def read_img(filename):
# filename = easygui.fileopenbox()
# print(filename)
# cmd = r"C:\Users\James\PycharmProjects\test_alpr\openalpr\alpr.exe -n 1 -j C:\Users\James\PycharmProjects\test_alpr\LicPlateImages\2.png"
cmd = r"C:\Users\James\PycharmProjects\test_alpr\openalpr\alpr.exe -n 1 -j " + filename
output = qx(cmd)
#output level
print('Producing output now')
out_str = output.decode("utf-8")
plate_txt = out_str.find("plate")
if plate_txt != -1:
print(out_str)
plate_txt = plate_txt + 8
plate_txt_end = out_str.find('","', plate_txt)
print(
"============================================\n Printing plate #\n"
)
x = plate_txt
plate_num = ""
while x < plate_txt_end:
plate_num = plate_num + out_str[x]
x = x + 1
print(plate_num)
print('This is plate number', plate_num)
return plate_num
def get_line_1():
status = qx(["mpc"])
status = status.split('\n')
if len(status) >= 1:
return status[0]
else:
return ""
def indexpdb(pdbpath):
output = qx([args.srcTool, pdbpath, "-r"])
outputFiles = output.split("\r\n")
pdbStreamFile = open("pdbstream.txt", "w")
print >> pdbStreamFile, "SRCSRV: ini ------------------------------------------------"
print >> pdbStreamFile, "VERSION=1"
print >> pdbStreamFile, "INDEXVERSION=2"
print >> pdbStreamFile, "VERCTRL=GitHub"
print >> pdbStreamFile, "DATETIME=Sun May 24 22:51:33 2015"
print >> pdbStreamFile, "SRCSRV: variables ------------------------------------------"
print >> pdbStreamFile, "GIT_REVNO=" + revno
print >> pdbStreamFile, "GIT_WEB_ADDRESS=" + args.webAddr
print >> pdbStreamFile, "GIT_URL=%git_web_address%/%git_revno%/%var2%"
print >> pdbStreamFile, "GIT_EXTRACT_TARGET=%targ%\%fnfile%(%var1%)"
print >> pdbStreamFile, 'GIT_EXTRACT_CMD=cmd /c curl.exe "%git_url%" > "%git_extract_target%"'
print >> pdbStreamFile, "SRCSRVTRG=%git_extract_target%"
print >> pdbStreamFile, "SRCSRVCMD=%git_extract_cmd%"
print >> pdbStreamFile, "SRCSRV: source files ---------------------------------------"
for f in outputFiles:
if os.path.commonprefix([args.repo, f.lower()]) == args.repo:
relPath = os.path.relpath(f, args.repo)
relPath = correctPath(args.repo, relPath)
if f:
print >> pdbStreamFile, f + "*" + relPath.replace("\\", "/")
print >> pdbStreamFile, "SRCSRV: end ------------------------------------------------"
pdbStreamFile.close()
subprocess.call([args.pdbStr, "-w", "-p:" + pdbpath, "-s:srcsrv", "-i:pdbstream.txt"])
def get_line_3():
status = qx(["mpc"])
status = status.split('\n')
if len(status) >= 3:
return status[2]
else:
return ""
def get_line_2():
status = qx(["mpc"])
status = status.split('\n')
if len(status) >= 2:
return status[1]
else:
return ""
def unlockDrive(self):
try:
from subprocess import check_output as qx
out = qx("/bin/dmesg | grep sg | grep \"type 13\" | awk \'{print $8}\'",shell=True)
#check if there is only one unique sg device otherwise stop
try:
cmp = out.split( )[0]
except IndexError:
self.textEdit.append("Couldn't find WD Drive in dmesg, pls unplug and replug the drive again!")
return
multipleDevices = False;
for word in out.split( ):
if not cmp==word:
multipleDevices = True
break
if not multipleDevices:
#finally lets send the SCSI command to encrypt
self.textEdit.append("Secure Harddrive identified at /dev/"+cmp)
try:
subprocess.check_call("gksudo whoami", shell=True)
subprocess.check_call("sudo sg_raw -s 40 -i "+fpathp+" /dev/"+cmp+" c1 e1 00 00 00 00 00 00 28 00", shell=True)
self.textEdit.append("Drive is now unlogged and can be mounted!")
