def adb():
# Restart ADB
adb = Adb(DEFAULT_ADDRESS)
adb.kill()
proc = AdbProcess("adb", DEFAULT_ADDRESS)
proc.start()
return adb
def adb():
# Restart ADB
adb = Adb(DEFAULT_ADDRESS)
adb.kill()
proc = AdbProcess("adb", DEFAULT_ADDRESS)
proc.start()
return adb
def __init__(self, address=None, adb_path="adb"):
"""
Initialize an Adb object
:param tuple address: The address of the Adb server in the form (host, port).
Defaults to ("localhost", 5037)
"""
if address == None:
# Default address
address = ("localhost", 5037)
self.address = address
self.socket = Socket(address)
self.process = AdbProcess(adb_path, address)
def __init__(self, address=None, adb_path="adb"):
"""
Initialize an Adb object
:param tuple address: The address of the Adb server in the form (host, port).
Defaults to ("localhost", 5037)
"""
if address == None:
# Default address
address = ("localhost", 5037)
self.address = address
self.socket = Socket(address)
self.process = AdbProcess(adb_path, address)
def adb_proc():
return AdbProcess(ADB_PATH, DEFAULT_ADDRESS)
class Adb(object):
def __init__(self, address=None, adb_path="adb"):
"""
Initialize an Adb object
:param tuple address: The address of the Adb server in the form (host, port).
Defaults to ("localhost", 5037)
"""
if address == None:
# Default address
address = ("localhost", 5037)
self.address = address
self.socket = Socket(address)
self.process = AdbProcess(adb_path, address)
def _command(self, data):
self.socket.send(data)
return self.socket.receive()
def _command_bool(self, data):
self.socket.send(data)
return self.socket.receive_fixed_length(4) == "OKAY"
@staticmethod
def _get_transport(target):
transport = ''
if target in Target.__dict__.values():
transport = "-" + target
else:
# If the target was a serial
transport = ":" + target
return "host:transport" + transport
def _setup_target(self, target):
self.socket.send(Adb._get_transport(target))
if self.socket.receive_fixed_length(4) != "OKAY":
raise AdbError(
"Failed to change transport. Verify that multiple devices "
"are not connected and that you chose the right target")
def start(self):
"""
Start the ADB server on the port specified in :py:attr:`Adb.address` during initialization.
Throws an error if the server doesn't actually start on the expected port.
:raises: AdbError
"""
self.process.start()
if not self.process.running():
raise AdbError("Failed to start Adb process")
def devices(self):
"""
Return a list of connected devices in the form (*serial*, *status*) where status can
be any of the following:
1. device
2. offline
3. unauthorized
:returns: A list of tuples representing connected devices
"""
devices = None
with self.socket.Connect():
devices = self._command("host:devices")
return parse_device_list(devices)
def version(self):
"""
Get the version of the ADB server (for example 1.0.31).
:returns: The version of the ADB server (ex.
"""
with self.socket.Connect():
return self._command("host:version")
def kill(self):
"""
Kill the current ADB server.
:returns: True if the ADB server was killed.
"""
with self.socket.Connect():
return self._command_bool("host:kill")
def get_product(self, target=Target.ANY):
"""
Get the product name corresponding to *target*.
:returns: The product name
"""
cmd = host_command(target, "get-product")
with self.socket.Connect():
return self._command(cmd)
def get_serialno(self, target=Target.ANY):
"""
Get the serial number of *target*
:returns: The serial number
"""
cmd = host_command(target, "get-serialno")
with self.socket.Connect():
return self._command(cmd)
def get_devpath(self, target=Target.ANY):
cmd = host_command(target, "get-devpath")
with self.socket.Connect():
return self._command(cmd)
def get_state(self, target=Target.ANY):
cmd = host_command(target, "get-state")
with self.socket.Connect():
return self._command(cmd)
def forward(self, local, remote, target=Target.ANY, norebind=False):
cmd_start = "forward:"
if norebind:
cmd_start += "norebind:"
base_command = cmd_start + local + ";" + remote
cmd = host_command(target, base_command)
with self.socket.Connect():
return self._command_bool(cmd)
def kill_forward(self, local, target=Target.ANY):
cmd = host_command(target, "killforward:" + local)
with self.socket.Connect():
return self._command_bool(cmd)
def kill_forward_all(self, target=Target.ANY):
cmd = host_command(target, "killforward-all")
with self.socket.Connect():
return self._command_bool(cmd)
def shell(self, shell_cmd, target=Target.ANY, timeout=None):
with self.socket.Connect():
self._setup_target(target)
self.socket.send("shell:" + shell_cmd)
return self.socket.receive_until_end(timeout)
class Adb(object):
def __init__(self, address=None, adb_path="adb"):
"""
Initialize an Adb object
:param tuple address: The address of the Adb server in the form (host, port).
