def SetTextureHandler(config, logger, uriHandler=None):
""" Fetches a TextureManager for specific mode and channel.
@param config: The Retrospect Config object
@param logger: An Logger
@param uriHandler: The UriHandler
@return: A TextureHandler object for the requested mode
"""
mode = config.TextureMode.lower()
if logger is not None:
logger.Trace("Creating '%s' Texture Mananger", mode)
if mode == Local:
import local
TextureHandler.__TextureHandler = local.Local(logger)
elif mode == Remote:
import remote
TextureHandler.__TextureHandler = remote.Remote(
config.TextureUrl, logger)
elif mode == Cached:
import cached
TextureHandler.__TextureHandler = cached.Cached(
config.TextureUrl, config.profileDir, logger, uriHandler)
else:
raise Exception("Invalide mode: %s" % (mode, ))
return TextureHandler.__TextureHandler
def leeYSepara(self, cad):
"""
Función separa las cadenas de etiquetas y las transforma en la información pertinente para trabajar con ellas
en modo local y de Dropbox.
Parámetros:
cad -- cadena de Dropbox.
"""
x = local.Local()
y = x.leerFicheroL("/notas.txt")
for n in y:
t = infoEt.InfoEtiquetas(n)
self.__listaL.append(t)
print(t.getHijo())
print(t.getPadre())
z = cad
print(cad)
y = cad.split("\n")
if (len(y) > 0):
print(y)
for z in y:
t = infoEt.InfoEtiquetas(z)
self.__listaD.append(t)
print(t.getHijo())
print(t.getPadre())
def __init__(self, dx):
#Iniciar el objeto QMainWindow
QMainWindow.__init__(self)
#Cargar la configuración del archivo .ui en el objeto
self.ruta = os.getcwd() + "/icons/"
uic.loadUi("mainwindow2.ui", self)
self.carpetaActual = ""
self.drop = dx
self.tlocal = local.Local()
self.setWindowTitle("Droppy")
self.localM = False
iconCar = QIcon(self.ruta + 'New-Folder-icon.png')
iconFil = QIcon(self.ruta + 'nfile.png')
iconBor = QIcon(self.ruta + 'papelera.png')
self.iconDrop = QIcon(self.ruta + 'apps.png')
iconApp = QIcon("app.png")
self.control = controlInfo.ControlInfo()
self.directorioP = []
#########################Barra de menú##########################
self.systray = QSystemTrayIcon(iconApp, self)
show_action = QAction("Show", self)
quit_action = QAction("Exit", self)
hide_action = QAction("Hide", self)
show_action.triggered.connect(self.show)
hide_action.triggered.connect(self.hide)
quit_action.triggered.connect(qApp.quit)
tray_menu = QMenu()
tray_menu.addAction(show_action)
tray_menu.addAction(hide_action)
tray_menu.addAction(quit_action)
self.systray.setContextMenu(tray_menu)
self.systray.show()
######################Icono visible dock########################
self.setWindowIcon(iconApp)
################################################################
self.bCarpeta.setIcon(iconCar)
self.bFichero.setIcon(iconFil)
self.bDropb.setIcon(self.iconDrop)
self.bBorrar.setIcon(iconBor)
self.carpetas.itemClicked.connect(self.hijos)
self.ficheros.itemClicked.connect(self.borrarfich)
self.ficheros.itemDoubleClicked.connect(self.abrir)
self.prim = 0
self.forma()
#self.formaLocal()
self.boCarpeta = ""
self.boFichero = ""
self.drop.buscar()
#Asociar botones a funciones
self.bCarpeta.clicked.connect(self.crearCarpeta)
self.bDropb.clicked.connect(self.cambio)
self.bFichero.clicked.connect(self.crearFich)
self.bBorrar.clicked.connect(self.borrar)
self.lineEdit.returnPressed.connect(self.filtrar)
lectura = str(self.drop.abrirFichero("etiquetas.txt"), 'cp1252')
self.control.leeYSepara(lectura)
def main():
parser = argparse.ArgumentParser()
