This program reads symbolic 65816 or 65c816 machine code and compiles
(assembles) it into a relocatable object file, into an IPS patch, or
directly into a raw file. The produced object file is binary-compatible
with those made with XA65.

m68k cross-toolchain consisting of vbcc, vasm, vlink, and libraries
targeting AmigaOS 2.x and up.

Features:
* Fast
* SNES support
* SMS/GG support
* Gameboy support
* PC-Engine support
* NO$GMB symbol file writing
* Support for object and library files
* You can patch ROM images with code
* WLA GB-Z80 disassembler included
* Numerous ways to comment code away
* ROM image and program file compiling
* Multilevel macros (actually, functions)

Compiles code for the following CPUs:
* 6502 (NES, etc.)
* 65C02 (VIC-20, etc.)
* 6510 (C64, etc.)
* 65816 (SNES, etc.)
* GB-Z80 (Game Boy)
* HuC6280 (PC-Engine)
* SPC-700 (SNES sound chip)
* Z80 (GG, SMS, MSX, Spectrum, TI86, etc.)

xa is a high-speed, two-pass portable cross-assembler. It understands
mnemonics and generates code for NMOS 6502s (such as 6502A, 6504, 6507,
6510, 7501, 8500, 8501, 8502 ...), CMOS 6502s (65C02 and Rockwell R65C02)
and the 65816.

z88dk is a SmallC+/Z80 cross compiler supplied with an
assembler/linker and a set of libraries implementing the C standard library
for a number of different z80 based machines. The name z88dk originates from
the time when the project was founded and supported only the Cambridge z88
portable.

Supported machines: Cambridge Computers z88, Sinclair ZX Spectrum, Sinclair
ZX81, CP/M based machines, Amstrad NC100, VZ200/300, Sharp MZ series, TI
calculators (TI82, TI83, TI83+, TI85, TI86), ABC80, Jupiter Ace, Xircom REX
6000, Peters Sprinter, Sam Coupe, MSX1, Spectravideo, Mattel Aquarius,
Peters Sprinter, and C128 (in z80 mode) machines.

Features:

* Small C+ based compiler with structs, floats and other ANSI extensions
* Module assembler/linker which only includes required library routines
* Peephole optimizer with rulesets that reduce the size of generated code
by ~30% and improve speed
* Easily retargetted C library including stdio routines
* Retargettable VT100 terminal
* Support for over a 25 z80 based machines

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

This package is based on the package 'microsuse-i386' from project 'MicroSUSE'.

The SUSE Embedded Toolkit for i386 (packages)

ARAnyM is a multiplatform virtual machine (a software layer) for
running Atari ST/TT/Falcon TOS/GEM applications on any hardware with
many host operating systems. The reason for writing ARAnyM is to
provide Atari power users with faster and better machines. The ultimate
goal is to create a new platform where TOS/GEM applications could
continue to live forever.

Features:

* 68040 CPU (including MMU040)

* 68040 and 68881/2 FPU

* 14 MB ST-RAM and up to 3824 MB (configurable) of FastRAM

* VIDEL, Blitter, MFP, ACIA, IKBD for highest possible compatibility

* Sound (compatible with Atari XBIOS Sound subsystem, including
TimerA DMA IRQ)

* Atari floppy DD/HD for connecting floppy image or real floppy
drive

* Two IDE channels for connecting disk images, hard drives, or
CD-ROMs

* Extended keyboard and mouse support (including mouse wheel)

* Direct access to host file system via BetaDOS and MiNT xfs drivers

* Networking using ethernet emulation with a driver for MiNT-Net

* TOS 4.04, EmuTOS, or Linux as the booting operating system

* Runs with FreeMiNT, MagiC, and any other operating system that
runs also on real Atari computers

* Native CD-ROM access (under Linux, other OS: audio CD only) without
scsi, ide, or other emulation

Mac-On-Linux lets you run MacOS under LinuxPPC on PowerPC based
machines. Because it runs natively on the processor, it is very fast.
Unlike most Mac emulators, Mac-on-Linux runs MacOS 8.6 and later
WITHOUT A ROM IMAGE*. To run earlier versions, a ROM image is probably
needed.

ARAnyM is a multiplatform virtual machine (a software layer) for
running Atari ST/TT/Falcon TOS/GEM applications on any hardware with
many host operating systems. The reason for writing ARAnyM is to
provide Atari power users with faster and better machines. The ultimate
goal is to create a new platform where TOS/GEM applications could
continue to live forever.

Features:

* 68040 CPU (including MMU040)

* 68040 and 68881/2 FPU

* 14 MB ST-RAM and up to 3824 MB (configurable) of FastRAM

* VIDEL, Blitter, MFP, ACIA, IKBD for highest possible compatibility

* Sound (compatible with Atari XBIOS Sound subsystem, including
TimerA DMA IRQ)

* Atari floppy DD/HD for connecting floppy image or real floppy
drive

* Two IDE channels for connecting disk images, hard drives, or
CD-ROMs

* Extended keyboard and mouse support (including mouse wheel)

* Direct access to host file system via BetaDOS and MiNT xfs drivers

* Networking using ethernet emulation with a driver for MiNT-Net

* TOS 4.04, EmuTOS, or Linux as the booting operating system

* Runs with FreeMiNT, MagiC, and any other operating system that
runs also on real Atari computers

* Native CD-ROM access (under Linux, other OS: audio CD only) without
scsi, ide, or other emulation

Mac-On-Linux lets you run MacOS under LinuxPPC on PowerPC based
machines. Because it runs natively on the processor, it is very fast.
Unlike most Mac emulators, Mac-on-Linux runs MacOS 8.6 and later
WITHOUT A ROM IMAGE*. To run earlier versions, a ROM image is probably
needed.