self.mountBtn.setEnabled(True)
except subprocess.CalledProcessError:
self.textEdit.append("Failure while sending SCSI encrypt command -> Check if harddrive is connected properly! (Maybe /dev/"+cmp+" does not exist)")
return
else:
self.textEdit.append("Failure multiple SCSI type 13 devices recognized pls unplug everything except the WD drive and wait a bit before you retry.")
return
except subprocess.CalledProcessError:
self.textEdit.append("Failure couldn't find sg type within dmesg!")
return
def indexpdb(pdbpath):
output = qx([args.srcTool, pdbpath, '-r'])
outputFiles = output.split('\r\n')
pdbStreamFile = open('pdbstream.txt', 'w')
print >> pdbStreamFile, 'SRCSRV: ini ------------------------------------------------'
print >> pdbStreamFile, 'VERSION=1'
print >> pdbStreamFile, 'INDEXVERSION=2'
print >> pdbStreamFile, 'VERCTRL=GitHub'
print >> pdbStreamFile, 'DATETIME=Sun May 24 22:51:33 2015'
print >> pdbStreamFile, 'SRCSRV: variables ------------------------------------------'
print >> pdbStreamFile, 'GIT_REVNO=' + revno
print >> pdbStreamFile, 'GIT_WEB_ADDRESS=' + args.webAddr
print >> pdbStreamFile, 'GIT_URL=%git_web_address%/%git_revno%/%var2%'
print >> pdbStreamFile, 'GIT_EXTRACT_TARGET=%targ%\%fnfile%(%var1%)'
print >> pdbStreamFile, 'GIT_EXTRACT_CMD=cmd /c curl.exe "%git_url%" > "%git_extract_target%"'
print >> pdbStreamFile, 'SRCSRVTRG=%git_extract_target%'
print >> pdbStreamFile, 'SRCSRVCMD=%git_extract_cmd%'
print >> pdbStreamFile, 'SRCSRV: source files ---------------------------------------'
for f in outputFiles:
if os.path.commonprefix([args.repo, f.lower()]) == args.repo:
relPath = os.path.relpath(f, args.repo)
relPath = correctPath(args.repo, relPath)
if f:
print >> pdbStreamFile, f + '*' + relPath.replace('\\', '/')
print >> pdbStreamFile, 'SRCSRV: end ------------------------------------------------'
pdbStreamFile.close()
subprocess.call(
[args.pdbStr, '-w', '-p:' + pdbpath, '-s:srcsrv', '-i:pdbstream.txt'])
def execute_on_hosts(Cmd, Hosts):
# loop through all server and collect the output
Result = []
for UserHost in Hosts:
Host = UserHost.split("@")[1]
Output = qx(["ssh", UserHost, Cmd])
try:
Json = json.loads(Output)
Json['host'] = Host
Result.append(Json)
except:
UserMsg = "Internal error, please contact the administrator"
LogMsg = "no json result: %s"%Output
Result.append({'result':'error', 'host':Host, 'user_msg': UserMsg, 'log_msg':LogMsg})
AllGood = True
for Entry in Result:
if not 'result' in Entry:
AllGood = False
elif Entry['result'] != 'ok':
AllGood = False
# f = open('ResultFileGridMap.txt', 'w')
# f.write(str(Result))
# f.close()
return AllGood
def airsage_default(start_date, end_date, t_zone, fp):
days = list()
fp.write('[hwmrun]\n')
fp.write('\tcounty=-f %d %d -m county\n' %
(int(start_date), int(end_date)))
fp.write('\tzone=-f %d %d -m zone\n' % (int(start_date), int(end_date)))
fp.write('\n[tlmrun]\n')
days_matrix = [
'airsageWDDP', 'airsageWEDP', 'airsageDP9class', 'airsageWDH',
'airsageWEH'
]
for index, each_matrix in enumerate(days_matrix):
#airsageWEDP=subprocess.Popen(["python","testing_date_modified.py",start_date,end_date,'airsageWE'], stdout=PIPE)
#days_list=subprocess.Popen(["python","testing_date_modified.py",start_date,end_date,each_matrix], stdout=PIPE)
if index == 3:
fp.write('\n[admrun]\n')
