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We explicitely take care of the argument A to be given to eq_refl,sym,trans
when proving that Logic.eq is an instance of Equivalence. This should solve
the recent Universe Inconsistencies encountered in CoLoR and FingerTree.
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of cleanup in tactics/
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[forall_relation] combinator.
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Update Numbers that was implicitely using [simpl_relation] instead of
the default tactic [program_simpl].
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As a consequence, revert to some pedestrian proofs of Equivalence here
and there, without the need for the Measure class.
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in */*/vo.itarget
On the way: no more -fsets (yes|no) and -reals (yes|no) option of configure
if you want a partial build, make a specific rule such as theories-light
Beware: these vo.itarget should not contain comments. Even if this is legal
for ocamlbuild, the $(shell cat ...) we do in Makefile can't accept that.
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it's rarely used anyway.
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Now that backtracking is working correctly, we need to avoid a
non-termination issue introduced by the [RelCompFun] definition in
RelationPairs, by adding a [Measure] typeclass. It could be used to have
a uniform notation for measures/interpretations in Numbers and be but in
the interfaces too, only the mimimal change was implemented.
Fix syntax change in test-suite scripts.
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Fixed some bugs in -beautify and robustness of {struct} clause.
Note: I tried to make the Automatic Introduction mode on by default
for version >= 8.3 but it is to complicated to adapt even in the
standard library.
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[Generalizable (All|No) Variables (ident+)?], also update
type classes documentation to reflect the latest changes
in instance decls. Fix a bug in [Util.list_split_when].
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not just type class applications.
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- NStrongRec provides a "strong" recursor based on the usual one:
recursive calls can be done here on any lower value.
See binary log in NDefOps for an example of use.
- NDefOps contains alternative definitions of usual operators
(add, mul, ltb, pow, even, half, log)
via usual or strong recursor, and proofs of correctness and/or
of equivalence with axiomatized operators.
These files were in the archive but not being compiled,
some proofs of correction for functions defined there were missing.
By the way, some more iff-style lemmas in Bool.
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- A richer OrderedTypeFull interface : OrderedType + predicate "le"
- Implementations {Nat,N,P,Z,Q}OrderedType.v, also providing "order" tactics
- By the way: as suggested by S. Lescuyer, specification of compare is
now inductive
- GenericMinMax: axiomatisation + properties of min and max out of
OrderedTypeFull structures.
- MinMax.v, {Z,P,N,Q}minmax.v are specialization of GenericMinMax,
with also some domain-specific results, and compatibility layer
with already existing results.
- Some ML code of plugins had to be adapted, otherwise wrong "eq",
"lt" or simimlar constants were found by functions like coq_constant.
- Beware of the aliasing problems: for instance eq:=@eq t instead of
eq:=@eq M.t in Make_UDT made (r)omega stopped working (Z_as_OT.t
instead of Z in statement of Zmax_spec).
- Some Morphism declaration are now ambiguous: switch to new syntax
anyway.
- Misc adaptations of FSets/MSets
- Classes/RelationPairs.v: from two relations over A and B, we
inspect relations over A*B and their properties in terms of classes.
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This allows easier handling of dependencies, for instance RelationClasses
won't have to requires List (which itself requires part of Arith, etc).
One of the underlying ideas is to provide setoid rewriting in Init someday.
Thanks to some notations in List, this change should be fairly transparent
to the user. For instance, one could see that List.length is a notation for
(Datatypes.)length only when doing a Print List.length.
For these notations not to be too intrusive, they are hidden behind an explicit
Export of Datatypes at the end of List. This isn't very pretty, but quite handy.
Notation.ml is patched to stop complaining in the case of reloading the same
Delimit Scope twice.
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variables with syntax:
[Local?|Global] Generalizable Variable(s)? [all|none|id1 idn].
By default no variable is generalizable, so this patch breaks backward
compatibility with files that used implicit generalization (through
Instance declarations for example). To get back the old behavior, one
just needs to use [Global Generalizable Variables all].
Make coq_makefile more robust using [mkdir -p].
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unconstrained goals (e.g. PreOrder A ?). Allow the unconstrained use of
[proper_reflexive] again.
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Same global ideas (in particular the use of modules/functors), but:
- frequent use of Type Classes inside interfaces/implementation.
For instance, no more eq_refl/eq_sym/eq_trans, but Equivalence.
A class StrictOrder for lt in OrderedType. Extensive use of Proper
and rewrite.
- now that rewrite is mature, we write specifications of set operators
via iff instead of many separate requirements based on ->. For instance
add_spec : In y (add x s) <-> E.eq y x \/ In x s.
Old-style specs are available in the functor Facts.
- compare is now a pure function (t -> t -> comparison) instead of
returning a dependent type Compare.
- The "Raw" functors (the ones dealing with e.g. list with no
sortedness proofs yet, but morally sorted when operating on them)
are given proper interfaces and a generic functor allows to obtain
a regular set implementation out of a "raw" one.
The last two points allow to manipulate set objects that are completely free
of proof-parts if one wants to. Later proofs will rely on type-classes
instance search mechanism.
No need to emphasis the fact that this new version is severely incompatible
with the earlier one. I've no precise ideas yet on how allowing an easy
transition (functors ?). For the moment, these new Sets are placed alongside
the old ones, in directory MSets (M for Modular, to constrast with forthcoming
CSets, see below). A few files exist currently in version foo.v and foo2.v,
I'll try to merge them without breaking things. Old FSets will probably move
to a contrib later.
