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freebsd-dev/stand/i386/loader/Makefile

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$Id$ -> $FreeBSD$
1999-08-28 01:08:13 +00:00
# $FreeBSD$
This is the new unified bootstrap, sometimes known previously as the 'three-stage' bootstrap. There are a number of caveats with the code in its current state: - The i386 bootstrap only supports booting from a floppy. - The kernel and kld do not yet know how to deal with the extended information and module summary passed in. - PnP-based autodetection and demand loading of modules is not implemented. - i386 ELF kernel loading is not ready yet. - The i386 bootstrap is loaded via an ugly blockmap. On the alpha, both net- and disk-booting (SRM console machines only) is supported. No blockmaps are used by this code. Obtained from: Parts from the NetBSD/i386 standalone bootstrap.
1998-08-21 03:17:42 +00:00
Move LOADER_{NO,}_GELI_SUPPORT to MK_LOADER_GELI Transition to WITH/WITHOUT_LOADER_GELI to flag support or not of GELI in the boot loaders. Add HAVE_GELI so components can flag they need support (since it's too large to include everywhere). Add temporary warnings for the old forms to ease transition. Also, update test script to build without GELI on x86. Sponsored by: Netflix
2017-11-10 23:54:48 +00:00
HAVE_GELI= yes
loader: set options before including bsd.init.mk bsd.init.mk ends up including defs.mk so the per-arch options must be set before including defs.mk, or else the global defaults will be used and the per-arch ones will be ignored. Although better, note that the usage of MK_FDT before the inclusion of bsd.init.mk is incorrect but doesn't lead to build errors. This circular dependency must be broken in order for this to work correctly. Reviewed by: imp Sponsored by: Citrix Systems R&D
2017-11-08 14:44:45 +00:00
LOADER_NET_SUPPORT?= yes
LOADER_NFS_SUPPORT?= yes
LOADER_TFTP_SUPPORT?= yes
Honor settings for including / excluding cd9660, ufs, ext2fs and msdos. The Makefile gives the impression that ext2fs and msdos were excluded (they weren't) and that you could exclude cd9660 and ufs support (you couldn't). Allow those to be excluded. We need to look, in the future, at trimming the number of supported filesystems, and this will make that easier.
2018-02-21 15:58:00 +00:00
LOADER_CD9660_SUPPORT?= yes
LOADER_EXT2FS_SUPPORT?= yes
LOADER_MSDOS_SUPPORT?= yes
loader: set options before including bsd.init.mk bsd.init.mk ends up including defs.mk so the per-arch options must be set before including defs.mk, or else the global defaults will be used and the per-arch ones will be ignored. Although better, note that the usage of MK_FDT before the inclusion of bsd.init.mk is incorrect but doesn't lead to build errors. This circular dependency must be broken in order for this to work correctly. Reviewed by: imp Sponsored by: Citrix Systems R&D
2017-11-08 14:44:45 +00:00
LOADER_UFS_SUPPORT?= yes
LOADER_GZIP_SUPPORT?= yes
LOADER_BZIP2_SUPPORT?= yes
Use defs.mk name and prefer bsd.init.mk Also need to make some small tweaks to the Makefiles to use += rather than = due to small shift in include file order. Sponsored by: Netflix
2017-10-30 23:14:37 +00:00
.include <bsd.init.mk>
Create a seperate ZFS enabled loader. This adds zfsloader which will be called by zfsboot/gptzfsboot code rather than the tradional loader. This eliminates the need to set the LOADER_ZFS_SUPPORT variable in order to get a ZFS enabled loader. Note however, that you must reinstall your bootcode (zfsboot/gptzfsboot) in order for the boot process to use the new loader. New installations will no longer be required to build a ZFS enabled loader for a working ZFS boot system. Installing zfsboot/gptzfsboot is sufficient for acknowledging the use of CDDL code and therefore the ZFS enabled loader. Based on a previous patch from jhb@ Reviewed by: jhb@ MFC after: 2 weeks
2009-11-23 16:00:16 +00:00
LOADER?= loader
PROG= ${LOADER}.sym
- Factor out -nostdlib to an upper level Makefile.inc. - Now that bsd.prog.mk deals with programs linked with -nostdlib better, and has a notion of an "internal" program, use PROG where possible. This has a good impact on the contents of .depend files and causes programs to be linked with cc(1). XXX: boot2 couldn't be converted as it's actually two programs. Tested on: i386, amd64
2004-02-09 14:11:58 +00:00
