-- function check_representation
create or replace function acs_group__check_representation (integer)
returns boolean as '
declare
group_id alias for $1;
res boolean;
comp record;
memb record;
begin
if group_id is null then
--maybe we should just return ''f'' instead?
raise exception ''acs_group__check_representation called with null group_id'';
end if;
res := ''t'';
PERFORM acs_log__notice(''acs_group.check_representation'',
''Running check_representation on group '' || group_id);
if acs_object__check_representation(group_id) = ''f'' then
res := ''f'';
end if;
for comp in select c.rel_id
from acs_rels r, composition_rels c
where r.rel_id = c.rel_id
and r.object_id_one = group_id
LOOP
if composition_rel__check_representation(comp.rel_id) = ''f'' then
res := ''f'';
end if;
end loop;
for memb in select m.rel_id
from acs_rels r, membership_rels m
where r.rel_id = m.rel_id
and r.object_id_one = group_id
LOOP
if membership_rel__check_representation(memb.rel_id) = ''f'' then
res := ''f'';
end if;
end loop;
PERFORM acs_log__notice(''acs_group.check_representation'',
''Done running check_representation on group '' || group_id);
return res;
end;' language 'plpgsql';
-- check for null input raise exception.
create or replace function acs_object__check_context_index (integer,integer,integer)
returns boolean as '
declare
check_context_index__object_id alias for $1;
check_context_index__ancestor_id alias for $2;
check_context_index__n_generations alias for $3;
n_rows integer;
n_gens integer;
begin
-- Verify that this row exists in the index.
if check_context_index__object_id is null or check_context_index__ancestor_id is null then
raise exception ''object_id or ancestor_id is null in acs_object__check_context_index'';
end if;
select case when count(*) = 0 then 0 else 1 end into n_rows
from acs_object_context_index
where object_id = check_context_index__object_id
and ancestor_id = check_context_index__ancestor_id;
if n_rows = 1 then
-- Verify that the count is correct.
select n_generations into n_gens
from acs_object_context_index
where object_id = check_context_index__object_id
and ancestor_id = check_context_index__ancestor_id;
if n_gens != check_context_index__n_generations then
PERFORM acs_log__error(''acs_object.check_representation'',
''Ancestor '' ||
check_context_index__ancestor_id || '' of object '' ||
check_context_index__object_id ||
'' reports being generation '' || n_gens ||
'' when it is actually generation '' ||
check_context_index__n_generations ||
''.'');
return ''f'';
else
return ''t'';
end if;
else
PERFORM acs_log__error(''acs_object.check_representation'',
''Ancestor '' ||
check_context_index__ancestor_id ||
'' of object '' || check_context_index__object_id
|| '' is missing an entry in acs_object_context_index.'');
return ''f'';
end if;
end;' language 'plpgsql';
-- function check_path
create or replace function acs_object__check_path (integer,integer)
returns boolean as '
declare
check_path__object_id alias for $1;
check_path__ancestor_id alias for $2;
check_path__context_id acs_objects.context_id%TYPE;
check_path__security_inherit_p acs_objects.security_inherit_p%TYPE;
begin
if check_path__object_id is null or check_path__ancestor_id then
raise exception ''acs_object__check_path called with null object_id or ancestor_id'';
end if;
if check_path__object_id = check_path__ancestor_id then
return ''t'';
end if;
select context_id, security_inherit_p
into check_path__context_id, check_path__security_inherit_p
from acs_objects
where object_id = check_path__object_id;
-- we should be able to handle the case where check_path fails
-- should we not?
