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This code was not used at all inside the kernel, it was related to universe
unification that happens in the upper layer. It makes more sense to put it
somewhere upper.
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This datatype enforces stronger invariants, e.g. that we only have in the
substitution codomain a connex interval of variables from 0 to n - 1.
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We take advantage of the range structure to get a O(log n) retrieval of values
bound to a rel in an environment.
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Unfortunately OCaml doesn't deprecate the constructors of a type when
the type alias is deprecated.
In this case it means that we don't get rid of the kernel dependency
unless we deprecate the constructors too.
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the kernel.
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We force the upper layers to extrude the universe constraints before sending
it to the kernel. This simplifies the suspicious handling of polymorphic
constraints for section-local definitions.
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This allows to statically ensure well-formedness properties.
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The comment had the type and value of the let-in swapped, which contradicted the listed types.
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Let definitions have the same behaviour if they are ended with a Qed or a
Defined command, i.e. they are treated as if they were transparent. Indeed,
it doesn't make sense for them to be opaque as they are going to be expanded
away at the end of the section.
For an unknown reason, handling of side-effects in Let definitions considers
them as if they were opaque, i.e. the effects are inlined in the definition.
This discrepancy has bad consequences in the kernel, where one is forced to
juggle with universe constraints generated by polymorphic Let definitions.
As a first phase of cleaning, we simply enforce by typing that Let definitions
should be purified before reaching the kernel.
This has the intended side-effect to make side-effects persistent in Let
definitions, as if they were indeed truly transparent.
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This enforces the intended meaning of the corresponding functions
(prod_appvect*/prod_applist*).
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Adding a "let-in"-sensitive function hnf_prod_applist_assum to
instantiate parameters and using it for printing.
Thanks to PMP for reporting.
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Was introduced in e8c47b65.
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We more the `recursivity_kind` type to `Declarations`, this indeed
makes sense, and now `Decl_kind` morally lives in `library` as it
should.
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New module introduced in OCaml 4.05 I think, can create problems when
linking with the OCaml toplevel for `Drop`.
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The patch has three parts:
- Introduction of a configure flag `-bytecode-compiler (yes|no)`
(due to static initialization this is a configure-time option)
- Installing the hooks that register the VM with the pretyper and the
kernel conditionally on the flag.
- Replacing the normalization function in `Redexpr` by compute if the
VM is disabled.
We also rename `Coq_config.no_native_compiler` to `native_compiler`
and `Flags.native_compiler` to `output_native_objects` [see #4607].
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They are now bound at the library + module level and can be qualified
and shadowed according to the usual rules of qualified names.
Parsing and printing of universes "u+n" done as well.
In sections, global universes are discharged as well, checking that
they can be defined globally when they are introduced
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There don't really bring anything, we also correct some minor nits
with the printing function.
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Also use constant_universes_entry instead of a bool flag to indicate
polymorphism in ParameterEntry.
There are a few places where we convert back to ContextSet because
check_univ_decl returns a UContext, this could be improved.
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constructs.
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Extending terms is notoriously difficult. We try to get more help from
the compiler by making sure such an extension will trigger non
exhaustive pattern matching warnings.
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We mirror the structure of EConstr and move the destructors from `Term`
to `Constr`.
This is a step towards having a single module for `Constr`.
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We deprecate a few functions that were deprecated in the comments plus
we place `Nameops` and `Univops` in engine where they do seem to
belong in the large picture of code organization.
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Due to an API change in laglgtk, we need to update CoqIDE. We use a
makefile hack so it can compile with lablgtk < 2.8.16, another option
would be to require 2.8.16 as a minimal dependency.
We also refactor travis to test more lablgtk versions.
We also need to account for improved attribute handling in 4.06.0, in
particular module aliases will propagate the deprecation status.
Fixes #6140.
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We do up to `Term` which is the main bulk of the changes.
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This will allow to merge back `Names` with `API.Names`
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This is a first step towards some of the solutions proposed in #6008.
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The infos already contain the env. Note that it was only actually used
in the 2 lookup_mind lines.
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We make Vernacentries.interp functional wrt state, and thus remove
state-handling from `Future`. Now, a future needs a closure if it
wants to preserve state.
Consequently, `Vernacentries.interp` takes a state, and returns the
new one.
We don't explicitly thread the state in the STM yet, instead, we
recover the state that was used before and pass it explicitly to
`interp`.
I have tested the commit with the files in interactive, but we aware
that some new bugs may appear or old ones be made more apparent.
However, I am confident that this step will improve our understanding
of bugs.
In some cases, we perform a bit more summary wrapping/unwrapping. This
will go away in future commits; informal timings for a full make:
- master:
real 2m11,027s
user 8m30,904s
sys 1m0,000s
- no_futures:
real 2m8,474s
user 8m34,380s
sys 0m59,156s
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Also add an output test for Suggest Proof Using.
This changes the .aux output: instead of getting a key
>context_used "$hyps;$suggest"
where $hyps is a list of the used hypotheses and $suggest is the
;-separated suggestions (or the empty string if Suggest Proof Using is
unset), there is a key
>context_used "$hyps"
and if Suggest Proof Using is set also a key
>suggest_proof_using "$suggest"
For instance instead of
112 116 context_used "B A;A B;All"
we get
112 116 context_used "B A"
112 116 suggest_proof_using "A B;All"
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This seems a safe choice as of today, but more advanced users would
like to tweak it, or we could even refine it by a configure option if
desired.
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We move toplevel/STM flags from `Flags` to their proper components;
this ensures that low-level code doesn't depend on them, which was
incorrect and source of many problems wrt the interfaces.
Lower-level components should not be aware whether they are running in
batch or interactive mode, but instead provide a functional interface.
In particular:
== Added flags ==
- `Safe_typing.allow_delayed_constants`
Allow delayed constants in the kernel.
- `Flags.record_aux_file`
Output `Proof using` information from the kernel.
- `System.trust_file_cache`
Assume that the file system won't change during our run.
== Deleted flags ==
- `Flags.compilation_mode`
- `Flags.batch_mode`
Additionally, we modify the STM entry point and `coqtop` to account
for the needed state. Note that testing may be necessary and the
number of combinations possible exceeds what the test-suite / regular
use does.
The next step is to fix the initialization problems [c.f. Bugzilla],
which will require a larger rework of the STM interface.
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Unused since dc57718e98289b5d71a0a942d6a063d441dc6a54 as far as I can
tell.
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