Add "DVD" ISOs for x86 that don't have to follow CD size limitations.

These include all available sets.

branches: 1.4.12;
Use the new common/Makefile.bootcd to make i386 and amd64 bootable ISO
images. amd64 gets a single kernel; i386 images gets 3 kernels:
- netbsd, copy from netbsd-INSTALL_LARGE.gz, loaded by default
- nbsd-l, copy from netbsd-INSTALL_LAPTOP.gz
- nbsd-i, copy from netbsd-INSTALL.gz for those who want the traditionnal
non-ACPI kernel
- drop the bootcd-laptop image
both gets an installcd image, which is the same as bootcd but with the
binary sets in addition to kernels.

branches: 1.3.2;
It is singularly pointless generating CD install images for PS2 and tiny
systems. I really can't imagine them being bootable - especially if/when
this directory generates non-floppy-emulation images.

Add example on how to make an install CD - it's the same
as the bootcd* CDs just with the install sets added to
the CD as well.

XXX 1) The implementation of this is rather cludgy (copying sets around),
as our makefs(8) can't put files from multiple directories into
one image -- something that mkisofs can do with 'graft' points
XXX 2) This should be run after 'build.sh release' - It would be nice
if we had a seperate stage to add such hooks in our build framework

Add & enable boot-CDs (with ramdisk kernels only, no install sets),
built as part of a regular release. For more information, see
http://mail-index.netbsd.org/tech-install/2006/05/11/0001.html

OK: core@

more changes for porting KERNEL_DIR to i386

Migrate the KERNEL_DIR stuff to i386

branches: 1.44.2;
Add the same extra stuff from amd64

Remove modules set from the i386 install cd

It is not particularly useful to be able to load modules while
installing on i386, probably the most useful one is dtrace,
and this takes up about 20mb on a port that is already exceeding
CD limits. Most stuff you'd want to use while installing is already
in GENERIC.

The modules set is still available compressed for installing into
a target system, meaning modules are available after installation.

While here, add man set to the installation DVD, it's helpful to be able
to read e.g. the man page for fdisk when rescuing a system.

Move DRM-driver firmware from base to its own set, gpufw

This set is only installed on amd64,i386,evbarm.
This set is installed on minimal installs and on install media, in
case someone needs it for basic driver functionality.

Comments:
Switched to a single MK tunable for it - that is probably unneeded.

An upcoming DRM update will include even fatter firmware, and we'd
like to minimize the impact of it.

Initial pass to be unaffected by build umask on build artifacts
1. ${MKDIR} -> ${MKDIR} ${MKDIRPERM}
2. ${CP} -> ${INSTALL} ${COPY} -m <perm>

branches: 1.40.2; 1.40.4;
Obey MKKMOD=no.
From Rin Okuyama in PR install/50061.

Make sure to copy the language catalog files for sysinst, but do not
copy sysinst itself to / on the CD, and instead use the base version
for installation.

Do not default any CD_SETS - let the MD makefiles request them specifically.

2nd try: make amd64, i386, sparc64 and vax iso images use full sets.
While there fix an old bug that makefs used the build hosts /etc/group
and passwd information when creating the image.
Thanks to Andreas Gustafsson for extensive testing.

Add full libexec contents to the CD image - this makes dhcpcd happy.

Revert previous untill fallout has been fixed.

Add a new simple method to put whole sets on CD images (instead of
listing single binaries or patterns) and use those for the existing
ISO images.

Add libpthread.so* - new lzma needs it.

Punt custom dhcpcd hooks in favour up upstream hooks

CD images need libarchive if MKBSDTAR is yes.

branches: 1.30.2;
Adjust for sysinst move.

PR install/48818: put vi on install CDs

branches: 1.28.8;
PR/47276: ftp has https support now

branches: 1.27.2;
Switch terminfo(3) to cdb(5).

branches: 1.26.2; 1.26.4;
Include liblzma to unbreak gzip on the install CD.

