Files
mercury/tests/hard_coded/test_cord2.m
Zoltan Somogyi 2bd7c5ee3e Rename X's aux modules as X_helper_N in hard_coded.
tests/hard_coded/*.m:
    Rename modules as mentioned above.

    In a few cases, where the main module's name itself had a suffix,
    such as "_mod_a" or "_main", remove that suffix. This entails
    renaming the .exp file as well. (In some cases, this meant that
    the name of a helper module was "taken over" by the main module
    of the test case.)

    Update all references to the moved modules.

    General updates to programming style, such as

    - replacing DCG notation with state var notation
    - replacing (C->T;E) with (if C then T else E)
    - moving pred/func declarations to just before their code
    - replacing io.write/io.nl sequences with io.write_line
    - replacing io.print/io.nl sequences with io.print_line
    - fixing too-long lines
    - fixing grammar errors in comments

tests/hard_coded/Mmakefile:
tests/hard_coded/Mercury.options:
    Update all references to the moved modules.

    Enable the constant_prop_int test case. The fact that it wasn't enabled
    before is probably an accident. (When constant_prop_int.m was created,
    the test case was added to a list in the Mmakefile, but that list
    was later removed due to never being referenced.)

tests/hard_coded/constant_prop_int.{m,exp}:
    Delete the calls to shift operations with negative shift amounts,
    since we have added a compile-time error for these since the test
    was originally created.
2023-06-16 08:33:22 +02:00

130 lines
3.4 KiB
Mathematica

%---------------------------------------------------------------------------%
% vim: ts=4 sw=4 et ft=mercury
%---------------------------------------------------------------------------%
:- module test_cord2.
:- interface.
:- import_module io.
:- pred main(io::di, io::uo) is det.
%---------------------------------------------------------------------------%
%---------------------------------------------------------------------------%
:- implementation.
:- import_module cord.
:- import_module int.
:- import_module list.
:- import_module require.
:- import_module solutions.
%---------------------------------------------------------------------------%
main(!IO) :-
io.write_string("Test list and rev_list\n", !IO),
solutions(gen_cord3, Cords),
list.foldl(test_list_and_rev_list, Cords, !IO),
io.write_string("\nTest folds\n", !IO),
list.foldl(test_folds, Cords, !IO),
io.write_string("done.\n", !IO),
io.write_string("\nTest cord_list_to_cord and cord_list_to_list\n", !IO),
solutions(gen_cord_list, CordLists),
list.foldl(test_cord_list_funcs, CordLists, !IO),
io.write_string("done.\n", !IO).
:- pred test_list_and_rev_list(cord(int)::in, io::di, io::uo) is det.
test_list_and_rev_list(Cord, !IO) :-
io.write_line(Cord, !IO),
List = list(Cord),
io.write_line(List, !IO),
RevList = rev_list(Cord),
io.write_line(RevList, !IO),
expect(unify(length(List), length(Cord)),
$module, $pred, "length(List) != length(Cord)"),
expect(unify(List, reverse(RevList)),
$module, $pred, "List != reverse(RevList)").
:- pred test_folds((cord(int))::in, io::di, io::uo) is det.
test_folds(Cord, !IO) :-
List = cord.list(Cord),
RevList = cord.rev_list(Cord),
cord.foldl(list.cons, Cord, []) = FoldlResultA,
cord.foldl_pred(list.cons, Cord, [], FoldlResultB),
expect(unify(FoldlResultA, RevList), $module, $pred, "foldl wrong"),
expect(unify(FoldlResultB, RevList), $module, $pred, "foldl_pred wrong"),
cord.foldr(list.cons, Cord, []) = FoldrResultA,
cord.foldr_pred(list.cons, Cord, [], FoldrResultB),
expect(unify(FoldrResultA, List), $module, $pred, "foldr wrong"),
expect(unify(FoldrResultB, List), $module, $pred, "foldr_pred wrong").
:- pred test_cord_list_funcs(list(cord(int))::in, io::di, io::uo) is det.
test_cord_list_funcs(Cords, !IO) :-
List1 = cord_list_to_list(Cords),
List2 = list(cord_list_to_cord(Cords)),
List3 = condense(map(list, Cords)),
expect(unify(List1, List2), $module, $pred, "List1 != List2"),
expect(unify(List1, List3), $module, $pred, "List1 != List3").
%---------------------------------------------------------------------------%
:- pred gen_cord1(cord(int)::out) is multi.
gen_cord1(empty).
gen_cord1(singleton(1)).
gen_cord1(from_list([2, 3, 4])).
:- pred gen_cord2(cord(int)::out) is multi.
gen_cord2(C) :-
(
gen_cord1(C)
;
gen_cord1(A),
gen_cord1(B),
C = A ++ B
).
:- pred gen_cord3(cord(int)::out) is multi.
gen_cord3(C) :-
(
gen_cord2(C)
;
gen_cord2(A),
gen_cord2(B),
C = A ++ B
).
:- pred gen_cord_list(list(cord(int))::out) is multi.
gen_cord_list(L) :-
(
L = []
;
gen_cord2(A),
(
L = [A]
;
gen_cord2(B),
(
L = [A, B]
;
gen_cord2(C),
L = [A, B, C]
)
)
).