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https://github.com/Mercury-Language/mercury.git
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9a699b3d12
The invalid_nodepend/bad_mutable test case got two different error messages
for the same error: an undefined inst in a mutable. Fix this by not generating
the error message in add_mutable_aux_preds.m if module_qual
the details of its wording).
compiler/module_qual.m:
Replace the mq_sub_info fields that were flags saying *whether*
we have found any undefined types, insts, modes or typeclasses,
with sets saying *which* undefined types, insts, modes or typeclasses
we have found references to. Add an mq_id arg to mq_info_record_undef_mq_id
to make this possible.
These sets are expected to be very small, so it does not matter
which of our several set implementations we use for them. But for some
other fields of the same structure, it does matter, so use a set
implementation with better complexity results for them, and then
use the same set implementation for the changed fields as well,
for simplicity.
compiler/make_hlds_passes.m:
Conform to the changes in module_qual.m, and pass the newly-recorded
set of undefined insts to the code that checks (and implements) mutables
in add_mutable_aux_preds.m.
compiler/prog_mutable.m:
Add the set of undefined insts to the data structure that
add_mutable_aux_preds threads through its predicates. (It is here
because its main job is to provide info to add_mutable_aux_preds's
subcontractors in this module.)
compiler/add_mutable_aux_preds.m:
Don't generate an error message for an undefined inst that has already
had an error message generated for it.
compiler/mercury_compile_make_hlds.m:
compiler/module_qual.collect_mq_info.m:
compiler/module_qual.id_set.m:
compiler/module_qual.qual_errors.m:
compiler/module_qual.qualify_items.m:
Conform to the changes in module_qual.m.
tests/invalid_nodepend/bad_mutable.err_exp:
Expect one error message for the undefined inst, not two.
tests/invalid_nodepend/bad_mutable.m:
Delete the comment about the second error message being redundant,
since now there IS no second error message.
584 lines
23 KiB
Mathematica
584 lines
23 KiB
Mathematica
%---------------------------------------------------------------------------%
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% vim: ft=mercury ts=4 sw=4 et
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%---------------------------------------------------------------------------%
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% Copyright (C) 2015 The Mercury team.
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% This file may only be copied under the terms of the GNU General
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% Public License - see the file COPYING in the Mercury distribution.
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%---------------------------------------------------------------------------%
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%
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% This module implements the first pass of module_qual.m; it records
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% what entities are available from which modules and with what permissions.
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%
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:- module parse_tree.module_qual.qual_errors.
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:- interface.
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:- import_module mdbcomp.
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:- import_module mdbcomp.prim_data.
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:- import_module parse_tree.prog_data.
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:- import_module set.
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%---------------------------------------------------------------------------%
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%
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% Facilities for recording the contexts of errors.
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%
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:- type mq_constraint_error_context
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---> mqcec_class_defn(prog_context,
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% The name of the type class beging defined, and its arity.
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class_id
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)
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; mqcec_class_method(prog_context,
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% The identity of the class method the constraint is on:
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% whether it is predicate or function, and its name.
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% Its arity would be nice, but it is tricky to calculate
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% in the presence of with_type.
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pred_or_func,
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string
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)
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; mqcec_instance_defn(prog_context,
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% The name of the class the instance is for, and the
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% instance type vector.
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class_name,
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list(mer_type)
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)
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; mqcec_type_defn_constructor(prog_context,
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% The name of the type whose definition the constraint is in.
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type_ctor,
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% The function symbol the constraint is on.
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string
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)
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; mqcec_pred_decl(prog_context,
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% The identity of the entity the constraint is on:
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% whether it is predicate or function, its name, and its arity.
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pf_sym_name_arity
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).
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:- type mq_error_context
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---> mqec_type_defn(prog_context,
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% The name of the type constructor whose definition we are in.
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type_ctor
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)
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; mqec_inst_defn(prog_context,
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% The name of the inst constructor whose definition we are in.
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inst_ctor
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)
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; mqec_mode_defn(prog_context,
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% The name of the mode constructor whose definition we are in.
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mode_ctor
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)
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; mqec_constructor_arg(prog_context,
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% The name of the type constructor whose definition we are in.
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type_ctor,
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% The name of the function symbol.
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string,
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% The argument number of the type.
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int,
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% The name of the field, if it has one.
