--
-- packages/acs-kernel/sql/test/rel-constraints-test.sql
--
-- @author oumi@arsdigita.com
-- @creation-date 2000-12-02
-- @cvs-id rel-constraints-test.sql,v 1.1.4.1 2001/01/12 23:06:33 oumi Exp
--

-- set serveroutput on
create table groups_test_groups (
       group_id      integer,
       sorder        integer,
       gname         varchar(100)
);

create table groups_test_users (
       user_id     integer,
       sorder      integer,
       uname       varchar(100)
);

create table groups_test_segs (
       seg_id      integer,
       sorder      integer,
       sname       varchar(100)
);

create function rel_constraint_dump_views() returns integer as '
declare
       r        record;
       str      varchar;
begin

   raise NOTICE ''Contents of view rel_constraints_violated_one:'';
   str := rpad(''constraint_id'', 20) || rpad(''rel_id'', 20) || 
          rpad(''name(container_id)'',20) ||
          rpad(''name(party_id)'',20);

   raise NOTICE ''%'', str;
   for r in select * from rel_constraints_violated_one 
   LOOP
      str := rpad(r.constraint_id, 20) ||
             rpad(r.rel_id, 20) ||
             rpad(acs_object__name(r.container_id), 20) ||
             rpad(acs_object__name(r.party_id), 20);

      raise NOTICE ''%'', str;
   end LOOP;


   raise NOTICE ''Contents of view rel_constraints_violated_two:'';

   for r in select * from rel_constraints_violated_two 
   LOOP
      str := rpad(r.constraint_id, 20) ||
             rpad(r.rel_id, 20) ||
             rpad(acs_object__name(r.container_id), 20) ||
             rpad(acs_object__name(r.party_id), 20);

      raise NOTICE ''%'', str;
   end loop;

   return null;

end;' language 'plpgsql';

create function rel_constraint_test_check (integer, char) 
returns integer as '
declare
  v_rel_id              alias for $1;
  expect_violation_p  alias for $2;
  v_violation_msg     varchar(4000);
  v_violation_p       char;
  v_object_id_one     integer;
  v_object_id_two     integer;
  v_rel_type          acs_rels.rel_type%TYPE;
  str                 varchar;
begin

  v_violation_p := ''f'';

  v_violation_msg := rel_constraint__violation(v_rel_id);

  if v_violation_msg is not null then
     v_violation_p := ''t'';
  end if;

  if v_violation_p::char != expect_violation_p::char then

      select object_id_one, object_id_two, rel_type
      into v_object_id_one, v_object_id_two, v_rel_type
      from acs_rels
      where rel_id = v_rel_id;

      str :=        ''Relation '' || acs_object__name(v_rel_id) || 
                    '' ('' || v_rel_id || '')'' ||
                    '' failed (violation_p = '' || v_violation_p::varchar 
                    || '').  '' ||
                    ''Rel info: type = '' || v_rel_type || 
                    '', object one = '' ||
                    acs_object__name(v_object_id_one) || 
                    '' ('' || v_object_id_one || '')'' || 
                    '', object two = '' ||
                    acs_object__name(v_object_id_two) || 
                    '' ('' || v_object_id_two || '').'';

      PERFORM acs_log__error(''rel_constraint_test_check'', str);

      raise NOTICE ''%'', str;

      raise NOTICE ''Violation Message:'';
      raise NOTICE ''%'', v_violation_msg;

  else 
      raise NOTICE ''passed %'', v_rel_id;
  end if;

  return null;

end;' language 'plpgsql'; 