days_list = ""
days_list = qx([
"python", "testing_date_modified.py", start_date, end_date,
each_matrix
])
#for line in iter(days_list.stdout.readline,''):
# a=line # putting into a string format
a = days_list
str_len = len(a)
r = a[2:str_len - 2] # trivial process, dont know how to make it nice
for i in r.split(','):
val = i.replace("'", '')
days.append(val)
#fp.write('--tlmrun\n')
if each_matrix in ('airsageWDH', 'airsageWEH'):
fp.write('\t%s=' % each_matrix + 'America/%s' % t_zone)
else:
fp.write('\t%s=' % each_matrix + 'America/%s' % t_zone)
if each_matrix in ('airsageWDDP', 'airsageWDH', 'airsageDP9class'):
fp.write(' -g Tue Wed Thu -f ')
else:
fp.write(' -g Sat Sun -f ')
fp.write(' '.join(str(v) for v in days))
del days[:] # delete the list
if 'DP' in each_matrix: # that is dap part exist
fp.write(
' -t 0000-0600-H00:H06 0600-1000-H06:H10 1000-1500-H10:H15 1500-1900-H15:H19 1900-2400-H19:H24'
)
else:
fp.write(' -t H')
if each_matrix in ('airsageDP9class'):
fp.write(' -p 9-class --subscriber2class\n')
else:
fp.write(' --subscriber2class -p 3-class\n')
def execute_on_hosts(Parameter, Hosts):
# loop through all server and collect the output
Cmd = "sudo /home/watts/.config/watts/ssh_vm.py %s" % Parameter
Result = []
for UserHost in Hosts:
Host = UserHost.split("@")[1]
Output = qx(["ssh", UserHost, Cmd])
try:
Json = json.loads(Output)
Json['host'] = Host
Result.append(Json)
except:
UserMsg = "Internal error, please contact the administrator"
LogMsg = "no json result: %s"%Output
Result.append({'result':'error', 'host':Host, 'user_msg': UserMsg, 'log_msg':LogMsg})
return Result
def updateStatusLED(self): status = qx(["mpc"]) now = datetime.datetime.now() delta = now - self.lastStatusUpdate if delta.total_seconds() > 0.5: self.lastStatusUpdate = now #print status if "[playing]" in status: GPIO.output(10,1) GPIO.output(16,1) GPIO.output(22,1) else: GPIO.output(10,0) GPIO.output(16,0) GPIO.output(22,0)
def unlockDrive(self):
try:
from subprocess import check_output as qx
out = qx(
"/bin/dmesg | grep sg | grep \"type 13\" | awk \'{print $8}\'",
shell=True)
#check if there is only one unique sg device otherwise stop
try:
cmp = out.split()[0]
except IndexError:
self.textEdit.append(
"Couldn't find WD Drive in dmesg, pls unplug and replug the drive again!"
)
return
multipleDevices = False
for word in out.split():
if not cmp == word:
multipleDevices = True
break
if not multipleDevices:
#finally lets send the SCSI command to encrypt
self.textEdit.append("Secure Harddrive identified at /dev/" +
cmp)
try:
subprocess.check_call("gksudo whoami", shell=True)
subprocess.check_call("sudo sg_raw -s 40 -i " + fpathp +
" /dev/" + cmp +
" c1 e1 00 00 00 00 00 00 28 00",
shell=True)
self.textEdit.append(
"Drive is now unlogged and can be mounted!")
self.mountBtn.setEnabled(True)
except subprocess.CalledProcessError:
self.textEdit.append(
"Failure while sending SCSI encrypt command -> Check if harddrive is connected properly! (Maybe /dev/"
+ cmp + " does not exist)")
return
else:
self.textEdit.append(
"Failure multiple SCSI type 13 devices recognized pls unplug everything except the WD drive and wait a bit before you retry."
)
return
except subprocess.CalledProcessError:
self.textEdit.append("Failure couldn't find sg type within dmesg!")
