Change discontinued build variants copy

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RichardG867
2025-08-21 15:54:04 -03:00
parent 961e3b9945
commit 2a81cca1ed

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@@ -25,20 +25,20 @@ Variants
Discontinued variants
^^^^^^^^^^^^^^^^^^^^^
These variants are no longer built by Jenkins and can only be :doc:`compiled from source <buildguide>`.
The following variants are no longer built by Jenkins and can only be :doc:`compiled from source <buildguide>`:
* 32-bit variants (**x86** and **ARM32**) as of September 3rd 2024.
* 32-bit architectures (**x86** and **ARM32**) as of September 3rd 2024.
* These variants were eliminated to better focus development on relevant 64-bit architectures, since systems old enough to be 32-bit-only lack the performance for a satisfactory emulation experience.
* These were eliminated to better focus development on relevant 64-bit architectures, since systems old enough to be 32-bit-only lack the performance for a satisfactory emulation experience.
* Debug variants (**86Box-Debug**) as of April 2nd 2023.
* These variants were compiled with debug symbols and reduced optimizations to help with running the emulator under ``gdb`` or other debuggers. They were eliminated as the setup process for debugging grew closer to just compiling from source instead.
* These were compiled with debug symbols and reduced optimizations to help with running the emulator under ``gdb`` or other debuggers. They were eliminated as the setup process for debugging grew closer to just compiling from source instead.
* Dev variants (**86Box-Dev** and **86Box-DevODR**) as of November 18th 2021.
* These variants contained incomplete and experimental features subject to change at any time, with the -Dev variant also containing the New Recompiler beta.
* These contained incomplete and experimental features subject to change at any time, with the -Dev variant also containing the New Recompiler beta.
* Optimized variants (**86Box-Optimized**) as of March 18th 2021.
* These variants' aggressive microarchitecture-specific optimizations provided very little performance improvement (within margin of error on modern CPUs) while introducing bugs and other incorrect behavior.
* These had aggressive microarchitecture-specific optimizations which provided very little performance improvement (within margin of error on modern CPUs) while introducing bugs and other incorrect behavior.