parser.add_argument(
'seq_a',
help='Path to first FASTA file (e.g. fastas/HomoSapiens-SHH.fasta)')
parser.add_argument('seq_b', help='Path to second FASTA file')
parser.add_argument('--align_type',
help='Alignment type (e.g. local)',
required=True)
parser.add_argument(
'--score',
help='Score matrix in.tsv format (default is score_matrix.tsv) ',
default='score_matrix.tsv')
command_args = parser.parse_args()
parsed_a = fastaread(command_args.seq_a).__next__()
a_name, a_seq = parsed_a[NAME], parsed_a[SEQ]
parsed_b = fastaread(command_args.seq_b).__next__()
b_name, b_seq = parsed_b[NAME], parsed_b[SEQ]
score_matrix = np.genfromtxt(fname=command_args.score,
delimiter="\t",
skip_header=1,
filling_values=1)[:, 1:]
score = 0
alignment = []
if command_args.align_type == 'global':
final_align = align_global.GlobalAlign(score_matrix, a_seq, b_seq)
alignment = final_align.get_alignment()
score = final_align.get_align_score()
elif command_args.align_type == 'local':
final_align = local.Local(score_matrix, a_seq, b_seq)
alignment = final_align.get_alignment()
score = final_align.get_align_score()
elif command_args.align_type == 'overlap':
final_align = overlap.Overlap(score_matrix, a_seq, b_seq)
alignment = final_align.get_alignment()
score = final_align.get_align_score()
# print the best alignment and score
split_size = 50
length = len(alignment[TOP])
top = [
alignment[TOP][i:i + split_size] for i in range(0, length, split_size)
]
bottom = [
alignment[BOTTOM][i:i + split_size]
for i in range(0, length, split_size)
]
for i in range(len(top)):
print(top[i] + "\n" + bottom[i] + "\n")
print(command_args.align_type + ": " + str(score))
def __init__(self, fich,pad):
#Iniciar el objeto QMainWindow
QMainWindow.__init__(self)
#Cargar la configuración del archivo .ui en el objeto
self.ruta=os.getcwd()+"/icons/"
self.padre=pad
uic.loadUi("mainwindow3.ui",self)
self.clave=AESCipher.AESCipher()
self.loc=local.Local()
self.setWindowTitle(fich)
self.fichero=fich
self.abrir(self.fichero)
iconSa=QIcon(self.ruta+'save-icon.png')
iconL=QIcon(self.ruta+'lista-icon.png')
iconN=QIcon(self.ruta+'bold.png')
iconSub=QIcon(self.ruta+'underline.png')
self.abierto=QIcon(self.ruta+'abierto.png')
self.cerrado=QIcon(self.ruta+'cerrado.png')
self.bbusqueda=QIcon(self.ruta+'lupa.png')
self.bimpri=QIcon(self.ruta+'print1600.png')
self.encrip=False
self.saves.setIcon(iconSa)
self.negrita.setIcon(iconN)
self.listaB.setIcon(iconL)
self.subButton.setIcon(iconSub)
self.bEncrip.setIcon(self.abierto)
self.bBuscar.setIcon(self.bbusqueda)
self.bImprimir.setIcon(self.bimpri)
self.saves.clicked.connect(self.save)
self.negrita.clicked.connect(self.bold)
self.listaB.clicked.connect(self.lista)
self.etiquet.clicked.connect(self.nuevaE)
self.subButton.clicked.connect(self.subra)
self.bEncrip.clicked.connect(self.cambiarEncriptador)
self.bImprimir.clicked.connect(self.imprimir)
self.bBuscar.clicked.connect(self.busqueda)
QShortcut(QtGui.QKeySequence("Ctrl+B"), self, self.bold)
QShortcut(QtGui.QKeySequence("Ctrl+L"), self, self.lista)
QShortcut(QtGui.QKeySequence("Ctrl+U"), self, self.subra)
QShortcut(QtGui.QKeySequence("Ctrl+S"), self, self.save)
QShortcut(QtGui.QKeySequence("Ctrl+F"), self, self.busqueda)
QShortcut(QtGui.QKeySequence("Ctrl+P"), self, self.imprimir)
def popInicial(numIndividuos):
populacao = []
for i in range(numIndividuos):
s = sol.Solucao()
for i in range(len(capacidade[0])): # Adiciona os locais de votacao ao array locais
