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How to Remote Access(Synchronise) with Termux | jarvisstaraq

How to Remote Access(Synchronise) with Termux | jarvisstaraq (Linux/MacOS)

Use SSH and rsync to easily share files between machines on the go

The thought is to utilize an Android telephone as a record server so we can have our documents consistently on us. I utilize a LG G5 which advantageously has a SD Card opening in which I put a 128 Gb card to store records I utilize day by day with 4 unique machines. In this article, we will investigate how Termux, SSH, scp, and rsync can assist us with working on our work process without depending on the cloud.

First of all, you need to try to introduce everything Termux-related (additional items) through either the F-Droid application archive or Google PlayStore, however don't blend additional items from both.

Termux just has perused admittance to outside stockpiles (SD Cards); however utilizing the accompanying order, it will make an Android/information/com.termux/records/index where you can peruse and compose utilizing Termux:

termux-setup-storage


The command will also create symlinks in your Termux folder on your Android device.

Now let’s update the Termux environment and install SSH:

pkg up # or apt-get update
pkg install openssh


We want the SSH server to run anytime Termux is running. You can run a command each time you log into Termux by creating (if it does not exist) and editing the .bash_profile file within the home directory:

nano ~/.bash_profile


Here we are adding a condition to only start the SSH server and run scripts only once, where we create a file in the temporary directory that is wiped every time Termux launches and check if the file exists not to run tasks again:

#!/data/data/com.termux/files/usr/bin/bashif [ ! -e “$TMPDIR/termux-started” ]
then
 sshd
 touch “$TMPDIR/termux-started”
fi


I personally added another line to change the directory I work in to the one Termux has control over on SD Card. It should come outside the if the condition so that it is executed each time I log into Termux:

cd ~/storage/external-1/


Let’s focus on making SSH connections seamless (no password required).
To connect from Termux to your remote machine, create the SSH public key in Termux:

ssh-keygen -b 4096 -t rsa


Copy the key to the remote machine:

ssh-copy-id -i ~/.ssh/id_rsa.pub username@192.168.xx.xx


To connect from your remote machine to Termux, create SSH public key on your remote machine:

ssh-keygen -b 4096 -t rsa


Copy the SSH public key to Termux, to make an SSH connection to Termux, and also using the ssh-copy-id command, you need to use the Termux listening port 8022:

ssh-copy-id -p 8022 -i ~/.ssh/id_rsa.pub username@192.168.xx.xx


From now on, to connect via ssh to our Termux instance we will need only to enter the following command:

ssh -p 8022 192.168.xx.xx

FTP

Caution: plain FTP is expostulated and uncertain in any case. Termux FTP server upholds just mysterious login, there no any confirmation and everybody on your organization can get to records on your gadget. Use SFTP (OpenSSH) all things being equal!

Termux FTP server is based on busybox and service is managed by [Termux-services]. If you decided to use FTP server, install these packages:


pkg install busybox termux-services


After installation you need to restart session or source this file:


source $PREFIX/etc/profile.d/start-services.sh


Now you ready to enable and start the FTP daemon service:

sv-enable ftpd
sv up ftpd


FTP server will run on port 8021 in read-only mode.

If you need to stop server, run sv down ftpd. 

The Best way to use SSH with Termux


SSH provides a secure way for accessing remote hosts and replaces tools such as telnet, rlogin, rsh, ftp. Termux provides SSH via two packages: dropbear and openssh. If you never used these tools before, it is recommended to install 'openssh' as it is more common.
Using the SSH client

You can obtain an SSH client by installing either `openssh` or `dropbear`.
Usage example

To login to a remote machine where the ssh daemon is running at the standard port (22):

ssh user@hostname_or_ip

Same as above, but if the ssh daemon running on different port, e.g. 8022:

ssh -p 8022 user@hostname_or_ip

Using public key authentication with ssh running on the standard port and a private key stored in the file `id_rsa`:

ssh -i id_rsa user@hostname_or_ip

Note, that if `id_rsa` will be stored in `~/.ssh` directory, you can omit specifying it in the command. But if you have multiple keys, it is necessary to pick a specific key with `-i {path_to_privkey}`.

