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.HTML "FQA 8 - Using 9front
.html - <style type="text/css">body{font-size:10pt}; a{font-size:10pt}</style>
.html - <a href="fqa.html">FQA INDEX</a> |
.html - <a href="fqa7.html">FQA 7 - System Management</a> |
.html - <a href="fqa9.html">FQA 9 - Troubleshooting</a>
.html - <hr />
.SH
.LG
.ihtml h1 <h1>
FQA 8 - Using 9front
.ihtml h1
.NL
.R
.html - <a href="fqa8.html">html</a> |
.html - <a href="fqa8.pdf">pdf</a> |
.html - <a href="fqa8.ms">troff</a>
.FG using9front jpg
.html - <br />
.DS
.I
i am form china
here is lots of people knows
and documented is chinese
the time comllexity is need you test youself
and you will find it
.R
\(em wenwei peng
.DE
.html - <br />
When applied consistently, simple conventions can combine to provide powerful results. In Plan 9,
.I conventions
are preferred to
.I rules .
This section explores the Plan 9 approach to actually using the computer.
.html - <a name="8.1" />
.ihtml h2 <h2>
.SH
8.1 - rc
.R
.ihtml h2
The
.CW rc
shell was written by
.ihtml a <a href="http://en.wikipedia.org/wiki/Tom_Duff">
Tom Duff
.ihtml a
for
.ihtml a <a href="http://www.cs.bell-labs.com/10thEdMan">
Research UNIX v10.
.ihtml a
It was later adopted as the shell for Plan 9. Some of its conventions are unusual compared with other command interpreters influenced by the
.ihtml a <a href="http://en.wikipedia.org/wiki/Bourne_shell">
Bourne shell.
.ihtml a
Although its syntax may seem strange at first, have patience;
.CW rc
was designed this way on purpose. Once its (few, but powerful) features are internalized,
.CW rc
simply gets out of the way.
Read:
.ihtml a <a href="http://doc.cat-v.org/plan_9/4th_edition/papers/rc">
.I
Rc - The Plan 9 Shell,
.R
.ihtml a
.ihtml a <a href="http://man.9front.org/1/rc">
.CW rc(1)
.ihtml a
.html - <a name="8.1.1" />
.ihtml h3 <h3>
.SH
8.1.1 - Prompts
.R
.ihtml h3
Creating an
.CW rc
function with the same name as your prompt allows you to easily double-click to select at the end of a previously typed line and then
.CW send
it using the mouse button 2 menu (see the discussion of
.CW rio
menus, below). This can be used to approximate a form of command history (see also the commands
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/rc/bin/%22">
"
.ihtml a
and
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/rc/bin/%22%22">
"",
.ihtml a
which print and execute the previous command, respectively).
Add something like this to your
.CW $home/profile :
.P1
fn term%{ $* }
.P2
In
.CW rc
the
.CW ;
character forces the end of a line and is treated as a noop when it appears alone, so it is also possible to create a simple prompt that would require no special prompt function in order for the prompt to be effectively ignored when selecting and sending:
.P1
prompt=\'; \'
.P2
Obviously, the prompt can be named however the user sees fit.
.html - <a name="8.1.2" />
.ihtml h3 <h3>
.SH
8.1.2 - /env
.R
.ihtml h3
.B Note:
Contents of the
.CW /env
directory are provided by the kernel and represent a separate accounting of the shell's environment;
.CW rc
reads
.CW /env
only on startup, and flushes/writes
.CW /env
only before executing programs.
.html - <a name="8.2" />
.ihtml h2 <h2>
.SH
8.2 - rio
.R
.ihtml h2
.html - <br />
.FG what jpg
.CW rio
is the Plan 9 window system. More accurately,
.CW rio
multiplexes input devices with and serves a file interface to a series of rectangles, inside the boundaries of which are drawn an arbitrary arrangement of pixels. Controlling the rectangles is more straightforward, and at the same time more flexible, than what is commonly expected from most "window managers."
Read:
.ihtml a <a href="http://man.9front.org/1/rio">
.CW rio(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/4/rio">
.CW rio(4)
.ihtml a
To effectively use
.CW rio ,
you need a three button mouse. If you only have a two button mouse you can emulate the middle button by holding down the
.CW shift
key whilst pressing the right button.
.B Note:
Button 1, 2, and 3 are used to refer to the left, middle, and right buttons respectively.
.html - <a name="8.2.1" />
.ihtml h3 <h3>
.SH
8.2.1 - The Pop-up Menu
.R
.ihtml h3
Pressing and holding down mouse button 3 on the gray desktop or on a shell window will give you a menu with the following options:
.ihtml ul <ul>
.CW
New
Resize
Move
Delete
Hide
.R
.ihtml ul
Pressing and holding down mouse button 2 on a shell window results in a menu with the following options:
.ihtml ul <ul>
.CW
cut
paste
snarf
plumb
look
send
scroll
.R
.ihtml ul
Select an item by releasing the button over the menu item. Rio uses the same button that started an action throughout that operation. If you press another button during the action the operation is aborted and any intermediate changes are reversed.
Each menu acts as a action verb selector which then requires an object (i.e. window) to be picked to indicate which window the verb is to act on. A further mouse action may then be required.
.html - <a name="8.2.2" />
.ihtml h3 <h3>
.SH
8.2.2 - Window control
.R
.ihtml h3
Clicking on a window brings it to the front.
You can directly change the shape of a window by clicking and dragging on the edge or corner of the window
border. Mouse button 1 or 2 will allow you to drag the edge or corner to a new size, and mouse button 3 will allow you to
move the window.
The mouse button 3 menu contains a list of all windows that are corrently obstructed by other windows. Selecting a label tops the window.
The pop-up menu remembers the last command chosen, so as a shortcut you can just press and release button
3 without moving the mouse between pressing and releasing to select the previous command again.
In addition,
.CW rio
serves a variety of files for reading, writing, and controlling windows. Some of them are virtual versions of system files for dealing with the display, keyboard, and mouse; others control operations of the window system itself. These files, as well as the
.ihtml a <a href="http://man.9front.org/1/rio">
.CW window(1)
.ihtml a
command, allow for controlling windows programmatically by reading and writing text strings. Thus simplifying the automated opening and placement of various windows with user scripts.
Read:
.ihtml a <a href="http://man.9front.org/4/rio">
.CW rio(4)
.ihtml a
.html - <a name="8.2.3" />
.ihtml h3 <h3>
.SH
8.2.3 - Text in rio windows
.R
.ihtml h3
Text in a
.CW rio
window may be freely manipulated, edited, altered, deleted and/or acted upon using either mouse chords or the options from the mouse button menus. (For an example, see the discussion of the use of
.CW rc
prompts, above.)
