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outputarmv720180725.txt
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outputarmv720180725.txt
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$ ./setupTermuxArch.sh
TermuxArch: DIRECTORY WARNING! /data/data/com.termux/files/home/arch/ directory detected. Termux Arch installation shall continue. If in doubt, answer yes.
Uninstall /data/data/com.termux/files/home/arch? [Y|n] n
TermuxArch: FREE SPACE WARNING! Start thinking about cleaning out some stuff. 947264 1K-blocks of free user space is available on this device. The recommended minimum to install Arch Linux in Termux PRoot for armv7 is 1.25G of free user space.
🕛 > 🕛 TermuxArch v1.6 will attempt to install Linux in /data/data/com.termux/files/home/arch. Arch Linux in Termux PRoot will be available upon successful completion. To run this BASH script again, use `!!`. Ensure background data is not restricted. Check the wireless connection if you do not see one o'clock 🕐 below. Checking prerequisites…
🕛 > 🕧 Prerequisites: OK Downloading TermuxArch…
setupTermuxArch.sha 100%[===================>] 153 --.-KB/s in 0s
setupTermuxArch.tar 100%[===================>] 19.39K 44.3KB/s in 0.4s
🕛 > 🕐 TermuxArch download: OK
🕛 > 🕜 TermuxArch v1.6 integrity: OK
TermuxArch: FREE SPACE WARNING! Start thinking about cleaning out some stuff. 947228 1K-blocks of free user space is available on this device. The recommended minimum to install Arch Linux in Termux PRoot for armv7 is 1.25G of free user space.
🕛 > 🕝 Detected armv7l GNU/Linux operating system.
🕛 > 🕒 Activating termux-wake-lock: DONE
🕛 > 🕞 Contacting worldwide mirror http://os.archlinuxarm.org/: DONE
🕛 > 🕓 Downloading the checksum file and ArchLinuxARM-armv7-latest.tar.gz from the geographically local mirror http://fl.us.mirror.archlinuxarm.org/. If contact with the local mirror is not successful, run bash setupTermuxArch.sh again. Should the worldwide mirror not provide another geographically nearby server after a couple of attempts, use bash setupTermuxArch.sh manual after locating a local mirror from the Internet; See bash setupTermuxArch.sh help for additional options. Download of ArchLinuxARM-armv7-latest.tar.gz pending Internet connection:
🕛 > 🕠 Checking download integrity with Termux busybox md5sum. This may take a little while:
🕛 > 🕕 System image file download integrity: OK
🕛 > 🕡 Uncompressing ArchLinuxARM-armv7-latest.tar.gz into /data/data/com.termux/files/home/arch. The option to create Arch Linux system users is available through addauser and addauserps. Arch Linux user login from Termux with startarch is now implemented. See Ability for Scripts to Launch Commands for Arch Linux in Termux PRoot on Device https://github.com/sdrausty/TermuxArch/issues/54 for more information about these brand new options. Additional features of TermuxArch are also listed at https://github.com/sdrausty/TermuxArch/releases.
While waiting, you can use df, du -hs, htop, ps, top and watch in a new Termux session to watch the uncompressing while the session completes. Use info query and man query to learn more about your Linux system in the palm of your hand. See The Linux Documentation Project http://tldp.org to learn more about Linux and CLI commands. Uncompressing ArchLinuxARM-armv7-latest.tar.gz will take a long time; Be patient:
🕛 > 🕘 Cleaning up installation files: DONE
🕛 > 🕤 Arch Linux in Termux PRoot is installed. Configuring and updating Arch Linux 📲
:: Removing redundant packages...
checking dependencies...
Packages (7) dhcpcd-7.0.4-1 mkinitcpio-24-2 netctl-1.17-1
systemd-sysvcompat-239.0-2 linux-armv7-4.17.6-1
linux-firmware-20180606.d114732-1 systemd-239.0-2
Total Removed Size: 388.62 MiB
:: Do you want to remove these packages? [Y/n]
:: Processing package changes...
(1/7) removing systemd-sysvcompat [######################] 100%
(2/7) removing netctl [######################] 100%
(3/7) removing dhcpcd [######################] 100%
(4/7) removing linux-armv7 [######################] 100%
(5/7) removing mkinitcpio [######################] 100%
(6/7) removing systemd [######################] 100%
(7/7) removing linux-firmware [######################] 100%
==> Running ./root/bin/keys…
When gpg: Generating pacman keyring master key 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.
