baryluk/plan9-run.sh

## plan9-run.sh
#!/bin/bash

wget -c https://9front.org/iso/9front-9442.0e66f87316e571f7edf5274369ec69a5905507aa.amd64.iso.gz
gunzip -k 9front-9442.0e66f87316e571f7edf5274369ec69a5905507aa.amd64.iso.gz
if ! [ -f plan9.raw ]; then
  qemu-img create  plan9.raw 10G
fi
exec qemu-system-x86_64 -enable-kvm \
  -smp $(nproc) \
  -m $((8*1024)) \
  -cpu host \
  -M q35 \
  -cdrom 9front-9442.0e66f87316e571f7edf5274369ec69a5905507aa.amd64.iso \
  -net nic -net user,hostfwd=tcp:127.0.0.1:17567-:567,hostfwd=tcp:127.0.0.1:17010-:17010 \
  -drive file=plan9.raw,media=disk,index=0,cache=writeback

# When booting, you can use high resolutions using vess driver, for example 2560x1600x32 works.
# Use ps2intellimouse instead of default ps2, to get scrollwheel working.
# (You can also do it post boot with: echo intellimouse > /dev/mousectl or set mouseport=ps2intellimouse in plan9.ini)


# Not that by default there is no unionfs (divergfs), so most of the directories,
# including home directory /usr/glenda/ will be read only. To really get full usability,
# you need to install it to disk, then boot from disk.

# To start networking with DHCP, run ip/ipconfig. It should work out of the box.
# It should configure both IPv4 and IPv6,
# and DNS (usually using the qemu dns server proxy).
# ip/ping and hget are useful tools to do testing.
# ssh should also work to modern servers, but public keys storage will not due to read only nature of live boot.
# (install system to disk to make it work)

# To configure loopback / localhost:
# ip/ipconfig -P loopback /dev/null 127.1
# ip/ipconfig -P loopback /dev/null ::1

# Starting tips for Unix people:
#   to open a new terminal - right click on the desktop window, select New (default), then draw using right mouse click and draw a window, it will start 9term and rc (or other shell) inside
#   to kill a window - right click on the desktop window, select Delete with right click, then click desired window with right click to kill it
#   rc - default shell and scripting language, there is ape/psh  (ksh compatible shell in APE - ANSI/Posix environment suite)
#     - it is not bash, so a lot of things is different, i.e. conditionals, looping, redirects, command substitution, read docs
#   9term - default terminal emulator
#      - Del to abort currently running program in terminal. (Ctrl-C will not work!)
#      - you can scroll with up / down, and with Shift-PgUp / Shift-PgDown, and as explained below with scrollwheele
#      - middle click on left scroll bar to scroll. or using scrollwheel if you use ps2intellimouse driver
#   sam / acme - text editors. acme being more powerful. both are usable, and follow different designs.
#   rio - a window manager / interface, not X11
#    (if you are familiar with Unix i3 or sway, take also a look at riow in 9front)
#   Ctrl-F to do tab completion in the rc in 9term. (Ins should also work, but my keyboard has no Ins to test this)
#   plumber - a per-user server (you can even have multiple in separate process groups), for dispatching commands, something like dbus, but more configurable using rules and text based messages, with program autostart
#     (i.e. used for opening files in editors, hyperlinks, mail links in terminal output, opening images and audio files, etc)
#     (you can send messages manually to it using /mnt/plumb/send; many programs like terminal, have middle button shortcut to send what is under cursor to plumber)
#   symlinks - there are no symlinks or hardlinks, you could bind/mount files tho to achive somehow similar things in some cases
#   command options - compared to Unix / Gnu tools, plan 9 tools are very simple, and follow striclty Unix philosophy. Extra features are done using extra programs and combining programs using pipes.
#          (so you will be surprised that a lot of Linux / GNU tools like ls, ps, cat, etc, will not have your favorite option. It is not a bug or lack of manpower to implement it, but an indended design feature!)
#   PATH - there is no PATH in plan 9. Instead /bin is a merged mount of all bin directories.
#   USER - there is no $USER, use $user
#   HOME - there is no $HOME, use /usr/$user
#   ~    - there is no ~ in rc, use /usr/$user
#   cc   - use 6c+6l for compiler and linker (amd64), 7c+7l (arm64), 8c+8l (i386), 5c+5l (arm) (similar to golang tools)
#           (take some example simple apps, like cat, as a starting point to see what includes you need)
#           (note that these compilers have different preprocessors, with some new features, and some features removed;
#            if you want to use ANSI C stuff, use cpp preprocessor first).
#   mk   - a make variant used by most plan9 programs
#           (for POSIX make, use ape/make)
#   ls / lc - ls shows is like gnu ls -1, lc is like normal gnu ls (multiple columns). Also check ls -l, and lc -l.

# If you are a programer, some good starting points for man pages: open, read, rfork, errstr, proc, ns, kill.
# A major differences from Unixes, are error handling, processes, (obviously file system), signals, etc.
# In many ways Plan 9 is more UNIX than UNIX or Linux. Even APE is more POSIX conformant than Linux.

