Hi Eli and Sebastian, OK, I see the orphan request got approved. Certainly, wasn't looking to draw outrage, but get advice on what the appropriate action. I will update the relevant pythia, xrootd and submit deletion request myself for the others. As to the package signing, I already know how to detach sign. I also know about the source signing. What is not clear to me is repo-add --sign. The docs say it will update 'the package database'. Which package database? Does AUR keep such info? I though that was for Trusted Users and official repos. What I want to do is essentially to provide a convenient way for people to build or directly download pre-built packages, if they choose to, and be able to verify them, without too much hassle. What do you recommend? Should I just make a *-bin version on AUR with my signature and detach sign the binaries on my own repo? I thought this was also not the AUR way? Could I get someone's workflow for signed packages as an example? Regards, Konstantin On Fri, Mar 17, 2017 at 5:28 PM, Eli Schwartz via aur-general < aur-general@archlinux.org> wrote:

On 03/17/2017 09:48 AM, Konstantin Gizdov wrote:

...

xrootd-abi0 (this exists as a work around for other maintainer not updating package)

Don't do this. It violates the rules of the AUR and now that you have drawn our attention to it, expect someone to file a deletion request.

...

[...] Pythia, XRootD, Unuran are such extensions which were not available or broken in Arch. So I had to make 'pythia8' and 'xrootd-abi0' as workarounds. I have now finally been able to adopt 'pythia' and plan on making a major re-write and optimization. I still have to keep 'xrootd-abi0' as the current maintainer does not really update or fix his package when new versions/problems arise. I do not plan on making an orphan request, as I do not want to cause trouble for people.

However, I do wish to make the current environment as good as possible for the people that actually use it and would welcome any input from you. Thanks in advance.

What you say makes no sense. You want it to work well, but the current maintainer[s] is not actually maintaining the package[s]? And yet you don't want to file an orphan request because somehow, in some unidentified manner, an abandoned package getting a new maintainer constitutes "trouble for people"?

So instead you violate the rules of the AUR by making forked packages and confusing people about what is actually needed or available, you trick people into potentially using the *real* but non-working packages, and fail dismally at "mak[ing] the current environment as good as possible".

Good job! /s

...

Now, go ahead and file that orphan request you should have filed a long time ago, apparently.

...

Apart from that I wanted to understand better if and how package signing works with AUR. I tried the wiki and a bit of Google, but so far it seems package signing is only for official repos/trusted users. I did not want to try it out myself before getting some advice as I was afraid messing up will prevent people from installing them.

Signing is for anyone who wants to sign things. The real question is, what are you trying to sign?

- Built packages ==> `makepkg --sign`, or retroactively there is always `gpg --detach-sign builtpkg-1.0-1-any.pkg.tar.xz` - self-hosted package repository ==> repo-add --sign - PKGBUILD ==> they don't need to be signed since users are expected to read them... but there is always `git config commit.gpgsign true` which users are free to check although AUR helpers certainly won't - PKGBUILD source=() downloads ==> convince upstream to sign their release tarballs

-- Eli Schwartz

Hi again, So I updated xrootd and pythia and submitted the relevant deletion requests. Now, can I get some package reviews? Thanks. Regards, Konstantin On Fri, Mar 17, 2017 at 9:33 PM, Eli Schwartz via aur-general < aur-general@archlinux.org> wrote:

On 03/17/2017 02:17 PM, Konstantin Gizdov wrote:

...

Hi Eli and Sebastian,

OK, I see the orphan request got approved. Certainly, wasn't looking to draw outrage, but get advice on what the appropriate action. I will update the relevant pythia, xrootd and submit deletion request myself for the others.

Thanks for fixing this yourself. It was less about outrage and more about being extra-emphatic about what is and isn't appropriate. :)

I save the outrage/abuse for people who have already been told what the right thing is, and refuse to listen. Everyone makes mistakes, and that is generally okay as long as it was done in good faith and, upon realizing the mistake, fixing it.

...

As to the package signing, I already know how to detach sign. I also know about the source signing. What is not clear to me is repo-add --sign. The docs say it will update 'the package database'. Which package database? Does AUR keep such info? I though that was for Trusted Users and official repos.

What I want to do is essentially to provide a convenient way for people to build or directly download pre-built packages, if they choose to, and be able to verify them, without too much hassle. What do you recommend? Should I just make a *-bin version on AUR with my signature and detach sign the binaries on my own repo? I thought this was also not the AUR way?