INTERNALPROG=
For consistency, change all 'i386' and MACHINE_ARCH to x86. Reviewed by: jhb MFC after: 1 week
2010-08-31 19:01:12 +00:00
NEWVERSWHAT?= "bootstrap loader" x86
Deduplicate loader vers.c Makefile rules The Makefile rule to create vers.c for loader version info was previously duplicated in each of the various loader Makefiles. Instead, share a common rule in Makefile.inc. Reviewed by: bapt MFC after: 1 month Sponsored by: The FreeBSD Foundation Differential Revision: https://reviews.freebsd.org/D8841
2016-12-19 14:40:59 +00:00
VERSION_FILE= ${.CURDIR}/../loader/version
LOADER_foo_SUPPORTED
2017-10-16 03:59:52 +00:00
Remove LOADER_ZFS_SUPPORT as a Makefile variable LOADER_ZFS_SUPPORT is entirely used to select whether or not to support ZFS in the loader. But it's not a user-servicable part (MK_ZFS is what's used for that) Change it to the more conventional HAVE_ZFS and move the ZFS support code into loader.mk. In addition, only build ZFS libraries and boot loaders when ZFS is enabled. Sponsored by: Netflix
2017-11-10 23:54:31 +00:00
.PATH: ${BOOTSRC}/i386/loader
Initial integration of the i386 bootloader and BTX. - Discard large amounts of BIOS-related code in favour of the more compact BTX vm86 interface. - Build the loader module as ELF, although the resulting object is a.out, make gensetdefs 32/64-bit sensitive and use a single copy of it. - Throw away installboot, as it's no longer required. - Use direct bcopy operations in the i386_copy module, as BTX maps the first 16M of memory. Check operations against the detected size of actual memory.
1998-09-17 23:52:16 +00:00
# architecture-specific loader code
Add chain loader support for loader Implement simple chain loader in loader; this update does add chain command, taking device or file as argument to load and start new boot loader. In case of BIOS, the chain will read the boot block to address 0000:7c00 and jumps on it. In case of UEFI, the chain command is to be used with efi application, typically stored in EFI System Partition. The update also does add simple menu entry, if the variable chain_disk is set. The value of the variable chain_disk is used as argument for chain loading. Relnotes: yes Differential Revision: https://reviews.freebsd.org/D5992
2017-06-16 20:08:44 +00:00
SRCS= main.c conf.c vers.c chain.c
Initial integration of the i386 bootloader and BTX. - Discard large amounts of BIOS-related code in favour of the more compact BTX vm86 interface. - Build the loader module as ELF, although the resulting object is a.out, make gensetdefs 32/64-bit sensitive and use a single copy of it. - Throw away installboot, as it's no longer required. - Use direct bcopy operations in the i386_copy module, as BTX maps the first 16M of memory. Check operations against the detected size of actual memory.
1998-09-17 23:52:16 +00:00
Don't unconditionally compile-in the bcache code. It's only used on i386/amd64 and pc98. Remove useless calls to bcache_init() from the ia64 and sparc64 loaders, as well as from the OFW common code.
2006-11-02 00:26:45 +00:00
# Include bcache code.
HAVE_BCACHE= yes
Resynch with working sources before BTX integration. - Use format-independant module allocator. - Conditionalise ISA PnP support. - Simplify PnP enumerator interface. - Improve module/object searching. - Add missing depend/install targets in BTX makefiles. - Pass the kernel environment and module data in extended bootinfo fields. - Add a pointer to the end of the kernel + modules in bootinfo. - Fix parsing of old-style kernel arguments.
1998-09-14 18:27:06 +00:00
# Enable PnP and ISA-PnP code.
- Enable PnP and ISA PnP code. - Use the ISA PnP enumerator. - Use the new linker set code, throw out the gensetdefs stuff. - Produce an intermediate loader image that has symbols stripped, to aid - in debugging. - Supply ISA port access functions required for ISA PnP
1998-10-21 20:10:33 +00:00
HAVE_PNP= yes
HAVE_ISABUS= yes
Resynch with working sources before BTX integration. - Use format-independant module allocator. - Conditionalise ISA PnP support. - Simplify PnP enumerator interface. - Improve module/object searching. - Add missing depend/install targets in BTX makefiles. - Pass the kernel environment and module data in extended bootinfo fields. - Add a pointer to the end of the kernel + modules in bootinfo. - Fix parsing of old-style kernel arguments.
