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SSH-Snake: Automated SSH-Based Network Traversal
Copyright (C) 2024 Joshua Rogers <https://joshua.hu/>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.

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# Visualizing System Relationships
SSH-Snake's output logs can be used to create visualizations of the network it has traversed. For example, using the python script _generate-graph.py_ provided in [tools/](tools/), we can generate a PNG visualizing the network:
![A graph visualizing the relation between systems using SSH](tools/SSH-Snake-dot-circo.png)
In [this image](tools/SSH-Snake-dot-circo.png), the blue nodes indicate a destination that can connect to itself (meaning a key on the system is also trusted by `authorized_keys`). The red edges/lines indicate that the connection from one system to another is bi-directional, meaning system A can SSH to system B and system B can SSH to system A. Note that this image includes usernames in the system labels.
This graph was created using the command:
```bash
python3 tools/generate-graph.py --with-users --file SSHSnake.log --format dot
circo -Tpng -Goverlap=false -Gsplines=true -Gconcentrate=true -Gnodesep=0.1 -Goverlap=false SSHSnake_dot_file.dot -o SSH-Snake-dot-circo.png
```
which first generates a [dot file](https://en.wikipedia.org/wiki/DOT_(graph_description_language)), then uses [graphviz' circo](https://graphviz.org/docs/layouts/circo/) to generate a PNG.
---
An alternative visualization can be created in [gexf format](https://gexf.net/), and then [Gephi](https://gephi.org/users/download/) can be used to create another meaningful image:
![A graph visualizing the relation between systems using SSH](tools/SSH-Snake-Gephi.svg)
In [this image](tools/SSH-Snake-Gephi.svg), the green nodes indicate a _host_ (without a username) that can connect to itself, and green lines/edges indicate that the connection is bi-directional. The gray host in the top right corner is the host that the script was initially executed on. Note that the hosts do __not__ include the usernames of the system, and this visualization indicates system to system connections, rather than destination (`user@host`) to destination (`user@host`) connections.
This graph was created using the command (note the lack of `--with-users`):
```bash
python3 tools/generate-graph.py --file SSHSnake.log --format gexf
```
Using Gephi, the final image was generated.
---
Cytoscape is another tool that can be used to generate interesting graphs. Using the same gexf format output file, you can install the gexf-app app for Cytoscape and import the file.
|![A graph visualizing the relation between systems using SSH](tools/SSH-Snake-CytoScape.svg)The blue nodes indicate the _destination_ can connect to itself (user@host<-->user@host). The red edges indicate that the connection is bi-directional (user1@host1<-->user2@host2).|
Not only can you create an image like this in Cytoscape (using the "yFiles hierarchical Layout"), you can also create webpages like this one: [https://megamansec.github.io/SSH-Snake/](https://megamansec.github.io/SSH-Snake/#/).

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SSH-Snake's approach to output is quite simple and consists of the following:
- Print where we are,
- Print any keys found,
- Print any exceptional information.
A normal output will look something like this:
```
(1) [1704020277]jrogers@10.128.0.25
(2) [1704020277]jrogers@(10.128.0.25)
(3) [1704020277]jrogers@10.128.0.25: Discovered usable private key in [/home/jrogers/.ssh/id_rsa]
(4) [1704020277]jrogers@10.128.0.25: EXTERNAL_MSG: KEY[/home/jrogers/.ssh/id_rsa]: LS0tLS1CRUdJTiBPUE[...]
(5) [1704020278]jrogers@10.128.0.25: Discovered unusable private key in [/home/jrogers/.ssh/protected]
(6) [1704020278]jrogers@10.128.0.25: EXTERNAL_MSG: KEY[/home/jrogers/.ssh/protected]: LS0tLS1CRUdJTiB[...]
(7) [1704020278]jrogers@10.128.0.25: EXTERNAL_MSG: INFO: Beginning with 12 dests and 1 keys
(8) [1704020279] jrogers@10.128.0.25[!/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.25
(9) [1704020279] jrogers@(10.128.0.25)[!/home/jrogers/.ssh/id_rsa]->jrogers@(10.128.0.25)
(10) [1704020279] jrogers@10.128.0.25[!/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.27
(11) [1704020279] jrogers@(10.128.0.25)[!/home/jrogers/.ssh/id_rsa]->jrogers@(10.128.0.27)
(12) [1704020277] jrogers@10.128.0.25[!/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.27: Discovered usable private key in [/home/jrogers/.ssh/id_rsa]
....
```
Every line is prepended with the UNIX epoch time.
Going through each line one by one, the purpose of each line is explained respectively:
1. The current destination (`user@host`) in the so-called "hosts chain" format. This destination address is the exact address that was used to `ssh` to (`ssh -i key user@host`).
2. The current destination (`user@(host)`) in the so-called "hostnames chain" format. This format identifies a system based on all of its addresses. For example, a system with three IPv4 addresses corresponds to `user@(ip1:ip2:ip3)` where each `ip` is the IPv4 address. This format of destination is a clear indicator of the system and is used to ensure scanning of duplicate systems does not occur (such that connecting to a secondary address does not trigger a duplicate scan for a system that has already been scanned).
3. A private key that can be used (no passphrase or permission issue) has been discovered in `/home/jrogers/.ssh/id_rsa`.
4. The contents of the private key discovered in `/home/jrogers/.ssh/id_rsa` in base64 format.
5. A private key that cannot be used (either a passphrase or some type of permission issue) has been discovered in `/home/jrogers/.ssh/protected`.
6. The contents of the private key discovered in `/home/jrogers/.ssh/protected` in base64 format.
7. 1 usable key and 12 destination addresses have been discovered on the system. The script will now try to connect to those 12 addresses using the 1 key.
8. `jrogers@10.128.0.25` has connected to `jrogers@10.128.0.25` using the `/home/jrogers/.ssh/id_rsa` key. The `!` at the beginning of the key location indicates that `sudo` was used.
9. The "hostnames chain" format of the above.
10. `jrogers@10.128.0.25` has connected to `jrogers@10.128.0.27` using the `/home/jrogers/.ssh/id_rsa` key.
11. The "hostnames chain" format of the above.
12. A private key that can be used has been discovered in `/home/jrogers/.ssh/id_rsa`.
Again: each of these lines are indicative of _normal_ output.
---
There are some exceptional cases which are related to error conditions and the [custom_cmds option](/SETTINGS.md#custom_cmds):
Examples of these exception cases are listed below:
```
(1) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->git@20.205.243.166 [GitHub]
(2) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.50.50 [GitLab]
(3) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [NoLogin]
(4) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [OoM]
(5) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [ConnErr]
(6) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [fail,aws,ubuntu]
(7) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [fail,cmd,awk]
(8) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [ARGLIMIT:1048576, abcdef...]
