--
-- PostgreSQL database dump
--
-- Dumped from database version 9.5beta1
-- Dumped by pg_dump version 9.5beta1
SET statement_timeout = 0;
SET lock_timeout = 0;
SET client_encoding = 'UTF8';
SET standard_conforming_strings = on;
SET check_function_bodies = false;
SET client_min_messages = warning;
CREATE SCHEMA public;
CREATE SCHEMA postgrest;
CREATE SCHEMA private;
CREATE SCHEMA test;
CREATE SCHEMA تست;
CREATE SCHEMA extensions;
CREATE SCHEMA v1;
CREATE SCHEMA v2;
CREATE SCHEMA "SPECIAL ""@/\#~_-";
CREATE SCHEMA "EXTRA ""@/\#~_-";
COMMENT ON SCHEMA v1 IS 'v1 schema';
COMMENT ON SCHEMA v2 IS 'v2 schema';
COMMENT ON SCHEMA test IS
$$My API title
My API description
that spans
multiple lines$$;
--
-- Name: plpgsql; Type: EXTENSION; Schema: -; Owner: -
--
CREATE EXTENSION IF NOT EXISTS plpgsql WITH SCHEMA pg_catalog;
SET search_path = public, pg_catalog;
CREATE EXTENSION IF NOT EXISTS pgcrypto;
--
-- Name: jwt_token; Type: TYPE; Schema: public; Owner: -
--
CREATE TYPE public.jwt_token AS (
token text
);
SET search_path = test, pg_catalog;
--
-- Name: enum_menagerie_type; Type: TYPE; Schema: test; Owner: -
--
CREATE TYPE enum_menagerie_type AS ENUM (
'foo',
'bar'
);
SET search_path = postgrest, pg_catalog;
--
-- Name: check_role_exists(); Type: FUNCTION; Schema: postgrest; Owner: -
--
CREATE FUNCTION check_role_exists() RETURNS trigger
LANGUAGE plpgsql
AS $$
begin
if not exists (select 1 from pg_roles as r where r.rolname = new.rolname) then
raise foreign_key_violation using message = 'Cannot create user with unknown role: ' || new.rolname;
return null;
end if;
return new;
end
$$;
--
-- Name: set_authors_only_owner(); Type: FUNCTION; Schema: postgrest; Owner: -
--
CREATE FUNCTION set_authors_only_owner() RETURNS trigger
LANGUAGE plpgsql
AS $$
begin
NEW.owner = case when current_setting('server_version_num')::int >= 140000
then current_setting('request.jwt.claims')::json->>'id'
else current_setting('request.jwt.claim.id')
end;
RETURN NEW;
end
$$;
--
-- Name: update_owner(); Type: FUNCTION; Schema: postgrest; Owner: -
--
CREATE FUNCTION update_owner() RETURNS trigger
LANGUAGE plpgsql
AS $$
BEGIN
NEW.owner = current_user;
RETURN NEW;
END;
$$;
SET search_path = test, pg_catalog;
SET default_tablespace = '';
SET default_with_oids = false;
CREATE TABLE items (
id bigserial primary key
);
CREATE TABLE items2 (
id bigserial primary key
);
CREATE TABLE items3 (
id bigserial primary key
);
CREATE FUNCTION search(id BIGINT) RETURNS SETOF items
LANGUAGE plpgsql
STABLE
AS $$BEGIN
RETURN QUERY SELECT items.id FROM items WHERE items.id=search.id;
END$$;
CREATE FUNCTION always_true(test.items) RETURNS boolean
LANGUAGE sql IMMUTABLE
AS $$ SELECT true $$;
CREATE FUNCTION computed_overload(test.items) RETURNS boolean
LANGUAGE sql IMMUTABLE
AS $$ SELECT true $$;
CREATE FUNCTION computed_overload(test.items2) RETURNS boolean
LANGUAGE sql IMMUTABLE
AS $$ SELECT true $$;
CREATE FUNCTION is_first(test.items) RETURNS boolean
LANGUAGE sql IMMUTABLE
AS $$ SELECT $1.id = 1 $$;
CREATE FUNCTION anti_id(test.items) RETURNS bigint
LANGUAGE sql IMMUTABLE
AS $_$ SELECT $1.id * -1 $_$;
SET search_path = public, pg_catalog;
CREATE FUNCTION always_false(test.items) RETURNS boolean
LANGUAGE sql IMMUTABLE
AS $$ SELECT false $$;
create table public_consumers (
id serial not null unique,
name text not null check (name <> ''),
primary key (id)
);
create table public_orders (
id serial not null unique,
consumer integer not null references public_consumers(id),
number integer not null,
primary key (id)
);
SET search_path = تست, pg_catalog;
CREATE TABLE موارد (