1998-09-14 18:27:06 +00:00
Replace LOADER_FIREWIRE_SUPPORT variable Rename LOADER_FIREWIRE_SUPPORT to MK_LOADER_FIREWIRE. Only build libfirewire when this is "yes". Add note to updating. Fix build script to build this for x86 so the option doesn't decay. sparc64 supports ZFS, so also build it MK_ZFS=no. Sponsored by: Netflix
2017-11-10 23:54:41 +00:00
.if ${MK_LOADER_FIREWIRE} == "yes"
CFLAGS+= -DLOADER_FIREWIRE_SUPPORT
LIBFIREWIRE= ${BOOTOBJ}/i386/libfirewire/libfirewire.a
.endif
Install the 4th files in sys/boot/forth instead of each loader Also, move generation of loader.help into loader.mk. Set HELP_FILES= to disable this (so we only install one help file, for now). At the same time remove some duplicate -I lines. Fix several FILES= and CLEANFILES= into the += form since we're touching both of those in the .mk files. Make sure we only build one loader.help file per platform in a unified way (we were building many on some, with the last to install winning, though often they were the same text). Also, we're now installing loader.rc and menu.rc everywhere. arm and mips uboot installed these as menu.rc.sample, but there's no need since the loader.rc for those platforms doesn't do menu.rc processing by default. pcibios.4th is now installed everywhere, but will failsafe on non x86 platforms (it isn't loaded by default anywhere). These changes are too intertwined to do separately since aspects of each are required to have a bug-free commit. Sponsored by: Netflix
2017-11-10 23:54:58 +00:00
.if exists(${.CURDIR}/help.i386)
Move loader help file definitions to being 100% inside of loader.mk. HELP_FILES is a loader only thing, so move it to loader.mk. Only generate the help file if HELP_FILES is defined. Adjust Makefiles to new convention. Fix a few cases where ${.CURDIR}/ was missing resulting in missing bits from the help files. Sponsored by: Netflix
2017-12-18 04:51:34 +00:00
HELP_FILES= ${.CURDIR}/help.i386
Install the 4th files in sys/boot/forth instead of each loader Also, move generation of loader.help into loader.mk. Set HELP_FILES= to disable this (so we only install one help file, for now). At the same time remove some duplicate -I lines. Fix several FILES= and CLEANFILES= into the += form since we're touching both of those in the .mk files. Make sure we only build one loader.help file per platform in a unified way (we were building many on some, with the last to install winning, though often they were the same text). Also, we're now installing loader.rc and menu.rc everywhere. arm and mips uboot installed these as menu.rc.sample, but there's no need since the loader.rc for those platforms doesn't do menu.rc processing by default. pcibios.4th is now installed everywhere, but will failsafe on non x86 platforms (it isn't loaded by default anywhere). These changes are too intertwined to do separately since aspects of each are required to have a bug-free commit. Sponsored by: Netflix
2017-11-10 23:54:58 +00:00
.endif
- Whitespaces fixed only Approved by: rwatson (mentor)
2011-11-19 14:42:06 +00:00
# Always add MI sources
Use defs.mk name and prefer bsd.init.mk Also need to make some small tweaks to the Makefiles to use += rather than = due to small shift in include file order. Sponsored by: Netflix
2017-10-30 23:14:37 +00:00
.include "${BOOTSRC}/loader.mk"
This is the new unified bootstrap, sometimes known previously as the 'three-stage' bootstrap. There are a number of caveats with the code in its current state: - The i386 bootstrap only supports booting from a floppy. - The kernel and kld do not yet know how to deal with the extended information and module summary passed in. - PnP-based autodetection and demand loading of modules is not implemented. - i386 ELF kernel loading is not ready yet. - The i386 bootstrap is loaded via an ugly blockmap. On the alpha, both net- and disk-booting (SRM console machines only) is supported. No blockmaps are used by this code. Obtained from: Parts from the NetBSD/i386 standalone bootstrap.