Could I get someone's workflow for signed packages as an example?

No, this is entirely separate from the AUR. See the Wiki page for "Unofficial user repositories".

Various members of the community host their own prebuilt packages on their personal servers or whatever, for example, AUR packages that they use and want to sync on multiple computers, or something that takes a long compile time and they want to offer in addition to the AUR package.

`repo-add --sign` will allow you to generate a pacman-compatible sync repository that can be copied/rsynced to your personal server and then added to pacman.conf to download from your server, while signing the database itself (it is ideal to sign both the packages, via `makepkg --sign`, and the sync database itself).

-- Eli Schwartz

Hi Eli, Thanks for these. As I said before I am indeed planning on cleaning up the old style stuff. I was more interested in "experts" trying to build them and then maybe identify problems. I currently use namcap on PKGBUILDs and finished packages to identify and fix problems, but it's no substitute for the real thing. You pointed out that "make" already reads "MAKEFLAGS" on its own. Well, I only added this, because it didn't for me for some reason. Maybe this was a bug in the build scripts and has since been fixed. But when I picked up ROOT and the rest of the packages, I had to manually add "${MAKEFLAGS}" in order for "make" to accept "-j${nproc}". I will try it again. You also point out the "hacky" way of dealing with, what I call, optional make dependencies. So the optional dependencies that you mention can be uninstalled fine and the packages will continue to work (excluding the relevant features, of course). However, if the packages are not present at build time, there is no way to enable those features in the first place. Since this is AUR and we don't ship binaries, I was not sure how better to deal with this. Any ideas? Regards, Konstantin On Thu, Mar 23, 2017 at 4:13 AM, Eli Schwartz via aur-general < aur-general@archlinux.org> wrote:

On 03/22/2017 09:53 PM, Konstantin Gizdov wrote:

...

Hi again,

So I updated xrootd and pythia and submitted the relevant deletion requests. Now, can I get some package reviews? Thanks.

I know nothing about the specific packages in question, so I will merely make some general PKGBUILD comments.

${srcdir} and ${pkgdir} must *always* be shell-quoted, as they are user-controlled filepaths and can contain whitespace.

update-desktop-database, update-mime-database, gtk-update-icon-cache are pacman hooks, remove them from the root5 install file. You can probably also drop the pre-remove stuff by now, thereby getting rid of the install file altogether. (yay!)

Some of your other install files imply that optional dependencies require being installed at build-time, in which case you should simply add them as makedepends. If that support means you cannot then uninstall them (e.g. linking to shared libraries) then they should not be optional at all. Automagic dependencies are *evil* and should be explicitly enabled or explicitly disabled.

You use `[[ -d $dir ]] || mkdir $dir` several times, you can just use `mkdir -p $dir` which does not error when $dir already exists (and creates parent directories as needed also...).

Make already knows how to read $MAKEFLAGS, no need to specify it on the command line.

xrootd uses `cmake ... || return 1`, and `make || return 2`, why??? makepkg already knows how to abort as soon as *any* error occurs.

Do not list make as a makedepends, it is assumed users will have base-devel already installed for building packages.

In root5, I would probably turn $sys_libs into a bash array on general principle, since bash knows how to expand them into arguments without depending on ugly things like word-splitting of a variable. ``` declare -a sys_libs for sys_lib in ...; do sys_libs+=("--disable-builtin-${sys_lib}") done

./configure ... "${sys_libs[@]}" ```

-- Eli Schwartz

Hi Eli, I am aware of the '/etc/makepkg.conf'. I read the Wiki. That's not what I am talking about. A make command in a PKGBUILD build() did not accept my tweaked $MAKEFLAGS. I had to explicitly give 'make $MAKEFLAGS' to get my options to work. So I added it to the PKGBUILD of my packages. Maybe it works now without it, but it didn't. About the makedepends - for Pythia, most of the available flags don't even have packages in the Arch universe, so I cannot simply declare them makedepends. The ones that exist are on AUR and I would overstate it if I said they were maintained. So if I add them as makedepends, no one will be able to install my package. I don't think this is the answer. I will see what else can be done. Regards, Konstantin On Thu, Mar 23, 2017 at 10:33 PM, Eli Schwartz <eschwartz93@gmail.com> wrote:

On 03/23/2017 04:32 PM, Konstantin Gizdov wrote:

...

