ms-tester/migrations/20240727123308_initial.sql

-- +goose Up
-- +goose StatementBegin
--CREATE TABLE IF NOT EXISTS languages
--(
--    id                 serial               NOT NULL,
--    name               VARCHAR(60)          NOT NULL,
--    build_file_hash    CHAR(128)            NULL,
--    execute_file_hash  CHAR(128)            NULL,
--    created_at         TIMESTAMPTZ          NOT NULL DEFAULT NOW(),
--    updated_at         TIMESTAMPTZ          NOT NULL DEFAULT NOW(),
--
--    PRIMARY KEY (id)
--);




CREATE TABLE IF NOT EXISTS problems
(
    id           serial       NOT NULL,
    name         VARCHAR(300) NOT NULL,
    description  TEXT         NOT NULL,
    time_limit   INT          NOT NULL,
    memory_limit INT          NOT NULL,
    created_at   TIMESTAMPTZ  NOT NULL DEFAULT NOW(),
    updated_at   TIMESTAMPTZ  NOT NULL DEFAULT NOW(),

    PRIMARY KEY(id)
);

CREATE INDEX ON problems USING BTREE (id);




CREATE TABLE IF NOT EXISTS contests
(
    id          serial       NOT NULL,
    name        VARCHAR(300) NOT NULL,
    created_at  TIMESTAMPTZ  NOT NULL DEFAULT NOW(),
    updated_at  TIMESTAMPTZ  NOT NULL DEFAULT NOW(),

    PRIMARY KEY(id)
);

CREATE INDEX ON contests USING BTREE (id);




CREATE TABLE IF NOT EXISTS tasks
(
    id            SERIAL       NOT NULL,
    contest_id    INT          REFERENCES contests ON DELETE CASCADE,
    problem_id    INT          REFERENCES problems ON DELETE CASCADE,
    position      INT          NOT NULL,
    position_name VARCHAR(10)  NOT NULL,     -- problem name like: A,B,A1,etc
    UNIQUE (contest_id,problem_id),
    UNIQUE (contest_id,position),
    UNIQUE (contest_id,position_name),
    PRIMARY KEY (id)
);

CREATE INDEX ON tasks USING BTREE (id);
CREATE INDEX ON tasks USING BTREE (contest_id);
CREATE INDEX ON tasks USING BTREE (problem_id);




CREATE TABLE IF NOT EXISTS testgroups
(
    id               serial          NOT NULL,
    problem_id       INT             REFERENCES problems ON DELETE CASCADE,
    testing_strategy INT             NOT NULL,

    PRIMARY KEY (id)
);

CREATE INDEX ON testgroups USING BTREE (id);
CREATE INDEX ON testgroups USING BTREE (problem_id);




CREATE TABLE IF NOT EXISTS subtasks
(
    id            SERIAL       NOT NULL,
    contest_id    INT          REFERENCES contests ON DELETE CASCADE,
    testgroup_id  INT          REFERENCES testgroups ON DELETE CASCADE,
    task_id       INT          REFERENCES tasks ON DELETE CASCADE,
    UNIQUE (contest_id,testgroup_id),
    PRIMARY KEY (id)
);

CREATE INDEX ON subtasks USING BTREE (id);
CREATE INDEX ON subtasks USING BTREE (contest_id);
CREATE INDEX ON subtasks USING BTREE (testgroup_id);




CREATE TABLE IF NOT EXISTS participants
(
    id            serial        NOT NULL,
    user_id       INT           NOT NULL,
    contest_id    INT           REFERENCES contests ON DELETE CASCADE,
    name          varchar(200)  NOT NULL,

    UNIQUE (user_id,contest_id),
    PRIMARY KEY (id)
);

CREATE INDEX ON participants USING BTREE (id);
CREATE INDEX ON participants USING BTREE (user_id);
CREATE INDEX ON participants USING BTREE (contest_id);