The special file
.CW /dev/text
(for the current window), or \f(CW/dev/wsys/\fIn\f(CW/text\fR (for window \fIn\fR) contains all text that has already appeared in the window. The contents of this file may serve as a primitive form of command history (and may be acted upon using standard command line tools), but are lost when the window is closed.
Seriously, read:
.ihtml a <a href="http://man.9front.org/4/rio">
.CW rio(4)
.ihtml a
.html - <a name="8.2.4" />
.ihtml h3 <h3>
.SH
8.2.4 - Scrolling
.R
.ihtml h3
By default, a
.CW rio
window will fill up with text and then block, obviating the need for a separate pager program (though the
.ihtml a <a href="http://man.9front.org/1/p">
.CW p(1)
.ihtml a
pager program still ships with the system).
Endless scrolling may be enabled by selecting
.CW scroll
from the mouse button 2 menu.
The
.CW up
or
.CW down
arrow keys and
.CW pgup
or
.CW pgdwn
keys may be used to scroll up or down in consistently measured increments.
Holding down the
.CW shift
key and pressing the up or down arrow key will scroll a single line in the respective direction.
9front's
.CW rio
supports mousewheel scrolling. The heuristic employed is roughly the same as that of clicking in the scrollbar on the left of the window: when the mouse pointer is near the top of the window the scrolling increment is small, while as the mouse pointer approaches the bottom of the window the scrolling increment grows progressively larger. Presently this behavior is limited to
.CW rio ,
.CW sam ,
and
.CW mothra
but may later be extended to other programs.
.B Note:
While the behavior of the arrow and page keys is fairly consistent between programs, mousewheel scrolling is not. So far,
.CW shift
+
.CW up
or
.CW down
is only supported in
.CW rio
windows.
.html - <a name="8.2.5" />
.ihtml h3 <h3>
.SH
8.2.5 - Mouse Chording
.R
.ihtml h3
Almost anywhere \(em
.ihtml a <a href="http://man.9front.org/1/sam">
.CW sam(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/1/acme">
.CW acme(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/1/rio">
.CW window(1)
.ihtml a
\(em you can use the following mouse chords:
.CW mb1
\(em Select text.
.CW
mb1 double click
.R
\(em Select word under cursor, or at the end/start of a line, select the whole line.
After selecting with
.CW mb1
and while still holding
.CW mb1
down (these chords also
work with text selected by double-clicking, the double-click expansion happens when the second
click starts, not when it ends):
.CW mb2
\(em Cut text.
.CW mb3
\(em Paste text (can be reverted by clicking
.CW mb2
immediately afterwards).
To snarf (copy), click
.CW mb2
immediately followed by
.CW mb3 .
.html - <a name="8.2.6" />
.ihtml h3 <h3>
.B
8.2.6 - Keyboard Shortcuts
.R
.ihtml h3
Almost anywhere \(em
.ihtml a <a href="http://man.9front.org/1/sam">
.CW sam(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/1/acme">
.CW acme(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/1/rio">
.CW window(1)
.ihtml a
\(em you can use the following shortcuts:
.CW Ctrl-u
\(em Delete from cursor to start of line.
.CW Ctrl-w
\(em Delete word before the cursor.
.CW Ctrl-h
\(em Delete character before the cursor.
.CW Ctrl-a
\(em Move cursor to start of the line.
.CW Ctrl-e
\(em Move cursor to end of the line.
.CW Ctrl-b
\(em Move cursor to the position immediately after the prompt. (\f(CWrio\fR only)
Read:
.ihtml a <a href="http://unix-kb.cat-v.org">
UNIX Keyboard Bindings
.ihtml a
In a
.ihtml a <a href="http://man.9front.org/1/rio">
.CW rio(1)
.ihtml a
window, scroll up or down one line by holding
.CW shift
and pressing the up or down arrow.
.html - <a name="8.2.7" />
.ihtml h3 <h3>
.SH
8.2.7 - Color scheme
.R
.ihtml h3
.CW rio
looks like this:
.FG rio-bell-labs png
\f(CWrio\fR's color scheme may be modified by editing the .c configuration files and re-compiling:
.FG rio-custom png
.B Note:
Someone will mock you for doing this.
See:
.ihtml a <a href="http://plan9.stanleylieber.com/rio">
http://plan9.stanleylieber.com/rio
.ihtml a
.ihtml a <a href="http://genius.cat-v.org/rob-pike">
Rob Pike,
.ihtml a
rio's author, was all like:
.ihtml ul <ul>
.QS
the clean appearance of the screen comes mostly from laziness, but the
color scheme is (obviously) deliberate. the intent was to build on an
observation by edward tufte that the human system likes nature and
nature is full of pale colors, so something you're going to look at all day
might best serve if it were also in relaxing shades. renee french helped me with
the specifics of the color scheme (she's a professional illustrator and my
color vision is suspect), once i'd figured out how i wanted it to look.
there are still some features of the color system that i put in that i think no
one has ever noticed. that's a good thing, in my opinion; the colors should
fade away, if you'll pardon the expression. having used other systems with
different approaches to color screens, most especially windows XP (extra pukey),
i think tufte was right.
.QE
.ihtml ul
.ihtml a <a href="http://9fans.net/archive/2003/09/442">
Rob Pike, 2003
.ihtml a
.ihtml ul <ul>
.QS
The color scheme was an attempt to honor a point made originally
in a little brochure by Edward Tufte that the colors of nature are
soft and quiet and peaceful to look at, while most computer screens
are covered in glaring bright colors. When color came to the system
I wanted it to be pleasant.
.QE
.ihtml ul
.ihtml a <a href="http://9fans.net/archive/2008/06/499">
Rob Pike, 2008
.ihtml a
See:
.ihtml a <a href="http://www.edwardtufte.com/">
edwardtufte.com
.ihtml a
.html - <a name="8.2.8" />
.ihtml h3 <h3>
.SH
8.2.8 - Why is rio like this?
.R
.ihtml h3
.html - <br />
.FG mouse gif
Window systems should be transparent. That's the argument put forward in
.ihtml a <a href="http://doc.cat-v.org/bell_labs/transparent_wsys/">
the famous paper
.ihtml a
by rio's author,
.ihtml a <a href="http://genius.cat-v.org/rob-pike/">
Rob Pike.
.ihtml a
.FG mouse2 gif
Beyond this, Rob offered
.ihtml a <a href="http://9fans.net/archive/2001/05/262">
an explanantion
.ihtml a
(in response to a question on the 9fans mailing list) of some of the choices made in the design of
.CW 8½
and
.CW rio :
.ihtml ul <ul>
.QS
> functioning cursor keys would still be a speed benefit.