Include libgcc_s.so symlinks in /usr/lib, so that binaries in /usr
linked against it actually work.

branches: 1.24.2;
On install CDs: make ^C and ^Z work (mostly) as they used to do on
crunched/ramdisk install media again.
Fixes the remaining parts of PR 44738.

Use ${INSTALL} ${COPY} instead of ${CP}.

This avoids a problem where files with mode 0400 (CVSREAD=t) are
copied to OBJDIR and then can't be re-copied on a subsequent build.
ok joerg@

branches: 1.22.2;
Adjust file lists for recent move:
usr/sbin/chown -> sbin/chown
usr/bin/chgrp -> bin/chgrp

Add /libdata/firmware and /usr/lib/libintl* to install CDROMs with
root on iso9660; fixes PR install/43692 and install/43693.

Um, as has been noted, INSTALL_FILE records what's installed if it's
done unprived, and that doesn't go down well on a re-build. So use
${INSTALL} ${COPY} instead to fix this problem.

Change use of ${CP} and ${CHMOD} to ${INSTALL_FILE}, so that if the
target is made un-writeable, the build won't bomb out during an
UPDATE build. OK'ed by martin@.

Use the same multiuser mode setup as the sparc64 install CD.
Add a few usefull binaries.

Cherry-pick the /libexec content for (non miniroot) CDs and add the sysinst
specific dhcpcd hook scripts

Since we don't crunch/libhack sysinst on this CD, we need to populate
the locale information, otherwise the sysinst translations have no
chance to work.

Use the rescue terminfo.db in our images instead of termcap.

Give a chance for dhcpcd to work by mounting a memory backed /var/db and
/var/run. Also create an empty lease file in /tmp/dhcpcd-lease.

XXX is this needed on other platforms too?

Exit with 1 so that we stay in single user mode when sysinst exits with 'x'.
Otherwise things get messed up (no /dev). From Anon Ymous

Make sure cdrom/etc exists before copying files into it.

Needed when someone sets CDRUNTIME to "" in a subdirectory's Makefile,
to not get anything besides a kernel and maybe a ramdisk (module) on a CD.

proper way to find objdir.

branches: 1.10.2;
And again

Fix again.

Oops, fix the build.

Put sysinst onto the boot CDs, too.

Switch the i386 installation CDs away from RAM disks and instead use the
CD-ROM as the root file system. It contains a limited subset of $DESTDIR
along with sysinst. This will help to massively reduce the amount of memory
needed to install from CD or netboot, and allow us to continue using the
generic kernel on the CDs.

Put the GENERIC kernel onto i386 installation CDs and load a kernel module
from the boot loader to provide the miniroot.

For PR kern/38537:

- Make MULTIPROCESSOR mandatory on i386.

Installation changes:

- Update installation section of release notes to match reality.
- Rename INSTALL to INSTALL_FLOPPY, retire INSTALL_LARGE.
- Build INSTALL kernel from GENERIC, like on amd64.
- Update boot menu to allow disabling ACPI and/or SMP.
- Remove GENERIC.NOACPI from the installed kernel list.
- TODO: install default boot.cfg in etc.tgz.
- TODO: possibly enable PCI fixup stuff at runtime if ACPI is disabled.

Build changes:

- No longer build ALL, it's for verification, is slow to build and the
build process is already crippled by the number of kernels built.
- No longer build GENERIC.NOACPI.

branches: 1.3.8; 1.3.10;
Remove GENERIC_LAPTOP and INSTALL_LAPTOP. To compensate, switch
bootfloppy-big to actually use INSTALL_LARGE (with ACPI) and 5 floppies.

branches: 1.2.2; 1.2.6;
Use nblaptop and nbnoacpi for the alternative kernel names; as suggected by
Alan Barrett. While there factor out the kernels in Makefile.cdrom.