The program pacman-key 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 gpg: Generating pacman keyring master key 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. Use bash ~/arch/bin/we in a new Termux session to and watch entropy on device.
==> Running pacman-key --init…
==> Updating trust database...
==> Running pacman -S archlinux-keyring --noconfirm --color=always…
resolving dependencies...
looking for conflicting packages...
Packages (1) archlinux-keyring-20180627-1
Total Download Size: 0.58 MiB
Total Installed Size: 0.83 MiB
:: Proceed with installation? [Y/n]
:: Retrieving packages...
archlinux-keyring-2... 597.4 KiB 6.14K/s 01:37 [######################] 100%
(1/1) checking keys in keyring [######################] 100%
downloading required keys...
Errors occurred, no packages were upgraded.
When Appending keys from archlinux.gpg 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.
The program pacman-key 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 Appending keys from archlinux.gpg 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. Use bash ~/arch/bin/we in a new Termux session to watch entropy on device.
==> Running pacman-key --populate…
==> Appending keys from archlinuxarm.gpg...
==> Locally signing trusted keys in keyring...
-> Locally signing key 02922214DE8981D14DC2ACABBC704E86B823CD25...
-> Locally signing key 69DD6C8FD314223E14362848BF7EEF7A9C6B5765...
-> Locally signing key 9D22B7BB678DC056B1F7723CB55C5315DCD9EE1A...
==> Importing owner trust values...
==> Updating trust database...
==> Running pacman -Ss keyring --color=always…
core/archlinux-keyring 20180627-1
Arch Linux PGP keyring
core/archlinuxarm-keyring 20140119-1 [installed]
Arch Linux ARM PGP keyring
extra/gnome-keyring 1:3.28.2-1 (gnome)
Stores passwords and encryption keys
extra/libgnome-keyring 3.12.0-3
GNOME keyring client library
extra/python2-gnomekeyring 2.32.0-17
Python bindings for libgnome-keyring
community/debian-archive-keyring 2017.7-1
GnuPG archive keys of the Debian archive
community/gnome-keyring-sharp 1.0.2-6
A fully managed implementation of libgnome-keyring
community/jetring 0.25-1
gpg keyring maintenance using changesets
community/python-keyring 13.2.1-1
Store and access your passwords safely.
community/python-keyrings-alt 1:3.1-1
Alternate keyring implementations
community/ubuntu-keyring 2018.02.28-1
GnuPG keys of the Ubuntu archive
TermuxArch Keys: DONE 🏁
:: Synchronizing package databases...
core 213.3 KiB 7.75K/s 00:28 [######################] 100%
extra 2.2 MiB 10.0K/s 03:48 [######################] 100%
community 4.7 MiB 14.5K/s 05:31 [######################] 100%
alarm 111.2 KiB 11.6K/s 00:10 [######################] 100%
aur 6.1 KiB 75.8K/s 00:00 [######################] 100%
:: Starting full system upgrade...
resolving dependencies...
looking for conflicting packages...
Packages (11) device-mapper-2.02.180-1 gnupg-2.2.9-1 gnutls-3.5.19-1
libgpg-error-1.32-1 libnftnl-1.1.1-1 libutil-linux-2.32.1-1
lvm2-2.02.180-1 npth-1.6-1 pacman-mirrorlist-20180722-1
pciutils-3.6.1-1 util-linux-2.32.1-1
Total Download Size: 7.88 MiB
Total Installed Size: 34.30 MiB
Net Upgrade Size: 0.02 MiB
:: Proceed with installation? [Y/n]
:: Retrieving packages...
libgpg-error-1.32-1... 178.3 KiB 10.5K/s 00:17 [######################] 100%
device-mapper-2.02.... 255.1 KiB 10.5K/s 00:24 [######################] 100%
npth-1.6-1-armv7h 12.2 KiB 15.2K/s 00:01 [######################] 100%
gnutls-3.5.19-1-armv7h 2.2 MiB 10.2K/s 03:36 [######################] 100%
libutil-linux-2.32.... 304.4 KiB 5.96K/s 00:51 [######################] 100%
gnupg-2.2.9-1-armv7h 1877.7 KiB 10.0K/s 03:08 [######################] 100%
libnftnl-1.1.1-1-armv7h 48.7 KiB 9.46K/s 00:05 [######################] 100%
lvm2-2.02.180-1-armv7h 1200.7 KiB 10.0K/s 02:00 [######################] 100%
pacman-mirrorlist-2... 2.6 KiB 52.9K/s 00:00 [######################] 100%
pciutils-3.6.1-1-armv7h 76.0 KiB 9.78K/s 00:08 [######################] 100%
util-linux-2.32.1-1... 1896.0 KiB 10.1K/s 03:08 [######################] 100%
(11/11) checking keys in keyring [######################] 100%
(11/11) checking package integrity [######################] 100%
(11/11) loading package files [######################] 100%
(11/11) checking for file conflicts [######################] 100%
(11/11) checking available disk space [######################] 100%
:: Processing package changes...