-- creates blah_member_rel and yippie_member_rel relationships

\i rel-segments-test-types-create.sql

create function test_rel_constraints() returns integer as '
declare
  A      integer;
  B      integer;
  C      integer;
  D      integer;
  E      integer;
  F      integer;
  G      integer;

  joe    integer;
  jane   integer;
  bob    integer;
  betty  integer;
  jack	 integer;
  jill	 integer;
  sven	 integer;
  stacy	 integer;

  reg_users integer;

  rel_a  integer;
  rel_b  integer;
  rel_c  integer;
  rel_d  integer;
  rel_e  integer;
  rel_f  integer;
  rel_g  integer;

  rel_id integer;

  side_one_constraint integer;
  side_two_constraint integer;

  v_count integer;

  r       record;

begin
  -- Create the test groups.
  A := acs_group__new(''A'');
  B := acs_group__new(''B'');
  C := acs_group__new(''C'');
  D := acs_group__new(''D'');
  E := acs_group__new(''E'');
  F := acs_group__new(''F'');
  G := acs_group__new(''G'');

  insert into groups_test_groups values (A,1,''A'');
  insert into groups_test_groups values (B,2,''B'');
  insert into groups_test_groups values (C,3,''C'');
  insert into groups_test_groups values (D,4,''D'');
  insert into groups_test_groups values (E,5,''E'');
  insert into groups_test_groups values (F,6,''F'');  
  insert into groups_test_groups values (G,7,''G'');

  -- Create the test members.
  joe   := acs_user__new(''joe@asdf.com'',''Joe'',
                         ''Smith'',''assword'',''p'');
  jane  := acs_user__new(''jane@asdf.com'',''Jane'',
                         ''Smith'',''assword'',''p'');
  bob   := acs_user__new(''bob@asdf.com'',''Bob'',
                         ''Smith'',''assword'',''p'');
  betty := acs_user__new(''betty@asdf.com'',''Betty'',
                         ''Smith'',''assword'',''p'');
  jack  := acs_user__new(''jack@asdf.com'',''Jack'',
                         ''Smith'',''assword'',''p'');
  jill  := acs_user__new(''jill@asdf.com'',''Jill'',
                         ''Smith'',''assword'',''p'');
  sven  := acs_user__new(''sven@asdf.com'',''Sven'',
                         ''Smith'',''assword'',''p'');
  stacy := acs_user__new(''stacy@asdf.com'',''Stacy'',
                         ''Smith'',''assword'',''p'');

  reg_users := acs__magic_object_id(''registered_users'');

  insert into groups_test_users values (joe,1,''joe'');
  insert into groups_test_users values (jane,2,''jane'');
  insert into groups_test_users values (bob,3,''bob'');
  insert into groups_test_users values (betty,4,''betty'');
  insert into groups_test_users values (jack,5,''jack'');
  insert into groups_test_users values (jill,6,''jill'');  
  insert into groups_test_users values (sven,7,''sven'');
  insert into groups_test_users values (stacy,8,''stacy'');
  insert into groups_test_users values (reg_users,9,''reg_users'');

  -- Make a couple of compositions.


  rel_id := composition_rel__new(A, B);
  rel_id := composition_rel__new(A, C);
  rel_id := composition_rel__new(A, D);

  rel_id := composition_rel__new(E, A);
  rel_id := composition_rel__new(E, F);

  rel_id := composition_rel__new(reg_users, E);
  rel_id := composition_rel__new(reg_users, G);

  -- define a few segments.

  -- define a few relational constraints.

  side_two_constraint := rel_constraint__new(
                                null,
                                ''rel_constraint'',
                                ''Yippie: side 2 must be a blah of A'',
                                rel_segment__get_or_new(reg_users, 
                                                        ''yippie_member_rel'', 
                                                        null),
                                ''two'',
                                rel_segment__get_or_new(A,
                                                        ''blah_member_rel'', 
                                                        null),
                                null,
                                null,
                                null
                                
  );

  side_one_constraint := rel_constraint__new(
                                null,
                                ''rel_constraint'',
                                ''Yippie: side 1 must be a component of E'',
                                rel_segment__get_or_new(reg_users, 
                                                        ''yippie_member_rel'', 
                                                        null),
                                ''one'',
                                rel_segment__get_or_new(E, 
                                                        ''composition_rel'', 
                                                        null),
                                null,
                                null,
                                null
  );

  insert into groups_test_segs values (side_two_constraint,1,''side_two_constraint'');
  insert into groups_test_segs values (side_one_constraint,2,''side_one_constraint'');

  delete from acs_logs;

  -- Make a couple of memberships.

