nixpkgs/pkgs/development/lisp-modules
Alyssa Ross fd78240ac8
treewide: use lib.getLib for OpenSSL libraries
At some point, I'd like to make another attempt at
71f1f4884b ("openssl: stop static binaries referencing libs"), which
was reverted in 195c7da07d.  One problem with my previous attempt is
that I moved OpenSSL's libraries to a lib output, but many dependent
packages were hardcoding the out output as the location of the
libraries.  This patch fixes every such case I could find in the tree.
It won't have any effect immediately, but will mean these packages
will automatically use an OpenSSL lib output if it is reintroduced in
future.

This patch should cause very few rebuilds, because it shouldn't make
any change at all to most packages I'm touching.  The few rebuilds
that are introduced come from when I've changed a package builder not
to use variable names like openssl.out in scripts / substitution
patterns, which would be confusing since they don't hardcode the
output any more.

I started by making the following global replacements:

    ${pkgs.openssl.out}/lib -> ${lib.getLib pkgs.openssl}/lib
    ${openssl.out}/lib -> ${lib.getLib openssl}/lib

Then I removed the ".out" suffix when part of the argument to
lib.makeLibraryPath, since that function uses lib.getLib internally.

Then I fixed up cases where openssl was part of the -L flag to the
compiler/linker, since that unambigously is referring to libraries.

Then I manually investigated and fixed the following packages:

 - pycurl
 - citrix-workspace
 - ppp
 - wraith
 - unbound
 - gambit
 - acl2

I'm reasonably confindent in my fixes for all of them.

For acl2, since the openssl library paths are manually provided above
anyway, I don't think openssl is required separately as a build input
at all.  Removing it doesn't make a difference to the output size, the
file list, or the closure.

I've tested evaluation with the OfBorg meta checks, to protect against
introducing evaluation failures.
2022-03-30 15:10:00 +00:00
..
asdf asdf: fix cross compilation and set strictDeps 2022-01-09 09:50:32 +08:00
clwrapper misc: Replace tab indentation with spaces 2021-11-14 16:04:46 +13:00
from-quicklisp from-quicklisp: move urls-from-page.sh to its directory 2022-01-30 23:34:40 +01:00
quicklisp-to-nix quicklisp-to-nix: fix trailing whitespace 2022-01-12 11:16:22 +01:00
quicklisp-to-nix-output lispPackages: add nbd package 2022-03-11 12:31:06 +01:00
define-package.nix Common lisp update (#142209) 2021-10-20 14:30:31 +00:00
lisp-packages.nix lispPackages.quicklisp: switch to fetchFromGitHub 2022-03-16 00:45:13 +01:00
openssl-lib-marked.nix
quicklisp-to-nix-overrides.nix treewide: use lib.getLib for OpenSSL libraries 2022-03-30 15:10:00 +00:00
quicklisp-to-nix-systems.txt lispPackages: add nbd package 2022-03-11 12:31:06 +01:00
quicklisp-to-nix.nix lispPackages: add nbd package 2022-03-11 12:31:06 +01:00
quicklisp.sh
README.txt Common lisp update (#142209) 2021-10-20 14:30:31 +00:00
shell.nix Common lisp update (#142209) 2021-10-20 14:30:31 +00:00

Want to add a package?  There are 3 simple steps!
1. Add the needed system names to quicklisp-to-nix-systems.txt.
2. cd <path to quicklisp-to-nix-systems.txt> ; nix-shell --pure --run 'quicklisp-to-nix .'
  You might want to specify also the --cacheSystemInfoDir and --cacheFaslDir
  parameters to preserve some data between runs. For example, it is very
  useful when you add new packages with native dependencies and fail to
  specify the native dependencies correctly the first time.
  (Might be nice to ensure the cache directories exist)
3. Add native libraries and whatever else is needed to quicklisp-to-nix-overrides.nix.
   If libraries are needed during package analysis then add them to shell.nix, too.
4. Sometimes there are problems with loading implementation-provided systems.
  In this case you might need to add more systems in the implementation's (so
  SBCL's) entry into *implementation-systems* in quicklisp-to-nix/system-info.lisp

To update to a more recent quicklisp dist modify
lispPackages.quicklisp to have a more recent distinfo.

quicklisp-to-nix-system-info is responsible for installing a quicklisp
package into an isolated environment and figuring out which packages
are required by that system.  It also extracts other information that
is readily available once the system is loaded.  The information
produced by this program is fed into quicklisp-to-nix.  You usually
don't need to run this program unless you're trying to understand why
quicklisp-to-nix failed to handle a system.  The technique used by
quicklisp-to-nix-system-info is described in its source.

quicklisp-to-nix is responsible for reading
quicklisp-to-nix-systems.txt, running quicklisp-to-nix-system-info,
and generating the nix packages associated with the closure of
quicklisp systems.