هویت bigint NOT NULL
);
SET search_path = test, pg_catalog;
create view orders_view as
select * from public.public_orders;
create view consumers_view as
select * from public.public_consumers;
create view consumers_view_view as
select * from consumers_view;
create view public.consumers_extra as
select * from consumers_view;
create view consumers_extra_view as
select * from public.consumers_extra;
--
-- Name: getitemrange(bigint, bigint); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION getitemrange(min bigint, max bigint) RETURNS SETOF items
LANGUAGE sql
STABLE
AS $_$
SELECT * FROM test.items WHERE id > $1 AND id <= $2;
$_$;
--
-- Name: version(); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION noparamsproc() RETURNS text
LANGUAGE sql
IMMUTABLE
AS $$
SELECT a FROM (VALUES ('Return value of no parameters procedure.')) s(a);
$$;
--
-- Name: login(text, text); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION login(id text, pass text) RETURNS public.jwt_token
LANGUAGE sql SECURITY DEFINER
STABLE
AS $$
SELECT jwt.sign(
row_to_json(r), 'reallyreallyreallyreallyverysafe'
) as token
FROM (
SELECT rolname::text, id::text
FROM postgrest.auth
WHERE id = id AND pass = pass
) r;
$$;
CREATE FUNCTION varied_arguments(
double double precision,
"varchar" character varying,
"boolean" boolean,
date date,
money money,
enum enum_menagerie_type,
arr text[],
"integer" integer default 42,
json json default '{}',
jsonb jsonb default '{}'
) RETURNS json
LANGUAGE sql
IMMUTABLE
AS $_$
SELECT json_build_object(
'double', double,
'varchar', "varchar",
'boolean', "boolean",
'date', date,
'money', money,
'enum', enum,
'arr', arr,
'integer', "integer",
'json', json,
'jsonb', jsonb
);
$_$;
COMMENT ON FUNCTION varied_arguments(double precision, character varying, boolean, date, money, enum_menagerie_type, text[], integer, json, jsonb) IS
$_$An RPC function
Just a test for RPC function arguments$_$;
CREATE FUNCTION varied_arguments_openapi(
double double precision,
"varchar" character varying,
"boolean" boolean,
date date,
money money,
enum enum_menagerie_type,
text_arr text[],
int_arr int[],
bool_arr boolean[],
char_arr char[],
varchar_arr varchar[],
bigint_arr bigint[],
numeric_arr numeric[],
json_arr json[],
jsonb_arr jsonb[],
"integer" integer default 42,
json json default '{}',
jsonb jsonb default '{}'
) RETURNS json
LANGUAGE sql
IMMUTABLE
AS $_$
SELECT json_build_object(
'double', double,
'varchar', "varchar",
'boolean', "boolean",
'date', date,
'money', money,
'enum', enum,
'text_arr', text_arr,
'int_arr', int_arr,
'bool_arr', bool_arr,
'char_arr', char_arr,
'varchar_arr', varchar_arr,
'bigint_arr', bigint_arr,
'numeric_arr', numeric_arr,
'json_arr', json_arr,
'jsonb_arr', jsonb_arr,
'integer', "integer",
'json', json,
'jsonb', jsonb
);
$_$;
COMMENT ON FUNCTION varied_arguments_openapi(double precision, character varying, boolean, date, money, enum_menagerie_type, text[], int[], boolean[], char[], varchar[], bigint[], numeric[], json[], jsonb[], integer, json, jsonb) IS
$_$An RPC function
Just a test for RPC function arguments$_$;
CREATE FUNCTION json_argument(arg json) RETURNS text
LANGUAGE sql
IMMUTABLE
AS $_$
SELECT json_typeof(arg);
$_$;
--
-- Name: jwt_test(); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION jwt_test() RETURNS public.jwt_token
LANGUAGE sql SECURITY DEFINER
IMMUTABLE
AS $$
SELECT jwt.sign(
row_to_json(r), 'reallyreallyreallyreallyverysafe'
) as token
FROM (
SELECT 'joe'::text as iss, 'fun'::text as sub, 'everyone'::text as aud,
1300819380 as exp, 1300819380 as nbf, 1300819380 as iat,