if check_path__object_id = 0 and check_path__context_id is null then
return ''f'';
end if;
if check_path__context_id is null or check_path__security_inherit_p = ''f''
then
check_path__context_id := 0;
end if;
return acs_object__check_path(check_path__context_id,
check_path__ancestor_id);
end;' language 'plpgsql';
create or replace function acs_object__check_representation (integer)
returns boolean as '
declare
check_representation__object_id alias for $1;
result boolean;
check_representation__object_type acs_objects.object_type%TYPE;
n_rows integer;
v_rec record;
row record;
begin
if check_representation__object_id is null then
raise exception ''acs_object__check_representation called for null object_id'';
end if;
result := ''t'';
PERFORM acs_log__notice(''acs_object.check_representation'',
''Running acs_object.check_representation on object_id = ''
|| check_representation__object_id || ''.'');
select object_type into check_representation__object_type
from acs_objects
where object_id = check_representation__object_id;
PERFORM acs_log__notice(''acs_object.check_representation'',
''OBJECT STORAGE INTEGRITY TEST'');
for v_rec in select t.object_type, t.table_name, t.id_column
from acs_object_type_supertype_map m, acs_object_types t
where m.ancestor_type = t.object_type
and m.object_type = check_representation__object_type
union
select object_type, table_name, id_column
from acs_object_types
where object_type = check_representation__object_type
LOOP
for row in execute ''select case when count(*) = 0 then 0 else 1 end as n_rows from '' || quote_ident(v_rec.table_name) || '' where '' || quote_ident(v_rec.id_column) || '' = '' || check_representation__object_id
LOOP
n_rows := row.n_rows;
exit;
end LOOP;
if n_rows = 0 then
result := ''f'';
PERFORM acs_log__error(''acs_object.check_representation'',
''Table '' || v_rec.table_name ||
'' (primary storage for '' ||
v_rec.object_type ||
'') doesn''''t have a row for object '' ||
check_representation__object_id || '' of type '' ||
check_representation__object_type || ''.'');
end if;
end loop;
PERFORM acs_log__notice(''acs_object.check_representation'',
''OBJECT CONTEXT INTEGRITY TEST'');
if acs_object__check_object_ancestors(check_representation__object_id,
check_representation__object_id, 0) = ''f'' then
result := ''f'';
end if;
if acs_object__check_object_descendants(check_representation__object_id,
check_representation__object_id, 0) = ''f'' then
result := ''f'';
end if;
for row in select object_id, ancestor_id, n_generations
from acs_object_context_index
where object_id = check_representation__object_id
or ancestor_id = check_representation__object_id
LOOP
if acs_object__check_path(row.object_id, row.ancestor_id) = ''f'' then
PERFORM acs_log__error(''acs_object.check_representation'',
''acs_object_context_index contains an extraneous row: ''
|| ''object_id = '' || row.object_id ||
'', ancestor_id = '' || row.ancestor_id ||
'', n_generations = '' || row.n_generations || ''.'');
result := ''f'';
end if;
end loop;
PERFORM acs_log__notice(''acs_object.check_representation'',
''Done running acs_object.check_representation '' ||
''on object_id = '' || check_representation__object_id || ''.'');
return result;
end;' language 'plpgsql';
create or replace function acs_object__get_attr_storage_column(text)
returns text as '
declare
v_vals alias for $1;
v_idx integer;
begin
v_idx := strpos(v_vals,'','');
if v_idx = 0 or v_vals is null then
raise exception ''invalid storage format: acs_object.get_attr_storage_column %'',v_vals;
end if;
return substr(v_vals,1,v_idx - 1);
end;' language 'plpgsql' immutable;
create or replace function acs_object__get_attr_storage_table(text)
returns text as '
declare
v_vals alias for $1;
v_idx integer;
v_tmp varchar;
begin
v_idx := strpos(v_vals,'','');
if v_idx = 0 or v_vals is null then
