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This reverts commit 69c4e7cfa0271f024b2178082e4be2e3ca3be263.
String.capitalize_ascii are only available for ocaml >= 4.03, sorry...
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- A few tweaks of string are now done via the Bytes module
- lots of String.capitalize_ascii and co
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No more pp_alias_spec et pp_alias_decl.
Instead, we use "include" and "module type of".
The extracted code might hence need OCaml 3.12 (quite rarely)
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Not_found)
This clarifies the execution flow
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A double call to pp_module_type inside Ocaml.pp_specif was
causing an complexity blowup when pretty-printing heavily modular
extracted code.
I wasn't able to figure out why this double call is there. It could
be the leftover of some intermediate work in 2007 before commit 350398eae
(which introduced global printing phases Pre/Impl/Intf).
Anyway I'm reasonably sure that today these two pp_module_type calls produce
the exact same pretty-printed signature (even if there's a large bunch of
imperative states around). Moreover, this duplicated signature is actually
slightly wrong: when we alias a module M with a unambiguous name like Coq__123,
the type of Coq__123 should not be an exact copy of the type of M, but rather
a "strengthened" version of it (with equality between inductive types).
So the best solution is now to use this funny feature of OCaml introduced in 3.12 :
module Coq__123 : module type of struct include M end
This "module type of struct include" is slightly awkward, but short, correct,
and trivial to produce :-). And I doubt anybody will object to the (rare) use
of some 3.12 features in extracted code of 2017...
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A double call to pp_module_type inside Ocaml.pp_specif was
causing an complexity blowup when pretty-printing heavily modular
extracted code.
I wasn't able to figure out why this double call is there. It could
be the leftover of some intermediate work in 2007 before commit 350398eae
(which introduced global printing phases Pre/Impl/Intf).
Anyway I'm reasonably sure that today these two pp_module_type calls produce
the exact same pretty-printed signature (even if there's a large bunch of
imperative states around). Moreover, this duplicated signature is actually
slightly wrong: when we alias a module M with a unambiguous name like Coq__123,
the type of Coq__123 should not be an exact copy of the type of M, but rather
a "strengthened" version of it (with equality between inductive types).
So the best solution is now to use this funny feature of OCaml introduced in 3.12 :
module Coq__123 : module type of struct include M end
This "module type of struct include" is slightly awkward, but short, correct,
and trivial to produce :-). And I doubt anybody will object to the (rare) use
of some 3.12 features in extracted code of 2017...
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This brings the fix in cad44fc for #2996 to the copy of
Fast_typeops.check_hyps_inclusion.
Fast_typeops.constant_type checks the universe constraints instead of
outputting them. Since everyone who used Typeops.constant_type just
discarded the constraints they've been switched to constant_type_in
which should be the same in Fast_typeops and Typeops.
There are some small differences in the interfaces:
- Typeops.type_of_projection <->
Fast_typeops.type_of_projection_constant to avoid collision with the
internally used type_of_projection (which gives the type of [Proj(p,c)]).
- check_hyps_inclusion takes [('a -> constr)] and ['a] instead of
[constr] for reporting errors.
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Was PR#331: Solve_constraints and Set Use Unification Heuristics
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Strangely enough, the checker seems to rely on an outdated decompose_app
function which is not the same as the kernel, as the latter is sensitive
to casts. Cast-manipulating functions from the kernel are only used on
upper layers, and thus was moved there.
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Was PR#319: More error tagging, try to fix bug 5135
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Was PR#334: Fix bug 5031 : should not be an anomaly
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not an anomaly
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reconsider_conv_pbs -> reconsider_unif_constraints
consider_remaining_unif_problems -> solve_unif_constraints_with_heuristics
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The word "increment" is more appropriate in this case than "lifting".
The world "lifting", in computer science, usually denotes something else:
https://en.wikipedia.org/wiki/Lambda_lifting
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The current tag system in `Pp` is generic, which implies we must choose
a tagging function when calling a printer.
For console printing there is a single choice, thus this commits adds it
a few missing cases.
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Pierre-Marie Pédrot
Maxime Dénès
Pierre Letouzey
Gaetan Gilbert
Enrico Tassi
Hugo Herbelin
Guillaume Melquiond
Yves Bertot
Matthieu Sozeau
Matej Kosik
Emilio Jesus Gallego Arias