'foo'::text as jti, 'postgrest_test'::text as role,
true as "http://postgrest.com/foo"
) r;
$$;
CREATE OR REPLACE FUNCTION switch_role() RETURNS void
LANGUAGE plpgsql
AS $$
declare
user_id text;
Begin
user_id = case when current_setting('server_version_num')::int >= 140000
then (current_setting('request.jwt.claims')::json->>'id')::text
else current_setting('request.jwt.claim.id')::text
end;
if user_id = '1'::text then
execute 'set local role postgrest_test_author';
elseif user_id = '2'::text then
execute 'set local role postgrest_test_default_role';
elseif user_id = '3'::text then
RAISE EXCEPTION 'Disabled ID --> %', user_id USING HINT = 'Please contact administrator';
/* else */
/* execute 'set local role postgrest_test_anonymous'; */
end if;
end
$$;
CREATE FUNCTION get_current_user() RETURNS text
LANGUAGE sql
STABLE
AS $$
SELECT current_user::text;
$$;
--
-- Name: reveal_big_jwt(); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION reveal_big_jwt() RETURNS TABLE (
iss text, sub text, exp bigint,
nbf bigint, iat bigint, jti text, "http://postgrest.com/foo" boolean
)
LANGUAGE plpgsql SECURITY DEFINER
STABLE
AS $$
BEGIN
-- JWT claims are set in JSON format since v14
IF (current_setting('server_version_num')::INT >= 140000) THEN
RETURN QUERY
SELECT current_setting('request.jwt.claims')::json->>'iss' as iss,
current_setting('request.jwt.claims')::json->>'sub' as sub,
(current_setting('request.jwt.claims')::json->>'exp')::bigint as exp,
(current_setting('request.jwt.claims')::json->>'nbf')::bigint as nbf,
(current_setting('request.jwt.claims')::json->>'iat')::bigint as iat,
current_setting('request.jwt.claims')::json->>'jti' as jti,
(current_setting('request.jwt.claims')::json->>'http://postgrest.com/foo')::boolean
as "http://postgrest.com/foo";
ELSE
RETURN QUERY
SELECT current_setting('request.jwt.claim.iss') as iss,
current_setting('request.jwt.claim.sub') as sub,
current_setting('request.jwt.claim.exp')::bigint as exp,
current_setting('request.jwt.claim.nbf')::bigint as nbf,
current_setting('request.jwt.claim.iat')::bigint as iat,
current_setting('request.jwt.claim.jti') as jti,
current_setting('request.jwt.claim.http://postgrest.com/foo')::boolean
as "http://postgrest.com/foo";
END IF;
END;
$$;
CREATE FUNCTION assert() RETURNS void
LANGUAGE plpgsql
AS $$
BEGIN
ASSERT false, 'bad thing';
END;
$$;
--
-- Name: problem(); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION problem() RETURNS void
LANGUAGE plpgsql
AS $$
BEGIN
RAISE 'bad thing';
END;
$$;
--
-- Name: sayhello(text); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION sayhello(name text) RETURNS text
LANGUAGE sql
IMMUTABLE
AS $_$
SELECT 'Hello, ' || $1;
$_$;
--
-- Name: callcounter(); Type: FUNCTION; Schema: test; Owner: -
--
CREATE SEQUENCE callcounter_count START 1;
CREATE FUNCTION callcounter() RETURNS bigint
LANGUAGE sql
AS $_$
SELECT nextval('test.callcounter_count');
$_$;
CREATE FUNCTION reset_sequence(name TEXT, value INTEGER) RETURNS void
SECURITY DEFINER
LANGUAGE plpgsql AS $_$
BEGIN
EXECUTE FORMAT($exec$
ALTER SEQUENCE %s RESTART WITH %s
$exec$, name, value);
END
$_$;
--
-- Name: singlejsonparam(json); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION singlejsonparam(single_param json) RETURNS json
LANGUAGE sql
IMMUTABLE
AS $_$
SELECT single_param;
$_$;
--
-- Name: test_empty_rowset(); Type: FUNCTION; Schema: test; Owner: -
--
CREATE FUNCTION test_empty_rowset() RETURNS SETOF integer
LANGUAGE sql
IMMUTABLE
AS $$
SELECT null::int FROM (SELECT 1) a WHERE false;
$$;
SET search_path = postgrest, pg_catalog;
--
