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defined and the file providing the primitives.
The datatypes are defined in [Proofview_monad], previous [Proofview_monad] is now called [Logic_monad] since it is more generic since the refactoring.
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ret -> return, bind -> (>>=), etc… So that monads expose a [Monad.S] signature. Also Proofview now exposes the [Monad.S] signature directly rather than in a [Monad.S] subdirectory.
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Makes the monad more flexible as it will be easier to add new components to the concrete state of the tactic monad.
The Proofview module is also organised in a more abstract way with dedicated submodules to access various parts of the state or writer.
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Hopefully, this may fix some nasty bugs lying around.
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This reverts commit 664b3cba1e8d326382ca981aa49fdf00edd429e6.
Conflicts:
proofs/proofview.ml
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When "entering" in a goal, the environment observed by [tclENV] is changed (in the scope of the goal) to be that of the goal.
I'm not entirely sure it is the right semantics. But it allows to write tactics which are agnostic of whether they are run in a goal or not.
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Remove proofview_gen, which was the repository of the extracted code, and move it to proofview_monad, which has the actual interface used by the [Proofview] module to implement tactics.
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going through a Coq extraction phase.
We use second order quantification through OCaml records, which allows for
a very precise use of low-level application. This results in quite a remarkable
speedup but there is still room for improvement.
This code was written by translating straightforwardly the Coq generated code
in a human-readable dialect.
git-svn-id: svn+ssh://scm.gforge.inria.fr/svn/coq/trunk@17068 85f007b7-540e-0410-9357-904b9bb8a0f7
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without"
This reverts commit bfe1141026da70d8f59cf47b5fe61ffc20a29f3c.
Conflicts:
proofs/proofview_monad.ml
This is potentially a temporary commit until a final decision is taken on hand-written versus extracted ocaml for the tactic monad. The hand-written implementation has a bug where the + tactical would not behave properly (I tried to find why, but couldn't: the hand-written implementation looks fine, but it isn't. Beats me).
There is a conflict with Pierre-Marie's commit 4832692: Fixing backtrace registering of various tactic-related try-with blocks.
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going through a Coq extraction phase.
We use second order quantification through OCaml records, which allows for
a very precise use of low-level application. This results in quite a remarkable
speedup but there is still room for improvement.
This code was written by translating straightforwardly the Coq generated code
in a human-readable dialect.
git-svn-id: svn+ssh://scm.gforge.inria.fr/svn/coq/trunk@17068 85f007b7-540e-0410-9357-904b9bb8a0f7
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by extraction.
The goal was to use Coq's partial evaluation capabilities to do manually some
inlining that Ocaml couldn't do. It may be critical as we are defining higher
order combinators in term of others and no inlining means a lot of
unnecessary, short-lived closures built.
With this modification we get back some (but not all) of the loss of performance introduced by threading the monadic type all over the place.
I still have an estimated 15% longer compilation time for Coq.
Makes use of Set Extraction Conservative Types and Set Extraction File Comment
to maintain the relationship between the functions and their types.
Uses an intermediate layer Proofview_monad between Proofview_gen and
Proofview in order to use a hand-written mli to catch potential errors in the
generated file (it uses Extract Constant a lot).
A bug in the extraction of signatures forces to remove the generated
proofview_gen.mli which does not have the correct types.
git-svn-id: svn+ssh://scm.gforge.inria.fr/svn/coq/trunk@16981 85f007b7-540e-0410-9357-904b9bb8a0f7
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