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maybe(ctor_field_name)
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)
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; mqec_typeclass_constraint_name(
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% The context the constraint is in.
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mq_constraint_error_context
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)
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; mqec_typeclass_constraint(
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% The name and arity of the typeclass the constraint is for.
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sym_name,
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int,
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% The context the constraint is in.
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mq_constraint_error_context
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)
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; mqec_pred_or_func(prog_context,
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% Whether it is a predicate or function declaration, ...
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pred_or_func,
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% and its name.
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mq_id
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)
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; mqec_pred_or_func_mode(prog_context,
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maybe(pred_or_func),
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mq_id
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)
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; mqec_foreign_enum(prog_context)
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; mqec_foreign_export_enum(prog_context)
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; mqec_pragma_decl(prog_context,
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decl_pragma
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)
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; mqec_pragma_impl(prog_context,
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impl_pragma
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)
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; mqec_lambda_expr(prog_context)
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; mqec_clause_mode_annotation(prog_context)
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; mqec_type_qual(prog_context)
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; mqec_class(prog_context,
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class_id
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)
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; mqec_instance(prog_context,
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class_id
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)
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; mqec_mutable(prog_context,
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string
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)
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; mqec_type_repn(prog_context,
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type_ctor
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)
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; mqec_event_spec_attr(prog_context,
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% The event name.
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string,
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% The attribute name.
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string
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).
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%---------------------------------------------------------------------------%
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% Report an undefined type, inst or mode.
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%
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:- pred report_undefined_mq_id(mq_info::in, mq_error_context::in,
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mq_id::in, qual_id_kind::in, module_name::in,
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list(module_name)::in, list(module_name)::in, set(int)::in,
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list(error_spec)::in, list(error_spec)::out) is det.
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% Report an error where a type, inst, mode or typeclass had
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% multiple possible matches.
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%
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:- pred report_ambiguous_match(mq_error_context::in, mq_id::in,
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qual_id_kind::in,
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list(module_name)::in, list(module_name)::in,
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list(error_spec)::in, list(error_spec)::out) is det.
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% Output an error message about an ill-formed user_inst.
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%
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:- pred report_invalid_user_inst(sym_name::in, list(mer_inst)::in,
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mq_error_context::in, list(error_spec)::in, list(error_spec)::out) is det.
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% Warn about a module imported in the interface that is not used
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% in the interface.
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%
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:- pred warn_unused_interface_import(module_name::in,
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pair(module_name, one_or_more(prog_context))::in,
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list(error_spec)::in, list(error_spec)::out) is det.
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%---------------------------------------------------------------------------%
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:- implementation.
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:- import_module parse_tree.item_util.
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:- import_module parse_tree.parse_tree_out_misc.
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:- import_module parse_tree.prog_util.
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:- import_module string.
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%---------------------------------------------------------------------------%
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%
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% Error reporting predicates.
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%
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report_undefined_mq_id(Info, ErrorContext, Id, IdType, ThisModuleName,
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IntMismatches0, QualMismatches0, PossibleAritiesSet, !Specs) :-
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mq_error_context_to_pieces(ErrorContext, Context, ShouldUnqualId,
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ErrorContextPieces),
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InPieces = [words("In")] ++ ErrorContextPieces ++ [suffix(":"), nl,
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words("error:")],
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qual_id_kind_to_string(IdType, IdTypeStr),
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Id = mq_id(IdSymName, IdArity),
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IdBaseName = unqualify_name(IdSymName),
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list.sort_and_remove_dups(IntMismatches0, IntMismatches),
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list.sort_and_remove_dups(QualMismatches0, QualMismatches),
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( if
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list.delete_first(IntMismatches, ThisModuleName,
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OtherIntMismatchesPrime)
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then
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OtherIntMismatches = OtherIntMismatchesPrime,
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ThisModulesSN = qualified(ThisModuleName, IdBaseName),
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ThisModuleSNA = sym_name_arity(ThisModulesSN, IdArity),
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UndefPieces = [],
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ThisIntPieces = [words("the"), fixed(IdTypeStr),
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unqual_sym_name_arity(ThisModuleSNA),
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words("is not exported,"),
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words("and thus it may not be used in the interface."), nl]