-- Name: auth; Type: TABLE; Schema: postgrest; Owner: -
--
CREATE TABLE auth (
id character varying NOT NULL,
rolname name DEFAULT 'postgrest_test_author'::name NOT NULL,
pass character(60) NOT NULL
);
SET search_path = test, pg_catalog;
--
-- Name: authors_only; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE authors_only (
owner character varying NOT NULL,
secret character varying NOT NULL
);
--
-- Name: auto_incrementing_pk; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE auto_incrementing_pk (
id integer NOT NULL,
nullable_string character varying,
non_nullable_string character varying NOT NULL,
inserted_at timestamp with time zone DEFAULT now()
);
--
-- Name: auto_incrementing_pk_id_seq; Type: SEQUENCE; Schema: test; Owner: -
--
CREATE SEQUENCE auto_incrementing_pk_id_seq
START WITH 1
INCREMENT BY 1
NO MINVALUE
NO MAXVALUE
CACHE 1;
--
-- Name: auto_incrementing_pk_id_seq; Type: SEQUENCE OWNED BY; Schema: test; Owner: -
--
ALTER SEQUENCE auto_incrementing_pk_id_seq OWNED BY auto_incrementing_pk.id;
--
-- Name: clients; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE clients (
id integer primary key,
name text NOT NULL
);
--
-- Name: complex_items; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE complex_items (
id bigint NOT NULL,
name text,
settings json,
arr_data integer[],
"field-with_sep" integer default 1 not null
);
--
-- Name: compound_pk; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE compound_pk (
-- those columns should not be referenced to in a foreign key anywhere
-- to allow the InsertSpec.Inserting into VIEWs.returns a location header
-- to test properly
PRIMARY KEY (k1, k2),
k1 integer NOT NULL,
k2 text NOT NULL,
extra integer
);
CREATE VIEW compound_pk_view AS
SELECT * FROM compound_pk;
--
-- Name: empty_table; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE empty_table (
k character varying NOT NULL,
extra character varying NOT NULL
);
--
-- Name: private_table; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE private_table ();
--
-- Name: has_count_column; Type: VIEW; Schema: test; Owner: -
--
CREATE VIEW has_count_column AS
SELECT 1 AS count;
--
-- Name: has_fk; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE has_fk (
id bigint NOT NULL,
auto_inc_fk integer,
simple_fk character varying(255)
);
--
-- Name: has_fk_id_seq; Type: SEQUENCE; Schema: test; Owner: -
--
CREATE SEQUENCE has_fk_id_seq
START WITH 1
INCREMENT BY 1
NO MINVALUE
NO MAXVALUE
CACHE 1;
--
-- Name: has_fk_id_seq; Type: SEQUENCE OWNED BY; Schema: test; Owner: -
--
ALTER SEQUENCE has_fk_id_seq OWNED BY has_fk.id;
--
-- Name: insertable_view_with_join; Type: VIEW; Schema: test; Owner: -
--
CREATE VIEW insertable_view_with_join AS
SELECT has_fk.id,
has_fk.auto_inc_fk,
has_fk.simple_fk,
auto_incrementing_pk.nullable_string,
auto_incrementing_pk.non_nullable_string,
auto_incrementing_pk.inserted_at
FROM (has_fk
JOIN auto_incrementing_pk USING (id));
--
-- Name: json_table; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE json_table (
data json
);
--
-- Name: materialized_view; Type: MATERIALIZED VIEW; Schema: test; Owner: -
--
CREATE MATERIALIZED VIEW materialized_view AS
SELECT version() AS version
WITH NO DATA;
--
-- Name: menagerie; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE menagerie (
"integer" integer NOT NULL,
double double precision NOT NULL,
"varchar" character varying NOT NULL,
"boolean" boolean NOT NULL,
date date NOT NULL,
money money NOT NULL,
enum enum_menagerie_type NOT NULL
);
--
-- Name: no_pk; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE no_pk (