  -- LEGAL MEMBERSHIPS:

  -- textbook case: 
  -- joe is a blah of A, and F is component of E, so its legal to make joe
  -- a yippie of F.

  rel_a := blah_member_rel__new(null, ''blah_member_rel'', A, joe);

  rel_b := yippie_member_rel__new(null, ''yippie_member_rel'', F, joe);

  -- do constraints respect group hierarchy? If so, this will be legal:
  rel_c := blah_member_rel__new(null, ''blah_member_rel'', B, jane);

  rel_d := yippie_member_rel__new(null, ''yippie_member_rel'', F, jane);

  -- ILLEGAL MEMBERSHIPS:
  
  -- G is not a component of F, therefore no one can be a yippie of G
  -- This should violated 2 constraints (object one and object two are both
  -- invalid).
  rel_e := yippie_member_rel__new(null, ''yippie_member_rel'', G, bob);

  -- betty is not a blah of A, therefore she cannot be a yippie of F.
  rel_f := yippie_member_rel__new(null, ''yippie_member_rel'', F, betty);

  -- make sven be a regular member of A.  Sven cannot be a yippie of F.
  rel_id := membership_rel__new(A, sven);
  rel_g := yippie_member_rel__new(null, ''yippie_member_rel'', F, sven);

  insert into groups_test_segs values (rel_a,3,''a'');
  insert into groups_test_segs values (rel_b,4,''b'');
  insert into groups_test_segs values (rel_c,5,''c'');
  insert into groups_test_segs values (rel_d,6,''d'');
  insert into groups_test_segs values (rel_e,7,''e'');
  insert into groups_test_segs values (rel_f,8,''f'');
  insert into groups_test_segs values (rel_g,9,''g'');

  return null;

end;' language 'plpgsql'; 

create function check_rel_constraints() returns integer as '
declare
  A      integer;
  B      integer;
  C      integer;
  D      integer;
  E      integer;
  F      integer;
  G      integer;

  joe    integer;
  jane   integer;
  bob    integer;
  betty  integer;
  jack	 integer;
  jill	 integer;
  sven	 integer;
  stacy	 integer;

  reg_users integer;

  rel_a  integer;
  rel_b  integer;
  rel_c  integer;
  rel_d  integer;
  rel_e  integer;
  rel_f  integer;
  rel_g  integer;

  rel_id integer;

  side_one_constraint integer;
  side_two_constraint integer;

  v_count integer;

  r       record;
begin
  select group_id into A from groups_test_groups where gname = ''A'';
  select group_id into B from groups_test_groups where gname = ''B'';
  select group_id into C from groups_test_groups where gname = ''C'';
  select group_id into D from groups_test_groups where gname = ''D'';
  select group_id into E from groups_test_groups where gname = ''E'';
  select group_id into F from groups_test_groups where gname = ''F'';
  select group_id into G from groups_test_groups where gname = ''G'';

  select user_id into joe   from groups_test_users where uname = ''joe'';
  select user_id into jane  from groups_test_users where uname = ''jane'';
  select user_id into bob   from groups_test_users where uname = ''bob'';
  select user_id into betty from groups_test_users where uname = ''betty'';
  select user_id into jack  from groups_test_users where uname = ''jack'';
  select user_id into jill  from groups_test_users where uname = ''jill'';
  select user_id into sven  from groups_test_users where uname = ''sven'';
  select user_id into stacy from groups_test_users where uname = ''stacy'';
  select user_id into reg_users from groups_test_users where uname = ''reg_users'';

  select seg_id into side_one_constraint 
    from groups_test_segs 
   where sname = ''side_one_constraint'';

  select seg_id into side_two_constraint
    from groups_test_segs 
   where sname = ''side_two_constraint'';

   select seg_id into rel_a from groups_test_segs where sname = ''a'';
   select seg_id into rel_b from groups_test_segs where sname = ''b'';
   select seg_id into rel_c from groups_test_segs where sname = ''c'';
   select seg_id into rel_d from groups_test_segs where sname = ''d'';
   select seg_id into rel_e from groups_test_segs where sname = ''e'';
   select seg_id into rel_f from groups_test_segs where sname = ''f'';
   select seg_id into rel_g from groups_test_segs where sname = ''g'';

  -- Make a couple of memberships.