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else
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OtherIntMismatches = IntMismatches,
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(
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ShouldUnqualId = no,
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SNA = sym_name_arity(IdSymName, IdArity)
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;
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ShouldUnqualId = yes,
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SNA = sym_name_arity(unqualified(IdBaseName), IdArity)
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),
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UndefPieces = [words("undefined"), fixed(IdTypeStr),
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qual_sym_name_arity(SNA), suffix("."), nl],
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ThisIntPieces = []
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),
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(
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OtherIntMismatches = [],
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OtherIntPieces = []
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;
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OtherIntMismatches = [_ | OtherIntMismatchesTail],
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(
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OtherIntMismatchesTail = [],
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OtherIntModuleWord = "module",
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OtherIntHasWord = "has"
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;
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OtherIntMismatchesTail = [_ | _],
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OtherIntModuleWord = "modules",
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OtherIntHasWord = "have"
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),
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OtherIntSymNames = list.map(wrap_module_name, OtherIntMismatches),
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OtherIntPieces = [words("(The"), fixed(OtherIntModuleWord)] ++
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component_list_to_pieces("and", OtherIntSymNames) ++
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[fixed(OtherIntHasWord),
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words("not been imported in the interface.)"), nl]
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),
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(
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QualMismatches = [],
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QualPieces = []
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;
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QualMismatches = [_ | QualMismatchesTail],
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(
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QualMismatchesTail = [],
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QualModuleWord = "module"
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;
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QualMismatchesTail = [_ | _],
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QualModuleWord = "modules"
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),
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QualSymNames = list.map(wrap_module_name, QualMismatches),
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QualPieces = [words("(Only fully module qualified names"),
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words("may refer to the entities defined in"),
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fixed(QualModuleWord)] ++
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component_list_to_pieces("and", QualSymNames) ++
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[suffix(".)"), nl]
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),
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( if
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% If IdSymName is a qualified symbol, then check whether the module
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% name it specifies has been imported.
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IdSymName = qualified(IdModuleName, _),
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mq_info_get_this_module(Info, ThisModuleName),
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mq_info_get_imported_modules(Info, ImportedModuleNames),
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AvailModuleNames =
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[ThisModuleName | set_tree234.to_sorted_list(ImportedModuleNames)],
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module_name_matches_some(IdModuleName, AvailModuleNames) = no
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then
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% This used to say "The module IdModuleName has not been imported.".
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% However, a module with that name may not even exist, since it may be
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% that IdModuleName is only *partially* qualified. We now generate
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% wording that does not imply that IdModuleName must exist.
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NonImportedPieces = [words("(No module named"),
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qual_sym_name(IdModuleName), words("has been imported.)"), nl]
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else
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NonImportedPieces = []
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),
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set.to_sorted_list(PossibleAritiesSet, PossibleArities),
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( if
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PossibleArities = [_ | _],
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ThisIntPieces = [],
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OtherIntPieces = [],
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QualPieces = [],
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NonImportedPieces = []
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then
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qual_id_kinds_to_string(IdType, IdTypesStr),
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IsAre = choose_number(PossibleArities, "is a", "are"),
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KindKinds = choose_number(PossibleArities, IdTypeStr, IdTypesStr),
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ArityArities = choose_number(PossibleArities, "arity", "arities"),
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list.map(string.int_to_string, PossibleArities, PossibleArityStrs),
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PossibleAritiesPieces = list_to_pieces(PossibleArityStrs),
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OtherArityPieces = [words("(There"), words(IsAre), words(KindKinds),
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words("named"), quote(unqualify_name(IdSymName)),
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words("with"), words(ArityArities)] ++
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PossibleAritiesPieces ++ [suffix(".)"), nl]
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else
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OtherArityPieces = []
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),
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AllPieces = InPieces ++ UndefPieces ++ ThisIntPieces ++ OtherIntPieces ++
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QualPieces ++ NonImportedPieces ++ OtherArityPieces,
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Spec = simplest_spec($pred, severity_error, phase_parse_tree_to_hlds,
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Context, AllPieces),
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!:Specs = [Spec | !.Specs].
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:- func module_name_matches_some(module_name, list(module_name)) = bool.
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module_name_matches_some(_SearchModuleName, []) = no.
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module_name_matches_some(SearchModuleName, [ModuleName | ModuleNames]) =
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Matches :-
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( if partial_sym_name_matches_full(SearchModuleName, ModuleName) then
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Matches = yes
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else
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Matches = module_name_matches_some(SearchModuleName, ModuleNames)
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).
