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@rustlang targets is like to see - a long-running thread:
m68k-apple-system
For developing for classic Macintosh System 1 to System 7.
The lack of a proper name for that OS it& #39;s confusing.
For developing for classic Macintosh System 1 to System 7.
The lack of a proper name for that OS it& #39;s confusing.
powerpc-apple-macos
For developing for PowerMacintosh systems running MacOS 7.6, MacOS 8 and MacOS 9.
For developing for PowerMacintosh systems running MacOS 7.6, MacOS 8 and MacOS 9.
powerpc-microsoft-windows
For developing for PowerPC versions of Windows NT 3.51 and 4.0.
Wasn& #39;t sure if the vendor for this one. The CPU is from the Apple-IBM-Motorola alliance, and NT runs on the IBM PowerPC Reference Platform (PReP).
For developing for PowerPC versions of Windows NT 3.51 and 4.0.
Wasn& #39;t sure if the vendor for this one. The CPU is from the Apple-IBM-Motorola alliance, and NT runs on the IBM PowerPC Reference Platform (PReP).
mips64-sgi-irix
Developing for the 64-bit Silicon Graphics MIPS workstations, like the Indy, O2, Octane, etc. IRIX was SGI& #39;s UNIX implementation, which gave us XFS and OpenGL.
Developing for the 64-bit Silicon Graphics MIPS workstations, like the Indy, O2, Octane, etc. IRIX was SGI& #39;s UNIX implementation, which gave us XFS and OpenGL.
powerpc-apple-darwin
Developing for PowerPC MacOS X machines running 10.0 Cheetah to 10.4 Tiger.
I had an iBook G3 and it was fabulously unreliable, but there were some interesting machines from this period. Plus, the pinstriped Aqua UI!
Developing for PowerPC MacOS X machines running 10.0 Cheetah to 10.4 Tiger.
I had an iBook G3 and it was fabulously unreliable, but there were some interesting machines from this period. Plus, the pinstriped Aqua UI!
i386-pc-dos
Developing for MS-DOS (and DR-DOS, etc) systems with an Intel 80386 CPU or higher, and hence having a flat 32-bit Protected Mode.
Developing for MS-DOS (and DR-DOS, etc) systems with an Intel 80386 CPU or higher, and hence having a flat 32-bit Protected Mode.
arm-acorn-riscos
Developing for RISC OS systems. As developed for and introduced on the Acorn Archimedes range, it& #39;s still available today on a selection of Arm SBCs.
Early machines only had 26-bit addressing, so not sure how to reflect that in the triple. Maybe a -riscos3?
Developing for RISC OS systems. As developed for and introduced on the Acorn Archimedes range, it& #39;s still available today on a selection of Arm SBCs.
Early machines only had 26-bit addressing, so not sure how to reflect that in the triple. Maybe a -riscos3?
m68k-sun-sunos
Let& #39;s write some code for the early Sun workstations, like the 68020 powered Sun 3/60! SunOS was a 4.2BSD derivative and later replaced by the UNIX System V Release 4 based Solaris.
Let& #39;s write some code for the early Sun workstations, like the 68020 powered Sun 3/60! SunOS was a 4.2BSD derivative and later replaced by the UNIX System V Release 4 based Solaris.
parisc-hp-hpux
Yeah, let& #39;s do some HP RISC Workstation dev! Something like the HP 9000 Series 700, with its PA-RISC processor running HP& #39;s take on UNIX System V. HP vs Sun, who will win?
Spoiler alert: They both lost.
Yeah, let& #39;s do some HP RISC Workstation dev! Something like the HP 9000 Series 700, with its PA-RISC processor running HP& #39;s take on UNIX System V. HP vs Sun, who will win?
Spoiler alert: They both lost.
ia64-pc-windows-msvc
Talking of losing ... 20 years ago Explicitly Parallel Instruction Computing was the future, and the VLIW 64-bit Intel Itanium was its king. Except it didn& #39;t work out.
Maybe LLVM can finally help it meet its promise on Windows XP for IA64?
Talking of losing ... 20 years ago Explicitly Parallel Instruction Computing was the future, and the VLIW 64-bit Intel Itanium was its king. Except it didn& #39;t work out.
Maybe LLVM can finally help it meet its promise on Windows XP for IA64?