This feels true but is false. There were some fascinating experiments
done a few years ago in which people were given a long, tedious
editing task. Some of the people were keyboard fans, some were mouse
fans. Both folks were asked to do the task two ways, in random order,
once using the mouse to do the editing, once using cursor keys etc.
Regardless of their predilections, which was stated up front, after
the experiment everyone who did the task agreed that it was faster to
use the keyboard than the mouse to complete the task. Everyone.
Here's the kicker: everyone was wrong. They were being timed, and in
fact the reverse was true. Although they thought the keyboard was
faster, doing the task using the mouse was faster for everyone, by a
substantial fraction.
The explanation, besides the obvious that arrow keys are actually
pretty slow if you're going more than a line or character, is that
people feel the mouse wastes time because you need to grab it and move
it, but it's time well spent. The part of the brain that uses
keyboard commands to move the cursor is a higher-order function, and
thinking and planning how to use the keys to get to the destination
blocks thinking about the editing task at hand. But using the mouse
is done by a lower-order part of the brain, which keeps the editing
part of the brain clear. There's less task switching going on when
you use the mouse, so you work more efficiently.
If you don't believe me, the story is here:
http://www.asktog.com/readerMail/1999-12ReaderMail.html
Thanks to some forgotten 9fan who mentioned this a while back.
I didn't know about these experiments when I said, long ago, that
using arrow keys to point at a display is like telling someone how to
go somewhere by giving directions, while using a mouse is like
pointing at a map. In fact, I never used a screen editor until I had
a mouse, for just this reason.
.QE
.ihtml ul
.ihtml a <a href="http://9fans.net/archive/2001/05/262">
Rob Pike, 2001
.ihtml a
.html - <a name="8.2.9" />
.ihtml h3 <h3>
.SH
8.2.9 - tips
.R
.ihtml h3
.html - <a name="8.2.9.1" />
.ihtml h4 <h4>
.SH
8.2.9.1 - Taking a screenshot
.R
.ihtml h4
To capture the entire screen:
.P1
topng </dev/screen >screen.png
.P2
To capture only the current window:
.P1
topng </dev/window >window.png
.P2
It is also possible to capture
.I other
windows:
.P1
topng </dev/wsys/\fIn\fR/window >window.png
.P2
where
.I n
is the number of the window being captured.
Read:
.ihtml a <a href="http://man.9front.org/4/rio">
.CW rio(4)
.ihtml a
.html - <a name="8.2.9.2" />
.ihtml h4 <h4>
.SH
8.2.9.2 - Prevent console messages from overwriting the screen
.R
.ihtml h4
To capture console messages in a
.CW rio
window, open a new window and:
.P1
cat /dev/kprint
.P2
.html - <a name="8.3" />
.ihtml h2 <h2>
.SH
8.3 Text Editors
.R
.ihtml h2
.html - <a name="8.3.1" />
.ihtml h3 <h3>
.SH
8.3.1 - sam
.R
.ihtml h3
The text editor
.CW sam
was created by
.ihtml a <a href="http://genius.cat-v.org/rob-pike">
Rob Pike
.ihtml a
for
.ihtml a <a href="http://doc.cat-v.org/unix/">
Research UNIX V9
.ihtml a
(circa 1986), and later included with Plan 9.
See:
.ihtml a <a href="http://sam.cat-v.org">
http://sam.cat-v.org
.ihtml a
Read:
.ihtml a <a href="http://doc.cat-v.org/plan_9/4th_edition/papers/sam/">
.I
The Text Editor sam
.R
.ihtml a
\(em The original paper by Rob Pike.
.ihtml a <a href="http://doc.cat-v.org/bell_labs/sam_lang_tutorial/">
.I
A Tutorial for the Sam Command Language
.R
.ihtml a
\(em Documents the editing language.
.ihtml a <a href="http://sam.cat-v.org/cheatsheet/">
.I
sam quick reference card
.R
.ihtml a
.ihtml a <a href="http://man.9front.org/1/sam">
.CW sam(1)
.ihtml a
man page
.FG danflavin jpg
.ihtml a <a href="http://www.moma.org/collection/artist.php?artist_id=1911">
Dan Flavin,
.ihtml a
.I
Document for Untitled (to the “innovator” of Wheeling Peachblow),
.R
1968
.html - <a name="8.3.1.1" />
.ihtml h4 <h4>
.SH
8.3.1.1 - Scrolling
.R
.ihtml h4
9front's slightly modified version of
.CW sam
supports mousewheel scrolling in the same manner as
.CW rio .
Read:
.ihtml a <a href="fqa8.html#8.2.4">
.I
FQA 8.2.4 - Scrolling
.R
.ihtml a
.html - <a name="8.3.1.2" />
.ihtml h4 <h4>
.SH
8.3.1.2 - Mouse Chording
.R
.ihtml h4
9front
.CW sam
supports the same mouse chording as
.CW rio .
Read:
.ihtml a <a href="fqa8.html#8.2.5">
.I
FQA 8.2.5 - Mouse Chording
.R
.ihtml a
.html - <a name="8.3.1.3" />
.ihtml h4 <h4>
.SH
8.3.1.3 - Why does sam have a separate snarf buffer from rio?
.R
.ihtml h4
The program's author,
.ihtml a <a href="http://genius.cat-v.org/rob-pike">
Rob Pike,
.ihtml a
says:
.ihtml ul <ul>
.QS
was a consequence of running over 1200 baud when sam was first
written. you didn't want every cut and paste to bounce off the remote
end at that speed. nowadays that argument has less weight. on the
other hand, i still kinda like that you can have an editing session
that doesn't corrupt what you have in rio's snarf buffer. i tried the
unified way in acme and i often (not always) miss the old way.
.QE
.ihtml ul
.ihtml a <a href="http://9fans.net/archive/2003/07/137">
Rob Pike, 2003
.ihtml a
.html - <a name="8.3.1.4" />
.ihtml h4 <h4>
.SH
8.3.1.4 - Keyboard Shortcuts
.R
.ihtml h4
.CW Esc
\(em Cut (and consequently, snarf) the selected text.
.CW Ctrl-b
\(em Switch focus to the edit window.
.html - <a name="8.3.2" />
.ihtml h3 <h3>
.SH
8.3.2 - acme
.R
.ihtml h3
.DS
.I
There is also an alternative user interface, acme(4), that some people use as their editor.
.R
\(em Geoff Collyer
.DE
.FG cyclogram gif
.ihtml a <a href="http://www.edwardtufte.com/tufte/posters">
Handmade cyclogram
.ihtml a
by Russian cosmonaut, Georgi Grechko.
.html - <a name="8.4" />
.ihtml h2 <h2>
.SH
8.4 - Internet
.R
.ihtml h2
.html - <br />
.FG internet jpg
Sending and receiving bits via alien protocols.