1998-08-21 03:17:42 +00:00
Install the 4th files in sys/boot/forth instead of each loader Also, move generation of loader.help into loader.mk. Set HELP_FILES= to disable this (so we only install one help file, for now). At the same time remove some duplicate -I lines. Fix several FILES= and CLEANFILES= into the += form since we're touching both of those in the .mk files. Make sure we only build one loader.help file per platform in a unified way (we were building many on some, with the last to install winning, though often they were the same text). Also, we're now installing loader.rc and menu.rc everywhere. arm and mips uboot installed these as menu.rc.sample, but there's no need since the loader.rc for those platforms doesn't do menu.rc processing by default. pcibios.4th is now installed everywhere, but will failsafe on non x86 platforms (it isn't loaded by default anywhere). These changes are too intertwined to do separately since aspects of each are required to have a bug-free commit. Sponsored by: Netflix
2017-11-10 23:54:58 +00:00
CLEANFILES+= ${LOADER} ${LOADER}.bin
This is the new unified bootstrap, sometimes known previously as the 'three-stage' bootstrap. There are a number of caveats with the code in its current state: - The i386 bootstrap only supports booting from a floppy. - The kernel and kld do not yet know how to deal with the extended information and module summary passed in. - PnP-based autodetection and demand loading of modules is not implemented. - i386 ELF kernel loading is not ready yet. - The i386 bootstrap is loaded via an ugly blockmap. On the alpha, both net- and disk-booting (SRM console machines only) is supported. No blockmaps are used by this code. Obtained from: Parts from the NetBSD/i386 standalone bootstrap.
1998-08-21 03:17:42 +00:00
CFLAGS+= -Wall
Use defs.mk name and prefer bsd.init.mk Also need to make some small tweaks to the Makefiles to use += rather than = due to small shift in include file order. Sponsored by: Netflix
2017-10-30 23:14:37 +00:00
LDFLAGS+= -static -Ttext 0x0
This is the new unified bootstrap, sometimes known previously as the 'three-stage' bootstrap. There are a number of caveats with the code in its current state: - The i386 bootstrap only supports booting from a floppy. - The kernel and kld do not yet know how to deal with the extended information and module summary passed in. - PnP-based autodetection and demand loading of modules is not implemented. - i386 ELF kernel loading is not ready yet. - The i386 bootstrap is loaded via an ugly blockmap. On the alpha, both net- and disk-booting (SRM console machines only) is supported. No blockmaps are used by this code. Obtained from: Parts from the NetBSD/i386 standalone bootstrap.
1998-08-21 03:17:42 +00:00
# i386 standalone support library
Use defs.mk name and prefer bsd.init.mk Also need to make some small tweaks to the Makefiles to use += rather than = due to small shift in include file order. Sponsored by: Netflix
2017-10-30 23:14:37 +00:00
LIBI386= ${BOOTOBJ}/i386/libi386/libi386.a
CFLAGS+= -I${BOOTSRC}/i386
Initial integration of the i386 bootloader and BTX. - Discard large amounts of BIOS-related code in favour of the more compact BTX vm86 interface. - Build the loader module as ELF, although the resulting object is a.out, make gensetdefs 32/64-bit sensitive and use a single copy of it. - Throw away installboot, as it's no longer required. - Use direct bcopy operations in the i386_copy module, as BTX maps the first 16M of memory. Check operations against the detected size of actual memory.
1998-09-17 23:52:16 +00:00
Recover the arguments passed in from the previous load stage, use them to set the default console. Print malloc stats from the new libstand allocator.
1998-09-26 01:31:10 +00:00
# Debug me!
Turn off -g accidentally left in from testing.
1998-11-04 03:42:36 +00:00
#CFLAGS+= -g
#LDFLAGS+= -g
Recover the arguments passed in from the previous load stage, use them to set the default console. Print malloc stats from the new libstand allocator.
