two parts of the code worked with both comma and space separated lists,
while two others only worked with comma separated.
swapping out commas with spaces when we setup the var in
Set_config_defaults() means that individual scripts no longer need to worry
about it and everything supports both; and that we can avoid the
IFS/OLDIFS mess.
Gbp-Dch: Short
the bootloader list should be comma separated not space. i do not know
what possessed me to write space based in
aed4e0fef2.
fix "booloader" typo while at it.
Gbp-Dch: Ignore
the environment variables when held in a variable need to be used via
`env` otherwise you get command not found errors.
example:
```
$ echo "AA=aa" > config/environment
$ lb config
/usr/bin/lb: 83: AA=aa: not found
$ ENV="AA=aa"
$ ${ENV} true
bash: AA=aa: command not found
$ "${ENV}" true
bash: AA=aa: command not found
$ env ${ENV} true
```
Gbp-Dch: Short
to protect against simple mistake of using 'all' instead of
'all-except-archives' when manually executing scripts (e.g. during
development) at the bootstrap stage level. (the bootstrap stage does not
and should not use the archives helper).
Gbp-Dch: Ignore
it now covers:
- `lb chroot_apt install-binary`
- `lb chroot_archives {chroot|binary|source} {install|remove}`
by expanding usage from:
`lb chroot_prep {install|remove} HELPERS [ARGS]`
to:
`lb chroot_prep {install|remove} HELPERS [MODE[ MODE..]] [ARGS]`
where `[MODE[ MODE..]]` is an optional set of one or more of:
- archives-chroot, which specifies to use 'chroot' as the first param to
the chroot_archives script
- archives-binary, which specifies to use 'binary'
- archives-source, which specifies to use 'source'
- apt-install-binary, which specified to pass 'install-binary' instead of
'install' to chroot_apt
thus _all_ chroot prep scripts can be run through this helper now!
note, in the case of the binary stage, 'archives' is deliberately not added
to CHROOT_PREP_OTHER, this is not a mistake!
Gbp-Dch: Short
rather than explicitly running one helper after another in the major
build stages, or by hand (e.g. while testing things during development),
they can be run in bulk via this new helper. it essentially just takes a
list of helpers to run and runs them one by one.
it supports running all helpers except chroot_archives because that one
has different parameter requirements to the rest and supporting it would
make things messier.
helper scripts can either be named by their full script name or without
the 'chroot_' prefix for brevity. you can also just specify 'all' to
refer to all helpers (except chroot_archives, per above).
it automatically reverses the order of the list when run in remove mode.
Gbp-Dch: Short
it was not run in install mode so should not be run in remove mode.
(whether it should in fact be run in install mode is another question; as
is whether chroot_tmpfs should be being used)
Gbp-Dch: Short
i've been noticing that in the binary_syslinux stage a wholebunch of
packages get installed whilst installing isolinux, and then upon removing
the installed packages at the end of the script, apt is listing a large
number of those that were auto installed as no longer in use and can be
removed via `apt autoremove`. this then persists through package
installation and removal steps throughout remaining scripts.
adding `--auto-remove` to `apt-get remove --purge` and similarly
`--purge-unused` to `aptitude purge` instructs apt to get rid of the unused
auto-installed packages at the same time as removing specific package that
brought them in in the first place, and thus resolves the problem.
Gbp-Dch: Short
when used alongside syslinux and when a single kernel flavour is used,
things work correctly. otherwise booting from EFI is broken.
the problem comes from the fact that syslinux, for a single kernel flavour
creates the file /live/vmlinuz, which is used by the minimal EFI grub.cfg
to locate the device and partition containing the live image. when multiple
kernel flavours are used, it instead creates /live/vmlinuz1, /live/vmlinuz2,
etc. which thus is a problem. similarly when syslinux is not used, you are
left only with long filenames for the kernel files, for example
/live/vmlinuz-4.19.0-8-amd64. in these situations grub cannot find the
device containing the image and thus fails to display the boot menu.
the solution here, instead of dynamically changing the filename searched
for depending upon bootloader configuration, switches to doing a search for
the file /.disk/info instead. this file is generated by binary_disk, and
is present for iso, iso-hybrid and hdd images types, though grub-efi cannot
be used for the hdd type. it is not created for the netboot type, but again,
grub-efi is not compatible with that anyway. it is not created for the tar
type, which the grub-efi script does not block as incompatible, but is this
not a mistake?
furthermore, switching to searching for /.disk/info helps avoid issues for
systems that happen to actually include a real /live/vmlinuz path other
than on a removable live disk or CD/DVD, as is the case with a HP system
discussed in #924053.
this patch was written by adrian15sgd@gmail.com, as per the authorship,
who attached it to the #924053 bug discussion. this commit message however
has been re-written by jnqnfe@gmail.com, prior to submission via an MR,
as part of the fix towards the issues reported in #956131.
Gbp-Dch: Short
Closes: #924053
don't include the advanced menu at all if it's only entry - memtest - is
not included (you just get a menu entry that does nothing, which may
confused users into thinking that something is broken, as opposed to
showing an empty submenu as i expected).
Gbp-Dch: Short
backwards compatibility:
1. the new file will be included alongside any user custom config
2. rather than replace MEMTEST with an actual config entry, we replace it
with a line to import the content of the new file, and thus will work
just as before.
thus no backwards compatible breakage
Gbp-Dch: Short
backwards compatibility:
1. the new install.cfg and install_start.cfg files (chosen
automatically from the install_*gui.cfg and install_*test.cfg
files) will be included alongside any user custom config.
2. the placeholders are now replaced with lines importing these files
thus everything will work just as before, i.e. no backwards
compatibility breakage.
Gbp-Dch: Short
as just done for grub2|loopback
the primary benefit here is that it means that user configs do not
have to carry copies of all files; they just carry the ones they
want to replace (or add).
Gbp-Dch: Short
`$_SOURCE` is always composed of `<foo>/${_BOOTLOADER}`, so we can just use
`${_BOOTLOADER}` as the basename, without calling `basename ${_SOURCE}`
Gbp-Dch: Ignore
...rather than choosing between the default set and a user provided set
1. ensures backwards compatibility after we switch from generation of
certain content to that content being in pre-prepared config files,
and thus no longer writing that config out to existing files.
2. means that user configs do not have to carry copies of all files; they
just carry the ones they want to replace (or add).
Gbp-Dch: Short
this takes a step forward in moving towards the same updated layout as
with syslinux; here we get:
- <live entries>
- Start installer
- Advanced install options...
- <full set of install options>
- Advanced options...
- Memory Diagnostic Tool (memtest86[+])
note that this only affects the default menu. custom configs are not
affected by this change.
further steps to complete the move to the updated layout will follow
later.
"Advanced options..." should perhaps be renamed later.
Gbp-Dch: Short
an official current debian install disc was compared with to achieve
better consistency.
main menu:
- i: for the single "start" entry
advanced submenu:
- g: for the main graphical entry
- i: for the main text-based entry
- x: for the main expert entry
- a: for the main auto entry
- r: for the main rescue entry
- s: for the synth entry
for expert, auto and rescue, the hotkey is given to the graphical entry
where present, otherwise to the text entry.
Gbp-Dch: Short
Lyndon Brown
adrian15