( 1/11) upgrading libgpg-error [######################] 100%
( 2/11) upgrading device-mapper [######################] 100%
( 3/11) upgrading npth [######################] 100%
( 4/11) upgrading gnutls [######################] 100%
( 5/11) upgrading libutil-linux [######################] 100%
( 6/11) upgrading gnupg [######################] 100%
( 7/11) upgrading libnftnl [######################] 100%
( 8/11) upgrading lvm2 [######################] 100%
( 9/11) upgrading pacman-mirrorlist [######################] 100%
(10/11) upgrading pciutils [######################] 100%
(11/11) upgrading util-linux [######################] 100%
:: Running post-transaction hooks...
(1/1) Updating the info directory file...
==> Generating locales...
en_US.UTF-8... done
Generation complete.
🕛 > 🕙 Releasing termux-wake-lock: DONE
🕛 > 🕥 Use startarch to launch Arch Linux in Termux PRoot. Alternatively, run ~/arch/startarch in a BASH shell to start Arch Linux in Termux PRoot for future sessions. See startarch help for usage information.
🕛 > 🕦 startarch copied to /data/data/com.termux/files/home/bin.
🕛 = 🕛 Information about "Starting Arch Linux from Termux?" at https://github.com/sdrausty/TermuxArch/issues/25. Use tour to run a very short tour to get to know the new Arch Linux in Termux PRoot environment you just set up a little bit better. If there was more than one error during the update procedure and you would like to refresh the installation, use setupTermuxArch.sh refresh. This will update and recreate the configuration provided. The TermuxArch command keys helps install and generate Arch Linux keyring keys.
Arch Linux in Termux PRoot is installed in /data/data/com.termux/files/home/arch. This project is in active development and contributions are welcome; See https://sdrausty.github.io/TermuxArch/CONTRIBUTORS for information. The documentation repository for TermuxArch https://sdrausty.github.io/TermuxArch/docs/ is a Termux Arch submodule that is located at https://github.com/sdrausty/docsTermuxArch. Pull requests and contributions through the issues pages are open to improve the ux and this Termux PRoot installation script.
Use ~/arch/startarch and startarch in a BASH shell to launch Arch Linux in Termux PRoot for future sessions. If you are new to *nix, http://tldp.org has *nix documentation. See https://wiki.archlinux.org/index.php/IRC_channel for available Arch Linux IRC channels.
Welcome to Arch Linux in Termux!
Install a package: pacman -S package
More information: pacman -[D|F|Q|R|S|T|U]h
Search packages: pacman -Ss query
Upgrade packages: pacman -Syu
Chat: https://webchat.freenode.net/ #termux
Help: info query and man query
IRC: wiki.archlinux.org/index.php/IRC_channel
[01:18 arch ]$ e
Arch Linux in Termux PRoot is installed in /data/data/com.termux/files/home/arch. This project is in active development and contributions are welcome; See https://sdrausty.github.io/TermuxArch/CONTRIBUTORS for information. The documentation repository for TermuxArch https://sdrausty.github.io/TermuxArch/docs/ is a Termux Arch submodule that is located at https://github.com/sdrausty/docsTermuxArch. Pull requests and contributions through the issues pages are open to improve the ux and this Termux PRoot installation script.
Use ~/arch/startarch and startarch in a BASH shell to launch Arch Linux in Termux PRoot for future sessions. If you are new to *nix, http://tldp.org has *nix documentation. See https://wiki.archlinux.org/index.php/IRC_channel for available Arch Linux IRC channels.
Usage: startarch Start Arch Linux as root. This account should only be reserved for system administration.
startarch command command Run Arch Linux command from Termux as root user.
startarch login user Login as user. Use addauser user first to create a user and the user's home directory.
startarch raw Construct the startarch proot statement. For example startarch raw su - user will login to Arch Linux as user. Use addauser user first to create a user and the user's home directory.
startarch su user command Login as user and execute command. Use addauser user first to create a user and the user's home directory.
Thank you for using setupTermuxArch.sh v1.6 🏁
$