SSH Agent


Significant note: this doesn't work for Dropbear.


If you wish to use an SSH agent to avoid entering passwords, the Termux openssh package provides a wrapper script named `ssha` (note the `a` at the end) for ssh, which:

  • Starts the ssh agent if necessary (or connect to it if already running).
  • Runs the `ssh-add` if necessary.
  • Runs the `ssh` with the provided arguments.


This means that the agent will prompt for a key password at first run, but remember the authorization for subsequent runs.

Using the SSH server

OpenSSH


OpenSSH (also known as OpenBSD Secure Shell) is a suite of secure networking utilities based on the Secure Shell (SSH) protocol, which provides a secure channel over an unsecured network in a client–server architecture.

Default SSH port in Termux is 8022.
Starting and stopping OpenSSH server

Since Termux does not use initialization system, services are started manually from command line.

To start OpenSSH server, you need to execute this command: 

sshd


If you need to stop `sshd`, just kill it's process:

pkill sshd


SSH daemon does logging to Android system log, you can view it by running logcat -s 'sshd:*'. You can do that either from Termux or ADB.

Setting up password authentication


Password authentication is enabled by default. This will allow you to get started with it much easier. Before proceeding, make sure that you understand that password authentication is less secure than a pubkey-based one.


1. Ensure that everything is up to date and package `openssh` is installed:

pkg upgrade
pkg install openssh


2. Password authentication is enabled by default in configuration file. But you can still review it ($PREFIX/etc/ssh/sshd_config), it should be like this:

PrintMotd yes
PasswordAuthentication yes
Subsystem sftp /data/data/com.termux/files/usr/libexec/sftp-server


3. Set new password. Execute command passwd. While program allows minimal password length is 1 character, the recommended password length is more than 8-10 characters. Passwords are not printed to console.

$ passwd
New password:
Retype new password:
New password was successfully set.

Setting up public key authentication

Public key confirmation is the suggested way for signing in utilizing SSH. To utilize this sort of confirmation, you really want to have a public/private key pair. For fruitful login, the public key should exist in the approved keys list on remote machine while private key ought to be remained careful on your neighborhood have.

In the accompanying model it will be accepted that you need to build up open key confirmation between your PC (have) and your Android gadget running Termux (remote). It additionally will be accepted that you running Linux dispersion on your PC.


1. If you do not have keys, you can generate them. In this example we will generate RSA key. On PC, execute this command:

ssh-keygen -t rsa -b 2048 -f id_rsa

The command shown above generates private RSA key with 2048 bit key length and saves it to file `id_rsa`. In the same directory you can find a file `id_rsa.pub` – it is a public key.

Significant note: 2048 piece is the insignificant key length that is viewed as protected. You can utilize higher qualities, yet don't utilize higher than 4096 as distant server may not help enormous keys.

2. Copy key to the remote machine (Termux). Password authentication has to be enabled in order to install pubkey on remote machine. Now do:

ssh-copy-id -p 8022 -i id_rsa IP_ADDRESS

Do not forget to replace `IP_ADDRESS` with the actual LAN IP address of your device. It can be determined by using command ifconfig.

Alternative you can manually copy the content inside "id_rsa.pub"(public key) which is already on PC and looks like ssh-rsa <A LOT OF RANDOM STRINGS> user@host user@host and paste to the Termux file $HOME/.ssh/authorized_keys(remote machine) Remember to connect through ssh user@<Phone_IP> -p 8022 so you can copy the content of public key using any text editor available on PC and paste inside Termux

If everything was okay, you will see a message like this one:

Number of key(s) added: 1

Now try logging into the machine, with:   "ssh -p '8022' '192.168.1.4'"
and check to make sure that only the key(s) you wanted were added.




3. From this point password authentication can be disabled. Edit file $PREFIX/etc/ssh/sshd_config and replace line beginning with "PasswordAuthentication" by

PasswordAuthentication no

Then execute command pkill sshd; sshd in order to restart server with updated configuration file.