localVotacao = local.Local(i, capacidade[0][i])
s.addLocal(localVotacao)
listaSetores = random.sample(range(len(demandas[0])), len(demandas[0])) # sequencia aleatoria de setores
while(len(listaSetores) > 0):# Atribui as demandas das regioes da cidade aos locais de votacao
cont = random.randint(0, 165)
# Verifica a capacidade maxima do local de votaçao
if(s.getLocal(cont).getOcupacao() + demandas[0][listaSetores[0]] <= s.getLocal(cont).getCapacidade() and
distancias[cont][listaSetores[0]] <= maxDist):
s.getLocal(cont).addRegiao(listaSetores[0])
s.getLocal(cont).addOcupacao(demandas[0][listaSetores[0]])
listaSetores.pop(0)
calculaFitness(s)
populacao.append(s)
return populacao
def generate_revision_key(self, url, ud, d):
key = self._revision_key(url, ud, d)
return "%s-%s" % (key, bb.data.getVar("PN", d, True) or "")
import cvs
import git
import local
import svn
import wget
import svk
import ssh
import perforce
import bzr
import hg
import osc
import repo
methods.append(local.Local())
methods.append(wget.Wget())
methods.append(svn.Svn())
methods.append(git.Git())
methods.append(cvs.Cvs())
methods.append(svk.Svk())
methods.append(ssh.SSH())
methods.append(perforce.Perforce())
methods.append(bzr.Bzr())
methods.append(hg.Hg())
methods.append(osc.Osc())
methods.append(repo.Repo())
def cambio(self):
print(type(self.recipiente.text()))
self.drop.nuevoToken(str(self.recipiente.text()))
self.ventana2 = arbol.Arbol(self.drop)
self.ventana2.show()
self.close()
#Instancia para iniciar una aplicación
app = QApplication(sys.argv)
#Crear un objeto de la clase
if os.path.exists(".token.txt"):
drop = completo.DropObj("colores.py")
drop.autoiden()
ventana2 = arbol.Arbol(drop)
ventana2.show()
ventana2.activateWindow()
else:
loc = local.Local()
loc.crearCarpetaInicio()
if not os.path.exists(".token.txt"):
loc.crearFicheroInial()
_ventana = Ventana()
#Mostra la ventana
_ventana.show()
#Ejecutar la aplicación
app.exec_()
str(k),
str(time),
str(result),
str(rendement),
str(maxQ)
])
print(
"fait pour algo: {} taille {} serie {} exemple {} en {} s".format(
obj.name, str(i), str(j), str(k), str(time)))
if __name__ == '__main__':
gloutonObj = glouton.Glouton()
progdynObj = progdyn.Progdyn()
localObj = local.Local()
path = "/home/gregoire/Documents/INF8775/TP/tp1-H19/exemplaires"
arrayObj = [localObj]
with open("data.csv", mode='a') as csvfile:
c = csv.writer(csvfile)
c.writerow([
'algorithme', 'taille', 'serie', 'exemplaire',
'temps d\'exécution', 'revenu', 'rendement', 'maxQ'
])
for obj in arrayObj:
print(obj.name)
tailles = [100, 1000, 10000]
series = [10, 100, 1000]
exemples = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]
class Adb(connection.Connection):
"""
Singleton object to facilitate adb connection with the device
Only one device per object
serial -- device serial
port -- the port for adb server running on the host
verbose -- if True print some extra messages to STDOUT
"""
__metaclass__ = base_utils.SingletonType
serial = None
port = None
adb = "adb"
cmd_prefix = []
verbose = False
local_conn = local.Local()
def __init__(self, **kwargs):
super(Adb, self).__init__()
if kwargs.has_key('port'):
self.port = kwargs['port']
if self.port:
self.adb = "{0} -P {1}".format(self.adb, self.port)
os.environ['ANDROID_ADB_SERVER_PORT'] = self.port
if kwargs.has_key('serial'):
self.serial = kwargs['serial']
if kwargs.has_key('verbose'):