1998-09-26 01:31:10 +00:00
Create a seperate ZFS enabled loader. This adds zfsloader which will be called by zfsboot/gptzfsboot code rather than the tradional loader. This eliminates the need to set the LOADER_ZFS_SUPPORT variable in order to get a ZFS enabled loader. Note however, that you must reinstall your bootcode (zfsboot/gptzfsboot) in order for the boot process to use the new loader. New installations will no longer be required to build a ZFS enabled loader for a working ZFS boot system. Installing zfsboot/gptzfsboot is sufficient for acknowledging the use of CDDL code and therefore the ZFS enabled loader. Based on a previous patch from jhb@ Reviewed by: jhb@ MFC after: 2 weeks
2009-11-23 16:00:16 +00:00
${LOADER}: ${LOADER}.bin ${BTXLDR} ${BTXKERN}
Revert previous untested revision. The i386 loader consists of three parts: At the front is btxldr, in the middle is BTX itself (our mini-kernel), and then the 'client' (loader.bin) which is the actual loader itself. boot2 just executes a raw ELF or a.out binary with the only setup provided being that a bootinfo structure is passed on the stack. Now, since loader.bin is a BTX client, the loader needs to be able to locate a BTX kernel for the client to execute in the context. Thus, just like pxelder, btxldr uses the a.out header on the loader binary to find the BTX kernel stored in the loader and set it up. It does _not_ just reuse the BTX kernel that boot2 invoked it with. This is because it can't assume that it will _have_ a "spare" BTX kernel lying around. For example, when cdboot loads the loader there isn't an existing BTX kernel. In fact, cdboot will only work with an a.out loader as well since it also "borrows" the BTX kernel in the loader binary (which it finds by parsing the a.out header) just as pxeldr does. The only difference between cdboot and pxeldr is where they get /boot/loader from. If we wanted to make /boot/loader be an actual ELF binary we would need to change the following utilites to handle that (and they all have to be able to handle locating the BTX kernel inside of an ELF binary somehow): - btxldr - pxeldr - cdboot If we didn't want to require a flag day but make the transition smooth then we need to be able to support both a.out and ELF versions of /boot/loader which isn't exactly trivial since all three of these utilities are written in assembly. Pointy-hat to: peter
2002-08-30 14:59:47 +00:00
btxld -v -f aout -e ${LOADER_ADDRESS} -o ${.TARGET} -l ${BTXLDR} \
Create a seperate ZFS enabled loader. This adds zfsloader which will be called by zfsboot/gptzfsboot code rather than the tradional loader. This eliminates the need to set the LOADER_ZFS_SUPPORT variable in order to get a ZFS enabled loader. Note however, that you must reinstall your bootcode (zfsboot/gptzfsboot) in order for the boot process to use the new loader. New installations will no longer be required to build a ZFS enabled loader for a working ZFS boot system. Installing zfsboot/gptzfsboot is sufficient for acknowledging the use of CDDL code and therefore the ZFS enabled loader. Based on a previous patch from jhb@ Reviewed by: jhb@ MFC after: 2 weeks
2009-11-23 16:00:16 +00:00
-b ${BTXKERN} ${LOADER}.bin
Initial integration of the i386 bootloader and BTX. - Discard large amounts of BIOS-related code in favour of the more compact BTX vm86 interface. - Build the loader module as ELF, although the resulting object is a.out, make gensetdefs 32/64-bit sensitive and use a single copy of it. - Throw away installboot, as it's no longer required. - Use direct bcopy operations in the i386_copy module, as BTX maps the first 16M of memory. Check operations against the detected size of actual memory.
1998-09-17 23:52:16 +00:00
Create a seperate ZFS enabled loader. This adds zfsloader which will be called by zfsboot/gptzfsboot code rather than the tradional loader. This eliminates the need to set the LOADER_ZFS_SUPPORT variable in order to get a ZFS enabled loader. Note however, that you must reinstall your bootcode (zfsboot/gptzfsboot) in order for the boot process to use the new loader. New installations will no longer be required to build a ZFS enabled loader for a working ZFS boot system. Installing zfsboot/gptzfsboot is sufficient for acknowledging the use of CDDL code and therefore the ZFS enabled loader. Based on a previous patch from jhb@ Reviewed by: jhb@ MFC after: 2 weeks
2009-11-23 16:00:16 +00:00
${LOADER}.bin: ${LOADER}.sym
loader: use strip -o instead of cp and strip in place It is simpler and cleaner to have strip produce the stripped output directly than copying the input to the output first. MFC after: 1 week Sponsored by: The FreeBSD Foundation
2016-12-28 04:55:43 +00:00
strip -R .comment -R .note -o ${.TARGET} ${.ALLSRC}
Initial integration of the i386 bootloader and BTX. - Discard large amounts of BIOS-related code in favour of the more compact BTX vm86 interface. - Build the loader module as ELF, although the resulting object is a.out, make gensetdefs 32/64-bit sensitive and use a single copy of it. - Throw away installboot, as it's no longer required. - Use direct bcopy operations in the i386_copy module, as BTX maps the first 16M of memory. Check operations against the detected size of actual memory.