Using Termux you can acces your Android device’s functionalities. You will have to install the Termux:API add-on.
In termux install the following package:

pkg install termux-api


Now you can access your battery info for example:

termux-battery-status


In order to parse the info in json form obtained through the previous command, install json parser (on macOS “brew install jq”):

pkg install jq


Now you can get what you need typing jq -r ‘.DICTIONARY_KEY’.

Let’s setup our RSYNC workflow, here is how it will work:

While the RSYNC script will run continuously, we need to check the battery status every 5 minutes and write the result in the file. Then we find the Android device’s IP on the network using the device’s mac address (it could serve as a hotspot or be on a local network), get the file from the Android device to the remote machine and move on with the transfer if there is enough left (a threshold of 20%) or the phone if plugged in, we transfer from the Android device to the remote machine and then vice versa, checking there have been changes to the folder or files.

Install rsync on Termux:

pkg install rsync


We execute the script ad vitam aeternam with:

while true
do
done


Get the battery status and write the JSON response in a .json file for later use.

echo $(termux-battery-status) > ~/storage/external-1/battery/script/folder/battery.json


Contrary to most scripts, we are not putting the script interpreter #!/bin/bash (#!/data/data/com.termux/files/usr/bin/sh in Termux) because we will be putting the interpreter into the command.

We need to create a daemon to run the script in the background. To do so, first make the script executable:

chmod +x ~/path/to/battery/script.sh


Then run the following command:

daemonize -p $PREFIX/var/run/script.pid $PREFIX/bin/bash ~/path/to/battery/script.sh


Now, you can run a command each time you log into Termux using the same .bash_profile file:

nano ~/.bash_profile


And add:

#!/data/data/com.termux/files/usr/bin/bashif [ ! -e “$TMPDIR/termux-started” ]
then
 sshd
 daemonize -p $PREFIX/var/run/get-battery.pid $PREFIX/bin/bash ~/storage/external-1/development/get-battery.sh
 touch “$TMPDIR/termux-started”
fi


We get the IP address of our remote machine:

IP=`ifconfig en0 2>/dev/null|awk ‘/inet / {print $2}’`


Then, declare a variable to record last character of the IP string:

LAST_IP=”${IP: -1}”


And execute a loop which will remove the last character of the string each time to stop at the first ‘.’ so that we have the IP configuration of the network we are on.

while [ “${LAST_IP}” != “.” ]
do
 IP=${IP%?} # Here we remove the last character of the IP string
 LAST_IP=”${IP: -1}”
done


After which we map all IP address on the network through a ping scan:

echo $(nmap -sP “${IP}”0/24 >/dev/null)


We then get the IP address matching the mac address of our Android device:

IP_ADDRESS=`arp -an | grep mac:address:android:device | awk ‘{print $2}’ | sed ‘s/[()]//g’`


Our remote machine will use scp to copy the battery file over ssh to the current folder:

scp -P 8022 192.168.xx.xx:~/storage/external-1/path/to/battery/script/folder/battery.json /path/to/remote/machine/folder/


We get battery status from the battery.json file:

PLUGGED=`cat battery.json | jq -r ‘.plugged’`
PERCENTAGE=`cat battery.json | jq -r ‘.percentage’`


Check if either the device is plugged in or the percentage is high enough (here we set it at 20% battery):

OPERATIONAL=”false”
if [[ “$PLUGGED” | jq -r ‘.plugged’ == *”PLUGGED_AC”* ]]
then
OPERATIONAL=”true”
elif [[ “$PERCENTAGE” -ge “20” ]]
then
OPERATIONAL=”true”
fi


If one of the condition is true we start the synchronisation using rsync:

if [ “${OPERATIONAL}” == “true” ]
then
 rsync -avr -e ‘ssh -p 8022’ — exclude-from=’/path/to/rsync-exclude.txt’ $IP_ADDRESS:~/storage/external-1 /path/to/remote/machine/folder
 fi


