App Name Acme App URL http://acme.cat-v.org/ Supported OSes Plan 9, its forks (9atom, 9front, Harvey OS, JehanneOS et al.) and Inferno; UNIX, Linux and related operating systems are supported through plan9port. There is/was a Windows version called Acme-SAC but it does not seem to work on Windows 10 anymore. Pricing Scheme This is free software. Reviewer Donation Link Give me virtual money replacements. Screencast Video URL https://www.youtube..../watch?v=dP1xVpMPn8M

Mini review: The Acme editor on Debian on Windows

The tutorial part begins.

$ sudo apt-get install build-essential xorg-dev git

export http_proxy=http://your.proxy:port

export https_proxy=http://your.proxy:port

$ git clone https://github.com/9fans/plan9port.git

$ cd plan9port

$ ./INSTALL

PLAN9=/home/USERNAME/plan9port export PLAN9

PATH=$PATH:$PLAN9/bin export PATH

export DISPLAY=:0

powershell -windowstyle hidden -command "&{ bash -ic acme }"

Note:

One more note:

Let us come back to the usual review now.

|date

Mini review: The Acme editor on Debian on Windows

C:\> bash -ic "9p ls acme"

C:\> bash -ic "9p read acme/3/body"

C:\> bash -ic "echo 'Hey DonationCoder!' | 9p write acme/3/data"

The look. I like the colors (I have set up my Emacs to use them), but I would like to have a better default font than what comes with plan9port.



I really want to have a native Windows version of Acme because using /mnt/c/... breaks my workflow. Mimicking 9p on Windows could be quite a huge task though... probably that's why nobody has done that yet.



Added: Acme does not support file/directory names which contain a space character yet. This is a known bug, it will probably be fixed.





