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33eb3028f5
tests/accumulator/*.m:
tests/analysis_*/*.m:
tests/benchmarks*/*.m:
tests/debugger*/*.{m,exp,inp}:
tests/declarative_debugger*/*.{m,exp,inp}:
tests/dppd*/*.m:
tests/exceptions*/*.m:
tests/general*/*.m:
tests/grade_subdirs*/*.m:
tests/hard_coded*/*.m:
Make these tests use four-space indentation, and ensure that
each module is imported on its own line. (I intend to use the latter
to figure out which subdirectories' tests can be executed in parallel.)
These changes usually move code to different lines. For the debugger tests,
specify the new line numbers in .inp files and expect them in .exp files.
107 lines
3.9 KiB
Mathematica
107 lines
3.9 KiB
Mathematica
%---------------------------------------------------------------------------%
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% vim: ts=4 sw=4 et ft=mercury
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%---------------------------------------------------------------------------%
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%
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% The "liftsolve.db2" Benchmark.
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% Part of the DPPD Library.
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%
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% Specialise the lifting meta-interpreter for the ground representation
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% (adapted from a "non-executable" one by John Gallagher, similar to the
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% InstanceDemo by Hill and Gallagher) with a partially specified object
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% program. Some details about this meta-interpreter can also be found in
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% a PEPM'95 paper by Michael Leuschel and Danny De Schreye.
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%
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% /* --------------------- */
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% /* solve(GrRules, NgGoal) */
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% /* --------------------- */
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% solve(GrRules, []).
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% solve(GrRules, [NgH | NgT]) :-
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% non_ground_member(term(clause, [NgH | NgBody]), GrRules),
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% solve(GrRules, NgBody),
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% solve(GrRules, NgT).
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%
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% /* -------------------------------------- */
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% /* non_ground_member(NgExpr, GrListOfExpr) */
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% /* -------------------------------------- */
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% non_ground_member(NgX, [GrH | GrT]) :-
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% make_non_ground(GrH, NgX).
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% non_ground_member(NgX, [GrH | GrT]) :-
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% non_ground_member(NgX, GrT).
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%
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% /* --------------------------------------------------- */
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% /* make_non_ground(GroundRepOfExpr, NonGroundRepOfExpr) */
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% /* --------------------------------------------------- */
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% make_non_ground(G, NG) :-
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% mkng(G, NG, [], Sub).
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%
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% mkng(var(N), X, [], [sub(N, X)]).
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% mkng(var(N), X, [sub(N, X) | T], [sub(N, X) | T]).
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% mkng(var(N), X, [sub(M, Y) | T], [sub(M, Y) | T1]) :-
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% N \== M,
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% mkng(var(N), X, T, T1).
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% mkng(term(F, Args), term(F, IArgs), InSub, OutSub) :-
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% l_mkng(Args, IArgs, InSub, OutSub).
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%
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% l_mkng([], [], Sub, Sub).
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% l_mkng([H | T], [IH | IT], InSub, OutSub) :-
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% mkng(H, IH, InSub, IntSub),
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% l_mkng(T, IT, IntSub, OutSub).
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%
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% member(X, [X | T]).
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% member(X, [Y | T]) :-
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% member(X, T).
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%
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% append([], L, L).
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% append([H | T], M, [H | T2]) :-
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% append(T, M, T2).
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%
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% The partial deduction query
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%
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% :- solve([ term(clause, [term(father, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(male, [var(x)])]),
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% term(clause, [term(mother, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(female, [var(x)])]),
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% term(clause, [term(male, [term(paul, [])]) ]),
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% Unknown],
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% [term(father, [X, Y])]).
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%
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% The run-time queries
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%
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% :- solve([term(clause, [term(father, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(male, [var(x)])]),
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% term(clause, [term(mother, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(female, [var(x)])]),
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% term(clause, [term(male, [term(paul, [])])]),
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% term(clause, [term(parent, [term(paul, []), term(peter, [])])])],
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% [term(father, [X, Y])]).
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%
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% :- solve([term(clause, [term(father, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(male, [var(x)])]),
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% term(clause, [term(mother, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(female, [var(x)])]),
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% term(clause, [term(male, [term(paul, [])])]),
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% term(clause, [term(father, [term(peter, []), term(paul, [])])])],
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% [term(father, [X, Y])]).
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%
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% :- solve([term(clause, [term(father, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(male, [var(x)])]),
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% term(clause, [term(mother, [var(x), var(y)]),
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% term(parent, [var(x), var(y)]),
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% term(female, [var(x)])]),
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% term(clause, [term(male, [term(paul, [])])]),
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% term(clause, [term(female, [term(maria, [])])])],
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% [term(father, [X, Y])]).
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%
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% Example solution
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%
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% To be inserted.
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%
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% Michael Leuschel / K.U. Leuven / michael@cs.kuleuven.ac.be
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