(9) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30: EXTERNAL_MSG: CMD[uname]: abcdef..."
(10) [1704020279] jrogers@10.128.0.25[/home/jrogers/.ssh/id_rsa]->jrogers@10.128.0.30 [line]: abcdef..
```
Each of these indicate:
1. The `/home/jrogers/.ssh/id_rsa` key can be used to SSH to `git@20.205.243.166`, which is a server identifying itself as GitHub.
2. The `/home/jrogers/.ssh/id_rsa` key can be used to SSH to `jrogers@10.128.50.50`, which is a GitLab server.
3. The `/home/jrogers/.ssh/id_rsa` key can be used to SSH to `jrogers@10.128.0.30`, but the user is restricted to `/usr/sbin/nologin` (meaning the SSH connection is likely used only for proxying).
4. The destination `jrogers@10.128.0.30` has run of memory during script execution.
5. The destination `jrogers@10.128.0.30` has unexpectedly disconnected.
6. The destination `jrogers@10.128.0.30` is an AWS EC2 instance which accepts the `/home/jrogers/.ssh/id_rsa` key but does not allow SSH to the `jrogers` user: instead, you must SSH to the `ubuntu` user. If the [retry_count option](SETTINGS.md#retry_count) is greater than 0, the script will automatically attempt to SSH to `ubuntu@10.128.0.30`.
7. The destination `jrogers@10.128.0.30` accepts the key but the script cannot run because the `awk` program is not installed on the system.
8. Either `jrogers@10.128.0.25` or `jrogers@10.128.0.30` has experienced a fatal error: [the argument limit length](https://unix.stackexchange.com/questions/120642/what-defines-the-maximum-size-for-a-command-single-argument) has been reached, which means that the script cannot be passed via an argument. The argument limit is `1048576`. The so-called `ignore_list` (containing all of the destinations already scanned and currently being scanned) is also printed in base64 format.
9. The custom command `uname` has been run on `jrogers@10.128.0.30` due to it being set in the `custom_cmds` option, and the output of the command (including stderr) is printed in base64 format.
10. The destination `jrogers@10.128.0.30` has printed an unexpected output. The output is printed after `[line]: `. Alternatively, it may also mean that `ssh` on `jrogers@10.128.0.25` has printed an unexpected output while using `ssh -i key jrogers@10.128.0.30`.
---
A few more procedural lines are also printed:
```
(1) [1702897342] jrogers@10.128.0.30: EXTERNAL_MSG: INFO: Trying again with 2 dests and 4 keys (attempts left: 0)
(2) 12 destinations (from 10 unique servers) added to interesting_dests.
(3) Unique private keys discovered: 8
(4) Unique shell accounts accessed: 10
(5) Unique servers accessed: 5
```
1. Either 2 recoverable errors have been encountered such that the destinations where the errors occurs will be tried again, or the [use_find_from_ignore_list option](SETTINGS.md#use_find_from_ignore_list) has been enabled and the script is attempting to SSH into any destinations from the ignore list (and thus the new destinations are being tried).
2. The [use_retry_all_dests options](SETTINGS.md#use_retry_all_dests) has been enabled and the script is going to re-run the scan completely with 12 destinations, corresponding to 10 unique systems (user1@host and user2@host are one system).
3. At the complete end of the scan, this identifies the total amount of private keys discovered during the scan.
4. At the complete end of the scan, this identifies the total amount of destinations (`user@host`) that have been accessed.
5. At the complete end of the scan, this identifies the total amount of systems (based on the hostnames chain format) that have been accessed.

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# SSH-Snake: Automated SSH-Based Network Traversal
SSH-Snake is a powerful tool designed to perform automatic network traversal using SSH private keys discovered on systems, with the objective of creating a comprehensive map of a network and its dependencies to identify the extent that a network can be compromised using SSH and SSH private keys starting from a particular system.
SSH-Snake can automatically reveal the relationship between systems which are connected via SSH, which would normally take a tremendous amount of time and effort to perform manually.
In other words, SSH-Snake performs the following tasks automatically and recursively:
1. On the current system, find any SSH private keys,
2. On the current system, find any hosts or destinations (`user@host`) that the private keys may be accepted,
3. Attempt to SSH into all of the discovered destinations using all of the private keys discovered,
4. If a destination is connected to using a discovered private key, repeats steps #1 - #4 on that system.
It's completely self-replicating and self-propagating -- and completely fileless. In many ways, SSH-Snake is actually a [worm](https://en.wikipedia.org/wiki/Computer_worm): It replicates itself and spreads itself from one system to another as much as it can.
Instead of manually jumping between systems with SSH keys like it's a Super Mario game, let SSH-Snake do the work for you.
An in-depth look at how this script actually works, technical details, interesting discoveries, design decisions, benchmarking, and lessons learnt, check out [this blog post](https://joshua.hu/ssh-snake-ssh-network-traversal-discover-ssh-private-keys-network-graph).
# Screenshots
|![](tools/SSH-Snake-Screenshot.png)A reduced screenshot from the output of SSH-Snake in a very small network.|
|:-:|
---
|![A graph visualizing the relation between systems using SSH](tools/SSH-Snake-CytoScape.svg)The blue nodes indicate the _destination_ can connect to itself (user@host<-->user@host). The red edges indicate that the connection is bi-directional (user1@host1<-->user2@host2).|
|:-:|
---
|![A graph visualizing the relation between systems using SSH](tools/SSH-Snake-Gephi.svg)The green nodes indicate a _host_ (without a username) that can connect to itself (host1<-->host1). The green edges indicate that the connection is bi-directional (host1<-->host2). The gray host in the top right corner is the host that the script was initially executed on.|
|:-:|
---
|![A graph visualizing the relation between systems using SSH](tools/SSH-Snake-dot-circo.png)The blue nodes indicate the _destination_ can connect to itself (user@host<-->user@host). The red edges indicate that the connection is bi-directional (user1@host1<-->user2@host2).|
|:-:|
# Using and Running SSH-Snake
SSH-Snake can either be downloaded or piped into bash:
```bash
wget https://raw.githubusercontent.com/MegaManSec/SSH-Snake/main/Snake.nocomments.sh
stdbuf -o0 bash ./Snake
```
or
```bash
curl https://raw.githubusercontent.com/MegaManSec/SSH-Snake/main/Snake.nocomments.sh | stdbuf -o0 bash
```
# About SSH-Snake
SSH-Snake seamlessly emulates what a human adversary would do to discover SSH private keys and destinations that they can be used for. Written entirely in Bash, it operates with a minimal set of dependencies commonly available on major Linux systems: `bash`, `ssh`, `getconf`, `coreutils`, `getent`, `awk`, `sort`, `grep`, `tr`, `find`, and `cat`. `sudo`, `hostname`, `ip`, and `xargs` may also be used, but they are not required (and the script gracefully handles cases where they are not present). If a system is discovered without any of the required packages, it gracefully fails, alerting the user that the scan could not continue on that system because a required package was missing (but continues from the previous system).
