def getSourceInterfaceForHost(ssh, sourceIP):
# Loop once only in case initial source isn't in ASA routing table, then search for default route
for k in range(2):
# Command to check for interface source would originate from
command = "show route %s | inc via" % (sourceIP)
# Get result of above command when run on the firewall
result = nfn.runSSHCommandInSession(command, ssh)
# This is blank if it isn't in the routing table; AKA check for default route next
if fn.isEmpty(result):
sourceIP = "0.0.0.0"
continue
else:
break
# Split returned results by line
result = result.split("\n")
# Store last line of list into a new string variable
resultStr = result[-1]
# Reduce all spacing to just a single space per section
resultStr = fn.replaceDoubleSpaces(resultStr)
# Split string by spaces. We are looking for the last field
resultList = resultStr.split(" ")
# Return interface name
return resultList[-1]
def testMyFxn(self):
self.assertTrue(functions.isEmpty([]))
self.assertFalse(functions.isEmpty([1, 2]))
func.creatinMenu();
escolhamenu=input("key ur option.. ");
system("clear");
if escolhamenu == "1":
while(resp=="s"):
i=0;
system("clear");
#client
print(func.message(c1));
c1.attrName.sort();
for i in range(len(c1.attrName)):
while(func.isEmpty(c1.attributes[i])==True or func.isSpecialChar(c1.attributes[i])==True):
c1.attributes[i]=input(c1.attrName[i]+": ");
system("clear")
#service
print(func.message(s1));
s1.attrName.sort();
for i in range(len(s1.attrName)):
if i==0 or i==1:
s1.attributes[i]="date";
while(func.isdate(s1.attributes[i])==False):
s1.attributes[i]=input(s1.attrName[i]+": ");#isdate
elif(i==2):
s1.attributes[i]="true";
print()
turn = True
while functions.isGameOver(board) == -1:
if turn:
functions.printBoard(board)
print()
row = int(input('Input Row: '))
assert row < functions.numRows
assert row >= 0
col = int(input('Input Col: '))
print()
assert col < functions.numRows
assert col >= 0
assert functions.isEmpty(row, col, board)
board[row][col] = True
else:
functions.printBoard(board)
time.sleep(random.randint(0, 2))
print()
board = mark1.play(board)
turn = not turn
functions.printBoard(board)
print()
if functions.isGameOver(board) == False:
print('You lose!')
elif functions.isGameOver(board) == True:
print('You win!')
def testMyFxn(self): self.assertTrue(functions.isEmpty([])) self.assertFalse(functions.isEmpty([1,2]))