When a clone-linked package is updated, a temporary extra clone
is created to checkout the target commit for dependency and conflict
checking.
The current strategy for cloning a repository doesn't work for some
Git versions. The problem is that the target commit is unlikely to
be reachable from any current branch or tag, and so it might not
get carried along in the clone (depending on the Git version).
Originally, a `git fetch <commit>` compensated for that problem,
but fetching a particular commit doesn't work for all Git versions,
either.
The new strategy is to clone with `--shared`, which ensures that
just-fetched commits are all available in the temporary clone (and
it also avoids a little unnecessary copying work).
If a file or directory delete fails, try adjusting the file or directory
permissions to allow writes, then try deleting again. This process should
provide a more Unix-like experience and make programs behave more
consistently.
A new `current-force-delete-permissions` parameter provides access to
the raw native behavior.
Check for an empty path after dropping `"`s, instead of before.
Otherwise, a bad PATH setting interferes with functions like
`find-executable-path`, which in turn can prevent DrRacket from
starting up.
Closes PR 14930
Instead of introducing a subtype of `file-dependency` to imply one new
option, add a subtype that has an options table for easier
extensibility. (Thanks to Sam for pointing out that I shouldn't make
this mistake again.)
find-relative-path expects a simple-form-path, but according to the documentation PLTUSERHOME as propagated by find-user-pkgs-dir must only be a complete-path?
Without this building of the documentation fails if PLTUSERHOME contains ".."
If module M in package P imports module N from package Q,
and if N has a `lazy-require` for a module in R that is
triggered during the compilation of M, then P doesn't really
depend on R; P depends on Q, and Q depends on R, and P
shoudn't necessarily know anything about Q. At the same time,
a change to the file in R means that M must be recompiled.
So, continue to track the compilation dependency, but mark
it as "indirect" so that the package-dependency checker can
ignore the dependency.
If the slow path has to be taken because the number of
list elements is greater than the stack size, then the
old implementation would copy all the arguments --- which
still might be too much for the available stack space.
Avoid that copy.
Also, add pad word to the end of the stack to help detect
overflow.
Not really sure about this one. The API kind of
forces my hand here and the way this works limits
the non-dep side of the dependent pair to always
be drawn from a fixed set. Not sure if that matters
in practice or not.
The `as-is` target is like the default target, but it skips package
update and installation, so it's suitable for rebuilding after local
changes that might include changes to the core.
For example, reduce (begin x (error 'e) y) ==> (begin x (error 'e)) and
(f (error 'e) y ) ==> (begin f (error 'e)).
Also, reduce (if (error 'e) x y) ==> (error 'e) and propagate the type information
and clocks when only one branch produce an error.