SSH-Snake is completely fileless: after the user runs the script, it is passed to destinations' bash via stdin and bash arguments (via SSH). No material evidence of the script exists on any of the systems scanned: the only evidence of the script running is in the process tree, and the substantial amount of invalid SSH attempts which will inevitably occur.
SSH-Snake takes a [depth-first approach](https://en.wikipedia.org/wiki/Depth-first_search) to discovery: once it connects to one system, it tries to connect further from that system before going backwards.
The name SSH-Snake comes from the fact that the output of the script looks like a snake slithering up and down the network. However unlike the game Snake, SSH-Snake will not die when it bites its own tail (connects to a systems it has already scanned or is currently scanning): it will simply print how it connected there as normal, but return and not re-scan the destination (in order to avoid infinite recursion).
# Features
- Recursively SSH from one system to another using local SSH private keys,
- Fileless traversal and propogation/replication of the SSH-Snake script using only stdin and bash arguments to remote systems,
- Automatic elevation of privileges to root using sudo if possible,
- Discover SSH private key files from `.bash_history` entries,
- Discover SSH private keys from commonly used files and folders,
- Exfiltration SSH private keys as output of the script,
- Configurable custom command execution on each system,
- Plug-and-play modular system to discover private keys and systems,
- Detect hosts from IP ranges, last logins, known hosts, SSH config files, and more,
- Ability to detect when a system has already been scanned or is in the process of being scanned such that a network like A->B->C is able to also discover C->A but does not regress to A->B->C-A->B->C->A->B->....,
- Ability to generate graphical visulizations of a network from the output of the script,
- ... and more.
# Settings
SSH-Snake comes with some general settings that can be configured. These settings are documented in [SETTINGS.md#general-settings](SETTINGS.md#general-settings).
SSH-Snake comes with a variety configurable/plug-and-play strategies (functions) which can be used to discover SSH private keys on a system and discover hosts and destinations to attempt to connect to. Sane defaults have been provided, however if you want to perform a scan as thoroughly as possible, then enabling more discovery techniques can help. If a scan is taking a long time, disabling some discovery techniques can help. With the exception of one strategy (`find_ssh_keys`), each of these strategies can be toggled off/on. These are documented in [SETTINGS.md#configurable-discovery-strategies](SETTINGS.md#configurable-discovery-strategies).
# Understanding Output
The raw output of SSH-Snake contains a mix of infomation about discovered private keys, destinations, and error messages.
A detailed explanation on the full output of SSH-Snake can be found in [OUTPUT.md](OUTPUT.md).
# Visualizing System Relationships
The output of SSH-Snake can be used to create graph visualizations of the network the script traverses.
A detailed explanation of how to create and interpret images/visualizations from the output of SSH-Snake can be found in [GRAPHICS.md](GRAPHICS.md).
# Other Tools
In addition to the ability to create visualizations of the network that SSH-Snake traverses, three other tools are provided. Namely:
1. `forward-lookup-host.py`: Given a source host or destination, determine all of the systems that can be accessed either directly or indirectly (i.e. through a tertiary system).
2. `reverse-lookup-host.py`: Given a destination host or destination, determine all of the systems that can either directly or indirectly access it.
3. `shortest-path-create-chain.py`: Given host or destination A and B, determine the shortest path connecting the two.
The latter tool also generates a command that can be used to connect from destination A to destination B. For example:
```
$ python3 tools/shortest-path-create-chain.py --file output.log --src 'jrogers@10.2.3.4' --dest 'root@10.25.49.1'
Shortest path from jrogers@10.2.3.4 to root@10.25.49.1: jrogers@10.2.3.4->user@10.44.39.21->user@10.19.29.54->root@10.25.49.1
[..]
ssh -i "/home/jrogers/.ssh/key" user@10.44.39.21 'sudo ssh -i "/root/.ssh/id_rsa" user@10.19.29.54 'ssh -i "/tmp/key" root@10.25.49.1''
```
# Snake.sh vs Snake.nocomments.sh
Since the script is quite large, loading the script into a here-document (which it does automatically) [causes bash to write to a temporary file](https://joshua.hu/more-fun-with-bash-ssh-and-ssh-keygen-version-differences) (as it is greater than 65535-bytes).
To cut down on the size such that it remains 100% fileless, Snake.nocomments.sh has a version with all comments, unnecessary white-spaces, and blank lines removed. This cuts the file's size down such that the temporary file is not created by bash.
# Bugs / Issues
If you encounter any bugs or issues related to the script, please report them as a GitHub issue. Please include your configuration setings.
I am particually interested in any interesting `[line]` outputs associated with errors that haven't been caught by the script.
# Limitations
- IPv4 Only: Like all of the best programs, the script does not support IPv6. I can't imagine there will be support for this anytime soon.
- Port 22 Only: There is a general assumption that SSH is running on port 22.
- GNU coreutils: The script relies heavily on GNU coreutils. I have not determined how much (if any) GNU-ism is used in the script.
- `find ... -readable ...` is used in the script in multiple places. The `-readable` flag is not supported on all versions of `find(1)`.

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# General Settings
### ignore_user
Default: 0.
If set to 1, the script will consider a system already scanned when one user has been accessed. For example, if `user1@host` has been scanned and the script makes its way to `user2@host` somehow, a repeated scan will not occur. This may be useful in an environment where sudo is accessible by every user (because `user1@host` can already access the keys that `user2@host` can access).
## use_sudo
Default: 1
If set to 1, the script will attempt to use `sudo` to elevate its privileges. If it is successful, the script runs as root; if it isn't, the script runs as the normal user.
## ssh_timeout
Default: 3
The connection timeout (in seconds) for SSH. See `ssh_config(5)`'s _ConnectTimeout_.
## retry_count
Default: 3
In some cases, a __recoverable__ error may be encountered while using SSH. This number corresponds to the maximum amount of times a destination with a recoverable error should be tried again. It is advised to be at least 1.
## ignored_users
Default: ()
A list of usernames that are always ignored when attempting to SSH to another system. For example, if "root" is ignored, there will be no attempts to SSH into the root user of any host.
## ignored_hosts
Default: ()
A list of hosts (ip addresses or hostnames) that are always ignored/skipped when attempting to SSH to another system. It is generally safest to specify the hostname in ip address form.
