SSH Over USB: Difference between revisions

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== SSH over USB using usbmuxd ==
== SSH over USB using usbmuxd ==


You can either download a binary and run that or use a python script. The python script is a lot slower than the binary version.
Utilizing <code>inetcat</code>, a component of <code>[[usbmuxd]]</code>, is the preferred (and likely only actively maintained) method of connecting to SSH via USB across iDevices.


=== Using binary ===
=== Installation ===


* Download the zip file from [https://code.google.com/p/iphonetunnel-usbmuxconnectbyport/downloads/detail?name=itnl_rev8.zip OS X] or [https://code.google.com/p/iphonetunnel-usbmuxconnectbyport/downloads/detail?name=itunnel_mux_rev71.zip Windows (32 bits)].
<tabber>
* If you're on Windows, install iTunes
|-|macOS=
* Unzip to a directory of choice.
With Homebrew:{{Terminal|macos|brew install libusbmuxd}}
** Windows: Run <code>path/to/itunnel_mux.exe --iport 22 --lport 2222</code>
With Macports:{{Terminal|macos|sudo port install libusbmuxd}}
** OS X: Run <code>sudo path/to/itnl --iport 22 --lport 2222</code>
|-|Windows=
A compiled version of libimobiledevice+usbmuxd is available [https://github.com/L1ghtmann/libimobiledevice/releases/latest here]. Download the .tar.xz file and extract it using [https://www.7-zip.org/ 7-zip] or a similar program.


Connect to localhost as you would over wifi.
You can add this extracted folder to the path by following the walkthrough [https://stackoverflow.com/a/44272417 here]. This will put the iproxy bin on your path.
|-|Linux=
{{#tag:tabber|
Ubuntu=
 
<pre>
sudo apt-get install usbmuxd
</pre>
 
{{!}}-{{!}}
 
Debian=
<pre>
sudo apt-get install usbmuxd
</pre>
 
{{!}}-{{!}}
openSUSE=
 
<pre>
sudo zypper install usbmuxd
</pre>
 
}}
</tabber>
 
=== Usage ===
 
<tabber>
|-|macOS/Linux=
 
You can set up your ssh config to connect automatically via inetcat
 
In your ~/.ssh/config file: 
<pre>
Host my-iphone
    ProxyCommand inetcat 22 <my-phone-uuid>
    User root
    StrictHostKeyChecking no
    UserKnownHostsFile /dev/null
</pre>
 
(You don't need to specify uuid if you only have one phone connected)
 
Then, you can simply connect via
 
<code>ssh my-iphone</code>
 
Alternatively, without editing your ssh config, you can connect directly via:
 
<code>
ssh -oProxyCommand="inetcat 22" root@localhost
</code>
 
(The default password will be `alpine`)
 
|-|Windows=
 
Assuming you've added the <code>libimobiledevice</code> folder you extracted earlier to your PATH:


==== Making itunnel mux run automatically in the background on OS X ====
* Save the unzipped folder (containing both itnl and libmd.dylib) somewhere (eg. <code>/Library/itunnel</code>)
* Create the file <code>/Library/LaunchDaemons/com.usbmux.itunnel.plist</code> with the contents:
<pre>
<pre>
<?xml version="1.0" encoding="UTF-8"?>
iproxy 2222:22
<!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
<key>Label</key>
<string>com.usbmux.itunnel</string>
<key>ProgramArguments</key>
<array>
<string>/path/to/itnl</string>
<string>--iport</string>
<string>22</string>
<string>--lport</string>
<string>2222</string>
</array>
<key>RunAtLoad</key>
<true/>
<key>OnDemand</key>
<false/>
</dict>
</plist>
</pre>
</pre>


* (replacing /path/to/ with the path to where you have itnl stored, eg. <code>/Library/itunnel/</code>)
Where <code>2222</code> is our "local" port, and <code>22</code> is the port on the device we want to forward.
* run <code>sudo launchctl load /Library/LaunchDaemons/com.usbmux.itunnel.plist</code>
 
* You now don't have to run the itunnel binary every time you want to SSH over USB as the itunnel software is always running in the background
We can then connect to the device by running:
 
<code>ssh root@localhost -p 2222</code>
 
You may need to install ssh via Windows to connect to your device.


=== Using python ===
If you have multiple devices connected, it may be useful to run multiple instances, specifying UDIDs and ports like so:


Tested on OS X and Windows.
<source lang="bash">
iproxy 2222 22 abcdef0123456789abcdef1234567890abcdef12 & \
iproxy 2223 22 9876543210fedcba9876543210fedcba98765432
</source>


You will need to have Python installed on your system.
</tabber>


* Get [http://marcansoft.com/blog/iphonelinux/usbmuxd/ usbmuxd] source package and unpack. (Or if the linked usbmuxd package doesn't work, try [http://cgit.sukimashita.com/libusbmuxd.git/ libusbmuxd].)
== Integration with THEOS ==
* Go into folder python-client
Export the following variables in your shell in order to deploy builds to the connected device:
* chmod +x tcprelay.py
* Run ./tcprelay.py -t 22:2222


Now you can log into your device via ssh mobile@localhost -p 2222
<code>export THEOS_DEVICE_IP=localhost


The -t switch tells tcprelay to run threaded and allow more than one ssh over the same port.
export THEOS_DEVICE_PORT=2222
</code>


See ./tcprelay.py --help for further options.
== SSH without password ==
Run the following commands one time and you will not be asked to type your password again.