a character varying,
b character varying
);
CREATE TABLE only_pk (
id integer primary key
);
--
-- Name: nullable_integer; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE nullable_integer (
a integer
);
--
-- Name: insertonly; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE insertonly (
v text NOT NULL
);
--
-- Name: projects; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE projects (
id integer primary key,
name text NOT NULL,
client_id integer REFERENCES clients(id)
);
alter table projects rename constraint projects_client_id_fkey to client;
--
-- Name: projects_view; Type: VIEW; Schema: test; Owner: -
--
CREATE VIEW projects_view AS
SELECT projects.id,
projects.name,
projects.client_id
FROM projects;
CREATE VIEW projects_view_alt AS
SELECT projects.id as t_id,
projects.name,
projects.client_id as t_client_id
FROM projects;
CREATE TABLE sponsors (
id integer primary key,
name varchar(20) not null
);
CREATE TABLE competitors (
id integer primary key,
sponsor_id integer references sponsors(id),
full_name varchar(40) not null
);
CREATE VIEW test_null_pk_competitors_sponsors AS
SELECT c.id, s.id as sponsor_id
FROM competitors c
LEFT JOIN sponsors s on c.sponsor_id = s.id;
CREATE RULE test_null_pk_competitors_sponsors AS
ON INSERT TO test_null_pk_competitors_sponsors DO INSTEAD
INSERT INTO competitors(id, full_name, sponsor_id)
VALUES (new.id, 'Competitor without sponsor', new.sponsor_id)
RETURNING id, sponsor_id;
--
-- Name: simple_pk; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE simple_pk (
PRIMARY KEY (k),
k character varying NOT NULL,
extra character varying NOT NULL
);
CREATE TABLE simple_pk2 (
PRIMARY KEY (k),
k character varying NOT NULL,
extra character varying NOT NULL
);
CREATE TABLE users (
id integer primary key,
name text NOT NULL
);
CREATE TABLE users_projects (
user_id integer NOT NULL REFERENCES users(id),
project_id integer NOT NULL REFERENCES projects(id),
PRIMARY KEY (project_id, user_id)
);
CREATE TABLE tasks (
id integer primary key,
name text NOT NULL,
project_id integer REFERENCES projects(id)
);
alter table tasks rename constraint tasks_project_id_fkey to project;
CREATE OR REPLACE VIEW filtered_tasks AS
SELECT id AS "myId", name, project_id AS "projectID"
FROM tasks
WHERE project_id IN (
SELECT id FROM projects WHERE id = 1
) AND
project_id IN (
SELECT project_id FROM users_projects WHERE user_id = 1
);
CREATE TABLE users_tasks (
user_id integer NOT NULL REFERENCES users(id),
task_id integer NOT NULL REFERENCES tasks(id),
primary key (task_id, user_id)
);
CREATE TABLE comments (
id integer primary key,
commenter_id integer NOT NULL,
user_id integer NOT NULL,
task_id integer NOT NULL,
content text NOT NULL
);
alter table only comments
add constraint "user" foreign key (commenter_id) references users(id),
add constraint comments_task_id_fkey foreign key (task_id, user_id) references users_tasks(task_id, user_id);
CREATE TABLE files (
project_id integer NOT NULL,
filename text NOT NULL,
content text NOT NULL,
PRIMARY KEY (project_id, filename)
);
CREATE TABLE touched_files (
user_id integer NOT NULL,
task_id integer NOT NULL,
project_id integer NOT NULL,
filename text NOT NULL,
constraint fk_users_tasks foreign key (user_id, task_id) references users_tasks (user_id, task_id) on delete cascade on update cascade,
constraint fk_upload foreign key (project_id, filename) references files (project_id,filename) on delete cascade on update cascade,
primary key(user_id, task_id, project_id, filename)
);
create table private.articles (
id integer primary key,
body text,