## ignored_dests
Default: ()
A list of destinations in the form of `username@hostname` that are always ignored. It is generally safest to specify the hostname in ip address form.
## ignored_key_files
Default: ("\*badcert.pem\*" "\*badkey.pem\*")
A list of locations that are ignored when searching for SSH private keys. This setting supports globbing/wildcards using the standard asterisk as in any other bash script. For example, to reject just the filename "file.name", you would include "\*/file.name" in the list. Also note that for example, "/dir/\*/file" will also match "/dir/dir2/dir3/file".
## custom_cmds
Default: ()
A list of commands that should be run when the script has been initialized on each system. The output of these commands are printed as base64 strings (including stderr). Note: these commands will only ever run once as they are executed right after checking that the system has not already been scanned.
This list also supports sudo (if available), and can be used by using `${s}` as a literal. For example, `custom_cmds=('${s} cat /etc/shadow')`. If `${s}` is not specified, the command will __not__ run as sudo even if `use_sudo=1`.
---
# Configurable Discovery Strategies
SSH-Snake comes with various configurable strategies (functions) which can be used to discover SSH private keys on a system and discover hosts and destinations to attempt to connect to. Sane defaults have been provided, however if you want to perform a scan as thoroughly as possible, then enabling more discovery techniques can help. With the exception of one strategy (`find_ssh_keys`), each of these strategies can be toggled off/on. Below are details of each of the strategies.
Detailed explanations of how each of these strategies work can be found in [this blog post](https://joshua.hu/more-fun-with-bash-ssh-and-ssh-keygen-version-differences).
## SSH Private Key Discovery Strategies
The following strategies are used to discover any private keys on the system. We use these strategies over, say, checking every single file on the system, because it would be prohibitively expensive to open and parse every file on the system. Instead, the following strategies can be used to provide hints towards the location of private keys.
### find_ssh_keys
Checks every readable file within the `.ssh/` folder in every home folder of the system (identified using `getent passwd` and `/home/*/`. This strategy is not optional.
### scan_paths / scan_paths_depth
Using the `scan_paths` and `scan_paths_depth` user-setting, the script uses `find(1)` to search each of the locations specified by `scan_paths` for keys. A maximum depth for searching directories is specified using `scan_paths_depth` (equivalent to `find $location -maxdepth $scan_paths_depth`). Multiple locations may be specified.
For example, `scan_paths=("/root/" "/var/*/")` and `scan_paths_depth=3` will look for look for keys in `/root/*/*/*` and `/var/*/*/*/*`.
If `scan_paths` is left empty (`scan_paths=()`) or `scan_paths_depth` is less than 1, this strategy does nothing. The default value is () and 3 respectively.
## SSH Host Discovery Strategies
The following strategies are used to discover potential _hosts_ which the script will SSH to. _Hosts_ correspond to either a hostname or an ip address: they do not constitute a destination that SSH will use in of itself, since SSH is missing a username that corresponds to the host.
Since hosts do not correspond to destinations, it is necessary for hosts to somehow be combined with usernames to actually be useful. Therefore, all "host discovery strategies" are disabled unless either:
1. `use_combinate_interesting_users_hosts` is enabled and there is at least one entry in _interesting_users_,
2. `use_combinate_users_hosts_aggressive` is enabled.
`use_combinate_interesting_users_hosts` will combine all of the _interesting_users_ with all of the hosts discovered to create destinations, and `use_combinate_users_hosts_aggressive` will combine all users discovered with all of the hosts discovered to creation destinations. That process is described in [combinatorial_destination_discovery_strategies](combinatorial-destination-discovery-strategies).
### use_find_from_hosts
By parsing `/etc/hosts` (or more correctly, running `getent ahostsv4`), extra hosts may be discovered.
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_arp_neighbours
This function adds all of the neighbour hosts from the arp table to the list of hosts.
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_d_block
This function takes the current host's address(es) and adds the all d-block addresses into the list of hosts. For example, if the current host has the address 10.0.0.5, this function will add the 10.0.0.0-10.0.0.255 hosts.
This strategy may be toggled off/on with 0/1. The default value is 0.
## SSH Destination Discovery Strategies
In the context of this script, a "destination" (or "dest") means a username and host combination; the destination that `ssh` will attempt to connect to (`ssh user@host`). Without destinations, there is nowhere for the script to attempt to SSH to. These strategies are used to discover potential destinations that will be SSH'd to.
Note that for each of these destinations, the username is also loaded into a collection of usernames, and the hosts are loaded into a collection of hosts. If `use_combinate_users_hosts_aggressive` or `use_combinate_interesting_users_hosts` are enabled, they will use these usernames and hosts to create destinations.
### use_find_from_authorized_keys
`authorized_keys` files may include ip-based restrictions for key usage such as `from="10.0.0.1,10.2.3.3" ssh-rsa ...`.
This strategy adds any hosts discovered in the `from` directive of `authorized_keys` file to our list of destinations using `$user@$host`, where `$user` is the username corresponding to the location where the `authorized_keys` file was found.
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_from_last
This strategy checks the last logins to the system by using `last`, and extracts the addresses the logins came from. The strategy then naively assumes that the destination username of that SSH access also corresponds to the source username, adding the `$destination_username@$source_address` to the list of destinations.
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_from_prev_dest
This strategy takes the destination that we are connecting _from_ and adds it to the list of destinations.
For example, consider the chain `user@system_a->user@system_b->user@system_c`. Using this strategy, `user@system_b` will try to connect to `user@system_a`. `user@system_c` will then try to connect to `user@system_b`.
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_from_known_hosts
`known_hosts` files contain a list of the hosts a user has previously SSH'd into, and can be a wealth of knowledge for discovering hosts. For example: `# 2048 MD5:32:41:b4:e7:3e:d7:ee:a4:3a:c3:a8:44:40:45:16:04 10.0.0.1 (RSA)`.
This function extracts the `10.0.0.1` host. Likewise, we add `$user@$host` to the list of destinations, where `$user` is the username corresponding to the location where the `known_hosts` file was found.
Incidentally, this function also extracts users, hosts, and destinations from `authorized_keys` files which _may_ share a similar format like `# 2048 MD5:62:38:9a:f0:6d:e7:57:57:25:09:71:4d:c7:bb:4b:b0 root@system (RSA)`. This function will extract `root@system`.
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_from_hashed_known_hosts
`known_hosts` files contain a list of hosts that a user has previously connected to with SSH. However, SSH offers an option _HashKnownHosts_ which is used to hash the entries of the hosts in this file such that they cannot easily be read. This is the default on most Debian-based operating systems.