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report_ambiguous_match(ErrorContext, Id, IdType,
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UsableModuleNames, UnusableModuleNames, !Specs) :-
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mq_error_context_to_pieces(ErrorContext, Context, _ShouldUnqualId,
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ErrorContextPieces),
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qual_id_kind_to_string(IdType, IdTypeStr),
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UsableModuleSymNames = list.map(wrap_module_name, UsableModuleNames),
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MainPieces = [words("In")] ++ ErrorContextPieces ++ [suffix(":"), nl,
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words("ambiguity error: multiple possible matches for"),
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fixed(IdTypeStr), wrap_qual_id(Id), suffix("."), nl,
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words("The possible matches are in modules")] ++
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component_list_to_pieces("and", UsableModuleSymNames) ++
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[suffix("."), nl],
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(
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UnusableModuleNames = [],
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UnusablePieces = []
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;
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(
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UnusableModuleNames = [_],
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MatchWord = "match"
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;
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UnusableModuleNames = [_, _ | _],
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MatchWord = "matches"
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),
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UnusableModuleSymNames =
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list.map(wrap_module_name, UnusableModuleNames),
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UnusablePieces = [words("The"), words(MatchWord),
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words("in modules")] ++ UnusableModuleSymNames ++
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[words("may not be used in the interface."), nl]
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),
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VerbosePieces = [words("An explicit module qualifier"),
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words("may be necessary."), nl],
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Msg = simple_msg(Context,
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[always(MainPieces), always(UnusablePieces),
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verbose_only(verbose_always, VerbosePieces)]),
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Spec = error_spec($pred, severity_error, phase_parse_tree_to_hlds, [Msg]),
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!:Specs = [Spec | !.Specs].
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%---------------------------------------------------------------------------%
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report_invalid_user_inst(_SymName, _Insts, ErrorContext, !Specs) :-
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mq_error_context_to_pieces(ErrorContext, Context, _ShouldUnqualId,
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ErrorContextPieces),
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Pieces = [words("In")] ++ ErrorContextPieces ++ [suffix(":"), nl,
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words("error: variable used as inst constructor."), nl],
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Spec = simplest_spec($pred, severity_error, phase_parse_tree_to_hlds,
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Context, Pieces),
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!:Specs = [Spec | !.Specs].
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|
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%---------------------------------------------------------------------------%
|
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warn_unused_interface_import(ParentModuleName,
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ImportedModuleName - ImportContexts, !Specs) :-
|
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% UNUSED_IMPORT Harmonize the operation of this predicate with
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% the operation of generate_unused_warning in unused_imports.m.
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ImportContexts = one_or_more(HeadContext, TailContexts),
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HeadPieces =
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[words("In module"), qual_sym_name(ParentModuleName), suffix(":"), nl,
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words("warning: module"), qual_sym_name(ImportedModuleName),
|
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words("is imported in the interface,"),
|
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words("but it is not used in the interface."), nl],
|
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HeadMsg = simplest_msg(HeadContext, HeadPieces),
|
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% TailContexts is almost always [], we add TailMsgs just in case it isn't.
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list.map(warn_redundant_import_context(ImportedModuleName),
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TailContexts, TailMsgs),
|
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% If the warn_unused_imports option is set to yes, then
|
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% unused_imports.m will also generate a warning for this import,
|
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% and it will be more precise than we can do here, because it will know
|
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% whether the imported module is used in the *implementation* section.
|
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Spec = conditional_spec($pred, warn_unused_interface_imports, yes,
|
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severity_warning, phase_parse_tree_to_hlds, [HeadMsg | TailMsgs]),
|
|
!:Specs = [Spec | !.Specs].
|
|
|
|
:- pred warn_redundant_import_context(module_name::in, prog_context::in,
|
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error_msg::out) is det.
|
|
|
|
warn_redundant_import_context(ImportedModuleName, Context, Msg) :-
|
|
Pieces = [words("Module"), qual_sym_name(ImportedModuleName),
|
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words("is also redundantly imported here."), nl],
|
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Msg = simplest_msg(Context, Pieces).
|
|
|
|
%---------------------------------------------------------------------------%
|
|
%---------------------------------------------------------------------------%
|
|
|
|
:- pred mq_constraint_error_context_to_pieces(mq_constraint_error_context::in,
|
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prog_context::out, string::out, list(format_piece)::out) is det.