raise exception ''invalid storage format: acs_object.get_attr_storage_table %'',v_vals;
end if;
v_tmp := substr(v_vals,v_idx + 1);
v_idx := strpos(v_tmp,'','');
if v_idx = 0 then
raise exception ''invalid storage format: acs_object.get_attr_storage_table %'',v_vals;
end if;
return substr(v_tmp,1,v_idx - 1);
end;' language 'plpgsql' immutable;
create or replace function acs_object__get_attr_storage_sql(text)
returns text as '
declare
v_vals alias for $1;
v_idx integer;
v_tmp varchar;
begin
v_idx := strpos(v_vals, '','');
if v_idx = 0 or v_vals is null then
raise exception ''invalid storage format: acs_object.get_attr_storage_sql %'',v_vals;
end if;
v_tmp := substr(v_vals, v_idx + 1);
v_idx := strpos(v_tmp, '','');
if v_idx = 0 then
raise exception ''invalid storage format: acs_object.get_attr_storage_sql %'',v_vals;
end if;
return substr(v_tmp, v_idx + 1);
end;' language 'plpgsql' immutable;
create or replace function acs_object__get_attribute_storage (integer,varchar)
returns text as '
declare
object_id_in alias for $1;
attribute_name_in alias for $2;
-- these three are the out variables
v_column varchar;
v_table_name varchar;
v_key_sql text;
v_object_type acs_attributes.object_type%TYPE;
v_static acs_attributes.static_p%TYPE;
v_attr_id acs_attributes.attribute_id%TYPE;
v_storage acs_attributes.storage%TYPE;
v_attr_name acs_attributes.attribute_name%TYPE;
v_id_column varchar(200);
v_sql text;
v_return text;
v_rec record;
begin
-- select
-- object_type, id_column
-- from
-- acs_object_types
-- connect by
-- object_type = prior supertype
-- start with
-- object_type = (select object_type from acs_objects
-- where object_id = object_id_in)
-- Determine the attribute parameters
select
a.attribute_id, a.static_p, a.storage, a.table_name, a.attribute_name,
a.object_type, a.column_name, t.id_column
into
v_attr_id, v_static, v_storage, v_table_name, v_attr_name,
v_object_type, v_column, v_id_column
from
acs_attributes a,
(select o2.object_type, o2.id_column
from acs_object_types o1, acs_object_types o2
where o1.object_type = (select object_type
from acs_objects o
where o.object_id = object_id_in)
and o1.tree_sortkey between o2.tree_sortkey and tree_right(o2.tree_sortkey)
) t
where
a.attribute_name = attribute_name_in
and
a.object_type = t.object_type;
if NOT FOUND then
raise EXCEPTION ''-20000: No such attribute % for object % in acs_object.get_attribute_storage.'', attribute_name_in, object_id_in;
end if;
-- This should really be done in a trigger on acs_attributes,
-- instead of generating it each time in this function
-- If there is no specific table name for this attribute,
-- figure it out based on the object type
if v_table_name is null or v_table_name = '''' then
-- Determine the appropriate table name
if v_storage = ''generic'' then
-- Generic attribute: table name/column are hardcoded
v_column := ''attr_value'';
if v_static = ''f'' then
v_table_name := ''acs_attribute_values'';
v_key_sql := ''(object_id = '' || object_id_in || '' and '' ||
''attribute_id = '' || v_attr_id || '')'';
else
v_table_name := ''acs_static_attr_values'';
v_key_sql := ''(object_type = '''''' || v_object_type || '''''' and '' ||
''attribute_id = '' || v_attr_id || '')'';
end if;
else
-- Specific attribute: table name/column need to be retrieved
if v_static = ''f'' then
select
table_name, id_column
into
v_table_name, v_id_column
from
acs_object_types
where
object_type = v_object_type;
if NOT FOUND then
raise EXCEPTION ''-20000: No data found for attribute %::% object_id % in acs_object.get_attribute_storage'', v_object_type, attribute_name_in, object_id_in;
end if;
else
raise EXCEPTION ''-20000: No table name specified for storage specific static attribute %::% object_id % in acs_object.get_attribute_storage.'',v_object_type, attribute_name_in, object_id_in;
end if;
end if;
else
-- There is a custom table name for this attribute.