For example, a user that has has _HashKnownHosts_ enabled when running `ssh 192.168.1.1` will have an entry in their `known_hosts` file similar to this: `|1|e77JRypO4qWElXpIaBGiFLOJBXg=|HBu6N6IGFeOz5wt0HFXz9/hp/wY= ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIClRF2LjL1EJNfEYAKpr9rENgZVFlH7jtEPla0x3hakB`
Here, `|1|e77JRypO4qWElXpIaBGiFLOJBXg=|HBu6N6IGFeOz5wt0HFXz9/hp/wY=` corresponds to a hash of the host `192.168.1.1`. Hashing is a one-way procedure, however it is possible to brute-force this hash using `ssh-keygen`:
```
$ ssh-keygen -F 192.168.1.1
# Host 192.168.1.1 found: line 58
|1|96KUSpeaZrkYrbQhhjFLF/jJ15w=|xMX7qNROy8SwPZK1zEjrlEeYU24= ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIClRF2LjL1EJNfEYAKpr9rENgZVFlH7jtEPla0x3hakB
```
When `use_find_from_hashed_known_hosts` is enabled, we attempt to brute-force all of the ip addresses of the c and d blocks of the current system. For example, if we are currently on `user@85.82.81.80` and we discover hashed known hosts, we will attempt to discover them by checking whether the hash corresponds to any of the hosts `85.82.0.0-85.82.255.255`. If any of the hashes are cracked, we add `$user@$host` to the list of destinations, where `$user` is the username corresponding to the location where the `known_hosts` file was found.
Note that this strategy is _extremely_ slow and for each `known_hosts` file may take many minutes. Some performance testing yielded the following time taken per `known_hosts` file:
```
# xargs available: 2m42.820s
# no xargs available: 7m52.145s
# xargs available using sudo: 3m56.659s
# no args available using sudo for-loop: 15m36.738s
```
Unlike the rest of the script, if `use_sudo` is enabled, sudo will not actually be used unless it is completely necessary (i.e. the `known_hosts` file cannot be read by the current user).
This strategy may be toggled off/on with 0/1. The default value is 0.
### use_find_from_ignore_list
At any point in time, the so-called "ignore list" contains a list of destinations which have previously been successfully accessed and scanned. This strategy takes this list and adds all of those destinations to the list of destinations to connect to. There are two different ways this strategy can be used.
When `use_find_from_ignore_list=1`, the script will parse the ignore list when the script _starts_ and connect to any destinations which have _previously_ been connected to.
When `use_find_from_ignore_list=2`, the script will do the same as above, but also parse the ignore list when the script _finishes_, re-trying with any newly added destinations on the ignore list.
`use_find_from_ignore_list=0` disables this function completely. The default value is 0.
### use_retry_all_dests
The 2nd option from the `use_find_from_ignore_list` strategy is slightly flawed. Consider the following:
```
A->B->C ; Normal scan
A->D->C ; A->D discovered naturally, D->C discovered using use_find_from_ignore_list=1 or use_find_from_ignore_list=2.
A->C ; A->C discovered using use_find_from_ignore_list=2.
```
It is possible that C->D could also exist. However, this link will not be discovered because destination D was first discovered after C. Since C has already been scanned, the script will not scan it again, losing the valuable data of C->D.
In order to discover every possible combination of connected systems, `use_retry_all_hosts` takes a different approach. Once the whole scan is completely finished (i.e. the script the user is running), the scan simply repeats itself but adds all of the previously discovered destinations to `interesting_dests`, ensuring that every single destination will try every other destination.
On the re-run, we do NOT attempt to discover any NEW users/hosts/destinations, only discover keys. This means that although new chains may be discovered, no new destinations will be discovered. In fact, the function to add new users, hosts, and destinations is noop'd during the re-run, so it is not possible for new destinations to be discovered at all.
This strategy may be toggled off/on with 0/1. The default value is 1.
## Both SSH Private Key and Destination Discovery Strategies
Some of these strategies can be used to find both private keys and destinations. Both of these strategies are generally advised to be kept enabled, as they are the most natural resource for finding how SSH has been used on the system (and therefore where we can find keys and where they connect to easily).
### use_find_from_bash_history
`.bash_history` files are a jackpot/wealth of information when it comes to SSH private keys and especially destinations. By parsing `.bash_history` files, we can see exactly how users are utilizing the `ssh`, `scp`, and `rsync` binaries, and determine where they have been connecting to and with which keys.
Parsing each bash_history line, we look at all calls to `ssh`, `scp`, and `rsync` and extract the following:
1. Usernames,
2. Hosts,
3. Destinations,
4. Key Files.
For `ssh`, `scp`, and `rsync`, we extract any destinations in the form `user@host`.
For `ssh` and `scp` specifically, we parse and extract:
1. The location of any key files which have been passed with the `-i` parameter: `-i /absolute/key_file`, `-i ~/expanded/key_file`, or `-i relative/key_file`. In the middle case, we expand the `~` to the home directory of the user corresponding to where the `.bash_history` file was found. In the latter case, we also assume the location corresponds to the relative location based on the home directory of the user corresponding to the `.bash_history file`. Likewise, all cases `-i/absolute/key_file`, `-i~/expanded/key_file`, and `-irelative/key_file` are also extracted.
2. Any username of any remote destinations that have been passed with the `-l` parameter (see `man(1)`).
3. Any hosts of any remote destination
4. Any destinations.
For example, this strategy is able to extract the following (_note: this list is not exhaustive and these are just some examples. the `use_find_from_bash_history` function is complicated and can hopefully handle all legitimate usage of ssh and scp_):
```
ssh user@host ; extract user@host as a destination
scp file user@host:~/ ; extract user@host as a destination
scp user@host:~/file ./ ; extract user@host as a destination
rsync -a * user@host:~/ ; extract user@host as a destination
scp file host:~/ ; extract host, and assume $user@host as a destination
scp host:~/file ./ ; extract host, and assume $user@host as a destination
ssh -i.ssh/id_rsa host ; extract .ssh/id_rsa and host, assume $user@host as a destination
ssh -i .ssh/id_rsa host ; extract .ssh/id_rsa and host, assume $user@host as a destination
ssh -luser host ; extract user, extract user@host as a destination
ssh -i /tmp/key host -luser ps ; extract /tmp/key and user@host as a destination
ssh host -v 'bash -c ls' ; extract host, assume $user@host as a destination
sssh -D 9000 localhost -luser ; extract user@localhost as a destination
ssh -i key_file -v -luser host ps ; extract key_file and extract user@host as a destination
```
This strategy may be toggled off/on with 0/1. The default value is 1.