|
|
|
|
mq_constraint_error_context_to_pieces(ConstraintErrorContext,
|
|
Context, Start, Pieces) :-
|
|
(
|
|
ConstraintErrorContext = mqcec_class_defn(Context, ClassId),
|
|
Start = "in",
|
|
Pieces = [words("definition of type class"), qual_class_id(ClassId)]
|
|
;
|
|
ConstraintErrorContext = mqcec_class_method(Context,
|
|
PredOrFunc, MethodName),
|
|
Start = "on",
|
|
Pieces = [words("class method"), p_or_f(PredOrFunc), quote(MethodName)]
|
|
;
|
|
ConstraintErrorContext = mqcec_instance_defn(Context,
|
|
ClassName, ArgTypes),
|
|
Start = "on",
|
|
list.length(ArgTypes, NumArgTypes),
|
|
Pieces = [words("instance definition for"),
|
|
qual_class_id(class_id(ClassName, NumArgTypes))]
|
|
;
|
|
ConstraintErrorContext = mqcec_type_defn_constructor(Context,
|
|
TypeCtor, FunctionSymbol),
|
|
Start = "on",
|
|
Pieces = [words("function symbol"), quote(FunctionSymbol),
|
|
words("for type constructor"), unqual_type_ctor(TypeCtor)]
|
|
;
|
|
ConstraintErrorContext = mqcec_pred_decl(Context, PFSymNameArity),
|
|
Start = "on",
|
|
Pieces = [words("declaration of"),
|
|
unqual_pf_sym_name_pred_form_arity(PFSymNameArity)]
|
|
).
|
|
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:- pred mq_error_context_to_pieces(mq_error_context::in,
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prog_context::out, bool::out, list(format_piece)::out) is det.
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mq_error_context_to_pieces(ErrorContext, Context, ShouldUnqualId, Pieces) :-
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(
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ErrorContext = mqec_type_defn(Context, TypeCtor),
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ShouldUnqualId = no,
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Pieces = [words("definition of type"), unqual_type_ctor(TypeCtor)]
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;
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ErrorContext = mqec_inst_defn(Context, InstCtor),
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ShouldUnqualId = no,
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Pieces = [words("definition of inst"), unqual_inst_ctor(InstCtor)]
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;
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ErrorContext = mqec_mode_defn(Context, ModeCtor),
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ShouldUnqualId = no,
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Pieces = [words("definition of mode"), unqual_mode_ctor(ModeCtor)]
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;
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ErrorContext = mqec_constructor_arg(Context, ContainingTypeCtor,
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FunctionSymbol, ArgNum, MaybeCtorFieldName),
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ShouldUnqualId = no,
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(
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MaybeCtorFieldName = no,
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FieldNamePieces = []
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;
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MaybeCtorFieldName = yes(CtorFieldName),
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CtorFieldName = ctor_field_name(FieldSymName, _FieldContext),
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FieldNamePieces = [words("(field name"),
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quote(unqualify_name(FieldSymName)), suffix(")")]
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),
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Pieces = [words("the"), nth_fixed(ArgNum), words("argument of"),
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words("function symbol"), quote(FunctionSymbol)] ++
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FieldNamePieces ++
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[words("of the type"), unqual_type_ctor(ContainingTypeCtor)]
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;
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ErrorContext = mqec_typeclass_constraint_name(ConstraintErrorContext),
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ShouldUnqualId = no,
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mq_constraint_error_context_to_pieces(ConstraintErrorContext,
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Context, _Start, Pieces)
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;
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ErrorContext = mqec_typeclass_constraint(ClassName, Arity,
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ConstraintErrorContext),
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ShouldUnqualId = no,
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mq_constraint_error_context_to_pieces(ConstraintErrorContext,
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Context, Start, ConstraintErrorContextPieces),
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Pieces = [words("type class constraint for"),
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unqual_sym_name_arity(sym_name_arity(ClassName, Arity)),
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words(Start) | ConstraintErrorContextPieces]
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;
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ErrorContext = mqec_pred_or_func(Context, PredOrFunc, Id),
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ShouldUnqualId = no,
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Id = mq_id(SymName, OrigArity),
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adjust_func_arity(PredOrFunc, OrigArity, Arity),
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Pieces = [words("declaration of"),
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fixed(pred_or_func_to_full_str(PredOrFunc)),
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unqual_sym_name_arity(sym_name_arity(SymName, Arity))]
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;
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ErrorContext = mqec_pred_or_func_mode(Context, MaybePredOrFunc, Id),
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ShouldUnqualId = no,
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Id = mq_id(SymName, OrigArity),
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(
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MaybePredOrFunc = yes(PredOrFunc),
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adjust_func_arity(PredOrFunc, OrigArity, Arity),
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Pieces = [words("mode declaration for"),
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fixed(pred_or_func_to_full_str(PredOrFunc)),
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unqual_sym_name_arity(sym_name_arity(SymName, Arity))]