Defaults to ("localhost", 5037)
"""
if address == None:
# Default address
address = ("localhost", 5037)
self.address = address
self.socket = Socket(address)
self.process = AdbProcess(adb_path, address)
def _command(self, data):
self.socket.send(data)
return self.socket.receive()
def _command_bool(self, data):
self.socket.send(data)
return self.socket.receive_fixed_length(4) == "OKAY"
@staticmethod
def _get_transport(target):
transport = ''
if target in Target.__dict__.values():
transport = "-" + target
else:
# If the target was a serial
transport = ":" + target
return "host:transport" + transport
def _setup_target(self, target):
self.socket.send(Adb._get_transport(target))
if self.socket.receive_fixed_length(4) != "OKAY":
raise AdbError("Failed to change transport. Verify that multiple devices "
"are not connected and that you chose the right target")
def start(self):
"""
Start the ADB server on the port specified in :py:attr:`Adb.address` during initialization.
Throws an error if the server doesn't actually start on the expected port.
:raises: AdbError
"""
self.process.start()
if not self.process.running():
raise AdbError("Failed to start Adb process")
def devices(self):
"""
Return a list of connected devices in the form (*serial*, *status*) where status can
be any of the following:
1. device
2. offline
3. unauthorized
:returns: A list of tuples representing connected devices
"""
devices = None
with self.socket.Connect():
devices = self._command("host:devices")
return parse_device_list(devices)
def version(self):
"""
Get the version of the ADB server (for example 1.0.31).
:returns: The version of the ADB server (ex.
"""
with self.socket.Connect():
return self._command("host:version")
def kill(self):
"""
Kill the current ADB server.
:returns: True if the ADB server was killed.
"""
with self.socket.Connect():
return self._command_bool("host:kill")
def get_product(self, target=Target.ANY):
"""
Get the product name corresponding to *target*.
:returns: The product name
"""
cmd = host_command(target, "get-product")
with self.socket.Connect():
return self._command(cmd)
def get_serialno(self, target=Target.ANY):
"""
Get the serial number of *target*
:returns: The serial number
"""
cmd = host_command(target, "get-serialno")
with self.socket.Connect():
return self._command(cmd)
def get_devpath(self, target=Target.ANY):
cmd = host_command(target, "get-devpath")
with self.socket.Connect():
return self._command(cmd)
def get_state(self, target=Target.ANY):
cmd = host_command(target, "get-state")
with self.socket.Connect():
return self._command(cmd)
def forward(self, local, remote, target=Target.ANY, norebind=False):
cmd_start = "forward:"
if norebind:
cmd_start += "norebind:"
base_command = cmd_start + local + ";" + remote
cmd = host_command(target, base_command)
with self.socket.Connect():
return self._command_bool(cmd)
def kill_forward(self, local, target=Target.ANY):
cmd = host_command(target, "killforward:" + local)
with self.socket.Connect():
return self._command_bool(cmd)
def kill_forward_all(self, target=Target.ANY):
cmd = host_command(target, "killforward-all")
with self.socket.Connect():
return self._command_bool(cmd)
def shell(self, shell_cmd, target=Target.ANY, timeout=None):
with self.socket.Connect():
self._setup_target(target)
self.socket.send("shell:" + shell_cmd)
return self.socket.receive_until_end(timeout)