== SSH over USB using the iFunBox GUI (Windows only) ==
You must create an SSH key with <code>ssh-keygen</code> if you have not created one. A passphrase isn’t required but still recommended. You can use <code>ssh-agent</code> [https://help.github.com/articles/generating-a-new-ssh-key-and-adding-it-to-the-ssh-agent/ as described here] to keep the passphrase in memory and not be prompted for it constantly.
 
Then run the following command:
<code>ssh-copy-id root@DEVICE_IP</code>
 
On OS X, ssh-copy-id will need to be installed with <code>brew install ssh-copy-id</code>.
 
== Alternatives to usbmuxd ==
 
There are several other methods of connecting to devices, however the ones that still work typically just wrap usbmuxd, and given the simplicity of installation and usage of usbmuxd, one may find it easier to just use usbmuxd itself.
 
However, for a variety of reasons (automation, CI, more convenient integration into another project, or an aversion to CLI tools), one may want to use other tools.
 
=== Using gandalf ===
 
Gandalf is a tool written in OCaml for connecting to a large amount of devices via SSH over USB.
 
Instructions on installation and usage can be viewed on the [[Gandalf]] page, or on the project's [https://github.com/onlinemediagroup/ocaml-usbmux README]
 
=== SSH over USB using the iFunBox GUI (Windows only) ===


This feature only exists in the '''Windows build''' of iFunBox.
This feature only exists in the '''Windows build''' of iFunBox.
Line 70: Line 133:
* Assign ports as you see fit.
* Assign ports as you see fit.


== Theos usage ==
Export the following variables in your shell in order to deploy builds to the connected device:
<code>export THEOS_DEVICE_IP = 127.0.0.1


export THEOS_DEVICE_PORT = 2222
[[Category:Getting Started]]
</code>

Latest revision as of 05:11, 7 October 2023

Languages: English • françaisไทย

SSH over USB using usbmuxd

Utilizing inetcat, a component of usbmuxd, is the preferred (and likely only actively maintained) method of connecting to SSH via USB across iDevices.

Installation

With Homebrew:

brew install libusbmuxd

With Macports:

sudo port install libusbmuxd

A compiled version of libimobiledevice+usbmuxd is available here. Download the .tar.xz file and extract it using 7-zip or a similar program. You can add this extracted folder to the path by following the walkthrough here. This will put the iproxy bin on your path.

 sudo apt-get install usbmuxd
 

sudo apt-get install usbmuxd

sudo zypper install usbmuxd

Usage

You can set up your ssh config to connect automatically via inetcat

In your ~/.ssh/config file:

Host my-iphone
    ProxyCommand inetcat 22 <my-phone-uuid>
    User root
    StrictHostKeyChecking no
    UserKnownHostsFile /dev/null

(You don't need to specify uuid if you only have one phone connected)

Then, you can simply connect via

ssh my-iphone

Alternatively, without editing your ssh config, you can connect directly via:

ssh -oProxyCommand="inetcat 22" root@localhost

(The default password will be `alpine`)

Assuming you've added the libimobiledevice folder you extracted earlier to your PATH:

iproxy 2222:22

Where 2222 is our "local" port, and 22 is the port on the device we want to forward.

We can then connect to the device by running:

ssh root@localhost -p 2222

You may need to install ssh via Windows to connect to your device.

If you have multiple devices connected, it may be useful to run multiple instances, specifying UDIDs and ports like so:

iproxy 2222 22 abcdef0123456789abcdef1234567890abcdef12 & \
iproxy 2223 22 9876543210fedcba9876543210fedcba98765432

Integration with THEOS

Export the following variables in your shell in order to deploy builds to the connected device:

export THEOS_DEVICE_IP=localhost

export THEOS_DEVICE_PORT=2222

SSH without password

Run the following commands one time and you will not be asked to type your password again.

You must create an SSH key with ssh-keygen if you have not created one. A passphrase isn’t required but still recommended. You can use ssh-agent as described here to keep the passphrase in memory and not be prompted for it constantly.

Then run the following command: ssh-copy-id root@DEVICE_IP

On OS X, ssh-copy-id will need to be installed with brew install ssh-copy-id.

Alternatives to usbmuxd

There are several other methods of connecting to devices, however the ones that still work typically just wrap usbmuxd, and given the simplicity of installation and usage of usbmuxd, one may find it easier to just use usbmuxd itself.

However, for a variety of reasons (automation, CI, more convenient integration into another project, or an aversion to CLI tools), one may want to use other tools.

Using gandalf

Gandalf is a tool written in OCaml for connecting to a large amount of devices via SSH over USB.

Instructions on installation and usage can be viewed on the Gandalf page, or on the project's README

SSH over USB using the iFunBox GUI (Windows only)

This feature only exists in the Windows build of iFunBox.

  • Get the latest Windows build of iFunBox and install it.
  • Click on "Quick Toolbox," then "USB Tunnel."
  • Assign ports as you see fit.