.html - <a name="8.4.1" />
.ihtml h3 <h3>
.SH
8.4.1 - Mail
.R
.ihtml h3
Read:
.ihtml a <a href="http://man.9front.org/1/mail">
.CW mail(1) ,
.ihtml a
.ihtml a <a href="fqa7.html#7.7">
.I
FQA 7.7 - Mail server configuration and maintenance
.R
.ihtml a
.html - <a name="8.4.1.1" />
.ihtml h4 <h4>
.SH
8.4.1.1 - upasfs
.R
.ihtml h4
From
.ihtml a <a href="http://man.9front.org/4/upasfs">
.CW upasfs(4) :
.ihtml a
.ihtml ul <ul>
.QS
Fs is a user level file system that caches mailboxes and
presents them as a file system. A user normally starts fs
in his/her profile after starting plumber(4) and before
starting a window system, such as rio(1) or acme(1). The
file system is used by nedmail(1), acme(1)'s mail reader,
and imap4d and pop3 (both pop3(8)) to parse messages. Fs
also generates plumbing messages used by biff and faces(1)
to provide mail announcements.
.QE
.ihtml ul
Read:
.ihtml a <a href="http://man.9front.org/4/upasfs">
.CW upasfs(4) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/8/pop3">
.CW pop3(8) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/1/faces">
.CW faces(1)
.ihtml a
.html - <a name="8.4.1.1.1" />
.ihtml h5 <h5>
.SH
8.4.1.1.1 - Reading gmail via IMAP
.R
.ihtml h5
.P1
upas/fs -f /imaps/imap.gmail.com/[email protected]
.P2
The first time this command is run, you should see an error that looks something like this:
.P1
upas/fs imap: server certificate 22471E10D5C1E41768048EF5567B27F532F33
not recognized
upas/fs: opening mailbox: bad server certificate
.P2
To add this certificate to your system, type:
.P1
echo \'x509 sha1=22471E10D5C1E41768048EF5567B27F532F33\' \e
>>/sys/lib/tls/mail
.P2
Once
.CW upas/fs
is running, you can open as many additional gmail mailboxes (labels) as you wish:
.P1
echo open /imaps/imap.gmail.com/[email protected]/yourlabel \e
yourlabel >/mail/fs/ctl
.P2
.B Note:
.CW upas/fs
reads the entire mailbox into RAM, which means it may fail to load mailboxes that exceed the available system memory. This problem has been addressed in Erik Quanstrom's
.ihtml a <a href="fqa8.html#8.4.1.3">
nupas,
.ihtml a
which reads the mailbox into an index file, then performs new operations on the index where possible.
.html - <a name="8.4.1.2" />
.ihtml h4 <h4>
.SH
8.4.1.2 - nedmail
.R
.ihtml h4
.CW nedmail
is a command line mail client similar to the classic mail client shipped with
.ihtml a <a href="http://doc.cat-v.org/unix/">
Research UNIX.
.ihtml a
Read:
.ihtml a <a href="http://man.9front.org/1/nedmail">
.CW nedmail(1)
.ihtml a
.html - <a name="8.4.1.3" />
.ihtml h4 <h4>
.SH
8.4.1.3 - nupas
.R
.ihtml h4
Read:
.ihtml a <a href="http://plan9.stanleylieber.com/_books/comp/unix/research/nupas.pdf">
.I
Scaling Upas,
.R
.ihtml a
by Erik Quanstrom
.html - <p>Download, pre-patched for 9front: <a href="http://plan9.stanleylieber.com/src/nupas.tgz">nupas.tgz</a>
.B Note:
Installing
.CW nupas
replaces the system's default
.CW upas .
Read the included
.CW README.9front
and
.CW mkfile
before attempting to install.
.html - <a name="8.4.2" />
.ihtml h3 <h3>
.SH
8.4.2 - NNTP
.R
.ihtml h3
Read:
.ihtml a <a href="http://man.9front.org/1/newt">
.CW newt(1) ,
.ihtml a <a href="http://man.9front.org/4/nntpfs">
.CW nntpfs(4)
.ihtml a
.html - <a name="8.4.3" />
.ihtml h3 <h3>
.SH
8.4.3 - IRC
.R
.ihtml h3
.html - <a name="8.4.3.1" />
.ihtml h4 <h4>
.SH
8.4.3.1 - ircrc
.R
.ihtml h4
.CW ircrc
is an IRC client implemented in
.CW rc .
It is included with 9front.
Read:
.ihtml a <a href="http://man.9front.org/1/ircrc">
.CW ircrc(1)
.ihtml a
.html - <a name="8.4.3.2" />
.ihtml h4 <h4>
.SH
8.4.3.2 - irc7
.R
.ihtml h4
A persistent IRC client was written in the c programming language by Andrey Mirtchovski. It has been modified slightly by 9front users (mainly, adding an
.CW -e
flag to the
.CW ircsrv
program that implements SSL connections).
.html - Download it here: <a href="http://9front.org/extra/irc7.tgz">irc7.tgz</a>
.html - <a name="8.4.4" />
.ihtml h3 <h3>
.SH
8.4.4 - FTP
.R
.ihtml h3
Read:
.ihtml a <a href="http://man.9front.org/4/ftpfs">
.CW ftpfs(4)
.ihtml a
.html - <a name="8.4.5" />
.ihtml h3 <h3>
.SH
8.4.5 - HTTP
.R
.ihtml h3
.html - <br />
.FG wwwhat gif
.html - <a name="8.4.5.1" />
.ihtml h4 <h4>
.SH
8.4.5.1 - mothra
.R
.ihtml h4
.html - <br />
.FG betweenthelines jpg
.CW mothra
is a trivial web browser written in 1995 by Tom Duff. It ignores Javascript, CSS and many HTML tags. It was dropped from Plan 9 after the 2nd Edition, but has been picked up and (somewhat) refined for 9front.
.CW mothra
now uses
.CW webfs ,
and no longer supports non-HTTP protocols.
Read:
.ihtml a <a href="http://man.9front.org/1/mothra">
.CW mothra(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/4/webfs">
.CW webfs(4)
.ihtml a
.html - <a name="8.4.5.2" />
.ihtml h4 <h4>
.SH
8.4.5.2 - abaco
.R
.ihtml h4
no.
.html - <a name="8.4.5.3" />
.ihtml h4 <h4>
.SH
8.4.5.3 - hget
.R
.ihtml h4
.CW hget
is a command line HTTP client (similar to programs such as
.CW curl
or
.CW wget )
that started out as a c program in Plan 9 from Bell Labs, but was re-implemented in
.CW rc
for 9front.