You pointed out that "make" already reads "MAKEFLAGS" on its own. Well, I only added this, because it didn't for me for some reason. Maybe this was a bug in the build scripts and has since been fixed. But when I picked up ROOT and the rest of the packages, I had to manually add "${MAKEFLAGS}" in order for "make" to accept "-j${nproc}". I will try it again.

`make -j$(nproc)` should be left as a user decision anyway IMHO -- smart build systems know how to scale up for the number of cores already, and makepkg.conf *exists* for users to declare things like that.

Note that the default makepkg.conf has a commented-out MAKEFLAGS variable... you don't get this automatically.

...

You also point out the "hacky" way of dealing with, what I call, optional make dependencies. So the optional dependencies that you mention can be uninstalled fine and the packages will continue to work (excluding the relevant features, of course). However, if the packages are not present at build time, there is no way to enable those features in the first place. Since this is AUR and we don't ship binaries, I was not sure how better to deal with this. Any ideas?

That would be "in which case you should simply add them as makedepends." That way they will be present at build-time and support will be compiled in, but the user can then uninstall them (e.g. using `makepkg -sr`) without harm, and they will be notified via optdepends that they might want to have them installed at runtime as well to actually make use of that support.

As a general rule of thumb, Arch policy is that there are no optional makedepends and we like to compile things with support for everything possible.

-- Eli Schwartz

Hi Eli, Sorry for the late reply, I have been busy with work and travel. I am planning on contributing a bit more, yes. But as you know that takes time and preparation. That's why I wanted someone to look over my contributions up to now so I am sure I am going forward on a stable basis. I plan on gradually including all interesting packages that are orphaned or do not exist. However, that will be some undefined time in the future and people need their packages working now :D This is why this whole thing is a bit awkward. Thanks for all the help and comments. I am sure I will be back for more as soon as I start taking in more packages. Regards, Konstantin On Fri, Mar 24, 2017 at 1:03 AM, Eli Schwartz via aur-general < aur-general@archlinux.org> wrote:

On 03/23/2017 06:08 PM, Konstantin Gizdov wrote:

...

About the makedepends - for Pythia, most of the available flags don't even have packages in the Arch universe, so I cannot simply declare them makedepends. The ones that exist are on AUR and I would overstate it if I said they were maintained. So if I add them as makedepends, no one will be able to install my package. I don't think this is the answer. I will see what else can be done.

That doesn't sound good :( but then they don't make sense even as optdepends.

You can try obtaining maintainership of them, if they are as broken as all that. If they have an active maintainer who is slacking on the job, then try discussing things in the package comments, hopefully they will either listen to feedback or hand over maintenance to you.

As for the nonexistent ones, do you have plans to package them yourself? :)

-- Eli Schwartz

Hi Uwe, So I edited my /etc/makepkg.conf to have the following: ... MAKEFLAGS="-j$(nproc)" ... I assumed every time 'makepkg' is run, it would source it's environment and that file as well. I am not sure why it would be otherwise. I normally use ZSH as my shell, but I fail to see the significance in this case. It being a bash script or not, ABS should require BASH (or whatever shell it needs) to be installed and run it as needed. Both BASH and ZSH normally source their environment on load, thus I still would expect this file to be read on every 'makepkg' call, because that command forks and creates a new child process with its own envir. Correct me if I am wrong. Regards, Konstantin On Fri, Mar 24, 2017 at 1:41 AM, Uwe Koloska <kolewu@koloro.de> wrote:

Am 23.03.2017 um 23:08 schrieb Konstantin Gizdov:

...

I am aware of the '/etc/makepkg.conf'. I read the Wiki. That's not what I am talking about. A make command in a PKGBUILD build() did not accept my tweaked $MAKEFLAGS. I had to explicitly give 'make $MAKEFLAGS' to get my options to work. So I added it to the PKGBUILD of my packages. Maybe it works now without it, but it didn't.

Just a guess: How did you try to define the flag? If it doesn't exist (and has been exported before) you have to export it for make to pick it up from the environment. Setting the variable only makes it available in the current script (and a PKGBUILD is just a bash script setting well-known variables and using some predefined functions).

Regards, Uwe

Hi Uwe, Am 28.03.2017 um 13:26 schrieb Konstantin Gizdov:

...

So I edited my /etc/makepkg.conf to have the following: ... MAKEFLAGS="-j$(nproc)" ...

this by itself only creates a variable in the current shell and not in the environment. So if you want to use the variable from a process started by this shell script, you have to export it.