-- Get the id column out of the acs_object_tables
-- Raise an error if not found
select id_column into v_id_column from acs_object_type_tables
where object_type = v_object_type
and table_name = v_table_name;
if NOT FOUND then
raise EXCEPTION ''-20000: No data found for attribute %::% object_id % in acs_object.get_attribute_storage'', v_object_type, attribute_name_in, object_id_in;
end if;
end if;
if v_column is null or v_column = '''' then
if v_storage = ''generic'' then
v_column := ''attr_value'';
else
v_column := v_attr_name;
end if;
end if;
if v_key_sql is null or v_key_sql = '''' then
if v_static = ''f'' then
v_key_sql := v_id_column || '' = '' || object_id_in ;
else
v_key_sql := v_id_column || '' = '''''' || v_object_type || '''''''';
end if;
end if;
return v_column || '','' || v_table_name || '','' || v_key_sql;
end;' language 'plpgsql' strict;
create or replace function acs_object__initialize_attributes (integer)
returns integer as '
declare
initialize_attributes__object_id alias for $1;
v_object_type acs_objects.object_type%TYPE;
begin
if initialize_attributes__object_id is null then
raise exception ''acs_object__initialize_attributes called with null object_id'';
end if;
-- Initialize dynamic attributes
insert into acs_attribute_values
(object_id, attribute_id, attr_value)
select
initialize_attributes__object_id, a.attribute_id, a.default_value
from acs_attributes a, acs_objects o
where a.object_type = o.object_type
and o.object_id = initialize_attributes__object_id
and a.storage = ''generic''
and a.static_p = ''f'';
-- Retrieve type for static attributes
select object_type into v_object_type from acs_objects
where object_id = initialize_attributes__object_id;
-- Initialize static attributes
-- begin
insert into acs_static_attr_values
(object_type, attribute_id, attr_value)
select
v_object_type, a.attribute_id, a.default_value
from acs_attributes a, acs_objects o
where a.object_type = o.object_type
and o.object_id = initialize_attributes__object_id
and a.storage = ''generic''
and a.static_p = ''t''
and not exists (select 1 from acs_static_attr_values
where object_type = a.object_type);
-- exception when no_data_found then null;
return 0;
end;' language 'plpgsql';
create or replace function acs_object__set_attribute (integer,varchar,varchar)
returns integer as '
declare
object_id_in alias for $1;
attribute_name_in alias for $2;
value_in alias for $3;
v_table_name varchar;
v_column varchar;
v_key_sql text;
v_return text;
v_storage text;
begin
if value_in is null then
-- this will fail more cryptically in the execute so catch now.
raise exception ''acs_object__set_attribute: attempt to set % to null for object_id %'',attribute_name_in, object_id_in;
end if;
v_storage := acs_object__get_attribute_storage(object_id_in, attribute_name_in);
v_column := acs_object__get_attr_storage_column(v_storage);
v_table_name := acs_object__get_attr_storage_table(v_storage);
v_key_sql := acs_object__get_attr_storage_sql(v_storage);
execute ''update '' || v_table_name || '' set '' || quote_ident(v_column) || '' = '' || quote_literal(value_in) || '' where '' || v_key_sql;
return 0;
end;' language 'plpgsql';
create or replace function acs_object_util__get_object_type (integer)
returns varchar as '
declare
p_object_id alias for $1;
v_object_type varchar(100);
begin
select object_type into v_object_type
from acs_objects
where object_id = p_object_id;
if not found then
raise exception ''acs_object_util__get_object_type: Invalid Object id: % '', p_object_id;
end if;
return v_object_type;
end;' language 'plpgsql' stable;
create or replace function acs_objects_get_tree_sortkey(integer) returns varbit as '
declare
p_object_id alias for $1;
begin
return tree_sortkey from acs_objects where object_id = p_object_id;
end;' language 'plpgsql' stable strict;
create or replace function acs_rel_type__drop_type (varchar,boolean)
returns integer as '
declare
drop_type__rel_type alias for $1;
drop_type__cascade_p alias for $2; -- default ''f''
v_cascade_p boolean;
begin
-- XXX do cascade_p.