.CW hget
now uses
.CW webfs
and no longer supports non-HTTP protocols.
Read:
.ihtml a <a href="http://man.9front.org/1/hget">
.CW hget(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/4/webfs">
.CW webfs(4)
.ihtml a
.html - <a name="8.4.5.4" />
.ihtml h4 <h4>
.SH
8.4.5.4 - charon
.R
.ihtml h4
The
.ihtml a <a href="http://en.wikipedia.org/wiki/Inferno_os">
Inferno
.ihtml a
operating system can be run hosted on Plan 9, and includes a GUI web browser called
.ihtml a <a href="http://en.wikipedia.org/wiki/Charon_(web_browser)">
charon,
.ihtml a
which implements ECMASCRIPT 1.0 as well as additional HTML attributes.
.B Note:
.CW charon
is ancient and is not really a sufficient replacement for 9front's web browsers. The rudimentary javascript support can be useful for some simple tasks.
.html - <a name="8.4.5.5" />
.ihtml h4 <h4>
.SH
8.4.5.5 - i
.R
.ihtml h4
There exists an unfinished/buggy port of
.CW charon
from Inferno's limbo programming language to Plan 9 c.
.html - Source is available here: <a href="http://plan9.stanleylieber.com/src/i.tgz">i.tgz</a>
.html - <a name="8.4.6" />
.ihtml h3 <h3>
.SH
8.4.6 - SSH
.R
.ihtml h3
Several SSH clients exist for Plan 9, none of which are perfect.
.html - <a name="8.4.6.1" />
.ihtml h4 <h4>
.SH
8.4.6.1 - ssh
.R
.ihtml h4
9front ships with the original Plan 9 native SSH1 client from Bell Labs.
Read:
.ihtml a <a href="http://man.9front.org/1/ssh">
.CW ssh(1)
.ihtml a
.html - <a name="8.4.6.2" />
.ihtml h4 <h4>
.SH
8.4.6.2 - ssh2
.R
.ihtml h4
Programmers at
.ihtml a <a href="http://www.coraid.com">
Coraid
.ihtml a
created a Plan 9 native SSH2 client that was picked up (and completely rewritten) by Bell Labs. It is currently not included with 9front.
.html - Download the Bell Labs version (pre-patched for 9front) here: <a href="http://plan9.stanleylieber.com/src/ssh2.tgz">ssh2.tgz</a>
.B Note:
There are bugs and expected features are missing. Consult the source.
.html - <a name="8.4.6.3" />
.ihtml h4 <h4>
.SH
8.4.6.3 - scpu
.R
.ihtml h4
Two 9front users (taruti and mischief) worked on an SSH2 client written in the
.ihtml a <a href="golang.html">
Go programming language.
.ihtml a
It has been extended to work with Plan 9
.ihtml a <a href="http://man.9front.org/4/factotum">
factotum(4),
.ihtml a
but still does not fully honor complex Plan 9
.ihtml a <a href="http://man.9front.org/2/dial">
dial(2)
.ihtml a
strings.
.html - Download it here: <a href="https://bitbucket.org/mischief/scpu">https://bitbucket.org/mischief/scpu</a>.
.html - <a name="8.4.6.4" />
.ihtml h4 <h4>
.SH
8.4.6.4 - OpenSSH
.R
.ihtml h4
Plan 9 user fgb ported OpenSSH 4.7p1, OpenSSL 0.9.8g 19 Oct 2007 to Plan 9. It is available in his contrib directory (on the Bell Labs server), or a 386 binary is available here (to install, unpack it over /):
.ihtml a <a href="http://plan9.stanleylieber.com/pkg/386/openssh-2012.03.15.tbz">
openssh.tgz.
.ihtml a
.html - <a name="8.4.6.5" />
.ihtml h4 <h4>
.SH
8.4.6.5 - sftpfs
.R
.ihtml h4
An implementation of sftpfs was created for Plan 9 that can work with either the native SSH clients or fgb's OpenSSH port.
.html - Download it here: <a href="http://plan9.stanleylieber.com/src/sftpfs.tgz">sftpfs.tgz</a>
.html - <a name="8.4.6.5.1" />
.ihtml h5 <h5>
.SH
8.4.6.5.1 - Mounting a remote u9fs share over SSH
.R
.ihtml h5
The
.CW u9fs
program runs on UNIX and serves an unencrypted
.ihtml a <a href="http://man.9front.org/2/9p">
.CW 9P(2)
.ihtml a
share. It is possible to mount such a share over SSH.
With
.CW ssh2 :
.P1
srv -s 5 -e \'ssh2 -l sl wm \'\'/usr/local/bin/u9fs \e
-u sl -na none\'\'\' wm /n/wm
.P2
With
.CW scpu :
.P1
srv -s 5 -e \'scpu -u sl -h wm -c \e
\'\'/usr/local/bin/u9fs -u sl -na none\'\'\' wm /n/wm
.P2
In both cases, an SSH connection is opened to remote UNIX host
.CW wm ,
logged in with user
.CW sl
and mounted on Plan 9 under
.CW /n/wm .
Read:
.ihtml a <a href="http://man.9front.org/4/u9fs">
.CW u9fs(4) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/4/srv">
.CW srv(4)
.ihtml a
.html - <a name="8.4.7" />
.ihtml h3 <h3>
.SH
8.4.7 - secstore
.R
.ihtml h3
Typing in lots of passwords over and over again is annoying.
Secstore authenticates to a secure-store server using a
password and optionally a hardware token, then saves or
retrieves a file. This is intended to be a credentials
store (public/private keypairs, passwords, and other
secrets) for a
.CW factotum .
Read:
.ihtml a <a href="fqa7.html#7.4.3">
.I
FQA 7.4.3 - secstored
.R
.ihtml a
for information on setting up the secstore server, and:
.ihtml a <a href="fqa7.html#7.4.3.1">
.I
FQA 7.4.3.1 - Adding users to secstore
.R
.ihtml a
to add users.
Once a user has been added to
.CW secstored ,
the user may add to the file read by
.CW factotum
at startup. To do so, open a new window and type
.P1
% ramfs -p; cd /tmp
% auth/secstore -g factotum
secstore password: [user's secstore password]
% echo \'key proto=apop dom=x.com user=ehg !password=hi\' >> factotum
% auth/secstore -p factotum
secstore password: [user's secstore password]
% read -m factotum > /mnt/factotum/ctl
.P2
and delete the window. The first line creates an ephemeral
memory-resident workspace, invisible to others and automatically
removed when the window is deleted. The next three
commands fetch the persistent copy of the secrets, append a
new secret, and save the updated file back to secstore. The
final command loads the new secret into the running
.CW factotum .
