.deleteAllTicketDetails()
def __detectionData(debug, sampleFile):
dataType = 'prs'
packet = ''
try:
if 0 == int(debug):
c = setting()
serialPortName = c.get('parser', 'serial_port_name')
if serialPortName == '0':
serialPortName = 0
fh = serial.Serial(serialPortName)
else:
fh = open(sampleFile)
# Getting the sub string of serial data
read = True
checkPacketCount = 0
while read:
try:
start = fh.read(1)
except serial.SerialException as e:
continue
if start.strip() != "":
data = Readttys.__byteToHex(start)
#print data
# Check the uts unique code in getting data and decide what it is
if '^$' in packet:
#print packet
dataType = 'uts'
read = False
elif data == "1B":
packetData = Readttys.__byteToHex(packet)
packet = ""
checkPacketCount += 1
if '1B5B306D' == packetData:
dataType = 'uts-dumb'
read = False
if Readttys.checkDataSize == checkPacketCount:
read = False
packet += start
fh.close()
except BaseException as e:
print 'Error in reading the data :'
print e
sys.exit(0)
return dataType
def __detectionData(debug, sampleFile):
dataType = 'prs'
packet = ''
try:
if 0 == int(debug):
c = setting()
serialPortName = c.get('parser', 'serial_port_name')
if serialPortName == '0':
serialPortName = 0
fh = serial.Serial(serialPortName)
else:
fh = open(sampleFile)
# Getting the sub string of serial data
read = True
checkPacketCount = 0
while read:
start = fh.read(1)
if start.strip() != "":
data = Readttys.__byteToHex(start)
#print data
# Check the uts unique code in getting data and decide what it is
if '^$' in packet:
#print packet
dataType = 'uts'
read = False
elif data == "1B":
packetData = Readttys.__byteToHex(packet)
packet = ""
checkPacketCount += 1
if '1B5B306D' == packetData:
dataType = 'uts-dumb'
read = False
if Readttys.checkDataSize == checkPacketCount:
read = False
packet += start
fh.close()
except BaseException as e:
print 'Error in reading the data :'
print e
sys.exit(0)
return dataType
def __detectionData(debug, sampleFile):
dataType = "prs"
packet = ""
try:
if 0 == int(debug):
c = setting()
serialPortName = c.get("parser", "serial_port_name")
if serialPortName == "0":
serialPortName = 0
fh = serial.Serial(serialPortName)
else:
fh = open(sampleFile)
# Getting the sub string of serial data
read = True
checkPacketCount = 0
while read:
start = fh.read(1)
if start.strip() != "":
data = Readttys.__byteToHex(start)
# print data
# Check the uts unique code in getting data and decide what it is
if "^$" in packet:
# print packet
dataType = "uts"
read = False
elif data == "1B":
packetData = Readttys.__byteToHex(packet)
packet = ""
checkPacketCount += 1
if "1B5B306D" == packetData:
dataType = "uts-dumb"
read = False
if Readttys.checkDataSize == checkPacketCount:
read = False
packet += start
fh.close()
except BaseException as e:
print "Error in reading the data :"
print e
sys.exit(0)
return dataType
def importcsv(dataType):
c = setting()
l = logger('exportData')
databasePath = c.get('parser', 'db_path')
db = dbConnection(databasePath, l)
try:
filename = c.get('exportcsv',
'output_path') + '/import-data-' + dataType + '.csv'
reader = csv.reader(open(filename, 'r'), delimiter=',')
if 'station' == dataType:
tablename = 'stationinfo'
elif 'train' == dataType:
tablename = 'traininfo'
rowno = 1
fields = ''
for data in reader:
if 1 == rowno:
# Validating colums
validColumns(dataType, data)
# Drop the schema of table
try:
db.cursor.execute('drop table ' + tablename)
except Exception as e:
pass
# create the table
sql = createTable(tablename, data)
db.cursor.execute(sql)
# build the insert query
sql = insertTable(tablename, data)
else:
# execute the insert query
try:
db.cursor.execute(sql, data)
db.connection.commit()
except (IOError, Exception) as e:
print 'Error: Inserting row :' + e
rowno += 1
#db.connection.commit()
except (IOError, Exception) as e:
print e
def importcsv(dataType):
c = setting()
l = logger('exportData')
databasePath = c.get('parser', 'db_path')
db = dbConnection(databasePath, l)
try:
filename= c.get ('exportcsv', 'output_path') + '/import-data-' + dataType + '.csv'
reader = csv.reader(open(filename, 'r'), delimiter=',')
if 'station' == dataType:
tablename = 'stationinfo'
elif 'train' == dataType:
tablename = 'traininfo'
rowno = 1
fields = ''
for data in reader:
if 1 == rowno:
# Validating colums
validColumns(dataType, data)
# Drop the schema of table
try:
db.cursor.execute('drop table ' + tablename)
except Exception as e:
pass
# create the table
sql = createTable(tablename, data)
db.cursor.execute(sql)
# build the insert query
sql = insertTable(tablename, data)
else:
# execute the insert query
try:
db.cursor.execute(sql, data)
db.connection.commit()
except (IOError, Exception) as e:
print 'Error: Inserting row :' + e
rowno += 1
#db.connection.commit()
except (IOError, Exception) as e:
print e
def main():
c = setting()
debug = c.get('parser', 'debug')
testDataFile = c.get('parser', 'test_data_file')
dataType = c.get('default', 'counter_type')
dataType = dataType.lower()
if 'prs' != dataType and 'uts' != dataType and 'uts-dumb' != dataType and 'uts-db' != dataType:
dataType = Readttys.__detectionData(debug, testDataFile)
if 'prs' == dataType:
r = readerprs(c.get('parser', 'db_path'), dataType)
print "PRS"
elif 'uts-dumb' == dataType or 'uts-db' == dataType:
r = readerutsdumb(c.get('parser', 'db_path'), dataType)
print "UTS-Dumb"
elif 'uts' == dataType:
r = readeruts(c.get('parser', 'db_path'), dataType)
print "UTS"
if 0 == int(debug):
r.readSerialport()
else:
r.readSampleFile(testDataFile)
def main():
c = setting()
debug = c.get("parser", "debug")
testDataFile = c.get("parser", "test_data_file")
dataType = c.get("default", "counter_type")
dataType = dataType.lower()
if "prs" != dataType and "uts" != dataType and "uts-dumb" != dataType and "uts-db" != dataType:
dataType = Readttys.__detectionData(debug, testDataFile)
if "prs" == dataType:
r = readerprs(c.get("parser", "db_path"), dataType)
print "PRS"
elif "uts-dumb" == dataType or "uts-db" == dataType:
r = readerutsdumb(c.get("parser", "db_path"), dataType)
print "UTS-Dumb"
elif "uts" == dataType:
r = readeruts(c.get("parser", "db_path"), dataType)
print "UTS"
if 0 == int(debug):
r.readSerialport()
else:
r.readSampleFile(testDataFile)
def main():
c = setting()
debug = c.get('parser', 'debug')
testDataFile = c.get('parser', 'test_data_file')
dataType = c.get('default', 'counter_type')
dataType = dataType.lower()
if 'prs' != dataType and 'uts' != dataType and 'uts-dumb' != dataType and 'uts-db' != dataType:
dataType = Readttys.__detectionData(debug, testDataFile)
if 'prs' == dataType:
r = readerprs(c.get('parser', 'db_path'), dataType)
print "PRS"
elif 'uts-dumb' == dataType or 'uts-db' == dataType:
r = readerutsdumb(c.get('parser', 'db_path'), dataType)
print "UTS-Dumb"
elif 'uts' == dataType:
r = readeruts(c.get('parser', 'db_path'), dataType)
print "UTS"
if 0 == int(debug):
r.readSerialport()
else:
r.readSampleFile(testDataFile)
def __init__(self, logging):
self.__cfg = setting()
self.logging = logging
self.dataDist['logoutmsg'] = self.__cfg.get('parser', 'logout_msg')
def __init__(self, systemType):
self.c = setting()
self.readttylog = self.c.get('default', 'readttylog')
if '0' != self.readttylog:
file = self.c.get('logging', 'file_path') + '/tty-' + systemType + '.log'
logging.basicConfig(filename=file, filemode='w', level=logging.DEBUG, format='%(asctime)s:%(levelname)s:%(message)s')