Synchronise files from Android phone to the remote machine. We use the option — exclude-from= to use a file in which we declare which files and folders we don’t want to synchronise.
#!/bin/bashwhile true
do
IP=`ifconfig en0 2>/dev/null|awk ‘/inet / {print $2}’`
LAST_IP=”${IP: -1}”
while [ “${LAST_IP}” != “.” ]
do
IP=${IP%?}
LAST_IP=”${IP: -1}”
done
echo $(nmap -sP “${IP}”0/24 >/dev/null)
IP_ADDRESS=`arp -an | grep mac:address:android:device | awk ‘{print $2}’ | sed ‘s/[()]//g’`scp -P 8022 “${IP_ADDRESS}”:~/storage/external-1/development/battery.json .
PLUGGED=`cat battery.json | jq -r '.plugged'`
echo "${PLUGGED}"
PERCENTAGE=`cat battery.json | jq -r '.percentage'`
echo "${PERCENTAGE}"
OPERATIONAL=”false”
if [[ $PLUGGED == *”PLUGGED_AC”* ]]
then
OPERATIONAL=”true”
elif [[ “$percentage” -ge “20” ]]
then
OPERATIONAL=”true”
fi if [ “${OPERATIONAL}” == “true” ]
then
rsync -avr -e ‘ssh -p 8022’ — exclude-from=’/path/to/rsync-exclude.txt’ $IP_ADDRESS:~/storage/external-1/ /path/to/remote/machine/folder
fi
echo “sleep”
sleep 60s
done


When we want to synchronise from MacOS to Android, we use a similar approach, except that we first check if files and folders were modified or added in the directory we are synchronising.
First, we create a log file with the touch command to record the result of rsync and so we can easily see if past synchronisations succeeded or not.

LOGFILE=/path/to/remote/machine/folder/rsync_logs.txt
if [ ! -f “$LOGFILE” ]
then
touch “$LOGFILE”
fi


We create another file to record the date and time rsync ran successfully; because the script runs for the first time, we create a last_sync.txt file to write the date and time at which we did the last sync. We create the variable FILES that will be used in the condition checking for modified files before running rsync.

LASTSYNC=/path/to/remote/machine/folder/last_sync.txt
if [ ! -f "$LASTSYNC" ]
then
touch "$LASTSYNC"
FILES="first time"
else
LASTDATE=`cat "${LASTSYNC}"`
echo "${LASTDATE}"
LASTDATE=`date -r "$LASTDATE" +"%s"`
echo "${LASTDATE}"
now=`date +%s`
echo ${NOW}
PERIOD=$(( ($NOW - $LASTDATE) / 60 ))
echo ${PERIOD}
FILES=`find /path/to/remote/machine/folder -mmin -"${PERIOD}" | sort -n -r`
fi


If the file already exists, we get the last date and time from the file using “cat” and then parse the date as unix epoch time.
LASTDATE=`cat “${FILE}”`
LASTDATE=`date -r “$LASTDATE” +”%s”`

Then we subtract the current unix epoch time with the last date and time and get minutes:

PERIOD=$(( ($now — $last_date) / 60 ))


Now, let’s use the “find” command to check changes inside the sync folder. The following command will return a list of all changes inside the folder as well as the synchronised folder all files ordered by size.

FILES=`find ~/remote_machine_sync_folder -type f -mmin -”${period}”`


If the files variable is not null, we run rsync and then check if the command succeeded (when we write the date and time it did) or not and log the result into a rsync_logs.txt file:

if [[ $SYNCING -eq 0 ]]
then
echo “${SYNCING}” > “${LOGFILE}”
echo `date +%s > “${LASTSYNC}”`
echo “success and sleep”
sleep 10s
else
echo “${SYNCING}” > “${LOGFILE}”
echo “fail and sleep”
sleep 10s
fi


And finally, we write the date and time to the last_sync.txt file.