Still to be done:
- adapt FMap in the same way
- integrate misc stuff like multisets or the map function
- CSets, i.e. Sets based on Type Classes : Integration of code contributed by
S. Lescuyer is on the way.
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This allow in particular to write eq instead of (@eq _) in
signatures of morphisms. I dont really see how this could
break existing code, no change in the stdlib was mandatory.
We'll check the contribs tomorrow...
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existentials are generated (at last!). The code simply keeps failure
continuations and apply them if needed.
Fix bottomup and topdown rewrite strategies that looped.
Use auto introduction flag for typeclass instances as well.
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1) compilation of Library.tex was failing on a "Ext_" in Diaconescu.v
In fact coqdoc was trying to recognize the end of a _emphasis_ and
hence inserted a bogus }. For the moment I've enclosed the phrase
with [ ], but this emphasis "feature" of coqdoc seems _really_
easy to broke. Matthieu ?
2) By the way, this Library document was made from latin1 and utf8
source file, hence bogus characters. All .v containing special
characters are converted to utf8, and their first line is now
mentionning this. (+ killed some old french comments and some
other avoidable special characters).
PLEASE: let's stick to this convention and avoid latin1, at least
in .v files.
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obligation tactic so that [Program] can work without importing
anything.
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- better implicits for [antisymmetry]
- don't throw away implicit arguments info when doing [Program
Definition : type.]
- add standard debugging tactics to print goals/hyps in Program.
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rewriting (thanks to Georges Gonthier for pointing it out).
We try to find a declared rewrite relation when the equation does not
look like an equality and otherwise try to reduce it to find a leibniz equality
but don't backtrack on generalized rewriting if this fails. This new
behavior make two fsets scripts fail as they are trying to use an
underlying leibniz equality for a declared rewrite relation, a [red]
fixes it.
Do some renaming from "setoid" to "rewrite".
Fix [is_applied_rewrite_relation]'s bad handling of evars and the
environment.
Fix some [dual] hints in RelationClasses.v and assert that any declared
[Equivalence] can be considered a [RewriteRelation].
Fix minor tex output problem in coqdoc.
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resolution of generated evars, not doing any backtracking yet.
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as they are used.
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- Set implicit args on for Context decls
- Move class_apply tactic to Init
- Normalize evars before raising an error.
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- Decorate proof search with depth/subgoal number information
- Add a tactic [autoapply foo using hints] to call the resolution tactic
with the [transparent_state] associated with a hint db, giving better
control over unfolding.
- Fix a bug in the Lambda case in the new rewrite
- More work on the [Proper] and [subrelation] hints to cut the search space
while retaining completeness.
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- [matches] is not parameterized by evars: normalize before calling
conclPattern.
- fix hints in Morphisms for subrelation and handling of signature
normalization.
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and failure continuations, allowing to do safe cuts correctly.
- Fix bug #2097 by suppressing useless nf_evars calls.
- Improve the proof search strategy used by rewrite for subrelations and
fix some hints.
Up to 20% speed improvement in setoid-intensive files.
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clause resulting in stray notations for e.g. variable named "le")
and 12083 (fixing bug in as clause of apply in) from trunk.
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with standard math nomenclature. Also clean up in rewrite.ml4.
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Setoid doesn't export Program.Basics anymore.
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Setoid, the rest needs to be qualified.
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Program.Tactics anymore.
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strategies (à la ELAN).
Now setoid_rewrite is just one strategy and autorewrite is a
more elaborate one. Any kind of traversals can be defined, strategies
can be composed etc... in ML. An incomplete (no fix) language extension
for specifying them in Ltac is there too.
On a typical autorewrite-with-setoids usage, proof production time is
divided by 2 and proof size by 10.
Fix some admitted proofs and buggy patterns in Classes.Morphisms as
well.
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class_tactics.
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- The measure can now refer to all the formal arguments
- The recursive calls can make all the arguments vary as well
- Generalized to any relation and measure (new syntax {measure m on R})
This relies on an automatic curryfication transformation, the real
fixpoint combinator is working on a sigma type of the arguments.
Reduces to the previous impl in case only one argument is involved.
The patch also introduces a new flag on implicit arguments that says if
the argument has to be infered (default) or can be turned into a
subgoal/obligation. Comes with a test-suite file.
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for [PartialOrder] typeclass.
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- curly braces mandatory for record class instances
- no mention of the unique method for definitional class instances
Turning a record or definition into a class is mostly a
matter of changing the keywords to 'Class' and 'Instance' now.
Documentation reflects these changes, and was checked once more
along with setoid_rewrite's and Program's.
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doc is ok). Rework the .v files in Program accordingly, adding some
documentation and proper headers. Integrate the development of an
elimination principle for measured functions in Program/Wf by Eelis van
der Weegen.
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variant of the [unify] tactic that takes a hint db as argument and does
unification modulo its [transparent_state]. Add test-file for bug #1939
and another [AdvancedTypeClasses.v] that mimicks
[AdvancedCanonicalStructure.v].
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guessing the binding name by default and making all generalized
variables implicit. At the same time, continue refactoring of
Record/Class/Inductive etc.., getting rid of [VernacRecord]
definitively. The AST is not completely satisfying, but leaning towards
Record/Class as restrictions of inductive (Arnaud, anyone ?).
Now, [Class] declaration bodies are either of the form [meth : type] or
[{ meth : type ; ... }], distinguishing singleton "definitional" classes
and inductive classes based on records. The constructor syntax is
accepted ([meth1 : type1 | meth1 : type2]) but raises an error
immediately, as support for defining a class by a general inductive type
is not there yet (this is a bugfix!).
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procedure. Brainstormed with Nicolas Tabareau.
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for the report).
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