No, it doesn't. The current shell does not actively read/source a recently changed file (unless configured to do so) and /etc/makepkg.conf is never run by itself. I am not running my build script bare through my shell, so that is irrelevant anyhow.

...

I assumed every time 'makepkg' is run, it would source it's environment and

that file as well. I am not sure why it would be otherwise. It does. Without sourcing, the commands inside the script/file would be executed in their own context and can't change the context of the current script.

...

I normally use ZSH as my shell, but I fail to see the significance in this case. It being a bash script or not, It's relevant, because it explains the syntax and semantic used. So if you know how (ba)sh-scripts work and know the special variables and command defined for makepkg, you are fine.

I am not sure what your point is - /usr/bin/makepkg starts with '#!/usr/bin/bash'. The shell that starts 'makepkg' is completely irrelevant, because 'makepkg' runs itself through BASH.

ABS should require BASH (or whatever shell it needs)

...

to be installed and run it as needed. Both BASH and ZSH normally source their environment on load, thus I still would expect this file to be read on every 'makepkg' call, because that command forks and creates a new child process with its own envir. Correct me if I am wrong. That's correct (but I don't understand what you wanna say by the sentence about "forks and creates a new child").

I am saying that when you type a command in a shell, the shell forks its own process and runs the requested command in a child - Unix fork() and exec(). Therefore, the child in this case - makepkg - is a script that should source its own environment and use it as it needs. I guess what I am trying to say with all of this is the following - uncommenting and configuring MAKEFLAGS in /etc/makepkg.conf should be enough for the 'make' call in any PKGBUILD to know about the correct MAKEFLAGS. I can actually confirm the last bit by echo-ing the $MAKEFLAGS from within a PKGBUILD and then calling 'make' where the Makefile only calls '@echo ${MAKEFLAGS}'. So I am pretty sure that I did not and should not need to export anything anywhere (unless I run 'make' manually by myself, which is not what we're talking about), because it has already been set and available. If 'make' is started in the buildscript with a commandline like

make $MAKEFLAGS other options then it will work, but if make is expecting this variable in the environment, then you have to export it before. (For some scripts it looks like it's working without export, but then the export has been done before -- it's just a flag on the variable)

I feel like you are talking about something different from what the conversation originally was about. Maybe I am wrong. I am only referring to the difference between 'make' and 'make $MAKEFLAGS' calls in a PKGBUILD as executed with /usr/bin/makepkg. The first option was failing for me consistently and this is why I added $MAKEFLAGS as an argument to the 'make' call. Maybe some packages "clean" makeflags through CMake. That was my argument. In other words - I will not be removing $MAKEFLAGS from the 'make' call in my PKGBUILDs untill I am sure I can consistently reproduce the build with the correct flags. Hopefully soon. Thanks for the help, though. Regards, Konstantin On Tue, Mar 28, 2017 at 11:11 PM, Uwe Koloska <kolewu@koloro.de> wrote:

Hi Konstantin,

Am 28.03.2017 um 13:26 schrieb Konstantin Gizdov:

...

So I edited my /etc/makepkg.conf to have the following: ... MAKEFLAGS="-j$(nproc)" ...

this by itself only creates a variable in the current shell and not in the environment. So if you want to use the variable from a process started by this shell script, you have to export it.

...

I assumed every time 'makepkg' is run, it would source it's environment and that file as well. I am not sure why it would be otherwise.

It does. Without sourcing, the commands inside the script/file would be executed in their own context and can't change the context of the current script.

...

I normally use ZSH as my shell, but I fail to see the significance in this case. It being a bash script or not,

It's relevant, because it explains the syntax and semantic used. So if you know how (ba)sh-scripts work and know the special variables and command defined for makepkg, you are fine.

...

ABS should require BASH (or whatever shell it needs) to be installed and run it as needed. Both BASH and ZSH normally source their environment on load, thus I still would expect this file to be read on every 'makepkg' call, because that command forks and creates a new child process with its own envir. Correct me if I am wrong.

That's correct (but I don't understand what you wanna say by the sentence about "forks and creates a new child").

As I have said, this was only a shot in the dark. My point is (and it may not be related to your problem, because I don't know your entire buildscript) that MAKEFLAGS has to be exported if it should be used by a process started from the buildscript (make in this case).

If 'make' is started in the buildscript with a commandline like make $MAKEFLAGS other options then it will work, but if make is expecting this variable in the environment, then you have to export it before. (For some scripts it looks like it's working without export, but then the export has been done before -- it's just a flag on the variable)

Hope this helps Uwe