  -- LEGAL MEMBERSHIPS:

  -- textbook case: 
  -- joe is a blah of A, and F is component of E, so its legal to make joe
  -- a yippie of F.

  PERFORM rel_constraint_test_check(rel_a, ''f'');

  PERFORM rel_constraint_test_check(rel_b, ''f'');

  -- do constraints respect group hierarchy? If so, this will be legal:
  PERFORM rel_constraint_test_check(rel_c, ''f'');

  PERFORM rel_constraint_test_check(rel_d, ''f'');

  -- ILLEGAL MEMBERSHIPS:
  
  -- G is not a component of F, therefore no one can be a yippie of G
  -- This should violated 2 constraints (object one and object two are both
  -- invalid).
  PERFORM rel_constraint_test_check(rel_e, ''t'');

  -- betty is not a blah of A, therefore she cannot be a yippie of F.
  PERFORM rel_constraint_test_check(rel_f, ''t'');

  -- make sven be a regular member of A.  Sven cannot be a yippie of F.
  PERFORM rel_constraint_test_check(rel_g, ''t'');

  -- TEST THE VIEWS (there should be 4 violated constraints,
  -- 1 side one violation and 3 side two violations.

  select count(*) into v_count
  from rel_constraints_violated_one;

  if v_count != 1 then
     raise NOTICE ''rel_constraints_violated_one should have 1 row. Found % rows.'', 
                  v_count;
     PERFORM rel_constraint_dump_views();
  end if;

  select count(*) into v_count
  from rel_constraints_violated_two;

  if v_count != 3 then
     raise NOTICE ''rel_constraints_violated_two should have 2 rows. Found % rows.'', 
                  v_count;
     PERFORM rel_constraint_dump_views();
  end if;

  -- Remove the constraints
  PERFORM rel_constraint__delete(side_one_constraint);
  PERFORM rel_constraint__delete(side_two_constraint);

  -- Remove the test memebership relations
  for r in select * from blah_member_rels LOOP
    PERFORM blah_member_rel__delete(r.rel_id);
  end loop;

  for r in select * from yippie_member_rels LOOP
    PERFORM yippie_member_rel__delete(r.rel_id);
  end loop;

  -- Remove the test segments.
  PERFORM rel_segment__delete(rel_segment__get(A,''blah_member_rel''));
  PERFORM rel_segment__delete(rel_segment__get(E,''composition_rel''));
  PERFORM rel_segment__delete(rel_segment__get(reg_users,''yippie_member_rel''));

  -- Remove the test groups.
  PERFORM acs_group__delete(G);
  PERFORM acs_group__delete(F);
  PERFORM acs_group__delete(E);
  PERFORM acs_group__delete(D);
  PERFORM acs_group__delete(C);
  PERFORM acs_group__delete(B);
  PERFORM acs_group__delete(A);

  -- Remove the test members.
  PERFORM acs_user__delete(joe);
  PERFORM acs_user__delete(jane);
  PERFORM acs_user__delete(bob);
  PERFORM acs_user__delete(betty);
  PERFORM acs_user__delete(jack);
  PERFORM acs_user__delete(jill);
  PERFORM acs_user__delete(sven);
  PERFORM acs_user__delete(stacy);

  return null;

end;' language 'plpgsql'; 

select test_rel_constraints();
select check_rel_constraints();

drop function rel_constraint_dump_views();
drop function rel_constraint_test_check (integer, char);
drop function test_rel_constraints();
drop function check_rel_constraints();
drop table groups_test_groups;
drop table groups_test_users;
drop table groups_test_segs;

\i rel-segments-test-types-drop.sql

select log_level, log_key, message
from acs_logs
where log_key = 'error';