| Commit message (Collapse) | Author | Age | Files | Lines |
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Cabal's versionDigitParser limits the version nuber to nine digits, this
used to not be checked for and used to just overflow the resulting Word.
See 7d4eee68fcb3 ("Limit version number parts to be 9 digits")
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This reverts commit 04c2d34f1874bc198288d33c784bc26f89280ee2.
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Cabal's GHC.configure doesn't demand haddock exist, so we have to handle the case where it's not installed.
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Previously we would pick up Stack's Cabal version with ghc-pkg on the
global package-db. This however ignores that Stack also supports custom
Setup.hs with the Cabal version from the snapshot instead.
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When we are invoked under Stack (as part of HIE's test suite for example)
our choice of Cabal library when invoking GHC gets interferred with by the
GHC_ENVIRONMENT variable.
Since we're just using boot packages simply unsetting GHC package related
envvars seems like a fairly decent fix here. See the issue below for more
details.
Fixes #78
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Using ghc-paths bypasses cabal's rebuild checks though, for example,
installing the compiler into a different directory will change the libdir
but cabal won't recompile ghc-paths.
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This fixes scenarios such as:
cabal: Ambiguous target 'test:foo'. It could be:
A:test:foo (component)
B:test:foo (component)
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All contributors have agreed on public record at
https://github.com/DanielG/cabal-helper/issues/76
Fixes #76
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We want to be able to have the build tool use exactly the compiler and
related executables we choose. Stack doesn't really like that mode of
operation and insists on getting everything from PATH itself so this commit
adds support for creating a temporary symlink farm to convince Stack to use
the executables we want it to use.
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It's a bit heavy just for a single use-site for debugging.
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See https://github.com/haskell/cabal/issues/6201 for details about the bug
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Previously we only had a cache for the project info and each unit
info. However adding support for passing overridden compiler paths to build
tools introduces a nasty data dependency: to fully configure 'Program's
we (used to) need ProjInfo which needs an already configured 'Programs' in
readProjInfo (ugh).
After at least four failed attempts at untangling this I arrived at this
solution. Simply splitting up the caches into some smaller parts does the
trick and as a side product forced me to add an abstraction for the caching
logic so as to not reapeat myself even more.
Relatedly runQuery is not just a field accessor anymore but actualy does
some IO of itself to manage the cache and make already configured
'Program's available to the rest of the library.
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After lamenting the fact that we don't have this in the docs I figured it
really ought to be an exposed abstraction.
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- Inplace component inlining really always was a nasty cludge, now that we
have proper build-system support we can get rid of it.
- GHC options subsets aren't really needed, we can split these up after
parsing the options using the ghc library.
- Dropped GHC 7.10, it seems unsupportable without the inplace component
inlining, possibly a Stack/lib:Cabal bug, but it is quite old so time for
it to go anyway. This is the second thing commit it was holing up too!
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We cannot always assume `takeDirectory cfg_file` will be the project source
directory!
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This allows discriminating Stack vs. Cabal at the type level more easily.
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Unfortunately we need this to pass a custom GHC executable path to stack,
since it doesn't have an option to override it on the commandline (yet?).
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We need to support passing down the path to ghc to new-build/stack in order
to support using a non-default 'ghc' executable.
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I'm turning off -Wunused-imports in the modules that have to deal with
ancient Cabal versions because maintaining warning cleanlyness really is
quite pointless when you have to deal with all sorts of deprecations and
stuff moving around. I don't think having too many imports will ever break
anything there unless the modules really get deprecated and removed, but
we'll notice that ;)
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This makes it much easier to deal with differences between the build tools
as we can now have functions that only make sense for Cabal and statically
enforce this by passing a 'SCabalProjType pt' as evidence that $pt \in {V1,
V2}$.
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Two things were broken here:
- I forgot to encode the invariant that RealtivePath should not be allowed
to escape CWD by using '../'
- The invaiant was inverted. A RelativePath was only allowed to be absolute
before -- uups.
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Turns out the Setup header has the compiler version used to build Setup, not the
version the project is configured to use.
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Super-major version bumps like Cabal-2.5.0.0 -> Cabal-3.0.0.0 violate that rule.
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It breaks when there's a `cabal-version:` delaration in the file.
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