Use the new common/Makefile.bootcd to make i386 and amd64 bootable ISO
images. amd64 gets a single kernel; i386 images gets 3 kernels:
- netbsd, copy from netbsd-INSTALL_LARGE.gz, loaded by default
- nbsd-l, copy from netbsd-INSTALL_LAPTOP.gz
- nbsd-i, copy from netbsd-INSTALL.gz for those who want the traditionnal
non-ACPI kernel
- drop the bootcd-laptop image
both gets an installcd image, which is the same as bootcd but with the
binary sets in addition to kernels.

kernfs no longer needs a hacky workaround to make rootdev appear.

branches: 1.2.24;
Create /var/tmp for vi. Pointed out by Izumi Tsutsui.

branches: 1.1.12; 1.1.24;
Use the same multiuser mode setup as the sparc64 install CD.
Add a few usefull binaries.

Use the same multiuser mode setup as the sparc64 install CD.
Add a few usefull binaries.

Enable basic command line editing in i386 installer shells

(Following the pattern in amd64)

When a user selects "exit installer" or hits ^Z in sysinst, the
calling install.sh runs a shell, plus shows a message indicating
they can type "exit" to return to the installer.

Add -E to the arguments to this shell, to enable command line editing,
(primarily for arrow keys, but basic emacs sequences will also work)

branches: 1.4.26;
Make sure to copy the language catalog files for sysinst, but do not
copy sysinst itself to / on the CD, and instead use the base version
for installation.

Switch device database to cdb(5). Rework ttyname(3) and ttyname_r(3) to
depend on new devname_r(3) as heart. Add /dev/pts magic directly to
devname(3). While it can lead to returning non-existing paths, the
behavior is more consistent that way. Drop caching layer in devname(3),
it doesn't buy anything for the common case of having access to the
database. Teach devname(3) proper fallback behavior of scanning /dev.
Create both old-style and new-style database for now in /etc/rc.d/sysdb.

branches: 1.2.4; 1.2.6;
On install CDs: make ^C and ^Z work (mostly) as they used to do on
crunched/ramdisk install media again.
Fixes the remaining parts of PR 44738.

Use the same multiuser mode setup as the sparc64 install CD.
Add a few usefull binaries.

branches: 1.1.4;
Migrate the KERNEL_DIR stuff to i386

Migrate the KERNEL_DIR stuff to i386

branches: 1.1.2;
Add the same extra stuff from amd64

Remove superfluous target "image_md_pre". It is already present
in Makefile.cdrom and takes precedence from there.

No functional change intended.

Switch the i386 installation CDs away from RAM disks and instead use the
CD-ROM as the root file system. It contains a limited subset of $DESTDIR
along with sysinst. This will help to massively reduce the amount of memory
needed to install from CD or netboot, and allow us to continue using the
generic kernel on the CDs.

Put the GENERIC kernel onto i386 installation CDs and load a kernel module
from the boot loader to provide the miniroot.

branches: 1.4.2;
Add boot.cfg files to bootcd and bootcd-com iso images.

branches: 1.3.4; 1.3.10; 1.3.12;
Use nblaptop and nbnoacpi for the alternative kernel names; as suggected by
Alan Barrett. While there factor out the kernels in Makefile.cdrom.

Use the new common/Makefile.bootcd to make i386 and amd64 bootable ISO
images. amd64 gets a single kernel; i386 images gets 3 kernels:
- netbsd, copy from netbsd-INSTALL_LARGE.gz, loaded by default
- nbsd-l, copy from netbsd-INSTALL_LAPTOP.gz
- nbsd-i, copy from netbsd-INSTALL.gz for those who want the traditionnal
non-ACPI kernel
- drop the bootcd-laptop image
both gets an installcd image, which is the same as bootcd but with the
binary sets in addition to kernels.

branches: 1.1.4;
Add & enable boot-CDs (with ramdisk kernels only, no install sets),
built as part of a regular release. For more information, see
http://mail-index.netbsd.org/tech-install/2006/05/11/0001.html

OK: core@

Express more confidence in our ability to boot on hardware with ACPI
enabled and don't warn our users that it might not and already suggest
workarounds.

The ability to disable ACPI and SMP is still there, by dropping to
the boot prompt.

branches: 1.9.48;
www.netbsd.org -> www.NetBSD.org

Tweak the install messages.