-- JCD: cascade_p seems to be ignored in acs_o_type__drop_type anyway...
if drop_type__cascade_p is null then
v_cascade_p := ''f'';
else
v_cascade_p := drop_type__cascade_p;
end if;
delete from acs_rel_types
where rel_type = drop_type__rel_type;
PERFORM acs_object_type__drop_type(drop_type__rel_type,
v_cascade_p);
return 0;
end;' language 'plpgsql';
create or replace function apm__unregister_package (varchar,boolean)
returns integer as '
declare
package_key alias for $1;
cascade_p alias for $2; -- default ''t''
v_cascade_p boolean;
begin
v_cascade_p := cascade_p;
if cascade_p is null then
v_cascade_p := ''t'';
end if;
PERFORM apm_package_type__drop_type(
package_key,
v_cascade_p
);
return 0;
end;' language 'plpgsql';
create or replace function apm__unregister_service (varchar,boolean)
returns integer as '
declare
package_key alias for $1;
cascade_p alias for $2; -- default ''f''
v_cascade_p boolean;
begin
v_cascade_p := cascade_p;
if cascade_p is null then
v_cascade_p := ''f'';
end if;
PERFORM apm__unregister_package (
package_key,
v_cascade_p
);
return 0;
end;' language 'plpgsql';
create or replace function apm_package__num_instances (varchar) returns integer as '
declare
num_instances__package_key alias for $1;
v_num_instances integer;
begin
select count(*) into v_num_instances
from apm_packages
where package_key = num_instances__package_key;
return v_num_instances;
end;' language 'plpgsql' stable;
create or replace function lob_copy(integer, integer) returns integer as '
declare
from_id alias for $1;
to_id alias for $2;
begin
if from_id is null then
raise exception ''lob_copy: attempt to copy null from_id to % to_id'',to_id;
end if;
insert into lobs (lob_id,refcount) values (to_id,0);
insert into lob_data
select to_id as lob_id, segment, byte_len, data
from lob_data
where lob_id = from_id;
return null;
end;' language 'plpgsql';
create or replace function apm_package__parent_id (integer) returns integer as '
declare
apm_package__parent_id__package_id alias for $1;
v_package_id apm_packages.package_id%TYPE;
begin
select sn1.object_id
into v_package_id
from site_nodes sn1
where sn1.node_id = (select sn2.parent_id
from site_nodes sn2
where sn2.object_id = apm_package__parent_id__package_id);
return v_package_id;
end;' language 'plpgsql' stable strict;
create or replace function apm_package__singleton_p (varchar) returns integer as '
declare
singleton_p__package_key alias for $1;
v_singleton_p integer;
begin
select count(*) into v_singleton_p
from apm_package_types
where package_key = singleton_p__package_key
and singleton_p = ''t'';
return v_singleton_p;
end;' language 'plpgsql' stable;
create or replace function number_src(text) returns text as '
declare
v_src alias for $1;
v_pos integer;
v_ret text default '''';
v_tmp text;
v_cnt integer default -1;
begin
if v_src is null then
return null;
end if;
v_tmp := v_src;
LOOP
v_pos := position(''\n'' in v_tmp);
v_cnt := v_cnt + 1;
exit when v_pos = 0;
if v_cnt != 0 then
v_ret := v_ret || rpad(v_cnt,10) || substr(v_tmp,1,v_pos);
end if;
v_tmp := substr(v_tmp,v_pos + 1);
end LOOP;
return v_ret || rpad(v_cnt,10) || v_tmp;
end;' language 'plpgsql' immutable strict;
create or replace function party__email (integer)
returns varchar as '
declare
email__party_id alias for $1;
begin
return email from parties where party_id = email__party_id;
end;' language 'plpgsql' stable strict;
create or replace function person__first_names (integer)
returns varchar as '
declare
first_names__person_id alias for $1;
begin
return first_names
from persons
where person_id = first_names__person_id;
end;' language 'plpgsql' stable strict;