The
.CW ipso
command packages this sequence into a convenient
script to simplify editing of files stored on a secure
store. It copies the named files into a local
.CW ramfs
and
invokes
.CW \$editor
on them. When the editor exits,
.CW ipso
prompts the user to confirm copying modifed or newly created
files back to secstore. If no file is mentioned,
.CW ipso
grabs all the user's files from secstore for editing.
By default,
.CW ipso
will edit the secstore files and, if one of
them is named factotum, flush current keys from
.CW factotum
and load the new ones from the file.
Read:
.ihtml a <a href="http://man.9front.org/1/secstore">
.CW secstore(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/8/secstore">
.CW secstore(8)
.ihtml a
.html - <a name="8.4.8" />
.ihtml h3 <h3>
.SH
8.4.8 - drawterm
.R
.ihtml h3
.CW drawterm
is a program that users of non-Plan 9 systems can use to establish graphical cpu connections with Plan 9 cpu servers. Just as a real Plan 9 terminal does,
.CW drawterm
serves its local name space as well as some devices (the keyboard, mouse, and screen) to a remote cpu server, which mounts this name space on
.CW /mnt/term
and starts a shell. Typically, either explicitly or via the profile, one uses the shell to start
.CW rio .
The original version is effectively abandoned, but is available here:
.ihtml a <a href="http://swtch.com/drawterm">
.CW http://swtch.com/drawterm
.ihtml a
.FG embraceextendextinguish png
There also exists a fork of Russ Cox's drawterm to incorporate features from Plan9front (http://9front.org), most importantly DP9IK authentication support (see authsrv(6)) and the TLS based rcpu(1) protocol:
.ihtml a <a href="http://drawterm.9front.org">
.CW http://drawterm.9front.org
.ihtml a
.html - <a name="8.5" />
.ihtml h2 <h2>
.SH
8.5 - Audio
.R
.ihtml h2
Read:
.ihtml a <a href="http://man.9front.org/1/audio">
.CW audio(1) ,
.ihtml a
.ihtml a <a href="http://man.9front.org/3/audio">
.CW audio(3)
.ihtml a
.html - <a name="8.6" />
.ihtml h2 <h2>
.SH
8.6 - External Media
.R
.ihtml h2
.html - <a name="8.6.1" />
.ihtml h3 <h3>
.SH
8.6.1 - Mount an ISO9660 CD-ROM
.R
.ihtml h3
.P1
mount <{9660srv -s} /n/iso /dev/sdD1/data # cd-rom drive
.P2
or:
.P1
mount <{9660srv -s} /n/iso /path/to/9front.iso
.P2
Read:
.ihtml a <a href="http://man.9front.org/4/dossrv">
.CW dossrv(4)
.ihtml a
.html - <a name="8.6.2" />
.ihtml h3 <h3>
.SH
8.6.2 - Burn a CD-ROM
.R
.ihtml h3
.P1
cdfs
cp 9front.iso /mnt/cd/wd
rm /mnt/cd/wd
.P2
Read:
.ihtml a <a href="http://man.9front.org/4/cdfs">
.CW cdfs(4)
.ihtml a
.html - <a name="8.6.3" />
.ihtml h3 <h3>
.SH
8.6.3 - Mount a FAT formatted USB device
.R
.ihtml h3
FAT formatted USB devices are automatically mounted under the
.CW /shr
directory.
.B Note:
Devices must be FAT or FAT32 formatted; exFAT is not supported.
.html - <a name="8.7" />
.ihtml h2 <h2>
.SH
8.7 - Emulation
.R
.ihtml h2
.html - <a name="8.7.1" />
.ihtml h3 <h3>
.SH
8.7.1 - Linux Emulation
.R
.ihtml h3
.html - <br />
.FG linuxburden jpg
.CW linuxemu
is a program that can execute Linux/i386 ELF binaries on Plan 9. Semi-modern web browsers and other Linux programs may be run using
.CW linuxemu
(if necessary, in conjunction with the
.CW equis
X11 server).
.html - <p>Download it here: <a href="http://plan9.stanleylieber.com/src/linuxemu3.tgz">linuxemu3.tgz</a><p>The equis X11 server is available from <a href="http://9front.org/extra/">9front.org/exra/</a>, or <a href="http://www.quanstro.net/magic/man2html/1/contrib">contrib(1)</a>).
.B Note:
.CW linuxemu
can only be run on a Plan 9 system booted with a
.CW 386
kernel and binaries.
BOOTSTRAP
To run
.CW linuxemu ,
you need a Linux root file system packed into a tarball:
.ihtml a <a href="http://felloff.net/usr/cinap_lenrek/mroot-linuxemu.tbz">
http://felloff.net/usr/cinap_lenrek/mroot-linuxemu.tbz
.ihtml a
.ihtml a <a href="http://plan9.stanleylieber.com/linuxemu/mroot.tgz">
http://plan9.stanleylieber.com/linuxemu/mroot.tgz
.ihtml a
The
.CW mroot-linuxemu.tbz
version contains no symlinks and can be extracted with plain Plan 9 tools
.CW bunzip
and
.CW tar .
The
.CW mroot.tgz
version contains the same Debian Sarge base as
.CW mroot-linuxemu.tbz ,
but with several additional packages pre-installed:
.ihtml ul <ul>
.IP
9base
dmenu-4.1.1
dwm-5.8.2
gcc 3.3.5
linux-kernel-headers
mercurial 0.9.4
opera 10.11
python 2.3.5
xlib-dev
.LP
.ihtml ul
and more.
You can create your own
.CW mroot
with
.CW debootstrap
on Debian Linux, or help write an installer that unpacks and installs an alternative distribution on Plan 9... In any case,
.CW linuxemu
is not hardwired to any Linux distribution!
RUNNING
Use the provided
.CW linux
script to chroot into your Linux
.CW mroot .
The
.CW linux
script is neccesary because for Linux programs to run, shared
libraries from your
.CW mroot
have to appear in its
.CW /lib
and
.CW /usr/lib
directories, while configuration files are expected to be in
.CW /etc .
The script will build a private namespace and then bind the Linux
.CW mroot
over the Plan 9 root. The original Plan 9 namespace is mounted within
.CW linuxemu
under
.CW /9 .
Assuming
.CW mroot
is located in the current directory, start
.CW linuxemu
like this:
.P1
linux -r ./mroot /bin/bash -i
.P2
If the
.CW -r
option is omitted, the Linux
.CW mroot
defaults to
.CW /sys/lib/linux
on the Plan 9 machine.