### use_find_from_ssh_config
By parsing every readable file in`.ssh/` folders, we may encounter `ssh_config` files. These files generally look something like this:
```
Host example.com
Hostname example.com
User your_username
IdentityFile ~/.ssh/id_rsa
```
We parse this file and extract the `IdentityFile` for the location of a private key. We also extract the `Host`, `Hostname`, and `User`.
Unfortunately at the moment, this function is unable to generate individual destinations as it naively parses the file line-by-line, rather than block-by-block. Future versions will be able to identify the destination that the block corresponds to.
This strategy may be toggled off/on with 0/1. The default value is 1.
## Combinatorial Destination Discovery Strategies
Each time a system is scanned, various individual usernames, hosts, and destinations will be discovered which can point towards other destinations. However, if usernames and hosts are discovered in a context that doesn't necessarily result in a definitive full destination being discovered, this data is effectively unused. That's where combinatorial destination discovery strategies come in.
### combinate_interesting_users_hosts
This strategy takes pre-defined usernames, hosts, and destinations, and combinates them with their respective others to form destinations.
All `interesting_users` will be combined with all of the hosts that are discovered on the system to form destinations.
All `interesting_hosts` will be combined with all of the usernames that are discovered on the system to form destinations.
All `interesting_users` will be combined with all of the `interesting_hosts` to form destinations.
All `interesting_dests` will be used to form destinations, and can be used to force every system to attempt to SSH into specific destinations with every key.
This strategy may be toggled off/on with 0/1, or with empty `interesting_users=()`, `interesting_hosts=()`, `interesting_dests()` values. The default values are 1, (), ("$USER" "root"), and () respectively.
### use_combinate_users_hosts_aggressive
Every single username discovered is combined with every single host discovered to form destinations.
This strategy will result in massive growth of attempted destinations; for example, 100 usernames discovered on a system along with 100 hosts will result in 10,000 destinations. Use this with caution.
This strategy may be toggled off/on with 0/1. The default value is 0.
# Alternative Settings
In some parts of the world, it is common to simply look for any SSH private keys in `.ssh/` folders and try to SSH into every address in the d-block of the system which the key was found. The below settings imitate a similar strategy. That is to say, the below settings ensure that the script only looks for nearby hosts in the d-block, arp neighbours, and `/etc/hosts`, and attempts to SSH into each of those hosts with the username `root` and the username which the system started with (`$USER` evaluates to the username that has been SSH'd into on each destination).
```
interesting_users=("$USER" "root")
interesting_hosts=("127.0.0.1")
interesting_dests=()
use_combinate_interesting_users_hosts=1
use_combinate_users_hosts_aggressive=0
use_retry_all_dests=1
scan_paths_depth=3
use_find_from_hosts=1
use_find_arp_neighbours=1
use_find_d_block=1
ignored_key_files=("*badcert.pem*" "*badkey.pem*")
use_sudo=1
ssh_timeout=3
retry_count=3
ignore_user=0
ignored_users=()
ignored_hosts=()
ignored_dests=()
custom_cmds=()
scan_paths=()
use_find_from_authorized_keys=0
use_find_from_last=0
use_find_from_prev_dest=0
use_find_from_known_hosts=0
use_find_from_hashed_known_hosts=0
use_find_from_ignore_list=0
use_find_from_ssh_config=0
use_find_from_bash_history=0
```

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105
tools/forward-lookup-host.py Executable file
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#!/usr/bin/env python3
# <https://github.com/MegaManSec/SSH-Snake>
# By Joshua Rogers <https://joshua.hu/>
# GPL 3, of course.
import re
import heapq
from collections import defaultdict
import argparse
def indirect_get_connected_nodes(graph, interesting_host):
backward_connected_nodes = set()
sentinel = '__SENTINEL__'
backward_heap = [(interesting_host, sentinel)]
while backward_heap:
current_node, parent_node = heapq.heappop(backward_heap)
if current_node not in backward_connected_nodes:
backward_connected_nodes.add(current_node)
if parent_node is not sentinel:
heapq.heappush(backward_heap, (parent_node, sentinel))
if current_node in graph:
for connection in graph[current_node]:
node = connection[4] # Assuming the fifth element in the tuple is the destination host
heapq.heappush(backward_heap, (node, current_node))
return backward_connected_nodes
def build_lookup_table(input_lines, ignore_dest_user):
graph = defaultdict(set)
for line in input_lines:
line = line.strip()
line = re.sub(r"^\[?\d+\]?\s*", "", line)
prev_dest_host = None
if ": " in line or "->[" not in line or not line[-1].isdigit():
continue
pattern = re.compile(r"(\w+)@(\d+\.\d+\.\d+\.\d+)(\[[^\]]+\])->(?=(\w+)@(\d+\.\d+\.\d+\.\d+))")
matches = re.finditer(pattern, line)
for match in matches:
user, host, path, dest_user, dest_host = match.groups()
if host == "(127.0.0.1)" or host == "127.0.0.1":
if prev_dest_host is not None:
host = prev_dest_host
if dest_host == "(127.0.0.1)" or dest_host == "127.0.0.1":
dest_host = host
prev_dest_host = dest_host
else:
prev_dest_host = None
line_to_add = (user, host, path, dest_user, dest_host)
if ignore_dest_user:
graph[host].add(line_to_add)
else:
graph[f"{user}@{host}"].add(line_to_add)
return graph
if __name__ == "__main__":
parser = argparse.ArgumentParser(description="Find all of the destinations that a source 'host' or 'user@host' can directly or indirectly access.")
parser.add_argument("--file", help="Path to a file containing the output of SSH-Snake.")
parser.add_argument("--src", help="The host or destination that we are interested in finding out from which other hosts can be connected to. This may either be in the form of 'host' or 'user@host'.")
parser.add_argument("--mode", choices=['directly', 'indirectly'], help="Specify whether to search for directly connected hosts or indirectly connected hosts. Note: 'indirectly' includes 'directly' entries.")
args = parser.parse_args()
file_path = args.file
interesting_host = args.src
mode = args.mode
ignore_dest_user = False
if not any(vars(args).values()) or mode not in ("directly", "indirectly"):
parser.print_help()
exit()
if '@' not in interesting_host:
ignore_dest_user = True
with open(file_path, 'r') as file:
input_lines = file.readlines()
lookup_table = build_lookup_table(input_lines, ignore_dest_user)
if interesting_host in lookup_table:
print(f"{interesting_host} is able to connect {mode} to:\n")
if mode == "indirectly":
result = indirect_get_connected_nodes(lookup_table, interesting_host)
for dest in result:
print(dest)
else:
for entry in lookup_table[interesting_host]:
user, host, path, dest_user, dest_host = entry
print(f"{user}@{host}{path} -> {dest_user}@{dest_host}")
else:
print(f"{interesting_host} cannot connect {mode} to any other destinations.")