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;
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MaybePredOrFunc = no,
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Pieces = [words("mode declaration for"),
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unqual_sym_name_arity(sym_name_arity(SymName, OrigArity))]
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)
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;
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ErrorContext = mqec_lambda_expr(Context),
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ShouldUnqualId = no,
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Pieces = [words("mode declaration for lambda expression")]
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;
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ErrorContext = mqec_clause_mode_annotation(Context),
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ShouldUnqualId = no,
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Pieces = [words("clause mode annotation")]
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;
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ErrorContext = mqec_foreign_enum(Context),
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ShouldUnqualId = yes,
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Pieces = [pragma_decl("foreign_enum"), words("declaration")]
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;
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ErrorContext = mqec_foreign_export_enum(Context),
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ShouldUnqualId = no,
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Pieces = [pragma_decl("foreign_export_enum"), words("declaration")]
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;
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ErrorContext = mqec_pragma_decl(Context, DeclPragma),
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ShouldUnqualId = no,
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Pieces = decl_pragma_desc_pieces(DeclPragma)
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;
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ErrorContext = mqec_pragma_impl(Context, ImplPragma),
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ShouldUnqualId = no,
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Pieces = impl_pragma_desc_pieces(ImplPragma)
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;
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ErrorContext = mqec_type_qual(Context),
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ShouldUnqualId = no,
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Pieces = [words("explicit type qualification")]
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;
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ErrorContext = mqec_class(Context, ClassId),
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ShouldUnqualId = no,
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Pieces = [words("declaration of typeclass"), unqual_class_id(ClassId)]
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;
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ErrorContext = mqec_instance(Context, ClassId),
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ShouldUnqualId = no,
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Pieces = [words("declaration of instance of typeclass"),
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qual_class_id(ClassId)]
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;
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ErrorContext = mqec_mutable(Context, Name),
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ShouldUnqualId = no,
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Pieces = [words("declaration for mutable"), quote(Name)]
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;
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ErrorContext = mqec_type_repn(Context, TypeCtor),
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ShouldUnqualId = no,
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Pieces = [words("representation information for type"),
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unqual_type_ctor(TypeCtor)]
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;
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ErrorContext = mqec_event_spec_attr(Context, EventName, AttrName),
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ShouldUnqualId = no,
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Pieces = [words("attribute"), quote(AttrName),
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words("for"), quote(EventName)]
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).
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:- pred qual_id_kind_to_string(qual_id_kind::in, string::out) is det.
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qual_id_kind_to_string(qual_id_type, "type").
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qual_id_kind_to_string(qual_id_mode, "mode").
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qual_id_kind_to_string(qual_id_inst, "inst").
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qual_id_kind_to_string(qual_id_class, "typeclass").
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:- pred qual_id_kinds_to_string(qual_id_kind::in, string::out) is det.
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qual_id_kinds_to_string(qual_id_type, "types").
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qual_id_kinds_to_string(qual_id_mode, "modes").
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qual_id_kinds_to_string(qual_id_inst, "insts").
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qual_id_kinds_to_string(qual_id_class, "typeclasses").
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%---------------------------------------------------------------------------%
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:- func wrap_module_name(module_name) = format_piece.
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wrap_module_name(SymName) = qual_sym_name(SymName).
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:- func wrap_qual_id(mq_id) = format_piece.
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wrap_qual_id(mq_id(SymName, Arity)) =
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qual_sym_name_arity(sym_name_arity(SymName, Arity)).
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%---------------------------------------------------------------------------%
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:- end_module parse_tree.module_qual.qual_errors.
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%---------------------------------------------------------------------------%
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