return
def airsage_default(start_date,end_date,t_zone,fp):
days=list()
fp.write('[hwmrun]\n')
fp.write('\tcounty=-f %d %d -m county\n' % (int(start_date),int(end_date)))
fp.write('\tzone=-f %d %d -m zone\n' % (int(start_date),int(end_date)))
fp.write('\n[tlmrun]\n')
days_matrix=['airsageWDDP','airsageWEDP','airsageDP9class','airsageWDH','airsageWEH']
for index,each_matrix in enumerate(days_matrix):
#airsageWEDP=subprocess.Popen(["python","testing_date_modified.py",start_date,end_date,'airsageWE'], stdout=PIPE)
#days_list=subprocess.Popen(["python","testing_date_modified.py",start_date,end_date,each_matrix], stdout=PIPE)
if index == 3:
fp.write('\n[admrun]\n')
days_list=""
days_list=qx(["python","testing_date_modified.py",start_date,end_date,each_matrix])
#for line in iter(days_list.stdout.readline,''):
# a=line # putting into a string format
a=days_list
str_len=len(a)
r=a[2:str_len-2] # trivial process, dont know how to make it nice
for i in r.split(','):
val=i.replace("'",'')
days.append(val)
#fp.write('--tlmrun\n')
if each_matrix in ('airsageWDH','airsageWEH'):
fp.write('\t%s=' % each_matrix +'America/%s' % t_zone)
else:
fp.write('\t%s=' % each_matrix +'America/%s' % t_zone)
if each_matrix in ('airsageWDDP', 'airsageWDH','airsageDP9class'):
fp.write(' -g Tue Wed Thu -f ')
else:
fp.write(' -g Sat Sun -f ')
fp.write(' '.join(str(v) for v in days))
del days[:] # delete the list
if 'DP' in each_matrix: # that is dap part exist
fp.write(' -t 0000-0600-H00:H06 0600-1000-H06:H10 1000-1500-H10:H15 1500-1900-H15:H19 1900-2400-H19:H24')
else:
fp.write(' -t H')
if each_matrix in ('airsageDP9class'):
fp.write(' -p 9-class --subscriber2class\n')
else:
fp.write(' --subscriber2class -p 3-class\n')
def solverAttempt (nodeCount, edges):
#Create solver model file
upperBound=getUpperBound(nodeCount,edges)
path='C:\\Solver\\bin\\'
filename='test_'+str(nodeCount)+'_'+str(datetime.datetime.now().date())+'_'+ str(datetime.datetime.now().hour)+'_'+str(datetime.datetime.now().minute)+'_'+str(datetime.datetime.now().second)+'.mzn'
solverFile = open(path+filename,'w')
solverFile.write('%G12 Solver File for '+str(nodeCount)+' nodes run at '+ str(datetime.datetime.now())+'\n')
solverFile.write('int: nc='+str(nodeCount)+'; \n')
solverFile.write('\n')
solverFile.write('array[0..nc] of var 0..'+str(upperBound)+': color; \n')
solverFile.write('\n')
solverFile.write('constraint color[0]=0;')
solverFile.write('\n')
for edge in edges:
solverFile.write('constraint color['+str(edge[0])+']!=color['+str(edge[1])+']; \n')
solverFile.write('\n')
solverFile.write('solve minimize max(color); \n')
solverFile.write('')
solverFile.write('output [ show(color[i]) ++"\\n" | i in 0..nc]; \n')
solverFile.close()
#run solver and get solution
import os
from subprocess import check_output as qx
os.chdir('c:\\Solver\\bin')
cmd = r'mzn-g12fd.bat '+filename
output = qx(cmd)
os.chdir('C:\\Users\\keseaman\\Dropbox\\Coursera\\Discrete Optimization\\coloring')
lines=output.splitlines();
#format output and return
numColors = int(max(lines [:nodeCount]))+1
opt = 0
if lines [-1]=='==========': opt = 1
outputData = str(numColors) + ' ' + str(opt) + '\n'
outputData += ' '.join(map(str, lines[:nodeCount]))
return outputData;
def run_game(game_number, seed, map_size, bot1, bot2):
map_param = '-d "' + str(map_size) + " " + str(map_size) + '"'
cmd = HALITE_RUNNER + " -s " + str(
seed) + " " + map_param + " " + bot1 + " " + bot2
print(" Game " + str(game_number) + "/" + str(GAMES_TO_PLAY) + ": " + cmd)
log_file.write(cmd + '\n')
output = qx(cmd)
winner = ""
for line in output.splitlines():
line_string = line.decode()
log_file.write(line_string + '\n')
if line_string == "1 1":
winner = bot1
if line_string == "2 1":
winner = bot2
return winner
def letters_in_word(self, letter_word, words, distance=10):
l = " ".join(c for c in letter_word)
cmd = [fbin, "-d", fdict, "-m", "l2w", "-l", str(distance), "-w", l]
output = qx(cmd)
o = output.strip().split("\n")
self.assertEqual(o, words)
* Product REV: EMT01B6Q
* Serial number: S21HNSAG300129N
* Capacity: 500107862016 bytes
[+] Read 3538 bytes of SMBIOS data.