In the Linux
.CW mroot ,
.CW /etc/resolv.conf
should be changed to match your network nameserver. In addition,
.CW /etc/apt/sources.list
should be updated to a working Debian mirror. Sarge packages can still be accessed at:
.CW
deb http://archive.debian.org/debian-archive/debian sarge main
.R
EXAMPLES
Linux X11 programs may be used in conjunction with the
.CW equis
X11 server. For example, to run the Opera web browser under your Linux
.CW mroot ,
start
.CW equis
in a
.CW rio
window, start
.CW linuxemu
in another
.CW rio
window and then from within
.CW linuxemu :
.P1
dwm & # X11 window manager
opera & # web browser
.P2
Opera should (eventually) appear in the
.CW equis
window. A window manager (this example uses dwm) is recommended so that X11 programs interact with window resources properly.
DEBUGGING
If
.CW linuxemu
crashes, use acid to figure out whats going on:
.P1
mk acid
acid -l linuxemu.acid <pid>
.P2
Then you can issue the following commands:
.P1
ustk()
.P2
dump a (userspace) stacktrace for the current thread:
.P1
umem(Current()) dump the memory mappings
ufds(Current()) dump the filedescriptor table
utrace(Current()) dump the internal tracebuffer
(enabled by -d option)
.P2
Use
.CW xasm()
and
.CW xcasm()
for disassembly for Linux code.
Read:
.ihtml a <a href="http://man.9front.org/1/acid">
.CW acid(1)
.ihtml a
You can also enable full trace logging:
.P1
linux -r ./mroot -dd /bin/bash -i >[2]/tmp/linuxemu.log
.P2
This slows
.CW linuxemu
down considerably. In case of race conditions, it often happens that the bug disapears when doing full trace logging!
.html - <a name="8.7.2" />
.ihtml h3 <h3>
.SH
8.7.2 - Nintendo
.R
.ihtml h3
.html - <br />
.FG nintendo png
Emulators for several Nintendo video game consoles ship with the system:
.ihtml ul <ul>
.IP
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/games/gb">
gb
.ihtml a
\(em Game Boy
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/games/gba">
gba
.ihtml a
\(em Game Boy Advance
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/games/nes">
nes
.ihtml a
\(em Nintendo Entertainment System
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/games/snes">
snes
.ihtml a
\(em Super Nintendo Entertainment System
.LP
.ihtml ul
Read:
.ihtml a <a href="http://man.9front.org/1/nintendo">
.CW nintendo(1)
.ihtml a
.html - <a name="8.7.3" />
.ihtml h3 <h3>
.SH
8.7.3 - Sega
.R
.ihtml h3
.html - <br />
.FG sega png
An emulator for the Sega Megadrive/Genesis video game console ships with the system:
.ihtml ul <ul>
.IP
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/games/md">
md
.ihtml a
\(em Sega Mega Drive/Genesis
.LP
.ihtml ul
Read:
.ihtml a <a href="http://man.9front.org/1/sega">
.CW sega(1)
.ihtml a
.html - <a name="8.7.4" />
.ihtml h3 <h3>
.SH
8.7.4 - Commodore
.R
.ihtml h3
.html - <br />
.FG c64 jpg
An emulator for the Commodore 64 home computer ships with the system:
.ihtml ul <ul>
.IP
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/games/c64">
c64
.ihtml a
\(em Commodore 64
.LP
.ihtml ul
Read:
.ihtml a <a href="http://man.9front.org/1/commodore">
.CW commodore(1)
.ihtml a
.html - <a name="8.8" />
.ihtml h2 <h2>
.SH
8.8 - Additional Software
.R
.ihtml h2
.html - <a name="8.8.1" />
.ihtml h3 <h3>
.SH
8.8.1 - 9front sources server
.R
.ihtml h3
Additional 9front software is available from a 9P share that is accessible from any Plan 9 system:
.P1
9fs 9front
.P2
The following files and directories will then be available under
.CW /n/ :
.ihtml ul <ul>
.IP
.CW 9front/
\(em 9front source
.CW 9front.torrent
\(em torrent of current 9front ISO image
.CW bugs/
\(em bug reports
.CW contrib/
\(em user contributed software
.CW extra/
\(em third party software source
.CW fqa/
\(em troff sources for 9front Frequently Questioned Answers
.CW hardware/
\(em known working hardware (sysinfo, firmware, manuals, etc.)
.CW iso/
\(em current 9front ISO image(s)
.CW sources/
\(em mostly complete mirror of Bell Labs sources server
.LP
.ihtml ul
.html - <a name="8.8.2" />
.ihtml h3 <h3>
.SH
8.8.2 - 9front contrib
.R
.ihtml h3
Some 9front users maintain a contrib directory on an official 9front 9P share (similar to the
.ihtml a <a href="http://www.plan9.bell-labs.com/wiki/plan9/Contrib_index/fqa.html">
contrib
.ihtml a
arrangement provided by Bell Labs) that is accessible from any Plan 9 system:
.P1
9fs 9front
.P2
User directories will then be available under
.CW /n/contrib/ .
.html - <a name="8.8.3" />
.ihtml h2 <h2>
.SH
8.8.3 - Other public 9p servers
.R
.ihtml h2
A list of active public 9p servers is maintained here:
.ihtml a <a href="http://www.9paste.net/qrstuv/9pindex">
.CW
http://www.9paste.net/qrstuv/9pindex
.R
.ihtml a
.html - <a name="8.9" />
.ihtml h2 <h2>
.SH
8.9 - Bootstrapping architectures not included on the ISO
.R
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.SH
8.9.1 - amd64
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To setup the
.CW amd64
port, install the
.CW 386
port from the ISO, then cross compile and install the
.CW amd64
binaries and kernel.
Read:
.ihtml a <a href="fqa5.html#5.2.2.1">
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FQA 5.2.2.1 - Cross compiling,
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.ihtml a <a href="fqa7.html#7.2.5">
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FQA 7.2.5 - How do I install a new kernel?
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.html - <a name="8.9.2" />
.ihtml h3 <h3>
.SH
8.9.2 - Raspberry Pi
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The most convenient way to use an rpi is to cross compile and install the
.CW arm
binaries and the
.CW bcm
kernel on the network file server, and then tcp boot the rpi.
Read:
.ihtml a <a href="fqa5.html#5.2.2.1">
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FQA 5.2.2.1 - Cross compiling,
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.ihtml a <a href="fqa6.html#6.7.1">
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FQA 6.7.1 - How do I tcp boot?
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.ihtml a
Outdated and possibly confusing instructions for installing directly onto the rpi's sd card are detailed in
.ihtml a <a href="appendixj.html">
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Appendix J - Junk
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.html - <a name="8.10" />
.ihtml h2 <h2>
.SH
8.10 - ACPI
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.ihtml h2
.html - <br />
.FG acpi gif
Plan9front currently has partial ACPI support for PCI interrupt routing and system shutdown.