1998-09-17 23:52:16 +00:00
Install the 4th files in sys/boot/forth instead of each loader Also, move generation of loader.help into loader.mk. Set HELP_FILES= to disable this (so we only install one help file, for now). At the same time remove some duplicate -I lines. Fix several FILES= and CLEANFILES= into the += form since we're touching both of those in the .mk files. Make sure we only build one loader.help file per platform in a unified way (we were building many on some, with the last to install winning, though often they were the same text). Also, we're now installing loader.rc and menu.rc everywhere. arm and mips uboot installed these as menu.rc.sample, but there's no need since the loader.rc for those platforms doesn't do menu.rc processing by default. pcibios.4th is now installed everywhere, but will failsafe on non x86 platforms (it isn't loaded by default anywhere). These changes are too intertwined to do separately since aspects of each are required to have a bug-free commit. Sponsored by: Netflix
2017-11-10 23:54:58 +00:00
FILES+= ${LOADER}
Create a seperate ZFS enabled loader. This adds zfsloader which will be called by zfsboot/gptzfsboot code rather than the tradional loader. This eliminates the need to set the LOADER_ZFS_SUPPORT variable in order to get a ZFS enabled loader. Note however, that you must reinstall your bootcode (zfsboot/gptzfsboot) in order for the boot process to use the new loader. New installations will no longer be required to build a ZFS enabled loader for a working ZFS boot system. Installing zfsboot/gptzfsboot is sufficient for acknowledging the use of CDDL code and therefore the ZFS enabled loader. Based on a previous patch from jhb@ Reviewed by: jhb@ MFC after: 2 weeks
2009-11-23 16:00:16 +00:00
# XXX INSTALLFLAGS_loader= -b
FILESMODE_${LOADER}= ${BINMODE} -b
For some reason crt0.o needs to be linked first for pxeboot(8) to work. This is odd because loader(8) doesn't suffer from this problem. Perhaps pxeboot bootstrap can be fixed to handle this better. Anyway, PXE booting should work again.
2004-02-27 14:10:09 +00:00
# XXX crt0.o needs to be first for pxeboot(8) to work
- Whitespaces fixed only Approved by: rwatson (mentor)
2011-11-19 14:42:06 +00:00
OBJS= ${BTXCRT}
For some reason crt0.o needs to be linked first for pxeboot(8) to work. This is odd because loader(8) doesn't suffer from this problem. Perhaps pxeboot bootstrap can be fixed to handle this better. Anyway, PXE booting should work again.
2004-02-27 14:10:09 +00:00
stand: move libgeliboot into libsa. Reduce by 1 the number of crazy libraries we need in stand by moving geli into libsa (where architecturally it belonged all along). This just moves things around without any code changes.
2018-06-18 16:24:42 +00:00
DPADD= ${LDR_INTERP32} ${LIBFIREWIRE} ${LIBZFSBOOT} ${LIBI386} ${LIBSA32}
LDADD= ${LDR_INTERP32} ${LIBFIREWIRE} ${LIBZFSBOOT} ${LIBI386} ${LIBSA32}
Initial integration of the i386 bootloader and BTX. - Discard large amounts of BIOS-related code in favour of the more compact BTX vm86 interface. - Build the loader module as ELF, although the resulting object is a.out, make gensetdefs 32/64-bit sensitive and use a single copy of it. - Throw away installboot, as it's no longer required. - Use direct bcopy operations in the i386_copy module, as BTX maps the first 16M of memory. Check operations against the detected size of actual memory.
1998-09-17 23:52:16 +00:00
MF tbemd: Minor tweaks, prefer MACHINE_CPUARCH generally to MACHINE_ARCH
2010-08-23 01:42:09 +00:00
.if ${MACHINE_CPUARCH} == "amd64"
Reduce the number of attempts to detect proper kld format for the amd64 loader.
2012-09-30 12:24:15 +00:00
CFLAGS+= -DLOADER_PREFER_AMD64
- Enable PnP and ISA PnP code. - Use the ISA PnP enumerator. - Use the new linker set code, throw out the gensetdefs stuff. - Produce an intermediate loader image that has symbols stripped, to aid - in debugging. - Supply ISA port access functions required for ISA PnP
1998-10-21 20:10:33 +00:00
.endif
Move machine and other link creation to defs.mk Steal the code from kmod.mk and use it to automatically create links. Modify it a little for the needs of the loader (no need to guess the OBJS dependency, and we have 32-on-64 cases to contend with). Remove 15 redundant implementations (which were mostly different, but kinda the same). A future commit should factor out this code and that of kmod.mk so we have only one copy of it in the tree. Sposnored by: Netflix
2017-11-06 15:22:04 +00:00
.include <bsd.prog.mk>
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