self.verbose = kwargs['verbose']
self.cmd_prefix = self.adb.split()
self.cmd_prefix.extend(["-s", self.serial])
def run_cmd(self,
command,
mode="sync",
soutfile=None,
dont_split=False,
timeout=10,
env={},
liveprint=True,
ignore_error=False,
cmd_type=None):
"""run adb shell command"""
cmd = []
cmd.extend(self.cmd_prefix)
if cmd_type != "reboot":
cmd.append('shell')
if dont_split:
cmd.append(command)
else:
cmd.extend(command.split())
return self.run_cmd_linux(cmd,
mode=mode,
soutfile=soutfile,
timeout=timeout,
env=env,
liveprint=liveprint,
ignore_error=ignore_error)
def run_cmd_linux(self,
command,
mode="sync",
soutfile=None,
timeout=10,
env={},
liveprint=True,
ignore_error=False,
with_accept=False):
"""run linux bash command using Popen"""
if self.verbose:
print "Executing {0}".format(" ".join(command))
__env = os.environ
__env.update(env)
p = None
__err = 'Timeout {0} second(s) reached while executing "{1}"'.format(
timeout, " ".join(command))
if soutfile == None:
p = subprocess.Popen(command, stdout = subprocess.PIPE, \
stderr = subprocess.PIPE, env = __env)
else:
p = subprocess.Popen(command, stdout = open(soutfile, "wr"), \
stderr = subprocess.PIPE, env = __env)
if mode.lower() == "sync":
def handler(signum, frame):
raise base_utils.TimeoutError(__err)
signal.signal(signal.SIGALRM, handler)
signal.alarm(timeout)
while True:
if self.verbose and soutfile == None and liveprint:
print "STDOUT", p.stdout.read()
print "STDERR", p.stderr.read()
if p.poll() != None:
if not ignore_error:
__error = p.stderr.read().strip()
if __error != '' and "Warning" not in __error:
signal.alarm(0)
raise AssertionError(
"Error encountered:\n{0}".format(__error))
signal.alarm(0)
return p
elif mode.lower() == "async":
# Add below lines to fail in case run_cmd returns with failure
# while starting to execute the command
time.sleep(0.5)
if p.poll() not in [None, 0]:
if not ignore_error:
__error = p.stderr.read().strip()
# print __error
if __error != '' and "Warning" not in __error:
raise AssertionError(
"Error encountered:\n{0}".format(__error))
return p
else:
raise AdbError("Mode '{0}' not supported. \
Use only 'sync' or 'async'.".format(mode))
def open_connection(self):
"""connect to device if not already connected"""
if not self.check_connected():
cmd_string = "{0} connect {1}".format(self.adb, self.serial)
self.run_cmd_linux(cmd_string.split(), timeout=10)
time.sleep(1)
return self.check_connected()
def adb_root(self):
"""get adb root session"""
cmd_string = "{0} -s {1} root".format(self.adb, self.serial)
p = self.run_cmd_linux(cmd_string.split(), timeout=5)
if "adbd is already running as root" not in p.stdout.read():
time.sleep(5)
return self.open_connection()
def adb_remount(self):
"""remount /system and /vendor"""
cmd_string = "{0} -s {1} remount".format(self.adb, self.serial)
return self.run_cmd_linux(cmd_string.split(), timeout=10)
def adb_disable_verity(self):
"""Disable verity in order to write in /system partition"""
cmd_string = "{0} -s {1} disable-verity".format(self.adb, self.serial)
return self.run_cmd_linux(cmd_string.split(), timeout=20)
def kill_server(self):
"""kill adb server"""
cmd_string = "{0} kill-server".format(self.adb)
self.run_cmd_linux(cmd_string.split())
time.sleep(1)
def reboot_device(self,
reboot_params="",
ip_enabled=False,
reboot_timeout=60):
"""reboot the device and check it is connected again"""
if self.verbose:
print "Rebooting .."
