NetBSD/lib/libc_vfp/Makefile

#	$NetBSD: Makefile,v 1.4 2015/07/08 01:08:24 matt Exp $
#

LIB=		c_vfp

USE_SHLIBDIR=	yes

.include <bsd.own.mk>

CPUFLAGS+=	-mfpu=vfp -marm

SRCS=		vfpsf.S vfpdf.S
AFLAGS.vfpsf.S+=	-mfpu=vfp
AFLAGS.vfpdf.S+=	-mfpu=vfp

.include <bsd.lib.mk>
Possibly build libc_vfp if MACHINE_CPU is aarch64 too. Use AFLAGS to pass -mfpu=vfp 2015-07-08 04:08:24 +03:00			`# $NetBSD: Makefile,v 1.4 2015/07/08 01:08:24 matt Exp $`
Add a library for ARM systems with VFP which implements the soft-float ABI but use VFP instructions to do the actual work. This should give near hard-float performance without requiring compiler changes. 2013-01-28 21:04:40 +04:00			`#`

Enable building/installing libc_vfp for MACHINE_ARCH arm/armeb 2013-01-28 22:57:09 +04:00			`LIB= c_vfp`

			`USE_SHLIBDIR= yes`
Add a library for ARM systems with VFP which implements the soft-float ABI but use VFP instructions to do the actual work. This should give near hard-float performance without requiring compiler changes. 2013-01-28 21:04:40 +04:00
			`.include <bsd.own.mk>`

Always compile as arm code. 2013-08-20 02:22:23 +04:00			`CPUFLAGS+= -mfpu=vfp -marm`
Add a library for ARM systems with VFP which implements the soft-float ABI but use VFP instructions to do the actual work. This should give near hard-float performance without requiring compiler changes. 2013-01-28 21:04:40 +04:00
Enable building/installing libc_vfp for MACHINE_ARCH arm/armeb 2013-01-28 22:57:09 +04:00			`SRCS= vfpsf.S vfpdf.S`
Possibly build libc_vfp if MACHINE_CPU is aarch64 too. Use AFLAGS to pass -mfpu=vfp 2015-07-08 04:08:24 +03:00			`AFLAGS.vfpsf.S+= -mfpu=vfp`
			`AFLAGS.vfpdf.S+= -mfpu=vfp`
Add a library for ARM systems with VFP which implements the soft-float ABI but use VFP instructions to do the actual work. This should give near hard-float performance without requiring compiler changes. 2013-01-28 21:04:40 +04:00
			`.include <bsd.lib.mk>`