# Majority of programs are written in dialect of C, and in rc scripting language.
# For modern C / C++, it should be possible to use gcc, at least some older versions work.
# Golang is experimentally supported, but bootstrapping takes some effort.
#   (you can get latest golang on Linux, and cross compile bootstrap to GOOS=plan9 GOARCH=amd64;
#    or use go1.4 which had a compiler written in C, then compile natively on plan9, then
#    with that compiler compiler newer golang sources, not sure if you can jump directly to go1.19, but with few jumps it can be done)
# Most programs use Tk / draw toolking, which is inspired by Tcl/Tk, but is used directly from plan9 C or rc.
# There was a Python 2.x port in the past. Might worth be reviewing and porting Python 3.x
# There is no javascript interpreter afaik, but I think there is wasm interpreter / jit available.
#   It would be a great thing to bring something like this to plan9.

# Web browsing: for simple fetches of files you can use hget (remember to prefix http:// or https://).
# For mounting a single file, and start using it even while the download is progress use httpfile server.
# For more complex stuff, you can use webfs.
# For actual browsing, abaco is decent. It lacks CSS or JS support. It uses webfs as a http backend.
# abaco has a very similar interface to acme editor.
# (note abaco is crashing for me when loading main page of https://9p.io/ - the irony; some subpages should work tho)
# https://duckduckgo.com/ search engine works pretty well. google one is a bit less usable.

# I really recommend reading man pages throughly. There is a lot of amazing information on everything.
# Including internals, tips and tricks, and many more. Especially about basic programs,
# differences from Unix, and how to do mounts, 9p servers, etc.
# It might take a day or two, or few weekends, but it is really all logical and super flexible.
# `man intro` is a great start, intro(1) for general working flow. intro(2)-intro(9) for more internals of
# kernel, differences to libc, network protocols, developing 9p servers, configuration, etc.

# plan9 and 9front runs surprisingly well on real machines, including desktop and laptops.
# Older ones are better, but there are drivers to A LOT of devices (storage, network, audio,
# keyboard, usb, vga).
# Older thinkpads might be a good choice. For non-x86 something like rasberry pi 1-4,
# or MNT Reform laptop are an option too. Afaik there is no USB 3, or NVMe SSD support yet.
# For more modern systems, be sure to test graphics and networking.

# Also word of caution: A lot of people in plan 9 community might be a real wirdos.
# But I would say they are very smart, and have a lot of technical skills, so do not be
# discouraged by some of their personal opinions they express here and there.
# (If you think old school Unix guys are weird, then Plan 9 guys are the next level).
	#!/bin/bash

	wget -c https://9front.org/iso/9front-9442.0e66f87316e571f7edf5274369ec69a5905507aa.amd64.iso.gz
	gunzip -k 9front-9442.0e66f87316e571f7edf5274369ec69a5905507aa.amd64.iso.gz
	if ! [ -f plan9.raw ]; then
	qemu-img create plan9.raw 10G
	fi
	exec qemu-system-x86_64 -enable-kvm \
	-smp $(nproc) \
	-m $((8*1024)) \
	-cpu host \
	-M q35 \
	-cdrom 9front-9442.0e66f87316e571f7edf5274369ec69a5905507aa.amd64.iso \
	-net nic -net user,hostfwd=tcp:127.0.0.1:17567-:567,hostfwd=tcp:127.0.0.1:17010-:17010 \
	-drive file=plan9.raw,media=disk,index=0,cache=writeback

	# When booting, you can use high resolutions using vess driver, for example 2560x1600x32 works.
	# Use ps2intellimouse instead of default ps2, to get scrollwheel working.
	# (You can also do it post boot with: echo intellimouse > /dev/mousectl or set mouseport=ps2intellimouse in plan9.ini)


	# Not that by default there is no unionfs (divergfs), so most of the directories,
	# including home directory /usr/glenda/ will be read only. To really get full usability,
	# you need to install it to disk, then boot from disk.

	# To start networking with DHCP, run ip/ipconfig. It should work out of the box.
	# It should configure both IPv4 and IPv6,
	# and DNS (usually using the qemu dns server proxy).
	# ip/ping and hget are useful tools to do testing.
	# ssh should also work to modern servers, but public keys storage will not due to read only nature of live boot.
	# (install system to disk to make it work)