ip = self.serial.split(":")[0]
cmd = "reboot {0}".format(reboot_params)
reboot_proc = self.run_cmd(cmd, mode="sync", cmd_type="reboot")
if reboot_proc.poll() == 0:
if ip_enabled:
try:
self.local_conn.wait_for_no_ping(ip,
timeout=reboot_timeout /
2)
except base_utils.TimeoutError:
return False
self.kill_server()
time.sleep(1)
try:
self.local_conn.wait_for_ping(ip, timeout=reboot_timeout)
except base_utils.TimeoutError:
return False
if reboot_params == "":
self.open_connection()
return True
else:
waiting = 0
while waiting < reboot_timeout:
time.sleep(2)
check = self.check_connected(device_state=reboot_params)
if check == None:
# timeout
return False
if check:
break
waiting += 2
return waiting < reboot_timeout
else:
return False
def check_connected(self, device_state=None):
"""check adb connection with the device"""
if device_state == "recovery":
return self.local_conn.check_adb(serial=self.serial,
device_state=device_state)
if device_state == "fastboot" or device_state == "bootloader":
return self.local_conn.check_fastboot(serial=self.serial)
try:
self.run_cmd("ls sdcard", timeout=20)
except base_utils.TimeoutError:
return None
except Exception, e:
return False
return True
class Adb(connection.Connection):
"""
Singleton object to facilitate adb connection with the device
Only one device per object
serial -- device serial
port -- the port for adb server running on the host
verbose -- if True print some extra messages to STDOUT
"""
__metaclass__ = base_utils.SingletonType
serial = None
port = None
adb = "adb"
cmd_prefix = []
verbose = False
local_conn = local.Local()
def __init__(self, **kwargs):
super(Adb, self).__init__()
if "port" in kwargs:
self.port = kwargs['port']
if self.port:
self.adb = "{0} -P {1}".format(self.adb, self.port)
os.environ['ANDROID_ADB_SERVER_PORT'] = self.port
if "serial" in kwargs:
self.serial = kwargs['serial']
if "verbose" in kwargs:
self.verbose = kwargs['verbose']
self.cmd_prefix = self.adb.split()
self.cmd_prefix.extend(["-s", self.serial])
def run_cmd(self,
command,
mode="sync",
soutfile=None,
dont_split=False,
timeout=10,
env={},
liveprint=True,
ignore_error=False,
cmd_type=None):
"""run adb shell command"""
cmd = []
cmd.extend(self.cmd_prefix)
if cmd_type != "reboot":
cmd.append('shell')
if dont_split:
cmd.append(command)
else:
cmd.extend(command.split())
return self.run_cmd_linux(cmd,
mode=mode,
soutfile=soutfile,
timeout=timeout,
env=env,
liveprint=liveprint,
ignore_error=ignore_error)
def run_cmd_linux(self,
command,
mode="sync",
soutfile=None,
timeout=10,
env={},
liveprint=True,
ignore_error=False):
"""run linux bash command using Popen"""
if self.verbose:
print "Executing {0}".format(" ".join(command))
__env = os.environ
__env.update(env)
p = None
__err = 'Timeout {0} second(s) reached while executing "{1}"'.format(
timeout, " ".join(command))
if soutfile is None:
p = subprocess.Popen(command,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
env=__env)
else:
p = subprocess.Popen(command,
stdout=open(soutfile, "wr"),
stderr=subprocess.PIPE,
env=__env)
if mode.lower() == "sync":
def handler(signum, frame):
raise base_utils.TimeoutError(__err)
signal.signal(signal.SIGALRM, handler)
signal.alarm(timeout)
while True:
if self.verbose and soutfile is None and liveprint:
print "STDOUT", p.stdout.read()
print "STDERR", p.stderr.read()
if p.poll() is not None:
if not ignore_error:
__error = p.stderr.read().strip()
if __error != '' and "Warning" not in __error:
signal.alarm(0)
raise AssertionError(
"Error encountered:\n{0}".format(__error))
signal.alarm(0)
return p
elif mode.lower() == "async":
