#Aquamacs features full#

Guide to creating a 32-bit chroot environment, and from If you are trying run Mozart on a 64-bit Ubuntu system, then Alternatively you can link the new version under the old name with the command: cd /Applications ln -s Aquamacs.app 'Aquamacs Emacs.app'. The latest version (2.3a) seems to not work out of the box with Mozart/Oz, because it has a different name ('Aquamacs' vs. If you have trouble on a MacOS X system, try installing version 1.9 of Aquamacs Emacs. (That is, don't use the one available from the Mozart/Oz web page!) There are significantĪdvantages to using the latest version, which you should get Note, however, that the version of emacs on the Mozart/Oz web Panel, then click on 'System', then the 'Advanced' tab, then (To set environment variables in Windows XP/Vista/7, start the control 'emacs' that runs the emacs editor in your PATH.

#Aquamacs features full#

OZEMACS variable in your environment, so that it's value is the full path to the runemacs.exe executable in the Emacs bin directory.ĭefining the OZEMACS enviroment variable properly isĬrucial if you don't have a program named Installation instructions carefully, in particular define the Platforms, including Unix, Macintosh, and Windows. The Oz interpreter used for this course is available on many The Mozart/Oz system works on a home machine in the same way as on theĮustis system (so see above). Return to top Running Oz on Your Own Machine Mozart runs under Emacs, so to quit, use the File menu, or type C-x C-c. To start the Mozart/Oz system, simply issue the command oz From off-campus, you will need a VPNĬonnection to UCF first.

Where yymmdd is your birth year, month and day.įrom anywhere on campus. Your default password is of the form Pyymmdd, You can login to your account at using your The system is availableįor course work, but the Mozart/Oz system should run the same everywhere, We recommend using the Mozart/Oz system for this class, since itĬorresponds closely to the van Roy and Haridi book, Concepts, Techniques, and Models of Computer Programming.