CREATE TABLE IF NOT EXISTS solutions
(
    id             serial               NOT NULL,
    participant_id INT                  REFERENCES participants ON DELETE CASCADE,
    task_id        INT                  REFERENCES problems ON DELETE CASCADE,
--     language_id    INT                  NOT NULL REFERENCES languages ON DELETE CASCADE,
    solution_hash  CHAR(128)            NOT NULL,
    result         INT                  NOT NULL,
    score          INT                  NOT NULL,
    created_at     TIMESTAMPTZ          NOT NULL DEFAULT NOW(),

    PRIMARY KEY (id)
);

CREATE INDEX ON solutions USING BTREE (id);
-- CREATE INDEX ON solutions USING BTREE (id,participant_id,task_id,language_id); FIXME




CREATE TABLE IF NOT EXISTS tests
(
    id           serial               NOT NULL,
    --problem_id  INT                  NOT NULL,
    testgroup_id INT                  REFERENCES testgroups ON DELETE CASCADE,

    PRIMARY KEY (id)
);

CREATE INDEX ON tests USING BTREE (id);
CREATE INDEX ON tests USING BTREE (testgroup_id);




CREATE TABLE IF NOT EXISTS subtaskruns
(
    id            serial       NOT NULL,
    subtask_id    INT          REFERENCES subtasks ON DELETE CASCADE,
    solution_id   INT          REFERENCES solutions ON DELETE CASCADE,
    result        INT          NOT NULL,
    score         INT          NOT NULL,

    UNIQUE (subtask_id,solution_id),
    PRIMARY KEY (id)
);

CREATE INDEX ON subtaskruns USING BTREE (id);
CREATE INDEX ON subtaskruns USING BTREE (result);
CREATE INDEX ON subtaskruns USING BTREE (solution_id);




CREATE TABLE IF NOT EXISTS testruns
(
    id               serial       NOT NULL,
    test_id          INT          REFERENCES tests ON DELETE CASCADE,
    --solution_id    INT          REFERENCES solutions ON DELETE CASCADE,
    subtaskrun_id    INT          REFERENCES subtaskruns ON DELETE CASCADE,
    result           INT          NOT NULL,

    PRIMARY KEY (id)
);

CREATE INDEX ON testruns USING BTREE (id);
CREATE INDEX ON testruns USING BTREE (result);
CREATE INDEX ON testruns USING BTREE (subtaskrun_id);




CREATE TABLE IF NOT EXISTS participant_subtask
(
    participant_id INT     REFERENCES participants ON DELETE CASCADE,
    subtask_id     INT     REFERENCES subtasks ON DELETE CASCADE,
    --result         INT     NOT NULL,
    best_score     INT     NOT NULL
);




CREATE TABLE IF NOT EXISTS participant_task
(
    participant_id INT     REFERENCES participants ON DELETE CASCADE,
    task_id        INT     REFERENCES tasks ON DELETE CASCADE,
    --result         INT     NOT NULL,
    best_score     INT     NOT NULL,
    penalty        INT     NOT NULL
);


CREATE FUNCTION on_new_participant() RETURNS TRIGGER AS 
$$ BEGIN
    --RAISE NOTICE 'NEW.ID:%, NEW.contest_id:%', NEW.id,NEW.contest_id;
    INSERT INTO participant_task (participant_id,task_id,best_score,penalty) SELECT NEW.id,id,0,0 FROM tasks WHERE contest_id=NEW.contest_id;
    INSERT INTO participant_subtask (participant_id,subtask_id,best_score) SELECT NEW.id,id,0 FROM subtasks WHERE contest_id=NEW.contest_id;
    RETURN NEW;
END; $$ LANGUAGE plpgsql;

CREATE TRIGGER new_participant_trg AFTER INSERT ON participants FOR EACH ROW EXECUTE FUNCTION on_new_participant();

CREATE FUNCTION on_new_task() RETURNS TRIGGER AS 
$$ BEGIN
    INSERT INTO participant_task (participant_id,task_id,best_score,penalty) SELECT id,NEW.id,0,0 FROM participants WHERE contest_id=NEW.contest_id;
    INSERT INTO subtasks(contest_id,testgroup_id,task_id) SELECT NEW.contest_id,id,NEW.id FROM testgroups WHERE problem_id = NEW.problem_id;
    RETURN NEW;
END; $$ LANGUAGE plpgsql;