Switch the i386 installation CDs away from RAM disks and instead use the
CD-ROM as the root file system. It contains a limited subset of $DESTDIR
along with sysinst. This will help to massively reduce the amount of memory
needed to install from CD or netboot, and allow us to continue using the
generic kernel on the CDs.

Sync with amd64:
> Remove trailing whitespace.

Don't specify "load=/miniroot.kmod" by default in boot.cfg on bootcds.
Instead, specify "load /miniroot.kmod" per each boot menu
so that we can use bootcds to load any specific kernel in
other devices which doesn't need ramdisk miniroot.

Tested on qemu.

Bump the timeout to 30s, it takes longer to read and digest the information
esp. if you have not seen it before.

Put the GENERIC kernel onto i386 installation CDs and load a kernel module
from the boot loader to provide the miniroot.

For PR kern/38537:

- Make MULTIPROCESSOR mandatory on i386.

Installation changes:

- Update installation section of release notes to match reality.
- Rename INSTALL to INSTALL_FLOPPY, retire INSTALL_LARGE.
- Build INSTALL kernel from GENERIC, like on amd64.
- Update boot menu to allow disabling ACPI and/or SMP.
- Remove GENERIC.NOACPI from the installed kernel list.
- TODO: install default boot.cfg in etc.tgz.
- TODO: possibly enable PCI fixup stuff at runtime if ACPI is disabled.

Build changes:

- No longer build ALL, it's for verification, is slow to build and the
build process is already crippled by the number of kernels built.
- No longer build GENERIC.NOACPI.

branches: 1.1.2; 1.1.4; 1.1.6; 1.1.8;
Add boot.cfg files to bootcd and bootcd-com iso images.

Remove superfluous target "image_md_pre". It is already present
in Makefile.cdrom and takes precedence from there.

No functional change intended.

Switch the i386 installation CDs away from RAM disks and instead use the
CD-ROM as the root file system. It contains a limited subset of $DESTDIR
along with sysinst. This will help to massively reduce the amount of memory
needed to install from CD or netboot, and allow us to continue using the
generic kernel on the CDs.

Put the GENERIC kernel onto i386 installation CDs and load a kernel module
from the boot loader to provide the miniroot.

branches: 1.4.2;
Add boot.cfg files to bootcd and bootcd-com iso images.

branches: 1.3.4; 1.3.10; 1.3.12;
Use nblaptop and nbnoacpi for the alternative kernel names; as suggected by
Alan Barrett. While there factor out the kernels in Makefile.cdrom.

Use the new common/Makefile.bootcd to make i386 and amd64 bootable ISO
images. amd64 gets a single kernel; i386 images gets 3 kernels:
- netbsd, copy from netbsd-INSTALL_LARGE.gz, loaded by default
- nbsd-l, copy from netbsd-INSTALL_LAPTOP.gz
- nbsd-i, copy from netbsd-INSTALL.gz for those who want the traditionnal
non-ACPI kernel
- drop the bootcd-laptop image
both gets an installcd image, which is the same as bootcd but with the
binary sets in addition to kernels.

branches: 1.1.4;
Add & enable boot-CDs (with ramdisk kernels only, no install sets),
built as part of a regular release. For more information, see
http://mail-index.netbsd.org/tech-install/2006/05/11/0001.html

OK: core@

remove redundant kernels and floppies from the space-starved i386 ISO

Reduce the size of the i386 ISO to help it fit on a CD-ROM

Exclude tests and html man pages.

branches: 1.10.8;
Consistently use ${RELEASEDIR}/${RELEASEMACHINE} instead of
${RELEASEDIR}/${MACHINE} (Paul Ripke)

Now that we do not force debug sets off install CDs any more, explicitly
set CDRELEASE_NODEBUG everywhere.

branches: 1.8.48; 1.8.50;
Oops, fix the build.

Put sysinst onto the boot CDs, too.

Switch the i386 installation CDs away from RAM disks and instead use the
CD-ROM as the root file system. It contains a limited subset of $DESTDIR
along with sysinst. This will help to massively reduce the amount of memory
needed to install from CD or netboot, and allow us to continue using the
generic kernel on the CDs.