115
tools/generate-graph.py Executable file
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import argparse
import re
from collections import defaultdict
import networkx as nx
from networkx.drawing.nx_agraph import write_dot
def create_graph_from_edges(lookup_table):
graph = nx.DiGraph()
for source, dest in lookup_table:
graph.add_edge(source, dest)
return graph
def build_lookup_table(input_lines, ignore_dest_user):
lookup_table = set()
for line in input_lines:
line = line.strip()
line = re.sub(r"^\[?\d+\]?\s*", "", line)
if ": " in line or ">" not in line or not line[-2].isdigit() or not line[-1] == ')':
continue
pattern = re.compile(r"(\w+)@\(([\d\.:]+)\)(\[[^\]]+\])->(?=(\w+)@\(([\d\.:]+)\))")
matches = re.finditer(pattern, line)
previous_dest_host = None
for match in matches:
user, host, _, dest_user, dest_host = match.groups()
if host == "(127.0.0.1)" or host == "127.0.0.1":
if prev_dest_host is not None:
host = prev_dest_host
if dest_host == "(127.0.0.1)" or dest_host == "127.0.0.1":
dest_host = host
prev_dest_host = dest_host
else:
prev_dest_host = None
if ignore_dest_user:
target_range = (host, dest_host)
else:
target_range = (f"{user}@{host}", f"{dest_user}@{dest_host}")
lookup_table.add(target_range)
return lookup_table
if __name__ == "__main__":
parser = argparse.ArgumentParser(description="Construct a graph file to visualize the relation between servers discovered by SSH-Snake.")
parser.add_argument("--file", help="Path to a file containing the output of SSH-Snake.")
parser.add_argument("--format", help="The format of the graph file to export. The options are gexf or dot.")
parser.add_argument("--with-users", action="store_true", help="Create nodes based on their 'user@host' instead of just 'host'. This setting is optional and not recommended.")
args = parser.parse_args()
if not any(vars(args).values()):
parser.print_help()
exit()
if args.format not in ("gexf", "dot"):
print("Valid options for --format are: gexf or dot")
exit()
with open(args.file, 'r') as file:
input_lines = file.readlines()
ignore_dest_user = True
if args.with_users:
ignore_dest_user = False
lookup_table = build_lookup_table(input_lines, ignore_dest_user)
graph = create_graph_from_edges(lookup_table)
if len(lookup_table) > 500 and args.format == "dot":
print("The list of connections is quite big; YMMV with a .dot file.")
# Set default edge color to green
for edge in graph.edges():
graph.edges[edge]['color'] = '#006400'
# Set default node color to lightgrey.
for node in graph.nodes():
graph.nodes[node]['fillcolor'] = 'lightgrey'
graph.nodes[node]['style'] = 'filled'
# Set any edges that correspond to a dest1 being able to connect to dest2 and backwards (dest1<--->dest2) to red.
for source, dest in graph.edges():
if (dest, source) in graph.edges():
graph.edges[(source, dest)]['dir'] = 'both'
graph.edges[(source, dest)]['color'] = '#CD5C5C'
# Set any node corresponding to a loopback (dest1<--->dest1) to blue
for node in graph.nodes():
if graph.has_edge(node, node) or any((edge[0] == edge[1] == node) for edge in graph.edges()):
graph.nodes[node]['fillcolor'] = '#00BFFF'
output_dot_file_path = "SSHSnake_dot_file.dot"
output_gexf_file_path = "SSHSnake_gexf_file.gexf"
if args.format == "gexf":
nx.write_gexf(graph, output_gexf_file_path)
print("Your gexf file has been created in ./sshsnake_gexf_file.gexf")
print("You can now open the file using Gephi.\n")
print("Or you can use Cytoscape! Take a look at GRAPHICS.md")
else:
nx.drawing.nx_pydot.write_dot(graph, output_dot_file_path)
print("Your dot file has been created in ./sshsnake_dot_file.dot.\n")
print("To convert your dot file to a png or svg, use the following command to sample different algorithms available from graphviz:\n")
print("for alg in sfdp fdp circo twopi neato dot; do\n\t$alg -Tpng -Gsplines=true -Gconcentrate=true -Gnodesep=0.1 -Goverlap=false SSHSnake_dot_file.dot -o $alg.png\ndone\n\n")
print("Alternatively, you can just paste the .dot file into https://dreampuf.github.io/GraphvizOnline/ -- if pasting that type of information into your browser is in your threat model...\n\n")
print("Try placing splines=true; concentrate=true; nodesep=0.1; overlap=false; in the file just after the first line, too!")

103
tools/reverse-lookup-host.py Executable file
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#!/usr/bin/env python3
# <https://github.com/MegaManSec/SSH-Snake>
# By Joshua Rogers <https://joshua.hu/>
# GPL 3, of course.
import re
import heapq
from collections import defaultdict
import argparse
def indirect_get_connected_nodes(graph, interesting_host):
backward_connected_nodes = set()
sentinel = '__SENTINEL__'
backward_heap = [(interesting_host, sentinel)]
while backward_heap:
current_node, parent_node = heapq.heappop(backward_heap)
if current_node not in backward_connected_nodes:
backward_connected_nodes.add(current_node)
if parent_node is not sentinel:
heapq.heappush(backward_heap, (parent_node, sentinel))
if current_node in graph:
for connection in graph[current_node]:
node = connection[1] # Assuming the second element in the tuple is the source host (so find it as a dest)
heapq.heappush(backward_heap, (node, current_node))
return backward_connected_nodes
def build_lookup_table(input_lines, ignore_dest_user):
graph = defaultdict(set)
for line in input_lines:
line = line.strip()
line = re.sub(r"^\[?\d+\]?\s*", "", line)
prev_dest_host = None
if ": " in line or ">" not in line or not line[-1].isdigit():
continue
pattern = re.compile(r"(\w+)@(\d+\.\d+\.\d+\.\d+)(\[[^\]]+\])->(?=(\w+)@(\d+\.\d+\.\d+\.\d+))")
matches = re.finditer(pattern, line)
for match in matches:
user, host, path, dest_user, dest_host = match.groups()
if host == "(127.0.0.1)" or host == "127.0.0.1":
if prev_dest_host is not None:
host = prev_dest_host
if dest_host == "(127.0.0.1)" or dest_host == "127.0.0.1":
dest_host = host
prev_dest_host = dest_host
else:
prev_dest_host = None
line_to_add = (user, host, path, dest_user, dest_host)
if ignore_dest_user:
graph[dest_host].append(line_to_add)
else:
graph[f"{dest_user}@{dest_host}"].add(line_to_add)
return graph
if __name__ == "__main__":
parser = argparse.ArgumentParser(description="Given the address of a destination host, determine how many other hosts can connect directly or indirectly to it. The format of the host to be found must either be 'host' or 'user@host', where 'host' is an IP address.")