	# To configure loopback / localhost:
	# ip/ipconfig -P loopback /dev/null 127.1
	# ip/ipconfig -P loopback /dev/null ::1

	# Starting tips for Unix people:
	# to open a new terminal - right click on the desktop window, select New (default), then draw using right mouse click and draw a window, it will start 9term and rc (or other shell) inside
	# to kill a window - right click on the desktop window, select Delete with right click, then click desired window with right click to kill it
	# rc - default shell and scripting language, there is ape/psh (ksh compatible shell in APE - ANSI/Posix environment suite)
	# - it is not bash, so a lot of things is different, i.e. conditionals, looping, redirects, command substitution, read docs
	# 9term - default terminal emulator
	# - Del to abort currently running program in terminal. (Ctrl-C will not work!)
	# - you can scroll with up / down, and with Shift-PgUp / Shift-PgDown, and as explained below with scrollwheele
	# - middle click on left scroll bar to scroll. or using scrollwheel if you use ps2intellimouse driver
	# sam / acme - text editors. acme being more powerful. both are usable, and follow different designs.
	# rio - a window manager / interface, not X11
	# (if you are familiar with Unix i3 or sway, take also a look at riow in 9front)
	# Ctrl-F to do tab completion in the rc in 9term. (Ins should also work, but my keyboard has no Ins to test this)
	# plumber - a per-user server (you can even have multiple in separate process groups), for dispatching commands, something like dbus, but more configurable using rules and text based messages, with program autostart
	# (i.e. used for opening files in editors, hyperlinks, mail links in terminal output, opening images and audio files, etc)
	# (you can send messages manually to it using /mnt/plumb/send; many programs like terminal, have middle button shortcut to send what is under cursor to plumber)
	# symlinks - there are no symlinks or hardlinks, you could bind/mount files tho to achive somehow similar things in some cases
	# command options - compared to Unix / Gnu tools, plan 9 tools are very simple, and follow striclty Unix philosophy. Extra features are done using extra programs and combining programs using pipes.
	# (so you will be surprised that a lot of Linux / GNU tools like ls, ps, cat, etc, will not have your favorite option. It is not a bug or lack of manpower to implement it, but an indended design feature!)
	# PATH - there is no PATH in plan 9. Instead /bin is a merged mount of all bin directories.
	# USER - there is no $USER, use $user
	# HOME - there is no $HOME, use /usr/$user
	# ~ - there is no ~ in rc, use /usr/$user
	# cc - use 6c+6l for compiler and linker (amd64), 7c+7l (arm64), 8c+8l (i386), 5c+5l (arm) (similar to golang tools)
	# (take some example simple apps, like cat, as a starting point to see what includes you need)
	# (note that these compilers have different preprocessors, with some new features, and some features removed;
	# if you want to use ANSI C stuff, use cpp preprocessor first).
	# mk - a make variant used by most plan9 programs
	# (for POSIX make, use ape/make)
	# ls / lc - ls shows is like gnu ls -1, lc is like normal gnu ls (multiple columns). Also check ls -l, and lc -l.

	# If you are a programer, some good starting points for man pages: open, read, rfork, errstr, proc, ns, kill.
	# A major differences from Unixes, are error handling, processes, (obviously file system), signals, etc.
	# In many ways Plan 9 is more UNIX than UNIX or Linux. Even APE is more POSIX conformant than Linux.

	# Majority of programs are written in dialect of C, and in rc scripting language.
	# For modern C / C++, it should be possible to use gcc, at least some older versions work.
	# Golang is experimentally supported, but bootstrapping takes some effort.
	# (you can get latest golang on Linux, and cross compile bootstrap to GOOS=plan9 GOARCH=amd64;
	# or use go1.4 which had a compiler written in C, then compile natively on plan9, then
	# with that compiler compiler newer golang sources, not sure if you can jump directly to go1.19, but with few jumps it can be done)
	# Most programs use Tk / draw toolking, which is inspired by Tcl/Tk, but is used directly from plan9 C or rc.
	# There was a Python 2.x port in the past. Might worth be reviewing and porting Python 3.x
	# There is no javascript interpreter afaik, but I think there is wasm interpreter / jit available.
	# It would be a great thing to bring something like this to plan9.

	# Web browsing: for simple fetches of files you can use hget (remember to prefix http:// or https://).
	# For mounting a single file, and start using it even while the download is progress use httpfile server.
	# For more complex stuff, you can use webfs.
	# For actual browsing, abaco is decent. It lacks CSS or JS support. It uses webfs as a http backend.
	# abaco has a very similar interface to acme editor.
	# (note abaco is crashing for me when loading main page of https://9p.io/ - the irony; some subpages should work tho)
	# https://duckduckgo.com/ search engine works pretty well. google one is a bit less usable.

	# I really recommend reading man pages throughly. There is a lot of amazing information on everything.
	# Including internals, tips and tricks, and many more. Especially about basic programs,
	# differences from Unix, and how to do mounts, 9p servers, etc.
	# It might take a day or two, or few weekends, but it is really all logical and super flexible.
	# `man intro` is a great start, intro(1) for general working flow. intro(2)-intro(9) for more internals of
	# kernel, differences to libc, network protocols, developing 9p servers, configuration, etc.

	# plan9 and 9front runs surprisingly well on real machines, including desktop and laptops.
	# Older ones are better, but there are drivers to A LOT of devices (storage, network, audio,
	# keyboard, usb, vga).
	# Older thinkpads might be a good choice. For non-x86 something like rasberry pi 1-4,
	# or MNT Reform laptop are an option too. Afaik there is no USB 3, or NVMe SSD support yet.
	# For more modern systems, be sure to test graphics and networking.

	# Also word of caution: A lot of people in plan 9 community might be a real wirdos.
	# But I would say they are very smart, and have a lot of technical skills, so do not be
	# discouraged by some of their personal opinions they express here and there.
	# (If you think old school Unix guys are weird, then Plan 9 guys are the next level).