CREATE TRIGGER new_task_trg AFTER INSERT ON tasks FOR EACH ROW EXECUTE FUNCTION on_new_task();

CREATE FUNCTION on_new_subtask() RETURNS TRIGGER AS 
$$ BEGIN
    INSERT INTO participant_subtask (participant_id,subtask_id,best_score) SELECT id,NEW.id,0 FROM participants WHERE contest_id=NEW.contest_id;
    RETURN NEW;
END; $$ LANGUAGE plpgsql;

CREATE TRIGGER new_subtask_trg AFTER INSERT ON subtasks FOR EACH ROW EXECUTE FUNCTION on_new_subtask();


CREATE FUNCTION on_new_solution() RETURNS TRIGGER
LANGUAGE plpgsql AS $$
BEGIN
    INSERT INTO subtaskruns (subtask_id,solution_id,result,score) (SELECT id,NEW.id,0,0 FROM subtasks WHERE task_id = NEW.task_id);
    --INSERT INTO testruns (test_id,subtaskrun_id,result) (SELECT id,str.id,0 FROM tests WHERE testgroup_id IN (SELECT testgroup_id FROM subtasks WHERE id IN (SELECT subtask_id FROM subtaskruns AS str WHERE solution_id=NEW.id)));
    RETURN NEW;
END;
$$;

CREATE TRIGGER on_new_solution_trg AFTER INSERT ON solutions FOR EACH ROW EXECUTE FUNCTION on_new_solution();

CREATE FUNCTION on_new_subtaskrun() RETURNS TRIGGER
LANGUAGE plpgsql AS $$
BEGIN
    INSERT INTO testruns (test_id,subtaskrun_id,result) (SELECT id,NEW.id,0 FROM tests WHERE testgroup_id IN (SELECT testgroup_id FROM subtasks WHERE id=NEW.subtask_id));
    RETURN NEW;
END;
$$;

CREATE TRIGGER on_new_subtaskrun_trg AFTER INSERT ON subtaskruns FOR EACH ROW EXECUTE FUNCTION on_new_subtaskrun();

CREATE FUNCTION updated_at_update() RETURNS TRIGGER
    LANGUAGE plpgsql AS
$$
BEGIN
    NEW.updated_at = NOW();
    RETURN NEW;
END;
$$;


--CREATE TRIGGER languages_upd_trg BEFORE UPDATE ON languages FOR EACH ROW EXECUTE FUNCTION updated_at_update();
CREATE TRIGGER problems_upd_trg BEFORE UPDATE ON problems FOR EACH ROW EXECUTE FUNCTION updated_at_update();
CREATE TRIGGER contests_upd_trg BEFORE UPDATE ON contests FOR EACH ROW EXECUTE FUNCTION updated_at_update();
-- +goose StatementEnd

-- +goose Down
-- +goose StatementBegin
DROP FUNCTION IF EXISTS updated_at_update CASCADE;
DROP FUNCTION IF EXISTS on_new_participant CASCADE;
DROP FUNCTION IF EXISTS on_new_task CASCADE;
DROP FUNCTION IF EXISTS on_new_subtask CASCADE;
DROP FUNCTION IF EXISTS on_new_solution CASCADE;
DROP FUNCTION IF EXISTS on_new_subtaskrun CASCADE;
DROP TABLE IF EXISTS tests CASCADE;
DROP TABLE IF EXISTS solutions CASCADE;
--DROP TABLE IF EXISTS languages CASCADE;
DROP TABLE IF EXISTS testgroups CASCADE;
DROP TABLE IF EXISTS testruns CASCADE;
DROP TABLE IF EXISTS subtaskruns CASCADE;
DROP TABLE IF EXISTS problems CASCADE;
DROP TABLE IF EXISTS contests CASCADE;
DROP TABLE IF EXISTS tasks CASCADE;
DROP TABLE IF EXISTS subtasks CASCADE;
DROP TABLE IF EXISTS participants CASCADE;
DROP TABLE IF EXISTS participant_task CASCADE;
DROP TABLE IF EXISTS participant_subtask CASCADE;
-- +goose StatementEnd