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.SH
8.10.1 - Enabling ACPI
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ACPI is enabled with the presence of
.CW *acpi=
boot parameter.
This will create the
.CW /dev/acpitbls
file that can be used to read the systems acpi tables. Specifying
.CW *acpi=0
will make acpi tables accessible thru the file but not use it in the kernel.
.html - <a name="8.11" />
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.SH
8.11 - MP Table Override
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.I
This horrible hack should be considered obsolete, in particular with the implementation of APIC renaming and MSI. It might still be useful.
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Since some motherboard/BIOS manufacturer don't care about anything but ACPI, the MP table might be in an unusable state which meant that
.CW *nomp=1
had to be used. The new MP Table Override can be used to specify an entirely different MP table for 9front to use.
To specify an MP table the
.CW *mp
and \f(CW*mp\fR\fIN\fR options are used, for example (for illustration purposes, not a valid mp table):
.P1
*mp=16
*mp0=00 11 33 13 15
*mp1=16 99 DD 1C
*mp2=9F 81 2a 0a 7b 8c 1c
.P2
.CW *mp
specifies the size in byte and \f(CW*mp\fR\fIN\R, where \fIN\fR is a consecutive number starting with zero, specifies the data in hex form.
The in-hardware table can be dumped with
.CW *dumpmp=1
(PROTIP: use a serial console).
.ihtml a <a href="http://code.9front.org/hg/plan9front/file/1f9d7811d546/sys/src/9/pc/mp.h">
.CW /sys/src/9/pc/mp.h
.ihtml a
is useful to have handy.
.SH
To Do
.R
(Some are mutually exclusive)
• Write an utility to generate a proper table from Linux or similar
• Write user space tools to manipulate the mp table
• Calculate size automatically (and drop \f(CW*mp\fR)
• Use a text based format parsed by the kernel
• Fix MP support altogether (might not be feasible)
.SH
Example
.R
For the HP Compaq DC5700:
.P1
*mp=528
*mp0=00 00 10 03 65 0f 00 00 ff fb eb bf 00 00 00 00
*mp1=00 00 00 00 00 01 10 01 65 0f 00 00 ff fb eb bf
*mp2=00 00 00 00 00 00 00 00 01 00 50 43 49 20 20 20
*mp3=01 01 50 43 49 20 20 20 01 07 50 43 49 20 20 20
*mp4=01 20 50 43 49 20 20 20 01 ff 49 53 41 20 20 20
*mp5=02 02 11 01 00 00 c0 fe 03 00 0f 00 00 08 02 10
*mp6=03 00 0f 00 00 09 02 11 03 00 0f 00 00 0c 02 10
*mp7=03 00 0f 00 00 0d 02 11 03 00 0f 00 00 0e 02 12
*mp8=03 00 0f 00 00 74 02 14 03 00 0f 00 00 75 02 15
*mp9=03 00 0f 00 00 76 02 16 03 00 0f 00 00 77 02 17
*mp10=03 00 0f 00 00 68 02 14 03 00 0f 00 00 69 02 15
*mp11=03 00 0f 00 00 6a 02 16 03 00 0f 00 00 01 02 13
*mp12=03 00 0f 00 00 6c 02 15 03 00 0f 00 00 7c 02 11
*mp13=03 00 0f 00 00 7d 02 12 03 00 0f 00 00 7e 02 12
*mp14=03 00 0f 00 00 70 02 14 03 00 0f 00 00 71 02 15
*mp15=03 00 0f 00 00 72 02 16 03 00 0f 00 00 73 02 17
*mp16=03 00 0f 00 07 10 02 14 03 00 0f 00 07 11 02 15
*mp17=03 00 0f 00 07 12 02 16 03 00 0f 00 07 13 02 17
*mp18=03 00 0f 00 07 24 02 15 03 00 0f 00 07 25 02 16
*mp19=03 00 0f 00 07 26 02 17 03 00 0f 00 07 27 02 14
*mp20=03 00 0f 00 07 2c 02 16 03 00 0f 00 07 2d 02 17
*mp21=03 00 0f 00 07 2e 02 14 03 00 0f 00 07 2f 02 15
*mp22=03 00 0f 00 07 34 02 14 03 00 0f 00 07 35 02 15
*mp23=03 00 0f 00 07 36 02 16 03 00 0f 00 07 37 02 17
*mp24=03 00 0f 00 20 00 02 10 03 00 0f 00 20 01 02 11
*mp25=03 00 0f 00 20 02 02 12 03 00 0f 00 20 03 02 13
*mp26=03 00 00 00 ff 01 02 01 03 00 00 00 ff 03 02 03
*mp27=03 00 00 00 ff 04 02 04 03 00 00 00 ff 06 02 06
*mp28=03 00 00 00 ff 07 02 07 03 00 00 00 ff 08 02 08
*mp29=03 00 00 00 ff 09 02 09 03 00 00 00 ff 0c 02 0c
*mp30=03 00 00 00 ff 0d 02 0d 03 00 00 00 ff 0e 02 0e
*mp31=03 00 00 00 ff 0f 02 0f 04 01 00 00 ff 00 ff 01
*mp32=01 3f 50 43 49 20 20 20 03 00 0f 00 3f 00 02 11
.P2
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.SH
8.12 - Revision Control
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.SH
8.12.1 - cvs
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OpenCVS was ported to Plan 9.
.html - Download it here: <a href="http://plan9.stanleylieber.com/src/cvs.tgz">cvs.tgz</a>
An implementation of a
.CW cvs
file server, called
.CW cvsfs ,
was also created for Plan 9.
.html - Download it here: <a href="http://plan9.stanleylieber.com/src/cvsfs.tgz">cvsfs.tgz</a>
.html - <a name="8.12.2" />
.ihtml h3 <h3>
.SH
8.12.2 - git
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More than one person has claimed to have ported
.CW git
to Plan 9, but no code has ever been made public. Please stop telling unsuspecting newbs that
.CW git
is available for Plan 9.
In the meantime, someone wrote a shell script wrapper that attempts to replicate some basic
.CW git
actions by downloading a zip file from the repository and performing operations on it.
.html - Download it here: <a href="http://plan9.stanleylieber.com/rc/git">git</a>
.html - <a name="8.12.3" />
.ihtml h3 <h3>
.SH
8.12.3 - Mercurial
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9front ships with
.ihtml a <a href="http://mercurial.selenic.com">
Mercurial.
.ihtml a
Read:
.ihtml a <a href="http://fqa.9front.org/fqa5.html#5.2.1.1">
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FQA 5.2.1.1 - hgrc
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.html - <a name="8.12.4" />
.ihtml h3 <h3>
.SH
8.12.4 - svn
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No.
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