On a multi-user system, the system administrator should choose default settings that are at least tolerable to every user - if the defaults are actually good for the majority of users, all the better. If you are the only real user of the computer, you might want to set the system-wide defaults to match your personal preferences. If the new user can successfully authenticate, their new session should automatically configure their preferred settings anyway. On the other hand, the lock screen is a security-sensitive function, and adding the complexity of keyboard layout switching to it increases the risk of bugs that might be exploitable as security weaknesses, so it might be an acceptable trade-off to omit the keyboard layout switching functionality from the lock screen. In this case, the optimal behavior that is fair to all users would be to switch to the system default layout as soon as that functionality is selected, and not before that. If the lock screen includes a "switch users" functionality, then the problem becomes more complex. So, it is fair to use the keyboard layout selected by that user, since that's probably the one they're the most familiar with. ![]() With a locked session, the user that owns that session is in a preferred position: the default assumption is that they're going to come back, unlock the session and continue using it. Behind the lock screen, that user might have some unsaved work, or just a complex set-up of multiple open applications and documents needed for their task. The only answer that is fair to every user is to use the system-wide default settings in the initial login screen.īut the "session is locked" screen is technically part of the session of the logged-in user. Which user's settings the initial login screen should use? The older N.The system can have multiple user accounts, each of which can have their own userland settings. The default one is currently XaAES, which is developed as a FreeMiNT kernel module. Īlthough FreeMiNT can use the graphical user interface of the TOS (the Graphics Environment Manager GEM and the Application Environment Services or AES), it is better served with an enhanced AES which can use its multi-tasking abilities. MiNT software ecosystem įreeMiNT provides only a kernel, so several distributions support MiNT, like VanillaMint, EasyMint, STMint and BeeKey/BeePi. MiNT can also run inside the emulators Hatari and STEem, and with networking on the 68040 virtual machine Aranym. It is highly recommended that an Atari computer with a 16 MHz 68030 CPU and 8 MB of RAM be used. FreeMiNT development follows a classic open-source approach, with the source code hosted on a publicly browsable FreeMiNT Git repository on GitHub and development discussed in a public mailing list., which is maintained on SourceForge, after an earlier (2014) move from AtariForge, where it was maintained for almost 20 years.Ī minimal install of MiNT will run on an Atari ST with its stock 8 MHz 68000 CPU, with 4 MB RAM and a hard drive. Atari bundled MiNT with a multitasking version of the Graphics Environment Manager (GEM) under the name MultiTOS as a floppy disk based installer.Īfter Atari left the computer market, MiNT development continued under the name FreeMiNT, and is now maintained by a team of volunteers. MiNT was adopted as an official alternative kernel with the release of the Atari Falcon, slightly altering the MiNT acronym into "MiNT is Now TOS". They found that MiNT could fulfill the job, and hired Eric Smith. The new Kernel got traction, with people contributing a port of the MINIX file system and a port to the Atari TT.Īt the same time, Atari was looking to enhance the TOS with multitasking abilities. MiNT was originally released by Eric Smith as "MiNT is Not TOS" (a recursive acronym in the style of "GNU's Not Unix") in May 1990. The new portal system is designed to keep our researchers informed and to help facilitate many of the important MINT research activities. It soon transpired that it was much easier to add a Unix-like layer to the TOS, than to patch all of the GNU software, and MiNT began as a TOS extension to help in porting. Welcome to the new MINT Researcher Portal - Your resource for sharing and collaboration with other MINT researchers. Work on MiNT began in 1989, as the developer Eric Smith was trying to port the GNU library and related utilities on the Atari ST TOS. ![]() Together with the free system components fVDI device drivers, XaAES graphical user interface widgets, and TeraDesk file manager, MiNT provides a free TOS compatible replacement OS that can multitask. It is a multi-tasking alternative to TOS and MagiC. MiNT is Now TOS ( MiNT) is a free software alternative operating system kernel for the Atari ST system and its successors. Various, including GNU General Public License ( Free Software)
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