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`FunTy` now has an `AnonArgFlag` that indicates whether the arrow is
a `t1 => t2` or `t1 -> t2`.
This commit shouldn't change any functionality in Haddock.
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Before LLVM 6.0.1 (or 10.0 on Apple LLVM), there was a bug where
lines that started with an octothorpe but turned out not
to lex like pragmas would have an extra line added after them.
Since this bug has been fixed upstream and that it doesn't have dire
consequences anyways, the workaround is not really worth it
anymore - we can just tell people to update their clang version (or re-structure
their pragma code).
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# Summary
This is a large architectural change to the Hyperlinker.
* extract link (and now also type) information from `.hie` instead
of doing ad-hoc SYB traversals of the `RenamedSource`. Also
adds a superb type-on-hover feature (#715).
* re-engineer the lexer to avoid needless string conversions. By going
directly through GHC's `P` monad and taking bytestring slices, we
avoid a ton of allocation and have better handling of position
pragmas and CPP.
In terms of performance, the Haddock side of things has gotten _much_
more efficient. Unfortunately, much of this is cancelled out by the
increased GHC workload for generating `.hie` files. For the full set of
boot libs (including `ghc`-the-library)
* the sum of total time went down by 9-10% overall
* the sum of total allocations went down by 6-7%
# Motivation
Haddock is moving towards working entirely over `.hi` and `.hie` files.
This change means we no longer need the `RenamedSource` from
`TypecheckedModule` (something which is _not_ in `.hi` files).
# Details
Along the way a bunch of things were fixed:
* Cross package (and other) links are now more reliable (#496)
* The lexer tries to recover from errors on every line (instead of at CPP
boundaries)
* `LINE`/`COLUMN` pragmas are taken into account
* filter out zero length tokens before rendering
* avoid recomputing the `ModuleName`-based `SrcMap`
* remove the last use of `Documentation.Haddock.Utf8` (see #998)
* restructure temporary folder logic for `.hi`/`.hie` model
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Trac Issues #15495
This patch removes the ping-pong style from HsPat (only, for now), using the plan laid out at https://ghc.haskell.org/trac/ghc/wiki/ImplementingTreesThatGrow/HandlingSourceLocations (solution A).
- the class `HasSrcSpan`, and its functions (e.g., `cL` and `dL`), are introduced
- some instances of `HasSrcSpan` are introduced
- some constructors `L` are replaced with `cL`
- some patterns `L` are replaced with `dL->L` view pattern
- some type annotation are necessarily updated (e.g., `Pat p` --> `Pat (GhcPass p)`)
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This token is necessary for parsing #line pragmas inside nested comments.
Reviewers: bgamari
Reviewed By: bgamari
Differential Revision: https://phabricator.haskell.org/D4935
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'spanToNewline' is used to help break apart the source into lines which
can then be partioned into CPP and non-CPP chunks. It is important that
'spanToNewline' not break apart tokens, so it needs to properly handle
things like
* block comments, possibly nested
* string literals, possibly multi-line
* CPP macros, possibly multi-line
String literals in particular were not being properly handled. The fix
is to to fall back in 'Text.Read.lex' to help lex things that are not
comments.
Fixes #837.
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Since the hyperlinker backend now relies on the GHC tokenizer, something
like 'Bar.Baz.foo' already gets bunched together into one token (as
opposed to being spread across 'Bar', '.', 'Baz', '.', and 'foo').
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This prevents spurious lines from appearing in the final output.
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Links to pattern synonyms are now generated, as well as links from
modules in import lists.
Fixes #731.
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The hyperlinker backend now classifies the content of pragmas as
'TkPragma'. That means that in something like '{-# INLINE foo #-}',
'foo' still gets classified as a pragma token.
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* Start changing to use GHC lexer
* better cpp
* Change SrcSpan to RealSrcSpan
* Remove error
* Try to stop too many open files
* wip
* wip
* Revert "wip"
This reverts commit b605510a195f26315e3d8ca90e6d95a6737553e1.
Conflicts:
haddock-api/haddock-api.cabal
haddock-api/src/Haddock/Interface.hs
* Remove pointless 'caching'
* Use dlist rather than lists when finding vars
* Use a map rather than list
* Delete bogus comment
* Rebase followup
Things now run using the GHC lexer. There are still
- stray debug statements
- unnecessary changes w.r.t. master
* Cleaned up differences w.r.t. current Haddock HEAD
Things are looking good. quasiquotes in particular look beautiful: the
TH ones (with Haskell source inside) colour/link their contents too!
Haven't yet begun to check for possible performance problems.
* Support CPP and top-level pragmas
The support for these is hackier - but no more hacky than the existing
support.
* Tests pass, CPP is better recognized
The tests were in some cases altered: I consider the new output to be more
correct than the old one....
* Fix shrinking of source without tabs in test
* Replace 'Position'/'Span' with GHC counterparts
Replaces 'Position' -> 'GHC.RealSrcLoc' and 'Span' -> 'GHC.RealSrcSpan'.
* Nits
* Forgot entry in .cabal
* Update changelog
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This reverts commit 01eeeb048acd2dd05ff6471ae148a97cf0720547.
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This reverts commit 9f054dc365379c66668de6719840918190ae6e44.
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* Make Span strict in Position
* Hyperlinker: Use a proper map to enrich tokens
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Specialize.hs and Ast.hs are modified to have their Syb code not recurse into
Name or Id in HsSyn types.
Specialize.hs is refactored to have fewer calls to Syb functions.
Syb.hs has some foldl calls replaced with foldl' calls.
There is still a lot of performance on the floor of Ast.hs. The RenamedSource
is traversed many times, and lookupBySpan is very inefficient. everywhereBut and
lookupBySpan dominate the runtime whenever --hyperlinked-source is passed.
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See https://ghc.haskell.org/trac/ghc/wiki/ImplementingTreesThatGrow
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(cherry picked from commit bb994de1ab0c76d1aaf1e39c54158db2526d31f1)
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GHC.con_names is now GHC.getConNames
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