create or replace function person__last_name (integer)
returns varchar as '
declare
last_name__person_id alias for $1;
begin
return last_name
from persons
where person_id = last_name__person_id;
end;' language 'plpgsql' stable strict;
create or replace function person__name (integer)
returns varchar as '
declare
name__person_id alias for $1;
begin
return first_names || '' '' || last_name
from persons
where person_id = name__person_id;
end;' language 'plpgsql';
create or replace function rel_constraint__get_constraint_id (integer,char,integer)
returns integer as '
declare
get_constraint_id__rel_segment alias for $1;
get_constraint_id__rel_side alias for $2;
get_constraint_id__required_rel_segment alias for $3;
v_constraint_id rel_constraints.constraint_id%TYPE;
begin
return constraint_id
from rel_constraints
where rel_segment = get_constraint_id__rel_segment
and rel_side = get_constraint_id__rel_side
and required_rel_segment = get_constraint_id__required_rel_segment;
end;' language 'plpgsql' stable strict;
create or replace function rel_segment__get (integer,varchar)
returns integer as '
declare
get__group_id alias for $1;
get__rel_type alias for $2;
begin
return min(segment_id)
from rel_segments
where group_id = get__group_id
and rel_type = get__rel_type;
end;' language 'plpgsql' stable strict;
create or replace function rel_segment__name (integer)
returns varchar as '
declare
name__segment_id alias for $1;
name__segment_name varchar(200);
begin
return segment_name
from rel_segments
where segment_id = name__segment_id;
end;' language 'plpgsql' stable strict;
---- DRB: fixes bug 1144
drop view registered_users CASCADE;
create view registered_users
as
select p.email, p.url, pe.first_names, pe.last_name, u.*, mr.member_state
from parties p, persons pe, users u, group_member_map m, membership_rels mr, acs_magic_objects amo
where party_id = person_id
and person_id = user_id
and u.user_id = m.member_id
and m.rel_id = mr.rel_id
and amo.name = 'registered_users'
and m.group_id = amo.object_id
and m.container_id = m.group_id
and m.rel_type = 'membership_rel'
and mr.member_state = 'approved'
and u.email_verified_p = 't';
create view registered_users_of_package_id
as
SELECT u.*, au.package_id
FROM application_users au, registered_users u
WHERE (au.user_id = u.user_id);
drop view cc_users CASCADE;
create view cc_users
as
select o.*, pa.*, pe.*, u.*, mr.member_state, mr.rel_id
from acs_objects o, parties pa, persons pe, users u, group_member_map m, membership_rels mr, acs_magic_objects amo
where o.object_id = pa.party_id
and pa.party_id = pe.person_id
and pe.person_id = u.user_id
and u.user_id = m.member_id
and amo.name = 'registered_users'
and m.group_id = amo.object_id
and m.rel_id = mr.rel_id
and m.container_id = m.group_id
and m.rel_type = 'membership_rel';
create view cc_users_of_package_id
as
SELECT u.*, au.package_id
FROM application_users au, cc_users u
WHERE (au.user_id = u.user_id);
drop function acs__add_user(int4,varchar,timestamptz,int4,varchar,varchar,varchar,varchar,varchar,bpchar,bpchar,varchar,varchar,varchar,bool,varchar);
create or replace function acs__add_user (
integer, -- user_id
varchar, -- object_type
timestamptz, -- creation_date
integer, -- creation_user
varchar, -- cretion_ip
integer, -- authority_id; default 'local'
varchar, -- username
varchar, -- email
varchar, -- url
varchar, -- first_names
varchar, -- last_name
char, -- password
char, -- salt
varchar, -- screen_name
boolean, -- email_verified_p
varchar -- member_state
)
returns integer as '
declare
p_user_id alias for $1; -- default null
p_object_type alias for $2; -- default ''user''