This is actually both a review and a tutorial. Please don't hurt me for partially ignoring the headline.After the UNIX 7th Edition which almost anything that claims to be "UNIX-like" is either based upon or inspired by had been released, the developers continued to work on it. However, the last three UNIX releases did not see much adoption: Between UNIX Version 7, released in 1979, and UNIX Version 8, released in 1985, the UCB's UNIX distribution BSD had been developed so far that it had more than twice of UNIX's system calls. In fact, the eighth UNIX was basically a reimported version of 4.1cBSD, modified to run on VAX computers.Neither the 9th nor the 10th (and final) UNIX were ever released as a complete operating system, efforts to work on it were soon stopped in favor of what should have been UNIX's successor for operating systems research, named Plan 9 from Bell Labs, inspired by what was called "the worst movie of all times". (I will not link that.) The developers of Plan 9, mostly being recruited from the UNIX and C teams (among them, Rob Pike and Ken Thompson), continued from what they had: the graphical terminal Blit came in the 8th edition, Mk and the rc shell were there in the last UNIX version as well. Plan 9 tried to complete UNIX's approach of "everything is a file" by introducing the 9P protocol which acted as a replacement for regular APIs (including sockets and other device calls). Using the wikifs layer, even the Wikipedia could be edited as if it was a collection of files on the local machine. (Sadly, this layer does not seem to have been ported to other operating systems yet. edit: There is a FUSE version though.)Of course, since the 70s were over, the usual computer had a real screen instead of a printer and Apple, Amiga and Atari had successfully taken Xerox's revolutionary input device, the "mouse", out of obscurity by the mid-80s, this was what was considered the best way to interact with a computer: The Plan 9 operating system, including its text editors sam and acme, was developed to be used with a three-button mouse. The designers decided that light blue and light yellow were the best colors to stare at all day, so there was not much to configure. Theming was not a thing.This is how everything in Plan 9 - and its various distributions - looks like:(This is Acme running in Xming on Windows 10. I'll talk about that in a short while.)Although Plan 9 did not convince the majority of people just yet, probably because there is no good web browser available for it (but NetSurf is said to be ported soon) and because generations of UNIX, BSD and Linux people, including me, have bragged about the efficiency of being able to use a keyboard for everything, some of its ideas (virtual filesystems, its text editors, ...) were made available to other operating systems. "Plan 9 from User Space", not a bad pun in my opinion, works on most systems - excluding Windows. But after some time spent with Acme on a different system, Ito try it on Windows as well.Windows 10 has got support for being used as a host system for Linux applications as of today. I do not like Linux, but this is the least inconvenient way to use Acme on Windows. What we need is both an X server ( Xming is still good enough, install and start it before continuing) and a Linux distribution running on the Windows NT subsystem. I chose to install the "nightly" version of plan9port via Debian. Here's how to install it. In theory, you could run any Debian desktop application with this combination now, but let's stick to the topic here.When the Debian installation is completed, start the bash (while I prefer the csh, Windows itself only comes with a native bash.exe) and install the essential build tools:If you happen to be stuck behind a proxy and the above command fails to connect to the servers, add the following text to your ~/.bashrc file (a number of editors are already installed, including nano and a version of Vim as vi):Now grab and build the Plan 9 tools:This will take a while - not too long though. The relevant utilities will be inside /home/USERNAME/plan9port/bin then. You can reach the / folder from Windows as %localappdata%\Packages\TheDebianProject.DebianGNULinux_76v4gfsz19hv4\LocalState\rootfs\, but that will not help you much: Those are Linux binaries. (But it might or might not be a good idea to hardlink your ~ directory to where you can access it more easily.)Prepare your bash to find both acme and your X server - add to your ~/.bashrc file:Now you have two options in order to see the glory of Acme for the first time:1. Restart your bash and type acme &.2. Make a desktop shortcut for Acme which you could also pin to the taskbar and/or the start menu if you want to.I find the second option to be notably more convenient. The command for the shortcut is:The -i flag is important since you'll definitely want to read your .bashrc file before trying to start Acme. - As far as I could see, there is no easier way to do that without having a terminal window open all the time. Maybe Microsoft will improve this in the future.The blue part on top of your Acme window contains commands ("tags") like your usual toolbar does. It is editable (I'll explain why - just read on). Middle-clicking "New" opens a new text window, "Newcol" adds a new column where you could open even more text windows. The square in the top left corner allows you to change the size of each window. By default, the text you are writing is not assigned to a file name. If you want to save it to a file, move your mouse cursor to the top left corner of your text window and write down the path. A new item named "Put" will appear in your tagline. Middle-click it to save the file. If you want to open any file instead, write down its path anywhere and right-click it. (Obvious, isn't it?) The "Putall" command will save all modified buffers which have assigned paths, by the way.Since we are in an emulated environment here, "C:\" is actually "/mnt/c". This might be important when dealing with your files.You can either use the particular tags or - the recommended way - mouse chords for cutting, copying ("snarfing") and pasting text. Consult the documentation for a general overview. There are six keybindings, mostly inspired by Emacs's, but that's about it.Your up/down cursor keys won't work. Use the mouse to move between lines. Scroll down to "The Good" for more surprising features.Freaks.Also, Acme is an awesome developers' editor because of its near-perfect interaction with the operating system. No, it does not have syntax highlighting. Do you really need that though? Third, if you are one of those who think a mouse does not make you work any faster (or you want to convince someone of either the keyboard or the mouse), Acme could help you. Or disturb you. Or them.Everything in Acme is text. Even the "toolbar" is text. You can not only remove existing commands (although they'll reappear), you can also add your own ones; in fact, Acme is its own command shell. You can see one example on my screenshot from above: Type a command, middle-click it and it will be executed. By default, the output appears in the "+Errors" window, but you can also inline the output by prefixing the command with a pipe.Middle-clicking that will print the current date at the cursor position. Since you probably don't want to have "|date" appear in your actual file, you can use the tag bar for that: Hover your mouse over the second bar (the one that ends with "Delcol") and enter "|date" there.Middle-clicking it does exactly what you think it does. You can use any command there, including text manipulation commands and compilers.Interestingly, that works in both directions. Do you remember that I have mentioned the 9P protocol in thesection which allows Plan 9 applications to talk to each other? Since we have installed the whole plan9port package (you did follow my instructions, right?), we can access our currently running Acme instanceWindows with the 9p command. To see what I mean, open a command prompt via cmd or something (or you could use the bash directly, but that needs no further explanation):The most interesting part is behind the numbers. Each number is assigned to one text window inside your running Acme instance. You can read what is typed there by extracting the "body":This will print what you see on the screen in the window with the ID "3". Spooky? Not yet! You can alsointo it, e.g.:That will insert "Hey DonationCoder!" at the cursor position in the window with the ID "3".Basically, you can control every aspect of Acme - including its tag bars, of course - using any programming language which is able to print text on the screen. This is both weird and amazing and there is no reason why no other IDE does that. Since you can control anything inside Acme from outside Acme, you could use that to write a shell script that formats your source code as well.Try something new? Dive into history? Show off your weirdness to your friends? Do nerdy things with nerdy software? Acme has it.Ha! Hahahaha! Haha!Oh, well... there actually are some. A number of people have written Acme clones (usually with some Vim thrown in) for various operating systems, including "Acme for Vim":(Could be continued.)I haven't spent much time with those yet, but none of those seems to have been developed with Windows in mind, so none of those is able to work around the "Needs improvement" part, at least not the standalone ones. Someone should really change that.Added: There actually is a reimplementation of (some of) Acme minus the 9P part which might or might not be interesting for those who want to try new things:I feel dizzy.