Synchronise files from MacOS to Android

#!/bin/bashwhile true
do
LOGFILE=/path/to/remote/machine/folder/rsync_logs.txt
if [ ! -f “$LOGFILE” ]
then
touch “$LOGFILE”
fi
LASTSYNC=/path/to/remote/machine/folder/last_sync.txt
if [ ! -f “$LASTSYNC” ]
then
touch “$LASTSYNC”
FILES=”first time”
else
LASTDATE=`cat “${LASTSYNC}”`
echo “${LASTDATE}”
LASTDATE=`date -r “$last_date” +”%s”`
echo “${LASTDATE}”
NOW=`date +%s`
echo ${NOW}
period=$(( ($NOW — $LASTDATE) / 60 ))
echo ${period}
FILES=`find /path/to/remote/machine/folder -mmin -”${period}” | sort -n -r`
fi
if [ “${FILES}” ]
then
IP=`ifconfig en0 2>/dev/null|awk ‘/inet / {print $2}’`
LAST_IP=”${IP: -1}”
while [ “${LAST_IP}” != “.” ]
do
IP=${IP%?}
LAST_IP=”${IP: -1}”
done
echo $(nmap -sP “${IP}”0/24 >/dev/null)
IP_ADDRESS=`arp -an | grep mac:address:android:device | awk ‘{print $2}’ | sed ‘s/[()]//g’`scp -P 8022 “${IP_ADDRESS}”:~/storage/external-1/development/battery.json /path/to/remote/machine/folder/
PLUGGED=`cat battery.json | jq -r '.plugged'`
echo "${PLUGGED}"
PERCENTAGE=`cat battery.json | jq -r '.percentage'`
echo "${PERCENTAGE}"
OPERATIONAL=”false”
if [[ $PLUGGED == *”PLUGGED_AC”* ]]
then
OPERATIONAL=”true”
elif [[ “$percentage” -ge “20” ]]
then
OPERATIONAL=”true”
fi if [ “${OPERATIONAL}” == “true” ]
then
rsync -avr -e ‘ssh -p 8022’ — exclude-from=’/path/to/rsync-exclude.json’ /path/to/remote/machine/sync/folder $IP_ADDDRESS:~/storage/external-1
SYNCING=$?
if [[ $SYNCING -eq 0 ]]
then
echo “${SYNCING}” > “${LOGFILE}”
echo `date +%s > “${LASTSYNC}”`
echo “success and sleep”
sleep 10s
else
echo “${SYNCING}” > “${LOGFILE}”
echo “fail and sleep”
sleep 10s
fi
fi
fi
done


To run these scripts on the remote machines we might also use daemonize, or we can use crontab that will execute the scripts for us at a given time or period of time.

First remove the while loop set in the scripts. In Linux and macOS, give rights to the script:

chmod u+x /path/to/remote_to_android.sh


Schedule the script using cron, type in the terminal:

crontab -e


Then type i to edit the file:

10 * * * * /path/to/remote_to_android.sh


Each * corresponds to:
minute(s) hour(s) day(s) month(s) weekday(s)
By writing 10 * * * * the script will run at the tenth minute of every hour.
By writing */10 * * * * the script will run every ten minutes of an hour.

If you want to get logs from the echo we make in the script. Logs will be found in /tmp/, stdout.log to get echo commands and stderr.log for errors:

10 * * * * /path/to/remote_to_android.sh >/tmp/stdout.log 2>/tmp/stderr.log
#rajbhx
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How to Delete an Instagram Account Using a Report Tool This post discusses an old Instagram reporting tool that was previously shared by mrwn007 and used through Termux on Android. The tool is no longer functional, but this guide also explains why and provides information on proper reporting methods. Termux (Android) What Is Termux? Termux is an Android terminal emulator and Linux environment app that works without root access. It installs a minimal Linux base system automatically, and additional packages can be installed using the APT package manager. mrwn007 / 007spam-BOT Previously, mrwn007 maintained a repository called 007spam-BOT , which claimed to mass-report Instagram accounts using Termux. Related repositories that once existed: Instagram Mass Reporter (Termux) Instagram Reporting Tool v2 (Termux) Instagram Delete Method (by Crevils) Current status: All of these repositories are no longer available. Why the Tool No Longer Works Th...
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