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wrongly tagged as keywords
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y , z".
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TestCompile)
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4844 and 4824)
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Since camlp5 parses from left, the last ", z" was parsed as part of an
arbitrary long list of "x1 , .. , xn" and a syntax error was raised
since an extra ", z" was still expected.
We support this by translating "x , .. , y , z" into "x , y , .. , z"
and reassembling the arguments appropriately after parsing.
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4844 and 4824)
The commit 8e257d4 (which consider the dummy type Tdummy to be polymorphic and hence
immune of the need for unsafeCoerce) is quite wrong, even if in pratice it worked ok
most of the time. The confusion comes from the fact that the dummy value (__ aka MLdummy
internally) is implemented in Haskell as Prelude.error, hence it has indeed a polymorphic
unrestricted type. But the dummy type Tdummy used when extracting types must be monomorphic
(otherwise type parameters would have to be propagated out of any type definition involving
Tdummy). We implement Tdummy by Haskell's (), which for instance isn't convertible to Any,
as shown by the examples in bug reports 4844 and 4824.
This fix will bring back some more unsafeCoerce in Haskell extraction, including possibly
a few spurious ones. And these extra unsafeCoerce might also hinder further code optimisations.
We tried to mitigate that by directly removing [MLmagic] constructors in front of [MLdummy _].
NB: even if the original bug report mentions universe polymorphism, this issue is
almost unrelated to it. It just happens that when universe polymorphism is off,
an inductive instance is fully placed in Prop (cf. template polymorphism) in the example,
avoiding triggering the issue.
Warning: the test-suite file is there for archiving the repro case, but currently it doesn't
test much (we should run ghc on the extracted code).
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Avoid Anomaly (or Assert False) when a module signature contains
an applied functor followed by a "with Definition" or "with Module"
Also fix the dependency computation in presence of a "with Definition"
Concerning 4720, the code extracted out of this bug report was suboptimal
in Coq 8.4 (it was compilable, but could have probably been tweaked into a
real issue producing faulty code).
But the example of 4720 (and some variants of it) was broken since 8.5,
for the same reasons as 5177 and 5240. And the good news is that after
these repairs, the example of bug 4720 is now extracted to correct code
(the "with" is preserved).
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Replacing ; with && and enabling bash's pipefail option
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One file was already ready for testing. We add another one.
Note that we have to remove the machine-dependent lines in the output
tex files.
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This is probably the hardest case of them all, because tclABSTRACT fundamentally
relies on the names of universes from the constant instance being the same as
the one in the current goal. Adding to that the fact that the kernel is doing
strange things when provided with a polymorphic definition with body universe
constraints, it turns out to be a hellish nightmare to handle properly.
At some point we need to clarifiy this in the kernel as well, although we
leave it for some other patch.
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I had to slightly tweak a test in order to work around a bug of simpl that
loses universes constraints when refolding polymorphic fixpoints.
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eval thunks once in prlist_sep_lastsep, make code clearer
add typeclass debug output test
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The function turning a side-effect declaration into the corresponding
entry was crazily wrong, as it used a named universe context quantifying
over DeBruijn universe indices. Declaring such entries resulted
in random anomalies.
This fixes bug #5641.
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Before this patch, inductive subtyping was enforcing syntactic equality
of the variable instance, instead of reasoning up to alpha-renaming.
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We export a function in UGraph to check that a polymorphic instance is
a subtype of another, instead of rolling up our own in module code.
We also add a few tests for module subtyping in presence of polymorphic
constants.
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This commit adds timing scripts from
https://github.com/JasonGross/coq-scripts/tree/master/timing into the
tools folder, and integrates them into coq_makefile and Coq's makefile.
The main added makefile targets are:
- the `TIMING` variable - when non-empty, this creates for each built
`.v` file a `.v.timing` variable (or `.v.before-timing` or
`.v.after-timing` for `TIMING=before` and `TIMING=after`, respectively)
- `pretty-timed TGTS=...` - runs `make $(TGTS)` and prints a table of
sorted timings at the end, saving it to `time-of-build-pretty.log`
- `make-pretty-timed-before TGTS=...`, `make-pretty-timed-after
TGTS=...` - runs `make $(TGTS)`, and saves the timing data to the file
`time-of-build-before.log` or `time-of-build-after.log`, respectively
- `print-pretty-timed-diff` - prints a table with the difference between
the logs recorded by `make-pretty-timed-before` and
`make-pretty-timed-after`, saving the table to
`time-of-build-both.log`
- `print-pretty-single-time-diff BEFORE=... AFTER=...` - this prints a
table with the differences between two `.v.timing` files, and saves
the output to `time-of-build-pretty.log`
- `*.v.timing.diff` - this saves the result of
`print-pretty-single-time-diff` for each target to the
`.v.timing.diff` file
- `all.timing.diff` (`world.timing.diff` and `coq.timing.diff` in Coq's
own Makefile) - makes all `*.v.timing.diff` targets
N.B. We need to make `make pretty-timed` fail if `make` fails. To do
this, we need to get around the fact that pipes swallow exit codes.
There are a few solutions in
https://stackoverflow.com/questions/23079651/equivalent-of-pipefail-in-gnu-make;
we choose the temporary file rather than requiring the shell of the
makefile to be bash.
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constant".
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Delaying also some computation needed for printing to the time of
really printing it.
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with make -j4
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Maxime Dénès
Amin Timany
Julien Forest
Hugo Herbelin
Pierre Letouzey
Matthieu Sozeau
Enrico Tassi
Pierre-Marie Pédrot
Paul Steckler
Théo Zimmermann
Jason Gross