Pure python3 implementation for working with iDevices (iPhone, etc...)
Project description
Description
pymobiledevice3
is a pure python3 implementation for working with iDevices (iPhone, etc...).
Main features include:
- TCP port forwarding
- Viewing syslog lines (including debug)
- Profile management
- Application management
- File system management (AFC)
- Crash reports management
- Network sniffing
- Firmware update
- Mounting images
- Notification listening and triggering (
notify_post()
api) - Querying and setting SpringBoard options
- DeveloperDiskImage features:
- Taking screenshots
- Simulate locations
- Process management
- Sniffing KDebug messages (strace capabilities++)
- Process monitoring (
top
like) - Accessibility features
- Backup
Installation
Install the last released version using pip
:
python3 -m pip install --user -U pymobiledevice3
Or install the latest version from sources:
git clone git@github.com:doronz88/pymobiledevice3.git
cd pymobiledevice3
python3 -m pip install --user -U -e .
You can also install auto-completion for all available sub-commands by adding the following into your ~/.zshrc
:
# python-click<8.0
eval "$(_PYMOBILEDEVICE3_COMPLETE=source_zsh pymobiledevice3)"
# python-click>=8.0
eval "$(_PYMOBILEDEVICE3_COMPLETE=zsh_source pymobiledevice3)"
Lower iOS versions (<13)
If you wish to use pymobiledevice3 with iOS versions lower than 13, Make sure to install openssl
:
On MAC:
brew install openssl
On Linux:
sudo apt install openssl
Usage
You can either use the CLI:
Usage: pymobiledevice3 [OPTIONS] COMMAND [ARGS]...
Options:
--help Show this message and exit.
Commands:
activation activation options
afc FileSystem utils
apps application options
backup2 backup utils
companion companion options
crash crash report options
developer developer options.
diagnostics diagnostics options
list-devices list connected devices
lockdown lockdown options
mounter mounter options
notification notification options
pcap sniff device traffic
power-assertion Create a power assertion (wraps...
processes processes cli
profile profile options
provision privision options
restore restore options
springboard springboard options
syslog syslog options
Or import and use the API yourself:
from pymobiledevice3.lockdown import LockdownClient
from pymobiledevice3.services.syslog import SyslogService
lockdown = LockdownClient()
for line in SyslogService(lockdown=lockdown).watch():
# just print all syslog lines as is
print(line)
Example
A recorded example can be viewed at:
https://terminalizer.com/view/18920b405193
Lockdown services
Support | Service | Description |
---|---|---|
DONE | com.apple.mobile.heartbeat |
Just a ping to lockdownd service |
DONE | com.apple.mobileactivationd |
Activation services |
DONE | com.apple.afc |
File access for /var/mobile/Media |
DONE | com.apple.crashreportcopymobile |
File access for /var/mobile/Library/Logs/CrashReports |
DONE | com.apple.pcapd |
Sniff device's network traffic |
DONE | com.apple.syslog_relay |
Just streams syslog lines as raw strings |
DONE | com.apple.os_trace_relay |
More extensive syslog monitoring |
DONE | com.apple.mobile.diagnostics_relay |
General diagnostic tools |
DONE | com.apple.mobile.notification_proxy |
API wrapper for notify_post() & notify_register_dispatch() |
DONE | com.apple.crashreportmover |
Just trigger crash_mover to move all crash reports into crash directory |
DONE | com.apple.mobile.MCInstall |
Profile management |
DONE | com.apple.misagent |
Provisioning Profiles management |
DONE | com.apple.companion_proxy |
Companion features (watches and etc.) |
DONE | com.apple.mobilebackup2 |
Local backup management |
DONE | com.apple.mobile.assertion_agent |
Create power assertion to prevent different kinds of sleep |
DONE | com.apple.springboardservices |
Icon related |
DONE | com.apple.mobile.mobile_image_mounter |
Image mounter service (used for DeveloperDiskImage mounting) |
DONE | com.apple.mobile.house_arrest |
Get AFC utils (file management per application bundle) |
DONE | com.apple.mobile.installation_proxy |
Application management |
DONE | com.apple.instruments.remoteserver |
Developer instrumentation service, iOS<14 (DeveloperDiskImage) |
DONE | com.apple.instruments.remoteserver.DVTSecureSocketProxy |
Developer instrumentation service, iOS>=14 (DeveloperDiskImage) |
DONE | com.apple.mobile.screenshotr |
Take screenshot into a PNG format (DeveloperDiskImage) |
DONE | com.apple.accessibility.axAuditDaemon.remoteserver |
Accessibility features (DeveloperDiskImage) |
DONE | com.apple.dt.simulatelocation |
Allows to simulate locations (DeveloperDiskImage) |
DONE | com.apple.dt.fetchsymbols |
Allows fetching of dyld and dyld shared cache files (DeveloperDiskImage) |
Not yet | com.apple.idamd |
Allows settings the IDAM configuration (whatever that means...) |
Not yet | com.apple.atc |
AirTraffic related |
Not yet | com.apple.ait.aitd |
AirTraffic related |
Not yet | com.apple.mobile.file_relay |
File access for iOS <= 8 |
Not yet | com.apple.mobile.insecure_notification_proxy |
API wrapper for notify_post() & notify_register_dispatch() from whitelist |
Not yet | com.apple.mobilesync |
|
Not yet | com.apple.purpletestr |
|
Not yet | com.apple.webinspector |
Used to debug WebViews |
com.apple.instruments.remoteserver.DVTSecureSocketProxy
Exports several ObjC objects and allows calling their respective selectors.