p_creation_date alias for $3; -- default now()
p_creation_user alias for $4; -- default null
p_creation_ip alias for $5; -- default null
p_authority_id alias for $6; -- defaults to local authority
p_username alias for $7; --
p_email alias for $8;
p_url alias for $9; -- default null
p_first_names alias for $10;
p_last_name alias for $11;
p_password alias for $12;
p_salt alias for $13;
p_screen_name alias for $14; -- default null
p_email_verified_p alias for $15; -- default ''t''
p_member_state alias for $16; -- default ''approved''
v_user_id users.user_id%TYPE;
v_rel_id membership_rels.rel_id%TYPE;
begin
v_user_id := acs_user__new (
p_user_id,
p_object_type,
p_creation_date,
p_creation_user,
p_creation_ip,
p_authority_id,
p_username,
p_email,
p_url,
p_first_names,
p_last_name,
p_password,
p_salt,
p_screen_name,
p_email_verified_p,
null -- context_id
);
v_rel_id := membership_rel__new (
null,
''membership_rel'',
acs__magic_object_id(''registered_users''),
v_user_id,
p_member_state,
null,
null);
PERFORM acs_permission__grant_permission (
v_user_id,
v_user_id,
''read''
);
PERFORM acs_permission__grant_permission (
v_user_id,
v_user_id,
''write''
);
return v_user_id;
end;' language 'plpgsql';
drop function acs_user__new(int4,varchar,timestamptz,int4,varchar,varchar,varchar,varchar,varchar,bpchar,bpchar,varchar,varchar,varchar,bool,int4);
create or replace function acs_user__new (
integer, -- user_id
varchar, -- object_type
timestamptz, -- creation_date
integer, -- creation_user
varchar, -- creation_ip
integer, -- authority_id; default 'local'
varchar, -- username
varchar, -- email
varchar, -- url
varchar, -- first_names
varchar, -- last_name
char, -- password
char, -- salt
varchar, -- screen_name
boolean, -- email_verified_p
integer -- context_id
)
returns integer as '
declare
p_user_id alias for $1; -- default null
p_object_type alias for $2; -- default ''user''
p_creation_date alias for $3; -- default now()
p_creation_user alias for $4; -- default null
p_creation_ip alias for $5; -- default null
p_authority_id alias for $6; -- defaults to local authority
p_username alias for $7; --
p_email alias for $8;
p_url alias for $9; -- default null
p_first_names alias for $10;
p_last_name alias for $11;
p_password alias for $12;
p_salt alias for $13;
p_screen_name alias for $14; -- default null
p_email_verified_p alias for $15; -- default ''t''
p_context_id alias for $16; -- default null
v_user_id users.user_id%TYPE;
v_authority_id auth_authorities.authority_id%TYPE;
v_person_exists varchar;
begin
v_user_id := p_user_id;
select case when count(*) = 0 then ''f'' else ''t'' end into v_person_exists
from persons where person_id = v_user_id;
if v_person_exists = ''f'' then
v_user_id := person__new(
v_user_id,
p_object_type,
p_creation_date,
p_creation_user,
p_creation_ip,
p_email,
p_url,
p_first_names,
p_last_name,
p_context_id
);
else
update acs_objects set object_type = ''user'' where object_id = v_user_id;
end if;
-- default to local authority
if p_authority_id is null then
select authority_id
into v_authority_id
from auth_authorities
where short_name = ''local'';
else
v_authority_id := p_authority_id;
end if;
insert into users
(user_id, authority_id, username, password, salt, screen_name, email_verified_p)
values
(v_user_id, v_authority_id, p_username, p_password, p_salt, p_screen_name, p_email_verified_p);
insert into user_preferences
(user_id)
values
(v_user_id);
return v_user_id;
end;' language 'plpgsql';
OpenACS – The Toolkit for Online Communities : ACS API Browser : ACS Kernel 5.2.1d2 : upgrade-5.0.0b3-5.0.0b4.sql
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