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libretro-pcsx-rearmed: enable dynarec on non-arm, don't vendor libflac
2020-06-01 19:41:02 +02:00
# $NetBSD: Makefile,v 1.12 2020/06/01 17:41:02 nia Exp $
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
DISTNAME= libretro-pcsx-rearmed-20200526
libretro-pcsx-rearmed: enable dynarec on non-arm, don't vendor libflac
2020-06-01 19:41:02 +02:00
PKGREVISION= 1
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
CATEGORIES= emulators
Address issues raised by agc@ to make the github master site handling more pkgsrcesque. 1) turn _USE_GITHUB into an internal infrastructure variable 2) put back MASTER_SITES in packages' Makefiles. 3) encode the account in the master site URL, remove GH_ACCOUNT 4) rename GH_PROJECT to GITHUB_PROJECT 5) rename GH_TAGNAME to GITHUB_TAG and allow it to accept commit hash as well as tag. GH_COMMIT is gone. 6) turn on this functionality when MASTER_SITES matches a predefined github pattern instead of via explicit USE_GITHUB setting.
2015-03-07 22:14:32 +01:00
GITHUB_PROJECT= pcsx_rearmed
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
GITHUB_TAG= 7973b25fe929f92e146a854ecaf4f3cea5b4ffb8
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
MAINTAINER= pkgsrc-users@NetBSD.org
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
HOMEPAGE= https://docs.libretro.com/library/pcsx_rearmed/
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
COMMENT= Libretro core based on the PCSX ReARMed emulator
LICENSE= gnu-gpl-v2
USE_LANGUAGES= c c++
Switch from git snapshot to release (r22), and make dynarec work on NetBSD/arm.
2015-02-10 18:51:37 +01:00
MAKE_FILE= Makefile.libretro
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
libretro-pcsx-rearmed: enable dynarec on non-arm, don't vendor libflac
2020-06-01 19:41:02 +02:00
LDFLAGS+= -lFLAC
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
MAKE_FLAGS+= WANT_ZLIB=0 # disable vendored zlib
Since options are ARM-specific, but options framework insists on having at least one option, include options.mk only on ARM.
2015-02-05 18:17:11 +01:00
.include "../../mk/bsd.prefs.mk"
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
.if ${MACHINE_ARCH} == "earmv7hf"
MAKE_FLAGS+= ARCH=arm
MAKE_FLAGS+= DYNAREC=ari64
MAKE_FLAGS+= HAVE_NEON=1
MAKE_FLAGS+= BUILTIN_GPU=neon
.elif !empty(MACHINE_ARCH:M*arm*)
MAKE_FLAGS+= ARCH=arm
MAKE_FLAGS+= DYNAREC=ari64
MAKE_FLAGS+= HAVE_NEON=0
MAKE_FLAGS+= BUILTIN_GPU=peops
libretro-pcsx-rearmed: enable dynarec on non-arm, don't vendor libflac
2020-06-01 19:41:02 +02:00
.else
MAKE_FLAGS+= DYNAREC=lightrec
MAKE_FLAGS+= BUILTIN_GPU=peops
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
.endif
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
LIBRETRO_CORE= pcsx_rearmed
Switch from git snapshot to release (r22), and make dynarec work on NetBSD/arm.
2015-02-10 18:51:37 +01:00
libretro-pcsx-rearmed: Update to 20200526 Changes: * Update lightrec to latest upstream * Minimize logs when loading a cheevos-compatible content * Cleanup retro_run() - - move input query into separate functions - move internal fps display to separate function * Hide other inputs from core options - - This adds a core option to hide some input options like multitaps, player ports 3-8 and analog-related fine-tuning options. - also combine dynarec-only options in one #define directive * More core option fixes - - This PR fixes core options and moves them to the related dynarec modes where they are implemented. LIGHTREC = relates to platforms that supports the new Lightrec mode NEW_DYNAREC = relates to previous dynarec implementation that is still used for some 32bit devices - Dynarec Recompiler core option, both dynarec implementation can be enabled or disabled * Move guncon options to update_variables - - This should stop unnecessary RETRO_ENVIRONMENT_GET_VARIABLE callback and log spamming * Fix some edge case where core can freeze upon loading content * Automatically disable Lightrec when no BIOS is present, take 2 * cdriso: fix a disk switching deadlock when closing a CD image * ARM NEON: Fixed bug where MSB of a 15-bit BGR color could corrupt green value. * cdriso: fix a disk switching deadlock * unai: Add ARM-optimized lighting / blending functions Addendum on UNAI ARM-optimized lighting/blending improvements - "Looking at the generated ASM on 3DS, I thought I could squeeze out some extra performance by moving the inner lighting and blending functions to handwritten A32 assembly. This gives a medium improvement generally (3-5fps faster on the beach in Crash 1) and a large improvement when doing lots of blending (46-48fps before, 57-60fps after, behind the waterfall in Water Dragon Isle in Chrono Cross). Some other notes: * I used the ARM11 MPCore (3DS CPU) timings for pipelining. * I had a few stall cycles during lighting, so I used them to preserve the MSB for lighting and blending, which saved a store, load, and orr later on. ~3-6 cycles saved overall by doing that. * I switched from u16 to uint_fast16_t, which is 32-bit on this platform. This saved a few useless uxth instructions for another few cycles. This shouldn't affect other platforms, but I don't know for sure. Could typedef if necessary. * A lot of the speed improvement in blending comes from not using two instructions per and. For example, & 0x8000 -- the compiler preferred to mask out bytes using bic 0x7F00 and bic 0x00FF. Both slower and seemed less correct for what we're trying to do."
2020-05-30 16:49:00 +02:00
.include "../../emulators/retroarch/core.mk"
libretro-pcsx-rearmed: enable dynarec on non-arm, don't vendor libflac
2020-06-01 19:41:02 +02:00
.include "../../audio/flac/buildlink3.mk"
Import libretro-pcsx-rearmed-20150204 as emulators/libretro-pcsx-rearmed. Libretro is a simple but powerful development interface that allows for the easy creation of emulators, games and multimedia applications that can plug straight into any libretro-compatible frontend. This development interface is open to others so that they can run these pluggable emulator and game cores also in their own programs or devices. PCSX ReARMed is a Sony PlayStation1 video game system emulator.
2015-02-05 00:04:17 +01:00
.include "../../devel/zlib/buildlink3.mk"
.include "../../mk/bsd.pkg.mk"
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