diff --git a/gen/setupTermuxArch.sh b/gen/setupTermuxArch.sh
index f095380b83..d60550e5c7 100755
--- a/gen/setupTermuxArch.sh
+++ b/gen/setupTermuxArch.sh
@@ -645,7 +645,7 @@ dm=wget
 dmverbose="-q"
 #dmverbose="-v"
 stime=`date +%s|grep -o '....$'`
-versionid="gen.v1.1 id525997637"
+versionid="gen.v1.1 id538246738"
 
 setrootdir 
 
diff --git a/gen/setupTermuxArch.sha512 b/gen/setupTermuxArch.sha512
index 14d1cedf0e..eb3cdb75cd 100644
--- a/gen/setupTermuxArch.sha512
+++ b/gen/setupTermuxArch.sha512
@@ -1 +1 @@
-ebfb02c03954cc19dc073899d78966852252f6f37975f06b19980b50c5ef801f9714b3ea1aba21f16b648d19f38303ed4968580b9b1111233f05aaf9d603d479  setupTermuxArch.tar.gz
+6e30cf3cde778a6b85174fada5e7ea418321bfa4bf7c0d5d62636afdfae517937424aec381214a550ce485f0ad971b8e8275092dc47153f444d95e675c268f0f  setupTermuxArch.tar.gz
diff --git a/gen/setupTermuxArch.tar.gz b/gen/setupTermuxArch.tar.gz
index aa8c9de9ba..a507cf7914 100644
Binary files a/gen/setupTermuxArch.tar.gz and b/gen/setupTermuxArch.tar.gz differ
diff --git a/scripts/files/working/necessaryfunctions.sh b/scripts/files/working/necessaryfunctions.sh
index 0f53f6f679..711bfb28ed 100644
--- a/scripts/files/working/necessaryfunctions.sh
+++ b/scripts/files/working/necessaryfunctions.sh
@@ -135,9 +135,9 @@ makefinishsetup ()
 			\$(nice -n 20 find / >/dev/null 2>/dev/null & sleep \$t ; kill \$!) &
 			\$(nice -n 20 cat /dev/urandom >/dev/null & sleep \$t ; kill \$!) &
 		done
-		printf "\033[0;34mWhen \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;34mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n\033[m"
+		printf "\033[0;34mWhen \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;32mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n\033[m"
 		pacman-key --init ||: 
-		printf "\n\033[0;34mWhen \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;34mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n"
+		printf "\n\033[0;34mWhen \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;32mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n"
 		pacman-key --populate archlinux ||: 
 	else
 		pacman -Syu sed archlinux-keyring --noconfirm --color always ||: 
@@ -151,9 +151,9 @@ makefinishsetup ()
 			\$(nice -n 20 find / >/dev/null 2>/dev/null & sleep \$t ; kill \$!) &
 			\$(nice -n 20 cat /dev/urandom >/dev/null & sleep \$t ; kill \$!) &
 		done
-		printf "\033[0;34mWhen \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;34mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n\033[m"
+		printf "\033[0;34mWhen \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;32mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n\033[m"
 		pacman-key --init ||: 
-		printf "\n\033[0;34mWhen \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;34mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n"
+		printf "\n\033[0;34mWhen \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;32mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n"
 		pacman-key --populate archlinux ||: 
 	fi
 	else
@@ -168,9 +168,9 @@ makefinishsetup ()
 			\$(nice -n 20 find / >/dev/null 2>/dev/null & sleep \$t ; kill \$!) &
 			\$(nice -n 20 cat /dev/urandom >/dev/null & sleep \$t ; kill \$!) &
 		done
-		printf "\033[0;34mWhen \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;34mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n\033[m"
+		printf "\033[0;34mWhen \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;32mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[0;37mgpg: Generating pacman keyring master key\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n\033[m"
 		pacman-key --init ||: 
-		printf "\n\033[0;34mWhen \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;34mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n"
+		printf "\n\033[0;34mWhen \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, the installation process can be accelerated.  The system desires a lot of entropy at this part of the install procedure.  To generate as much entropy as possible quickly, watch and listen to a file on your device.  \n\nThe program \033[1;32mpacman-key\033[0;34m will want as much entropy as possible when generating keys.  Entropy is also created through tapping, sliding, one, two and more fingers tapping with short and long taps.  When \033[1;37mAppending keys from archlinux.gpg\033[0;34m appears on the screen, use any of these simple methods to accelerate the installation process if it is stalled.  Put even simpler, just do something on device.  Browsing files will create entropy on device.  Slowly swiveling the device in space and time will accelerate the installation process.  This method alone might not generate enough entropy (a measure of randomness in a closed system) for the process to complete quickly.\n\n"
 		pacman-key --populate archlinux ||: 
 	fi
 	printf "\n\033[1;32m==> \033[0m"
@@ -213,7 +213,7 @@ makestartbin ()
 	else
 		cat >> $bin <<- EOM
 		if [[ \$1 = [Rr]* ]] || [[ \$1 = -[Rr]* ]] || [[ \$1 = --[Rr]* ]];then
-		exec proot --kill-on-exit --link2symlink -0 -r $HOME$rootdir/ -b /dev/ -b /sys/ -b /proc/ -b /storage/ -b $HOME -w $HOME /bin/env -i HOME=/root TERM="$TERM" PS1='[termux@arch \W]\$ ' LANG=$LANG PATH=/bin:/usr/bin:/sbin:/usr/sbin /bin/\$@ --login ||:
+		exec proot --kill-on-exit --link2symlink -0 -r $HOME$rootdir/ -b /dev/ -b /sys/ -b /proc/ -b /storage/ -b $HOME -w $HOME /bin/env -i HOME=/root TERM="$TERM" PS1='[termux@arch \W]\$ ' LANG=$LANG PATH=/bin:/usr/bin:/sbin:/usr/sbin /bin/\$@ ||:
 		else
 		exec proot --kill-on-exit --link2symlink -0 -r $HOME$rootdir/ -b /dev/ -b /sys/ -b /proc/ -b /storage/ -b $HOME -w $HOME /bin/env -i HOME=/root TERM="$TERM" PS1='[termux@arch \W]\$ ' LANG=$LANG PATH=/bin:/usr/bin:/sbin:/usr/sbin /bin/bash --login ||:
 		fi
diff --git a/scripts/files/working/setupTermuxArch.sh b/scripts/files/working/setupTermuxArch.sh
index f095380b83..d60550e5c7 100755
--- a/scripts/files/working/setupTermuxArch.sh
+++ b/scripts/files/working/setupTermuxArch.sh
@@ -645,7 +645,7 @@ dm=wget
 dmverbose="-q"
 #dmverbose="-v"
 stime=`date +%s|grep -o '....$'`
-versionid="gen.v1.1 id525997637"
+versionid="gen.v1.1 id538246738"
 
 setrootdir