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This commit introduces 2 new vernac_expr constructors:
- VernacLocal (b,v) that represents a vernacular v with the "Local" modifier
- VernacProgram v that represents a vernacular v with the "Program" modifier
This allows the parser to avoid using side effects to model the two
modifiers, that are now represented in the AST. This also decouples the
parsing phase from the interpretation phase, since parsing a second
phrase does not alter the locality flag for the first phrase.
As a consequence all the locality_flag components of vernac_expr have
been removed, but for the ones that (for retro compatibility) allow
an "infix" Local flag. In these cases the boolean is renamed
obsolete_locality (as the grammar entry that parses it), and during
interpretation we check that at most one locality flag is specified,
using the idiom (where the input local is the obsolete one):
let local = enforce_XXX_locality locality local in
Another improvement is that the default locality is not chosen in the
parser, but in the interpreter where the idiom
let local = make_XXX_locality locality in
is used to default the locality to XXX (module/section/whatever).
Unfortunately not all side effects have been removed:
- Flags.program_mode is still used to signal that we are in program mode
- Locality.LocalityFixme.* functions are used in commands that do not
have an AST, but are parsed as VernacExtend (see vernacinterp.ml)
I guess one could fix the latter case systematically adding an extra
argument "locality" to commands attached using VERNAC COMMAND EXTEND.
Fixing plugins adding commands that honour "Local" should look like this:
VERNAC COMMAND EXTEND Set_Solver
| [ "Obligation" "Tactic" ":=" tactic(t) ] -> [
set_default_tactic
- (Locality.use_section_locality ())
+ (Locality.make_section_locality (Locality.LocalityFixme.consume ()))
(Tacintern.glob_tactic t) ]
END
In any case the side effects are set/consumed within then interpretation
phase, and not set during the parsing phase and consumed during the
interpretation phase.
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- Fix caching of local hint database in typeclasses eauto which could
miss some hypotheses.
- Fix automatic solving of obligation in program, which was not trying
to solve obligations that had no undefined dependencies left.
Fix a warning in fourierR.ml.
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Get rid of the LightenLibrary hack : no more last-minute
collect of opaque terms and Obj.magic tricks. Instead, we
make coqc accumulate the opaque terms as soon as constant_bodies
are created outside sections. In these cases, the opaque
terms are placed in a special table, and some (DirPath.t * int)
are used as indexes in constant_body. In an interactive session,
the local opaque terms stay directly stored in the constant_body.
The structure of .vo file stays similar : magic number, regular
library structure, digest of the first part, array of opaque terms.
In addition, we now have a final checksum for checking the
integrity of the whole .vo file. The other difference is that
lazy_constr aren't changed into int indexes in .vo files, but are
now coded as (substitution list * DirPath.t * int). In particular
this approach allows to refer to opaque terms from another
library. This (and accumulating substitutions in lazy_constr)
seems to greatly help decreasing the size of opaque tables :
-20% of vo size on the standard library :-). The compilation times
are slightly better, but that can be statistic noise.
The -force-load-proofs isn't active anymore : it behaves now
just like -lazy-load-proofs. The -dont-load-proofs mode has
slightly changed : opaque terms aren't seen as axioms anymore,
but accessing their bodies will raise an error.
Btw, API change : Declareops.body_of_constant now produces directly
a constr option instead of a constr_substituted option
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For the moment, this anomaly is catched and ignore later,
but that will changed soon.
git-svn-id: svn+ssh://scm.gforge.inria.fr/svn/coq/trunk@16272 85f007b7-540e-0410-9357-904b9bb8a0f7
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**Warning** the ml code of plugins may have to be adapted after this.
Concerning coq itself, I've done the adaptations, let's hope I've
forgotten none. In practice, the number of changes are relatively low,
and the code is quite cleaner this way.
git-svn-id: svn+ssh://scm.gforge.inria.fr/svn/coq/trunk@16271 85f007b7-540e-0410-9357-904b9bb8a0f7
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functor application. Rewritten the interface btw.
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has to be refered through its qualified name even when the module
containing it is imported.
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- constr_substituted and lazy_constr are now in a dedicated kernel/lazyconstr.ml
- the functions that were in declarations.ml (mostly substitution utilities
and hashcons) are now in kernel/declareops.ml
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Ok, this is merely a matter of taste, but up to now the usage
in Coq is rather to use capital letters instead of _ in the
names of inner modules.
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Gmap uses Pervasives.compare which may interact badly with
structures like pairs of kernel names
For the moment, we consider elements in classes and coercions only
according to their user kernel name: this provides maximal compatibility.
But it could be interesting to try using comparision according to
canonical kernel names...
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Typical example :
Inductive t := T : t -> t.
Earlier, the extraction was using a shortcut to get the sort of t
(via some mind_arity stuff), but this was producing a less precise
answer (here InType) than a full Retyping.get_sort_family_of
(here InProp since t is a singleton type, with no content).
The extraction of t was hence awkward, since the type of the
constructor T was computed with the precise method, and its argument
was optimized out. Now the whole t is considered logical by the
extraction.
NB: to avoid this clever but highly non-intuitive behavior of Coq placing
the above t in Prop, for the moment you have to fix its sort, for instance:
Inductive t : Set := T : t -> t.
Using Type instead of Set still activates Coq's minimal sort detection...
Instead, you could also use one specific TypeX obtained via
Definition TypeX := Type.
git-svn-id: svn+ssh://scm.gforge.inria.fr/svn/coq/trunk@16203 85f007b7-540e-0410-9357-904b9bb8a0f7
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goal. Filtered env is intended to be type-safe.
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native OCaml code.
Warning: the "retroknowledge" mechanism has not been ported to the native
compiler, because integers and persistent arrays will ultimately be defined as
primitive constructions. Until then, computation on numbers may be faster using
the VM, since it takes advantage of machine integers.
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This correspond to ocaml4 warning 6
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type in "cast" to activate the temporary interpretation scope.
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the new Int module. Only the most obvious were removed, so there
are a lot more in the wild.
This may sound heavyweight, but it has two advantages:
1. Monomorphization is explicit, hence we do not miss particular
optimizations of equality when doing it carelessly with the generic
equality.
2. When we have removed all the generic equalities on integers, we
will be able to write something like "let (=) = ()" to retrieve all
its other uses (mostly faulty) spread throughout the code, statically.
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The parameters of a constructor C are part of the type of C,
we should take them in account when retrieving the argument(s)
declared as implicit.
This way, the Extraction Implicit should now be correct when
given named arguments of constructors with parameters.
When positional numbers are given to Extraction Implicit, these
numbers should now be increased by the number of parameters for
this constructor.
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