# Add below lines to fail in case run_cmd returns with failure
# while starting to execute the command
time.sleep(0.5)
if p.poll() not in [None, 0]:
if not ignore_error:
__error = p.stderr.read().strip()
# print __error
if __error != '' and "Warning" not in __error:
raise AssertionError(
"Error encountered:\n{0}".format(__error))
return p
else:
raise AdbError("Mode '{0}' not supported. \
Use only 'sync' or 'async'.".format(mode))
def open_connection(self):
"""connect to device if not already connected"""
if not self.check_connected():
cmd_string = "{0} connect {1}".format(self.adb, self.serial)
self.run_cmd_linux(cmd_string.split(), timeout=10)
time.sleep(1)
return self.check_connected()
def adb_root(self):
"""get adb root session"""
cmd_string = "{0} -s {1} root".format(self.adb, self.serial)
p = self.run_cmd_linux(cmd_string.split(), timeout=5)
if "adbd is already running as root" not in p.stdout.read():
time.sleep(5)
return self.open_connection()
def adb_remount(self):
"""remount /system and /vendor"""
cmd_string = "{0} -s {1} remount".format(self.adb, self.serial)
return self.run_cmd_linux(cmd_string.split(), timeout=10)
def adb_disable_verity(self):
"""Disable verity in order to write in /system partition"""
cmd_string = "{0} -s {1} disable-verity".format(self.adb, self.serial)
return self.run_cmd_linux(cmd_string.split(), timeout=20)
def kill_server(self):
"""kill adb server"""
cmd_string = "{0} kill-server".format(self.adb)
self.run_cmd_linux(cmd_string.split())
time.sleep(1)
def reboot_device(self,
reboot_params="",
ip_enabled=False,
reboot_timeout=60):
"""reboot the device and check it is connected again"""
if self.verbose:
print "Rebooting .."
ip = self.serial.split(":")[0]
cmd = "reboot {0}".format(reboot_params)
reboot_proc = self.run_cmd(cmd, mode="sync", cmd_type="reboot")
if reboot_proc.poll() == 0:
if ip_enabled:
try:
self.local_conn.wait_for_no_ping(ip,
timeout=reboot_timeout /
2)
except base_utils.TimeoutError:
return False
self.kill_server()
time.sleep(1)
try:
self.local_conn.wait_for_ping(ip, timeout=reboot_timeout)
except base_utils.TimeoutError:
return False
if reboot_params == "":
self.open_connection()
return True
else:
waiting = 0
while waiting < reboot_timeout:
time.sleep(2)
check = self.check_connected(device_state=reboot_params)
if check is None:
# timeout
return False
if check:
break
waiting += 2
return waiting < reboot_timeout
else:
return False
def check_connected(self, device_state=None):
"""check adb connection with the device"""
if device_state == "recovery":
return self.local_conn.check_adb(serial=self.serial,
device_state=device_state)
if device_state == "fastboot" or device_state == "bootloader":
return self.local_conn.check_fastboot(serial=self.serial)
try:
self.run_cmd("ls sdcard", timeout=20)
except base_utils.TimeoutError:
return None
except Exception:
return False
return True
def close_connection(self):
"""discovnnect from the device"""
cmd_string = "{0} disconnect {1}".format(self.adb, self.serial)
self.run_cmd_linux(cmd_string.split(), timeout=1)
def get_file(self, remote, local, timeout=60):
"""get file from the device"""
cmd = []
cmd.extend(self.cmd_prefix)
cmd_string = "pull {0} {1}".format(remote, local)
cmd.extend(cmd_string.split())
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
err = p.stderr.read()
out = p.stdout.read()
assert "KB/s" in err or "100%" in out or (
not err and not out), "Could not get file\n{0}".format(err)
def put_file(self, local, remote, timeout=60):
"""push file to device"""
cmd = []
cmd.extend(self.cmd_prefix)
cmd_string = "push {0} {1}".format(local, remote)
cmd.extend(cmd_string.split())