###################end of standard output ##################################
"""
from subprocess import check_output as qx
import json
import requests
cmd = r'genid.x86.exe'
output = qx(cmd)
output = str(output).replace('\\r', '').replace('\\n', '').replace('\\t',
'').strip()
'''
level1: [+]
level2: -
level3: *
'''
#process the 1st layer ,which is just '[+]'
layer1 = output.split('[+]')[2:]
#layer1[0] is the
'''
[
' CPU:- Vendor: GenuineIntel- Brand: Intel(R) Core(TM) i5-4590 CPU @ 3.30GHz- Version information: 0x306C3- Feature bits:* 0x100800* 0x7FFAFBFF* 0xBFEBFBFF- Processors: 4',
buttonLastPress = now print "Play/Pause button pressed" toogleRadio() if not GPIO.input(12): now = datetime.datetime.now() delta = now - buttonLastPress if delta.total_seconds() > 0.4: buttonLastPress = now print "Previous button pressed" prevRadio() if not GPIO.input(18): now = datetime.datetime.now() delta = now - buttonLastPress if delta.total_seconds() > 0.4: buttonLastPress = now print "Next button pressed" nextRadio() phy.cleanGPIO(); qx(["mpc", "stop"]) except Exception, e: GPIO.cleanup() qx(["mpc", "stop"]) print "Error",e print "\nSooo error. No playback. Channels. Much Clean. Very Terminating. WOW." except: GPIO.cleanup() qx(["mpc", "stop"]) print "\nSooo unexpected. Without much error. No playback. Channels. Much Clean. Very Terminating. WOW."
def toogleRadio(): print qx(["mpc", "toggle"])
def word_notin_letters(self, letter_word, distance=10):
l = " ".join(c for c in letter_word)
cmd = [fbin, "-d", fdict, "-m", "w2l", "-l", str(distance), "-w", l]
output = qx(cmd)
o = output.strip().split("\n")
self.assertEqual(o, [""])
def stopRadio(): qx(["mpc", "stop"])
shutil.copy('SRWLIB_ExampleViewDataFile.bat', data_dir)
shutil.copy('SRWLIB_ExampleViewDataFile.sh', data_dir)
start_time = time.time()
python_command = 'python SRWLIB_Example10.py'
if i == 0:
command = python_command
else:
command = 'mpiexec -n %i %s' % (i, python_command)
print(command)
try:
# From here: http://stackoverflow.com/questions/1191374/using-module-subprocess-with-timeout
output = qx(command, stderr=STDOUT, timeout=timeout)
except TypeError:
# http://stackoverflow.com/questions/23287689/how-to-make-a-subprocess-call-timeout-using-python-2-7-6
# http://easyprocess.readthedocs.org/en/latest/
from easyprocess import EasyProcess
output = EasyProcess(command).call(timeout=timeout).stdout
except:
pass
print('Command <%s> timed out after %i seconds' % (command, timeout))
end_time = time.time()
duration = end_time - start_time
start = time.time()
for fileIndex, fileName in enumerate(files_list):
t0 = time.time()
print('Begin {}/{}: {}'.format(fileIndex+1, len(files_list), fileName))
saveDir = os.path.join(root_path, fileName)
if not os.path.exists(saveDir):
os.makedirs(saveDir)
# savePath is the .mha file store location
savePath = os.path.join(saveDir, '{}.mha'.format(fileName))
ct_itk, ct_scan, ori_origin, ori_size, ori_spacing = load_scan_mhda(savePath)
# compute isocenter
center = get_center(ori_origin, ori_size, ori_spacing)
# map the .mha file value to (-1000, 1000)
cmd_str = plasti_path + '/plastimatch adjust --input {} --output {}\
--pw-linear "0, -1000"'.format(savePath, saveDir+'/out.mha')
output = qx(cmd_str)
# get virtual xray file
directions = [1, 2]
for i in directions:
if i == 1:
nrm = "0 1 0"
else:
nrm = "1 0 0"
'''
plastimatch usage
-t : save format
-g : sid sad [DistanceSourceToPatient]:541
[DistanceSourceToDetector]:949.075012
-r : output image resolution
-o : isocenter position
-z : physical size of imager
def nextRadio(): print qx(["mpc", "next"])
def prevRadio(): print qx(["mpc", "prev"])
def solverAttempt (capacity, items, taken, value, values, weight, weights):
#Create solver model file
path='C:\\Solver\\bin\\'
filename='test_'+str(items)+'_'+str(capacity)+'_'+str(datetime.datetime.now().date())+'_'+ str(datetime.datetime.now().hour)+'_'+str(datetime.datetime.now().minute)+'_'+str(datetime.datetime.now().second)+'.mzn'
