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threshold/internal/db/schema/migrations/oss/postgres/10/03_credential.up.sql
T
Timothy Messier 8caaf3e076 refactor(schema): Add support for migration editions
This refactors the schema package and subpackages to support editions.
An Edition is a collection of sql migrations. A given boundary binary
can have multiple migration editions. The `schema.Manager` is updated to
apply the necessary migrations in the correct order, leveraging an
Edition's priority to determine the order in which the separate Editions
are applied.

The sql migration files are now nested under a directory for the
edition.

This also switches from the generated code to using embed, which
eliminates the need for the `make migrations` target and the generated
code. As such this commit removes the target and generated code.

See:
    https://pkg.go.dev/embed
2021-10-08 06:50:26 -04:00

262 lines
8.3 KiB
PL/PgSQL

begin;
-- credential_store
create table credential_store (
public_id wt_public_id primary key,
scope_id wt_scope_id not null
constraint iam_scope_fkey
references iam_scope (public_id)
on delete cascade
on update cascade,
-- The order of columns is important for performance. See:
-- https://dba.stackexchange.com/questions/58970/enforcing-constraints-two-tables-away/58972#58972
-- https://dba.stackexchange.com/questions/27481/is-a-composite-index-also-good-for-queries-on-the-first-field
constraint credential_store_scope_id_public_id_uq
unique(scope_id, public_id)
);
comment on table credential_store is
'credential_store is a base table for the credential store type. '
'Each row is owned by a single scope and maps 1-to-1 to a row in one of the credential store subtype tables.';
create trigger immutable_columns before update on credential_store
for each row execute procedure immutable_columns('public_id', 'scope_id');
-- insert_credential_store_subtype() is a before insert trigger
-- function for subtypes of credential_store
create function insert_credential_store_subtype()
returns trigger
as $$
begin
insert into credential_store
(public_id, scope_id)
values
(new.public_id, new.scope_id);
return new;
end;
$$ language plpgsql;
-- delete_credential_store_subtype() is an after delete trigger
-- function for subtypes of credential_store
create function delete_credential_store_subtype()
returns trigger
as $$
begin
delete from credential_store
where public_id = old.public_id;
return null; -- result is ignored since this is an after trigger
end;
$$ language plpgsql;
-- credential_library
create table credential_library (
public_id wt_public_id primary key,
store_id wt_public_id not null
constraint credential_store_fkey
references credential_store (public_id)
on delete cascade
on update cascade,
constraint credential_library_store_id_public_id_uq
unique(store_id, public_id)
);
comment on table credential_library is
'credential_library is a base table for the credential library type and a child table of credential_store. '
'Each row maps 1-to-1 to a row in one of the credential library subtype tables.';
create trigger immutable_columns before update on credential_library
for each row execute procedure immutable_columns('public_id', 'store_id');
-- insert_credential_library_subtype() is a before insert trigger
-- function for subtypes of credential_library
create function insert_credential_library_subtype()
returns trigger
as $$
begin
insert into credential_library
(public_id, store_id)
values
(new.public_id, new.store_id);
return new;
end;
$$ language plpgsql;
-- delete_credential_library_subtype() is an after delete trigger
-- function for subtypes of credential_library
create function delete_credential_library_subtype()
returns trigger
as $$
begin
delete from credential_library
where public_id = old.public_id;
return null; -- result is ignored since this is an after trigger
end;
$$ language plpgsql;
-- credential
create table credential (
public_id wt_public_id primary key
);
comment on table credential is
'credential is a base table for the credential type. ';
create trigger immutable_columns before update on credential
for each row execute procedure immutable_columns('public_id');
-- insert_credential_subtype() is a before insert trigger
-- function for subtypes of credential
create function insert_credential_subtype()
returns trigger
as $$
begin
insert into credential
(public_id)
values
(new.public_id);
return new;
end;
$$ language plpgsql;
-- delete_credential_subtype() is an after delete trigger
-- function for subtypes of credential
create function delete_credential_subtype()
returns trigger
as $$
begin
delete from credential
where public_id = old.public_id;
return null; -- result is ignored since this is an after trigger
end;
$$ language plpgsql;
-- credential_static
create table credential_static (
public_id wt_public_id primary key
constraint credential_fkey
references credential (public_id)
on delete cascade
on update cascade,
store_id wt_public_id not null
constraint credential_store_fkey
references credential_store (public_id)
on delete cascade
on update cascade,
constraint credential_static_store_id_public_id_uq
unique(store_id, public_id)
);
comment on table credential_static is
'credential_static is a base table for the credential static type. '
'It is a credential subtype and a child table of credential_store. ';
create trigger immutable_columns before update on credential_static
for each row execute procedure immutable_columns('public_id', 'store_id');
create trigger insert_credential_subtype before insert on credential_static
for each row execute procedure insert_credential_subtype();
create trigger delete_credential_subtype after delete on credential_static
for each row execute procedure delete_credential_subtype();
-- insert_credential_static_subtype() is a before insert trigger
-- function for subtypes of credential_static
create function insert_credential_static_subtype()
returns trigger
as $$
begin
insert into credential_static
(public_id, store_id)
values
(new.public_id, new.store_id);
return new;
end;
$$ language plpgsql;
-- delete_credential_static_subtype() is an after delete trigger
-- function for subtypes of credential_static
create function delete_credential_static_subtype()
returns trigger
as $$
begin
delete from credential_static
where public_id = old.public_id;
return null; -- result is ignored since this is an after trigger
end;
$$ language plpgsql;
-- credential_dynamic
create table credential_dynamic (
public_id wt_public_id primary key
constraint credential_fkey
references credential (public_id)
on delete cascade
on update cascade,
library_id wt_public_id not null
constraint credential_library_fkey
references credential_library (public_id)
on delete cascade
on update cascade,
constraint credential_dynamic_library_id_public_id_uq
unique(library_id, public_id)
);
comment on table credential_dynamic is
'credential_dynamic is a base table for the credential dynamic type. '
'It is a credential subtype and a child table of credential_library. ';
create trigger immutable_columns before update on credential_dynamic
for each row execute procedure immutable_columns('public_id', 'library_id');
create trigger insert_credential_subtype before insert on credential_dynamic
for each row execute procedure insert_credential_subtype();
create trigger delete_credential_subtype after delete on credential_dynamic
for each row execute procedure delete_credential_subtype();
-- insert_credential_dynamic_subtype() is a before insert trigger
-- function for subtypes of credential_dynamic
create function insert_credential_dynamic_subtype()
returns trigger
as $$
begin
insert into credential_dynamic
(public_id, library_id)
values
(new.public_id, new.library_id);
return new;
end;
$$ language plpgsql;
-- delete_credential_dynamic_subtype() is an after delete trigger
-- function for subtypes of credential_dynamic
create function delete_credential_dynamic_subtype()
returns trigger
as $$
begin
delete from credential_dynamic
where public_id = old.public_id;
return null; -- result is ignored since this is an after trigger
end;
$$ language plpgsql;
create table credential_purpose_enm (
name text primary key
constraint only_predefined_credential_purposes_allowed
check (
name in (
'application',
'ingress',
'egress'
)
)
);
comment on table credential_purpose_enm is
'credential_purpose_enm is an enumeration table for credential purposes. '
'It contains rows for representing the application, egress, and ingress credential purposes.';
insert into credential_purpose_enm (name)
values
('application'),
('ingress'),
('egress');
commit;