def recordclient(s):
#gives a file of the name testcase_name which has two lists.The first list is parsed one and the second list is unparsed.
testcase_name=raw_input("Enter the name in which the test case has to be saved:")
print "Recording started,you can start giving keystrokes..."
s.send('continue')
qwer=0
testcase=[] #testcase contains the unparsed lines as srecieved
link=[] #link contains parsed lines of the logfile.
link.append([0,"0000",'0:0:0'])
global l
l=0
while qwer==0:
stop_button=open("stop_button.txt","r")
stop_button.seek(0,0)
u_input=stop_button.readline()
stop_button.close()
#stop_button.py waits for 2 seconds after recieving the stop command to actually send stop to alclient.py
#this is necessary as the last few current window lines in the log_file after the last keyboard event line is also required.
line=s.recv(1024)
testcase.append(str(line))
if 'Keyboard event received' in line:
ji=ex(str(line))
print_ln=str(ji) + ' : ' + str(ex2(str(line)))
print print_ln
link[l].append(ji) #make sure ex is imported
l=l+1
link.append([l,line,timeparse(line)])
elif ('Current window' in line) or ('BRF data' in line):
link[l].append(line)
if u_input=='stop':
s.send('stop')
qwer+=1
else:
s.send('continue')
link[len(link)-1].append(ex(link[l][1])) #last line parsing
for i in range(0,len(link)): #adding time difference
if i==0 or i==len(link)-1:
link[i].append(0)
else :
link[i].append(timedifference(link[i][2],link[i+1][2]))
print s.recv(1024)
print 'The test case recorded is:'
for i in testcase:
print i
test_file=open(testcase_name,'w')
test_file.write(str(link)+'\n')
test_file.write(str(testcase))
test_file.close()
def recordclient0(s):
testcase_name=raw_input("Enter the name in which the test case has to be saved:")
print "Recording started,you can start giving keystrokes..."
s.send('continue')
qwer=0
testcase=[]
l=0
while qwer==0:
stop_button=open("stop_button.txt","r")
stop_button.seek(0,0)
u_input=stop_button.readline()
stop_button.close()
#stop_button.py waits for 2 seconds after recieving the stop command to actually send stop to alclient.py
line=s.recv(1024)
if 'Keyboard event received' in line:
print_ln=str(ex(str(line))) + ' : ' + str(ex2(str(line)))
print print_ln
testcase.append(str(line))
if u_input=='stop':
s.send('stop')
qwer+=1
else:
s.send('continue')
print s.recv(1024)
print 'The test case recorded is:'
for i in testcase:
print i
test_file=open(testcase_name,'w')
test_file.write(str(testcase))
def recording(self, s, qu, stop_but):
#elf.listbox1.insert(END,"sonu")
#gives a file of the name testcase_name which has two lists.The first list is parsed one and the second list is unparsed.
wut = 'r'
s.send(wut) #sending wut
recv_msg = s.recv(1024)
testcase_name = self.finalpath1 + "/" + self.Entry.get() + '.txt'
qu.put("Recording started,you can start giving keystrokes...")
print "Recording started,you can start giving keystrokes..."
s.send('continue')
qwer = 0
testcase = [] #testcase contains the unparsed lines as srecieved
blink = [
] #blink contains parsed lines of the logfile. blink=BRF_BASED_link
'''blink= [ 'o',b0,[l01],[l02],...,b1,[l11],[l12],...,b2,....,bn,[ln1],[ln2],...,bn_1,........bfinal/[lfinal] ]
where bn = string containg nth BRF data line,bn_1 = string containg (n+1)th BRF data line
and [lnm] = list of the form : [lnm]=[line,time,['k=uinput.KEY_K1','k=uinput.KEY_K2',...],timediff] .
line is a string containing Keyboard Event, time is a string, third element is a list of the given format,
timediff is an int and is the time difference (lnm_1 - lnm)
b0 might come or might not come based on whether during recording first line from logfile is brfdata or keyboard event
'''
blink.append('o')
while qwer == 0:
if stop_but.qsize() != 0:
u_input = 'stop'
else:
u_input = 'blah blah'
#stop_button.py waits for 2 seconds after recieving the stop command to actually send stop to alclient.py
#this is necessary as the last few BRF data lines in the log_file after the last keyboard event line is also required.