solverFile = open(path+filename,'w')
solverFile.write('%G12 Solver File for '+str(items)+' items and '+str(capacity)+' Capacity run at '+ str(datetime.datetime.now())+'\n')
solverFile.write('\n%Parameters\n')
solverFile.write('int: n='+str(items)+'; \n')
solverFile.write('int: k='+str(capacity)+'; \n')
solverFile.write('int: maxValue='+str(sum(values))+'; \n')
sizeString = 'array[1..n] of int: size = ['
for i in range(0,items):
sizeString += str(weights[i])
if i!=items-1:sizeString+=','
sizeString +="]; \n"
solverFile.write(sizeString);
valueString = 'array[1..n] of int: value = ['
for i in range(0,items):
valueString += str(values[i])
if i!=items-1:valueString+=','
valueString +="]; \n"
solverFile.write(valueString);
solverFile.write('\n%Decision Variables\n')
solverFile.write('array [1..n] of var 0..1: x;\n')
solverFile.write('var 0..maxValue: v;\n')
solverFile.write('\n%Constraints\n')
solverFile.write('constraint sum (i in 1..n) (value[i] * x[i]) >= v; \n')
solverFile.write('constraint sum (i in 1..n) (size[i] * x[i]) <= k; \n')
solverFile.write('\n%Solve - Greedy Naive Solver\n')
solverFile.write('solve maximize v; \n')
#:: int_search(x, input_order, indomain_max, complete)
solverFile.write('')
solverFile.write(r'output [show(v) , "\n"] ++ [show(x[i]) ++"\n" | i in 1..n];')
solverFile.close()
#run solver and get solution
import os
from subprocess import check_output as qx
os.chdir('c:\\Solver\\bin')
cmd = r'mzn-g12fd.bat '+filename
output = qx(cmd)
os.chdir('C:\\Users\\keseaman\\Dropbox\\Coursera\\Discrete Optimization\\knapsack')
lines=output.splitlines();
#format output and return
value = int(lines[0])
#numColors = int(max(lines [:nodeCount]))+1
opt = 0
if lines [-1]=='==========': opt = 1
#outputData = str(numColors) + ' ' + str(opt) + '\n'
#outputData += ' '.join(map(str, lines[:nodeCount]))
for line in lines[1:items+1]:
taken.append(line)
return [value, opt];
def get_line(filename, address): return qx(['addr2line', '-e', filename, address])
def unlockDrive(self):
try:
# to-do: make this check a separate subroutine
# multiple drives could be supported by showing a list of 'sg<nn>' ids
# and selecting the required one
# also, I think this check is erroneous. the multiple sg<nn> entries are still reported
# by dmesg, even after the other drives are removed
from subprocess import check_output as qx
out = qx(
"/bin/dmesg | grep sg | grep \"type 13\" | awk \'{print $8}\'",
shell=True)
# check # drives attached
# each drive gets a dmesg id of the form 'sg<nn>'
cmp = out.split()[0]
# sometimes, the type(sgXX) is in the 7th column and not 8th
if cmp == 'type':
out = qx(
"/bin/dmesg | grep sg | grep \"type 13\" | awk \'{print $7}\'",
shell=True)
cmp = out.split()[0]
multipleDevices = False
for word in out.split():
if not cmp == word:
#multipleDevices = True
break
if not multipleDevices:
#finally lets send the SCSI command to encrypt
self.messageBox.append("Secure Harddrive identified at /dev/" +
cmp)
try:
subprocess.check_call("sudo sg_raw -s 40 -i " + fpathp +
" /dev/" + cmp +
" c1 e1 00 00 00 00 00 00 28 00",
shell=True)
self.messageBox.append(
"The WD Drive is now unlocked and can be mounted!")
except subprocess.CalledProcessError:
self.messageBox.append(
"Failure while sending SCSI decrypt command. Check password and connections."
)
return
else:
self.messageBox.append(
"Multiple SCSI 'type 13' devices recognized.")
self.messageBox.append(
"Please unplug everything except the desired drive and retry."
)
return
except subprocess.CalledProcessError:
self.messageBox.append(
"Failure couldn't find 'sg' type within dmesg!")
return
# Drive Unlock successful. So try and automount partitions
self.pwBox.setEnabled(False)
self.decryptBtn.setEnabled(False)
self.mountWD()
def get_line(filename, address):
return qx(['addr2line', '-e', filename, address])