The /Developer/Library/PrivateFrameworks/DVTInstrumentsFoundation.framework/DTServiceHub
service reads the
configuration stored from [[NSUserDefaults standardUserDefaults] boolForKey:@"DTXConnectionTracer"]
If the value is true, then /tmp/DTServiceHub[PID].DTXConnection.RANDOM.log
is created and can be used to debug the
transport protocol.
For example:
root@iPhone (/var/root)# tail -f /tmp/DTServiceHub[369].DTXConnection.qNjM2U.log
170.887982 x4 resuming [c0]: <DTXConnection 0x100d20670 : x4>
170.889120 x4 sent [c0]: < DTXMessage 0x100d52b10 : i2.0 c0 dispatch:[_notifyOfPublishedCapabilities:<NSDictionary 0x100d0e1b0 | 92 key/value pairs>] >
170.889547 x4 received [c0]: < DTXMessage 0x100d0a550 : i1.0 c0 dispatch:[_notifyOfPublishedCapabilities:<NSDictionary 0x100d16a40 | 2 key/value pairs>] >
170.892101 x4 received [c0]: < DTXMessage 0x100d0a550 : i3.0e c0 dispatch:[_requestChannelWithCode:[1]identifier :"com.apple.instruments.server.services.deviceinfo"] >
170.892238 x4 sent [c0]: < DTXMessage 0x100d61830 : i3.1 c0 >
170.892973 x4 received [c1f]: < DTXMessage 0x100d0a550 : i4.0e c1 dispatch:[runningProcesses] >
171.204957 x4 sent [c1f]: < DTXMessage 0x100c557a0 : i4.1 c1 object:(__NSArrayM*)<NSArray 0x100c199d0 | 245 objects> { <NSDictionary 0x100c167c0 | 5 key/value pairs>, <NSDictionary 0x100d17970 | 5 key/value pairs>, <NSDictionary 0x100d17f40 | 5 key/value pairs>, <NSDictionary 0x100d61750 | 5 key/value pairs>, <NSDictionary 0x100c16760 | 5 key/value pairs>, ... } >
171.213326 x4 received [c0]: < DTXMessage : kDTXInterruptionMessage >
171.213424 x4 handler [c0]: < DTXMessage : i1 kDTXInterruptionMessage >
171.213477 x4 received [c1f]: < DTXMessage : kDTXInterruptionMessage >
For editing the configuration we can simply add the respected key into:
/var/mobile/Library/Preferences/.GlobalPreferences.plist
and kill cfprefsd
The valid selectors for triggering can be found using the following Frida script the same way Troy Bowman used for
iterating all classes which implement the protocol DTXAllowedRPC
:
frida -U DTServiceHub
for (var name in ObjC.protocols) {
var protocol = ObjC.protocols[name]
if ('DTXAllowedRPC' in protocol.protocols) {
console.log('@protocol', name)
console.log(' ' + Object.keys(protocol.methods).join('\n '))
}
}
The complete list for the relevant APIs can be found here:
com.apple.os_trace_relay
Provides API for the following operations:
- Show process list (process name and pid)
- Stream syslog lines in binary form with optional filtering by pid.
- Get old stored syslog archive in PAX format (can be extracted using
pax -r < filename
).- Archive contain the contents are the
/var/db/diagnostics
directory
- Archive contain the contents are the
com.apple.mobile.diagnostics_relay
Provides an API to:
- Query MobileGestalt & IORegistry keys.
- Reboot, shutdown or put the device in sleep mode.
com.apple.mobile.file_relay
On older iOS versions, this was the main relay used for file operations, which was later replaced with AFC.
com.apple.pcapd
Starting iOS 5, apple added a remote virtual interface (RVI) facility that allows mirroring networks trafic from an iOS device. On Mac OSX the virtual interface can be enabled with the rvictl command. This script allows to use this service on other systems.
The bits and bytes
To understand the bits and bytes of the communication with lockdownd you are advised to take a look at this article:
Sending your own messages
Lockdown messages
Every such subcommand may wrap several relay requests underneath. If you wish to try and play with some the relays yourself, you can run:
pymobiledevice3 lockdown service <service-name>
This will start an IPython shell where you already have the connection established using the client
variable and you
can send & receive messages.
# This shell allows you to communicate directly with every service layer behind the lockdownd daemon.
# For example, you can do the following:
client.send_plist({"Command": "DoSomething"})
# and view the reply
print(client.recv_plist())
# or just send raw message
client.sendall(b"hello")
# and view the result
print(client.recvall(20))
Instruments messages
If you want to play with DTServiceHub
which lies behind the developer
options, you can also use:
pymobiledevice3 developer shell
To also get an IPython shell, which lets you call ObjC methods from the exported objects in the instruments' namespace like so:
# This shell allows you to send messages to the DVTSecureSocketProxy and receive answers easily.
# Generally speaking, each channel represents a group of actions.
# Calling actions is done using a selector and auxiliary (parameters).
# Receiving answers is done by getting a return value and seldom auxiliary (private / extra parameters).
# To see the available channels, type the following:
developer.supported_identifiers
# In order to send messages, you need to create a channel:
channel = developer.make_channel('com.apple.instruments.server.services.deviceinfo')
# After creating the channel you can call allowed selectors:
channel.runningProcesses()
# If an answer is expected, you can receive it using the receive method:
processes = channel.receive_plist()
# Sometimes the selector requires parameters, You can add them using MessageAux. For example lets kill a process:
channel = developer.make_channel('com.apple.instruments.server.services.processcontrol')
args = MessageAux().append_obj(80) # This will kill pid 80
channel.killPid_(args, expects_reply=False) # Killing a process doesn't require an answer.
# In some rare cases, you might want to receive the auxiliary and the selector return value.
# For that cases you can use the recv_plist method.
return_value, auxiliary = developer.recv_plist()
Contributing
See CONTRIBUTING.
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