def cmd_maki(main_window, argv):
""" /maki [connect|shutdown] """
def usage():
print_notification("Usage: /maki [connect|disconnect|shutdown]")
if len(argv) != 2:
usage()
return
cmd = argv[1]
if cmd == "connect":
print_notification("Connection to maki...")
if connection.connect():
print_notification("Connection to maki etablished.")
else:
print_notification("Connection to maki failed.")
main_window.update_divider()
elif cmd == "disconnect":
if no_connection():
return
connection.disconnect()
print_notification("Disconnected from maki.")
main_window.update_divider()
elif cmd == "shutdown":
if no_connection():
return
connection.sushi.shutdown(config.get("chatting", "quit_message"))
main_window.update_divider()
else:
usage()
return
def cmd_maki(main_window, argv):
""" /maki [connect|shutdown] """
def usage():
print_notification("Usage: /maki [connect|disconnect|shutdown]")
if len(argv) != 2:
usage()
return
cmd = argv[1]
if cmd == "connect":
print_notification("Connection to maki...")
if connection.connect():
print_notification("Connection to maki etablished.")
else:
print_notification("Connection to maki failed.")
main_window.update_divider()
elif cmd == "disconnect":
if no_connection():
return
connection.disconnect()
print_notification("Disconnected from maki.")
main_window.update_divider()
elif cmd == "shutdown":
if no_connection():
return
connection.sushi.shutdown(config.get("chatting", "quit_message"))
main_window.update_divider()
else:
usage()
return
import pandas as pd
import connection
path = r'C:\Users\comil\OneDrive\Documents\GitHub' \
r'\covid19\data\dim\sources.txt'
df = pd.read_csv(
path,
sep='\t',
names=['name','alias','url']
)
cnxn, crsr, engine = connection.connect()
df.to_sql(
name='dim_sources',
con=engine,
if_exists='append',
index=False
)
connection.disconnect(cnxn, crsr, engine)
# Send query and receive responsec
qbxml_query =
"""
<?qbxml version="4.0"?>
<QBXML>
<QBXMLMsgsRq onError="continueOnError">
<AccountQueryRq>
<IncludeRetElement>Name</IncludeRetElement>
<IncludeRetElement>Balance</IncludeRetElement>
</AccountQueryRq>
</QBXMLMsgsRq>
</QBXML>
"""
qbxml_response = s.ProcessRequest(t, qbxml_query)
#Disconnect connection
connection.disconnect(s)
# Parse the response by Element Tree
QBXML=connect.Et.fromstring(qbxml_response)
QBXMLMsgRs=QBXML.find("QBXMLMsgsRs")
AccountRet=QBXMLMsgRs.getiterator("AccountRet")
for a in AccountRet:
names=a.find('Name').text
balances=a.find('Balance').text
print names,"\t|\t",balances
impexp.sendInventory(inventory, masterSocket)
print("<waiting to receive Payload form Peer...>")
payloadStatus = impexp.receivePeerPayload(masterSocket)
print("<creating Payload for Peer>")
impexp.createPayload(log, inventory, peerInventoryList)
print("<sending Payload to Peer>")
impexp.sendPayload(masterSocket)
if payloadStatus == 1:
print("<updating log and Inventory with received payload")
impexp.handlePayload(log, inventory)
print("<Your log database has been updated>")
impexp.cleanUpPayloads()
print("<Cleaned up payload files>")
if isMaster is True:
connection.disconnect([masterSocket, slaveSocket])
else:
connection.disconnect(slaveSocket)
print("<Program terminated>")
"""Deprecated code snipped #1
entriesCount = impexp.file_len("logtextfile.txt") Deprecated
We open a line for reading+writing, pointer is at beginning of file
f = open("logtextfile.txt", "r+") #Deprecated
for _ in range(1,entriesCount+1,1): #Deprecated
#readline() reads the entire line and presumably doesn't reset the pointer
rawEntry = f.readline() #Deprecated
formattedEntry = impexp.createEntry(rawEntry) #Deprecated
try:
impexp.processEntry(formattedEntry) #Deprecated
except ValueError: #Deprecated
print(ValueError) #Deprecated
def getMsg(request) :
sid = request.COOKIES['sessionid']
uid = connection.get_uid(sid)
regUser = request.user
print request.session.items()
pending_message = ''
d=''
if request.method == 'POST' :
form = PostForm(request.POST)
else:
if request.GET.get('getMsg', '') == 'True' :
msg = repr(request.session.items())
if msg!='' :
pending_message = msg
##return some xml containing this pending message..
#return connection.XMLize(pending_message,request)
#Why the return - the pending msg is sent to the user requesting it, and since the client side js will update the page's contents using this new xml message, we do not need to do anything..
# Below 2 lines for testing purposes using manual GET
form = PostForm()
return render_to_response('chat_template.html' ,
{'form':form , 'Conversation':'Stranger says: '+pending_message , 'session':repr(request.COOKIES) ,'user':regUser } )
else :
## We have no pending messages..May want to return some form of NULL xml?
pass
elif request.GET.get('alive','') == 'True' :
##Act on keep-alive signals
keep_alive(sid)
# return nothing since we dont want to update page..
return
elif request.GET.get('quit','') == 'True' :
connection.disconnect(uid)
return render_to_response('chat_template.html')
##Only display the empty form when none of the above..1st time visit etc
else :
form = PostForm()
connection.register_user(request)
#Really dont need this. But this is how it also can be done if we do not wish to use the render_to_response method (which uses the template directory by default
# fp = open ('/Users/prateeksharma/tp/first/alpha/chat_template.html')
# t = Template(fp.read())
# fp.close()
if form.is_valid():
message = form.cleaned_data['message']
d=Session.objects.all()
connection.send_message(message , uid)
message = 'You Said: ' + message
else:
message=''
##Now comes the matter of pending messages FOR this user...
return render_to_response('chat_template.html' ,
{'form':form , 'Conversation': message , 'session':repr(request.session.items()), 'user':regUser } )
#for Testing purpose
import connection
ser = connection.connect()
print "-- Acceptes only two argument commend --"
try:
while True:
output =[]
print "NEX "
input_var = raw_input("Enter Command : ")
input_var = input_var.split()
inpt= "NEX" + ('\\x' + input_var[0]).decode('string_escape') +('\\x' + input_var[1]) .decode('string_escape')
print inpt
output = ser.write(inpt)
print output
except:
connection.disconnect()
