def handler(conn, lock, myData):
# keep track of erroneous opcodes
second_attempt = 0
while True:
# retrieve header
try:
netbuffer = conn.recv(1024)
except:
# close the thread if the connection is down
thread.exit()
# if we receive a message...
if len(netbuffer) >= 6:
# parse the xml
xml = ET.fromstring(netbuffer)
# only allow correct version numbers and buffers that are of the appropriate length
if val.validate(xml):
# try to send packet to correct handler
try:
opcode = int(xml.find("opcode").text)
opcodes[opcode](conn, xml, myData, lock)
# catch unhandled opcodes
except KeyError:
if second_attempt:
# disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
# send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def handler(conn, lock, myData):
#keep track of erroneous opcodes
second_attempt = 0
while True:
#retrieve header
try:
netbuffer = conn.recv(1024)
except:
#close the thread if the connection is down
thread.exit()
#if we receive a message...
if len(netbuffer) >= 6:
# parse the xml
xml = ET.fromstring(netbuffer)
#only allow correct version numbers and buffers that are of the appropriate length
if val.validate(xml):
#try to send packet to correct handler
try:
opcode = int(xml.find('opcode').text)
opcodes[opcode](conn, xml, myData, lock)
#catch unhandled opcodes
except KeyError:
if (second_attempt):
#disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
#send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def handler(conn, lock, myData):
#keep track of erroneous opcodes
second_attempt = 0
while True:
#retrieve header
try:
netbuffer = conn.recv(1024)
except:
#close the thread if the connection is down
thread.exit()
#unpack message...
request = sxml.parse_xml(netbuffer)
error = sxml.validate_request(request)
if error == NO_ERROR:
opcode = request.find("body").find("op_code").text
opcodes[opcode](conn, request, myData, lock)
elif error == UNKNOWN_OPCODE:
if (second_attempt):
#disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
#send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def handler(conn,lock, myData):
#keep track of erroneous opcodes
second_attempt = 0
while True:
#retrieve header
try:
netbuffer = conn.recv( 4096 )
except:
#close the thread if the connection is down
thread.exit()
#if we receive a message...
if len(netbuffer) >= HEADER_LENGTH:
#unpack it...
header = struct.unpack('!IQ',netbuffer[0:HEADER_LENGTH])
#only allow correct version numbers and buffers that are of the appropriate length
if header[0] == version and len(netbuffer) == header[1] + HEADER_LENGTH:
json_data = json.loads(netbuffer[HEADER_LENGTH:])
#try to send packet to correct handler
try:
opcodes[json_data['operation']](conn,json_data,myData,lock)
#catch unhandled opcodes
except KeyError:
if(second_attempt):
#disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
#send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def handler(conn,lock, myData):
#keep track of erroneous opcodes
second_attempt = 0
while True:
#retrieve header
try:
netbuffer = conn.recv(1024)
except:
#close the thread if the connection is down
thread.exit()
#unpack message...
request = sxml.parse_xml(netbuffer)
error = sxml.validate_request(request)
if error == NO_ERROR:
opcode = request.find("body").find("op_code").text
opcodes[opcode](conn, request, myData, lock)
elif error == UNKNOWN_OPCODE:
if(second_attempt):
#disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
#send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def handler(conn, lock, myData):
#keep track of erroneous opcodes
second_attempt = 0
while True:
#retrieve header
try:
netbuffer = conn.recv(1024)
except:
#close the thread if the connection is down
thread.exit()
#if we receive a message...
if len(netbuffer) >= 4:
# Get the GPB message length
length = struct.unpack('!I', netbuffer[0:4])[0]
if len(netbuffer) == 4:
# Only received the length so far
netbuffer += mySocket.recv(1024)
#only allow correct version numbers and buffers that are of the appropriate length
if (len(netbuffer) == (length + 4)):
# Populate the message with the data received
message = messages_pb2.ClientRequest()
message.ParseFromString(netbuffer[4:4 + length])
if (message.version == version) and verify_checksum(message):
opcode = message.opcode
#try to send packet to correct handler
try:
opcodes[opcode](conn, message, myData, lock)
#catch unhandled opcodes
except KeyError:
if (second_attempt):
#disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
#send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def handler(conn,lock, myData):
#keep track of erroneous opcodes
second_attempt = 0
while True:
#retrieve header
try:
netbuffer = conn.recv( 1024 )
except:
#close the thread if the connection is down
thread.exit()
#if we receive a message...
if len(netbuffer) >= 4:
# Get the GPB message length
length = struct.unpack('!I',netbuffer[0:4])[0]
if len(netbuffer) == 4:
# Only received the length so far
netbuffer += mySocket.recv( 1024 )
#only allow correct version numbers and buffers that are of the appropriate length
if (len(netbuffer) == (length + 4)):
# Populate the message with the data received
message = messages_pb2.ClientRequest()
message.ParseFromString(netbuffer[4:4+length])
if (message.version== version) and verify_checksum(message):
opcode = message.opcode
#try to send packet to correct handler
try:
opcodes[opcode](conn,message,myData,lock)
#catch unhandled opcodes
except KeyError:
if(second_attempt):
#disconnect the client
myServerSend.end_session_success(conn)
conn.close()
return
else:
#send incorrect opcode message
second_attempt = 1
unknown_opcode(conn)
def end_session(conn, json_data, myData, lock):
end_session_success(conn)
conn.close()
return
def end_session(conn,json_data,myData,lock):
end_session_success(conn)
conn.close()
return
def end_session(conn, netBuffer, myData, lock):
end_session_success(conn)
conn.close()
return
def end_session(conn, message, myData, lock):
end_session_success(conn)
conn.close()
return
def end_session(conn,netBuffer,myData,lock):
end_session_success(conn)
conn.close()
return
def end_session(conn,message,myData,lock):
end_session_success(conn)
conn.close()
return