parser.add_argument("--file", help="Path to a file containing the output of SSH-Snake.")
parser.add_argument("--dest", help="The host or destination that we are interested in finding incoming connections to. This may either be in the form of 'host' or 'user@host'.")
parser.add_argument("--mode", choices=['directly', 'indirectly'], help="Specify whether to search for directly connected hosts or indirectly connected hosts. Note: 'indirectly' includes 'directly' entries.")
args = parser.parse_args()
file_path = args.file
interesting_host = args.dest
mode = args.mode
ignore_dest_user = False
if not any(vars(args).values()) or mode not in ("directly", "indirectly"):
parser.print_help()
exit()
if '@' not in interesting_host:
ignore_dest_user = True
with open(file_path, 'r') as file:
input_lines = file.readlines()
reverse_lookup_table = build_lookup_table(input_lines, ignore_dest_user)
if interesting_host in reverse_lookup_table:
print(f"The following hosts are able to connect {mode} to {interesting_host}:\n")
if mode == "directly":
for entry in reverse_lookup_table[interesting_host]:
user, host, path, dest_user, dest_host = entry
print(f"{user}@{host}{path} -> {dest_user}@{dest_host}")
else:
result = indirect_get_connected_nodes(reverse_lookup_table, interesting_host)
for entry in result:
print(entry)
else:
print(f"No hosts are able to {mode} connect to {interesting_host}.")

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tools/shortest-path-create-chain.py Executable file
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#!/usr/bin/env python3
# <https://github.com/MegaManSec/SSH-Snake>
# By Joshua Rogers <https://joshua.hu/>
# GPL 3, of course.
import re
import heapq
import argparse
class Graph:
def __init__(self):
self.graph = {}
def add_edge(self, start, end):
if start not in self.graph:
self.graph[start] = []
self.graph[start].append(end)
def dijkstra(self, start, end):
heap = [(0, start, [])]
visited = set()
while heap:
(cost, node, path) = heapq.heappop(heap)
if node not in visited:
visited.add(node)
path = path + [node]
if node == end:
return path
for neighbor in self.graph.get(node, []):
if neighbor not in visited:
heapq.heappush(heap, (cost + 1, neighbor, path))
return None
def build_lookup_table(input_lines, ignore_dest_user):
lookup_table = {}
for line in input_lines:
line = line.strip()
line = re.sub(r"^\[?\d+\]?\s*", "", line)
prev_dest_host = None
if ":" in line or ">" not in line or not line[-1].isdigit():
continue
pattern = re.compile(r"(\w+)@(\d+\.\d+\.\d+\.\d+)(\[[^\]]+\])->(?=(\w+)@(\d+\.\d+\.\d+\.\d+))")
matches = re.finditer(pattern, line)
for match in matches:
user, host, path, dest_user, dest_host = match.groups()
if host == "(127.0.0.1)" or host == "127.0.0.1":
if prev_dest_host is not None:
host = prev_dest_host
if dest_host == "(127.0.0.1)" or dest_host == "127.0.0.1":
dest_host = host
prev_dest_host = dest_host
else:
prev_dest_host = None
if ignore_dest_user:
target_range = (host, dest_host)
else:
target_range = (f"{user}@{host}", f"{dest_user}@{dest_host}")
if target_range in lookup_table:
continue
entry = [user, host, path, dest_user, dest_host]
lookup_table[target_range] = entry
return lookup_table
def build_full_path(lookup_table, sequence):
result_str = ""
for i in range(len(sequence)-1):
target_range = (sequence[i], sequence[i+1])
if target_range in lookup_table:
user, host, path, dest_user, dest_host = lookup_table[target_range]
if i == len(sequence)-2:
result_str += f"{user}@{host}{path}->{dest_user}@{dest_host}"
else:
result_str += f"{user}@{host}{path}->"
else:
print(f"Could not find {target_range[0]}->{target_range[1]}")
exit()
result_str = result_str.rstrip("->")
return result_str
def build_cmd(lookup_table, sequence):
result_str = ""
for i in range(len(sequence)-1):
target_range = (sequence[i], sequence[i+1])
if target_range in lookup_table:
user, host, path, dest_user, dest_host = lookup_table[target_range]
path = path.split('[')[1].split(']')[0]
if path[0] == "!":
result_str += "sudo "
path = path[1:]
result_str += f"ssh -t -oIdentitiesOnly=yes -oServerAliveInterval=300 -oTCPKeepAlive=no -oConnectTimeout=5 -oStrictHostKeyChecking=no -oGlobalKnownHostsFile=/dev/null -oUserKnownHostsFile=/dev/null -oBatchMode=yes -i \"{path}\" {dest_user}@{dest_host} '"
else:
print(f"Could not find {target_range[0]}->{target_range[1]}")
exit()
for i in range(len(sequence)-3):
result_str += "'"
result_str = result_str.rstrip("->")
return result_str
if __name__ == "__main__":
parser = argparse.ArgumentParser(description="Find the shortest path from host_a to host_b, or user_a@host_a to user_b@host_b. Likewise, create a single command which can be used to ssh from from a to b.")
parser.add_argument("--file", help="Path to a file containing the output of SSH-Snake.")
parser.add_argument("--src", help="The starting host or user@host in the chain.")
parser.add_argument("--dest", help="The ending host or user@host in the chain.")
args = parser.parse_args()
file_path = args.file
host_a = args.src
host_b = args.dest
ignore_dest_user = False
if not any(vars(args).values()):
parser.print_help()
exit()
if '@' not in host_a:
if '@' not in host_b:
ignore_dest_user = True
else:
print("host_a and host_b must be either host_a and host_b, or user_a@host_a and user_b@host_b")
exit()
elif '@' not in host_b:
if '@' in host_a:
print("host_a and host_b must be either host_a and host_b, or user_a@host_a and user_b@host_b")
exit()
with open(file_path, 'r') as file:
input_lines = file.readlines()
lookup_table = build_lookup_table(input_lines, ignore_dest_user)
graph = Graph()
for edge in lookup_table:
graph.add_edge(edge[0], edge[1])
path = graph.dijkstra(host_a, host_b)
if path:
print(f"Shortest path from {host_a} to {host_b}: {'->'.join(path)}\n")
else:
print(f"No path found from {host_a} to {host_b}")
exit()
result_str = build_full_path(lookup_table, path)
print(result_str,"\n")
result_str = build_cmd(lookup_table, path)
print(result_str)