We now just check that the fetcher doesn't change any attributes in
the input, and return all the original attributes (i.e. discarding any
new attributes and keeping any attributes that the fetcher didn't
keep).
This fixes the error
'{"__final":true,"lastModified":1686592866,"narHash":"sha256-riGg89eWhXJcPNrQGcSwTEEm7CGxWC06oSX44hajeMw","owner":"nixos","repo":"nixpkgs","rev":"0eeebd64de89e4163f4d3cf34ffe925a5cf67a05","type":"github"}' resulted in different input
'{"__final":true,"lastModified":1686592866,"narHash":"sha256-riGg89eWhXJcPNrQGcSwTEEm7CGxWC06oSX44hajeMw=","owner":"nixos","repo":"nixpkgs","rev":"0eeebd64de89e4163f4d3cf34ffe925a5cf67a05","type":"github"}'
in flake-regressions/tests/nix-community/patsh/0.2.1 (note the lack of
a trailing '=' in the NAR hash in the lock file).
OpenBSD doesn't support `lutimes`, but does support `utimensat` which
subsumes it. In fact, all the BSDs, Linux, and newer macOS all support
it. So lets make this our first choice for the implementation.
In addition, let's get rid of the `lutimes` `ENOSYS` special case. The
Linux manpage says
> ENOSYS
>
> The kernel does not support this call; Linux 2.6.22 or later is
> required.
which I think is the origin of this check, but that's a very old version
of Linux at this point. The code can be simplified a lot of we drop
support for it here (as we've done elsewhere, anyways).
Co-Authored-By: John Ericson <John.Ericson@Obsidian.Systems>
(cherry picked from commit d023202811)
OpenBSD doesn't support `lutimes`, but does support `utimensat` which
subsumes it. In fact, all the BSDs, Linux, and newer macOS all support
it. So lets make this our first choice for the implementation.
In addition, let's get rid of the `lutimes` `ENOSYS` special case. The
Linux manpage says
> ENOSYS
>
> The kernel does not support this call; Linux 2.6.22 or later is
> required.
which I think is the origin of this check, but that's a very old version
of Linux at this point. The code can be simplified a lot of we drop
support for it here (as we've done elsewhere, anyways).
Co-Authored-By: John Ericson <John.Ericson@Obsidian.Systems>
Backward-compatible schema changes (e.g. those that add tables or
nullable columns) now no longer need a change to the global schema
file (/nix/var/nix/db/schema). Thus, old Nix versions can continue to
access the database.
This is especially useful for schema changes required by experimental
features. In particular, it replaces the ad-hoc handling of the schema
changes for CA derivations (i.e. the file /nix/var/nix/db/ca-schema).
Schema versions 8 and 10 could have been handled by this mechanism in
a backward-compatible way as well.
the default int64_t max was still overflowing for me, when this was dumped as json (noticed during building the manual).
So making 0, the default and define it as "no warnings" fixes the situtation.
Also it's much more human-readable in documentation.
This works because the `builder` and `args` variables are only used
in the non-builtin code path.
Co-Authored-By: Théophane Hufschmitt <theophane.hufschmitt@tweag.io>
This works because the `builder` and `args` variables are only used
in the non-builtin code path.
Co-Authored-By: Théophane Hufschmitt <theophane.hufschmitt@tweag.io>
This overall seems like insecure tmp file handling to me. Because other
users could replace files in /tmp with a symlink and make the nix-shell
override other files.
fixes https://github.com/NixOS/nix/issues/11470
(cherry picked from commit 2105574702)
This overall seems like insecure tmp file handling to me. Because other
users could replace files in /tmp with a symlink and make the nix-shell
override other files.
fixes https://github.com/NixOS/nix/issues/11470