line = s.recv(1024)
testcase.append(str(line))
if ('BRF data' in line):
blink.append(line)
elif ('Keyboard event received' in line):
ji = ex(line)
blink.append([line, timeparse(line), ji])
print_ln = str(ji) + ' : ' + str(ex2(line))
print print_ln
qu.put(print_ln)
#self.listbox1.insert(tk.END,print_ln+'\n')
#self.listbox1.update_idletasks() #or else listbox is updated only after whole fxn is called
if u_input == 'stop':
s.send('stop')
f = s.recv(1024)
print f
qwer += 1
else:
s.send('continue')
for i in range(len(blink) - 1): #adding timedifference
if str(type(blink[i])) == "<type 'list'>":
k = i + 1
while k < len(blink) - 1:
if str(type(blink[k])) == "<type 'list'>":
break
else:
k += 1
print blink[i][1], blink[k][1], blink[k]
if str(
type(blink[k])
) == "<type 'list'>": #to make sure that last line is a keyboard event list
blink[i].append(timedifference(blink[i][1], blink[k][1]))
ik = len(blink) - 1
while ik > 0:
if str(type(blink[ik])
) == "<type 'list'>": #adding timediff to last element
blink[ik].append(0)
break
else:
ik -= 1
#print 'The test case recorded is:'
self.listbox1.insert(0, 'The test case recorded is:')
for i in range(len(testcase) - 1):
print testcase[i]
print blink[i + 1]
print ' '
with open(testcase_name, "w") as f1:
f1.write(str(blink) + '\n')
f1.write(str(testcase) + '\n')
def recordclient(s):
#gives a file of the name testcase_name which has two lists.The first list is parsed one and the second list is unparsed.
testcase_name=raw_input("Enter the name in which the test case has to be saved:")
print "Recording started,you can start giving keystrokes..."
s.send('continue')
qwer=0
testcase=[] #testcase contains the unparsed lines as srecieved
blink=[] #blink contains parsed lines of the logfile. blink=BRF_BASED_link
'''blink= [ 'o',b0,[l01],[l02],...,b1,[l11],[l12],...,b2,....,bn,[ln1],[ln2],...,bn_1,........bfinal/[lfinal] ]
where bn = string containg nth BRF data line,bn_1 = string containg (n+1)th BRF data line
and [lnm] = list of the form : [lnm]=[line,time,['k=uinput.KEY_K1','k=uinput.KEY_K2',...],timediff] .
line is a string containing Keyboard Event, time is a string, third element is a list of the given format,
timediff is an int and is the time difference (lnm_1 - lnm)
b0 might come or might not come based on whether during recording first line from logfile is brfdata or keyboard event
'''
blink.append('o')
while qwer==0:
stop_button=open("stop_button.txt","r")
stop_button.seek(0,0)
u_input=stop_button.readline()
stop_button.close()
#stop_button.py waits for 2 seconds after recieving the stop command to actually send stop to alclient.py
#this is necessary as the last few BRF data lines in the log_file after the last keyboard event line is also required.
line=s.recv(1024)
testcase.append(str(line))
if ('BRF data' in line):
blink.append(line)
elif ('Keyboard event received' in line):
ji=ex(line)
blink.append([line,timeparse(line),ji])
print_ln=str(ji) + ' : ' + str(ex2(line))
print print_ln
if u_input=='stop':
s.send('stop')
f=s.recv(1024)
print f
qwer+=1
else:
s.send('continue')
for i in range(len(blink)-1): #adding timedifference
if str(type(blink[i]))=="<type 'list'>":
k=i+1
while k<len(blink)-1:
if str(type(blink[k]))=="<type 'list'>":
break
else:
k+=1
print blink[i][1],blink[k][1],blink[k]
if str(type(blink[k]))=="<type 'list'>": #to make sure that last line is a keyboard event list
blink[i].append(timedifference(blink[i][1],blink[k][1]))
ik=len(blink)-1
while ik >0:
if str(type(blink[ik]))=="<type 'list'>": #adding timediff to last element
blink[ik].append(0)
ik-=1
print 'The test case recorded is:'
for i in range(len(testcase)-1):
print testcase[i]
print blink[i+1]
print ' '
with open(testcase_name+'.txt', "w") as f1:
f1.write(str(blink)+'\n')
f1.write(str(testcase)+'\n')