Put the GENERIC kernel onto i386 installation CDs and load a kernel module
from the boot loader to provide the miniroot.

branches: 1.4.4; 1.4.8; 1.4.10;
Add boot menu and welcome banner to installation CD allowing the user to
choose between the normal and non-ACPI kernel.

branches: 1.3.4;
Use nblaptop and nbnoacpi for the alternative kernel names; as suggected by
Alan Barrett. While there factor out the kernels in Makefile.cdrom.

Use the new common/Makefile.bootcd to make i386 and amd64 bootable ISO
images. amd64 gets a single kernel; i386 images gets 3 kernels:
- netbsd, copy from netbsd-INSTALL_LARGE.gz, loaded by default
- nbsd-l, copy from netbsd-INSTALL_LAPTOP.gz
- nbsd-i, copy from netbsd-INSTALL.gz for those who want the traditionnal
non-ACPI kernel
- drop the bootcd-laptop image
both gets an installcd image, which is the same as bootcd but with the
binary sets in addition to kernels.

branches: 1.1.2;
Add example on how to make an install CD - it's the same
as the bootcd* CDs just with the install sets added to
the CD as well.

XXX 1) The implementation of this is rather cludgy (copying sets around),
as our makefs(8) can't put files from multiple directories into
one image -- something that mkisofs can do with 'graft' points
XXX 2) This should be run after 'build.sh release' - It would be nice
if we had a seperate stage to add such hooks in our build framework

Express more confidence in our ability to boot on hardware with ACPI
enabled and don't warn our users that it might not and already suggest
workarounds.

The ability to disable ACPI and SMP is still there, by dropping to
the boot prompt.

branches: 1.8.48;
www.netbsd.org -> www.NetBSD.org

Tweak the install messages.

Switch the i386 installation CDs away from RAM disks and instead use the
CD-ROM as the root file system. It contains a limited subset of $DESTDIR
along with sysinst. This will help to massively reduce the amount of memory
needed to install from CD or netboot, and allow us to continue using the
generic kernel on the CDs.

Don't specify "load=/miniroot.kmod" by default in boot.cfg on bootcds.
Instead, specify "load /miniroot.kmod" per each boot menu
so that we can use bootcds to load any specific kernel in
other devices which doesn't need ramdisk miniroot.

Tested on qemu.

Bump the timeout to 30s, it takes longer to read and digest the information
esp. if you have not seen it before.

Put the GENERIC kernel onto i386 installation CDs and load a kernel module
from the boot loader to provide the miniroot.

For PR kern/38537:

- Make MULTIPROCESSOR mandatory on i386.

Installation changes:

- Update installation section of release notes to match reality.
- Rename INSTALL to INSTALL_FLOPPY, retire INSTALL_LARGE.
- Build INSTALL kernel from GENERIC, like on amd64.
- Update boot menu to allow disabling ACPI and/or SMP.
- Remove GENERIC.NOACPI from the installed kernel list.
- TODO: install default boot.cfg in etc.tgz.
- TODO: possibly enable PCI fixup stuff at runtime if ACPI is disabled.

Build changes:

- No longer build ALL, it's for verification, is slow to build and the
build process is already crippled by the number of kernels built.
- No longer build GENERIC.NOACPI.

branches: 1.1.4; 1.1.6; 1.1.10; 1.1.12;
Add boot menu and welcome banner to installation CD allowing the user to
choose between the normal and non-ACPI kernel.

Remove modules set from the i386 install cd

It is not particularly useful to be able to load modules while
installing on i386, probably the most useful one is dtrace,
and this takes up about 20mb on a port that is already exceeding
CD limits. Most stuff you'd want to use while installing is already
in GENERIC.

The modules set is still available compressed for installing into
a target system, meaning modules are available after installation.

While here, add man set to the installation DVD, it's helpful to be able
to read e.g. the man page for fdisk when rescuing a system.

Add "DVD" ISOs for x86 that don't have to follow CD size limitations.

These include all available sets.

Add "DVD" ISOs for x86 that don't have to follow CD size limitations.

These include all available sets.