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
err = p.stderr.read()
out = p.stdout.read()
assert "KB/s" in err or "100%" in out or (
not err and not out), "Could not push file\n{0}".format(err)
def install_apk(self, apk, timeout=60):
"""install apk"""
cmd = ["shell", "settings", "get", "secure", "install_non_market_apps"]
cmd = self.cmd_prefix + cmd
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
(unknown_apps_state, err) = p.communicate()
unknown_apps_state = unknown_apps_state.strip()
cmd = ["shell", "settings", "get", "global", "package_verifier_enable"]
cmd = self.cmd_prefix + cmd
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
(package_verifier_state, err) = p.communicate()
package_verifier_state = package_verifier_state.strip()
cmd = [
"shell", "settings", "put", "secure", "install_non_market_apps",
"1"
]
cmd = self.cmd_prefix + cmd
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
cmd = [
"shell", "settings", "put", "global", "package_verifier_enable",
"0"
]
cmd = self.cmd_prefix + cmd
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
cmd = []
cmd.extend(self.cmd_prefix)
cmd_string = "install {0}".format(apk)
cmd.extend(cmd_string.split())
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
err = p.stderr.read()
out = p.stdout.read()
cmd = [
"shell", "settings", "put", "secure", "install_non_market_apps",
unknown_apps_state
]
cmd = self.cmd_prefix + cmd
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
cmd = [
"shell", "settings", "put", "global", "package_verifier_enable",
package_verifier_state
]
cmd = self.cmd_prefix + cmd
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
assert "Success" in out or "ALREADY_EXISTS" in out, "Could: not install apk {0}\Stdout: {1}\nStderr: {" \
"2}".format(apk, out, err)
def uninstall_apk(self, package, timeout=60):
"""install apk"""
cmd = []
cmd.extend(self.cmd_prefix)
cmd_string = "uninstall {0}".format(package)
cmd.extend(cmd_string.split())
p = self.run_cmd_linux(cmd,
timeout=timeout,
ignore_error=True,
liveprint=False)
err = p.stderr.read()
out = p.stdout.read()
assert "Success" in out, "Could: not uninstall package {0}\nStdout: {1}\nStderr: {2}\n".format(
package, out, err)
def kill_command(self, pid):
self.run_cmd("kill {0}".format(pid))
def kill_all(self, pids):
for pid in pids:
self.kill_command(pid)
def cd(self, path):
raise NotImplementedError("Method not overwritten")
def set_env(self, var_name, var_value):
raise NotImplementedError("Method not overwritten")
def unset_env(self, var_name):
raise NotImplementedError("Method not overwritten")
def load_CPU(self):
"""
loads CPU
returns the subprocess object
"""
cmd = "cat /dev/urandom > /dev/null & \
cat /dev/urandom > /dev/null & cat /dev/urandom > /dev/null & \
cat /dev/urandom > /dev/null & cat /dev/urandom > /dev/null"
return self.run_cmd(cmd, mode="async")
def clear_logcat(self):
"""clears logcat"""
self.run_cmd("logcat -c")
def parse_cmd_output(self,
cmd,
grep_for=None,
multiple_grep=None,
left_separator=None,
right_separator=None,
strip=False,
dont_split=False,
timeout=60,
ignore_error=False):
"""
By default gets the output from adb shell command
Can grep for strings or cut for delimiters
"""
# tmp file name should be uniq to allow getting output from
# multiple devices at the same time
tmp_file_name = "tmp_{0}_{1}_{2}".format(
"5037" if self.port is None else str(self.port),
self.serial.split(":")[0], str(int(round(time.time() * 1000000))))
self.run_cmd(cmd,
soutfile=tmp_file_name,
timeout=timeout,
dont_split=dont_split,
ignore_error=ignore_error)
with open(tmp_file_name, 'r') as f:
string = f.read()
string = base_utils.parse_string(string,
grep_for=grep_for,
multiple_grep=multiple_grep,
left_separator=left_separator,
right_separator=right_separator,
strip=strip)
os.remove(tmp_file_name)
return string
def parse_logcat(self,
grep_for=None,
left_separator=None,
right_separator=None,
strip=False):
"""parses logcat output"""
cmd = "logcat -d"
return self.parse_cmd_output(cmd,
grep_for=grep_for,
left_separator=left_separator,
right_separator0=right_separator,
strip=strip)
def parse_dmesg(self,
grep_for=None,
left_separator=None,
right_separator=None,
strip=False):
"""parses dmesg output"""
cmd = "dmesg"
return self.parse_cmd_output(cmd,
grep_for=grep_for,
left_separator=left_separator,
right_separator=right_separator,
strip=strip)
def parse_file(self,
file_name,
grep_for=None,
left_separator=None,
right_separator=None,
strip=False):
"""parses the file located at file_name"""
cmd = "cat {0}".format(file_name)
return self.parse_cmd_output(cmd,
grep_for=grep_for,
left_separator=left_separator,
right_separator=right_separator,
strip=strip)
def check_ping(self, ip):
"""checks ping to an ip from the device"""
cmd = "ping -c1 {0}".format(ip)
return "1 received" in self.parse_cmd_output(cmd)
def check_interface_up(self, interface):
"""
checks interface status from netcfg command
usage:
adb_conn.check_interface_up(wlan0)
"""
return "UP" in self.parse_cmd_output("netcfg", grep_for=interface)
def check_interface_down(self, interface):
"""
checks interface status from netcfg command
usage:
adb_conn.check_interface_up(wlan0)
"""
return "UP" not in self.parse_cmd_output("netcfg", grep_for=interface)
def check_interface_has_ip(self, interface):
"""
checks if interface has an IP address assigned
usage:
adb_conn.check_interface_has_ip(wlan0)
"""
output = self.parse_cmd_output("netcfg", grep_for=interface)
return output.split()[2].strip() != "0.0.0.0/0"
def check_interface_has_this_ip(self, interface, ip, mask="24"):
"""
checks if interface has the given IP address assigned
and the given mask
usage:
adb_conn.check_interface_has_ip(wlan0)
"""
output = self.parse_cmd_output("netcfg", grep_for=interface)
return output.split()[2] == "{0}/{1}".format(ip, mask)
def clear_app_cache(self):
"""clears app cache"""
# TODO
pass
def get_prop(self, prop):
"""get prop from the device"""
cmd = "getprop {0}".format(prop)
return self.parse_cmd_output(cmd, strip=True).strip()
def set_prop(self, prop, value):
"""set prop on the device"""
self.run_cmd("setprop {0} {1}".format(prop, value))
def pgrep(self, grep_for=""):
"""returns list of pids that match grep_for"""
string = self.parse_cmd_output("ps", grep_for=grep_for)
if self.verbose:
print "________________________________________________"
print string
print "________________________________________________"
line_separator = "\r\n"
if line_separator not in string:
line_separator = "\n"
pids = []
for line in string.split(line_separator):
if grep_for in line:
try:
pid = line.split()[1]
if pid.isdigit():
pids.append(pid)
except Exception:
pass
return pids
def pgrep_common(self, args):
"""returns list of pids for give args.
Works the same as 'pgrep' in android"""
string = self.parse_cmd_output("pgrep " + args)
if self.verbose:
print "________________________________________________"
print string
print "________________________________________________"
line_separator = "\r\n"
if line_separator not in string:
line_separator = "\n"
output = []
for line in string.split(line_separator):
if line != "":
output.append(line)
return output
def get_pid(self, grep_for):
"""return first pid to mach process name"""
pids = self.pgrep(grep_for=grep_for)
return None if len(pids) == 0 else pids[0]