owner name not null
);
create table private.article_stars (
article_id integer not null,
user_id integer not null,
created_at timestamp without time zone default now() not null,
primary key (article_id, user_id)
);
alter table only private.article_stars
add constraint article foreign key (article_id) references private.articles(id),
add constraint "user" foreign key (user_id) references test.users(id);
CREATE VIEW limited_article_stars AS
SELECT article_id, user_id, created_at FROM private.article_stars;
CREATE VIEW "articleStars" AS
SELECT article_stars.article_id AS "articleId",
article_stars.user_id AS "userId",
article_stars.created_at AS "createdAt"
FROM private.article_stars;
CREATE VIEW articles AS
SELECT articles.id,
articles.body,
articles.owner
FROM private.articles;
--
-- Name: tsearch; Type: TABLE; Schema: test; Owner: -
--
CREATE TABLE tsearch (
text_search_vector tsvector
);
CREATE TABLE "Escap3e;" (
"so6meIdColumn" integer primary key
);
CREATE TABLE "ghostBusters" (
"escapeId" integer not null references "Escap3e;"("so6meIdColumn")
);
CREATE TABLE "withUnique" (
uni text UNIQUE,
extra text
);
CREATE TABLE clashing_column (
t text
);
--
-- Name: id; Type: DEFAULT; Schema: test; Owner: -
--
ALTER TABLE ONLY auto_incrementing_pk ALTER COLUMN id SET DEFAULT nextval('auto_incrementing_pk_id_seq'::regclass);
--
-- Name: id; Type: DEFAULT; Schema: test; Owner: -
--
ALTER TABLE ONLY has_fk ALTER COLUMN id SET DEFAULT nextval('has_fk_id_seq'::regclass);
SET search_path = postgrest, pg_catalog;
--
-- Name: auth_pkey; Type: CONSTRAINT; Schema: postgrest; Owner: -
--
ALTER TABLE ONLY auth
ADD CONSTRAINT auth_pkey PRIMARY KEY (id);
SET search_path = test, pg_catalog;
--
-- Name: authors_only_pkey; Type: CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY authors_only
ADD CONSTRAINT authors_only_pkey PRIMARY KEY (secret);
--
-- Name: auto_incrementing_pk_pkey; Type: CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY auto_incrementing_pk
ADD CONSTRAINT auto_incrementing_pk_pkey PRIMARY KEY (id);
--
-- Name: complex_items_pkey; Type: CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY complex_items
ADD CONSTRAINT complex_items_pkey PRIMARY KEY (id);
--
-- Name: has_fk_pkey; Type: CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY has_fk
ADD CONSTRAINT has_fk_pkey PRIMARY KEY (id);
--
-- Name: menagerie_pkey; Type: CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY menagerie
ADD CONSTRAINT menagerie_pkey PRIMARY KEY ("integer");
SET search_path = postgrest, pg_catalog;
--
-- Name: ensure_auth_role_exists; Type: TRIGGER; Schema: postgrest; Owner: -
--
CREATE CONSTRAINT TRIGGER ensure_auth_role_exists AFTER INSERT OR UPDATE ON auth NOT DEFERRABLE INITIALLY IMMEDIATE FOR EACH ROW EXECUTE PROCEDURE check_role_exists();
SET search_path = private, pg_catalog;
--
-- Name: articles_owner_track; Type: TRIGGER; Schema: private; Owner: -
--
CREATE TRIGGER articles_owner_track BEFORE INSERT OR UPDATE ON articles FOR EACH ROW EXECUTE PROCEDURE postgrest.update_owner();
SET search_path = test, pg_catalog;
--
-- Name: secrets_owner_track; Type: TRIGGER; Schema: test; Owner: -
--
CREATE TRIGGER secrets_owner_track BEFORE INSERT OR UPDATE ON authors_only FOR EACH ROW EXECUTE PROCEDURE postgrest.set_authors_only_owner();
SET search_path = test, pg_catalog;
--
-- Name: has_fk_fk_fkey; Type: FK CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY has_fk
ADD CONSTRAINT has_fk_fk_fkey FOREIGN KEY (auto_inc_fk) REFERENCES auto_incrementing_pk(id);
--
-- Name: has_fk_simple_fk_fkey; Type: FK CONSTRAINT; Schema: test; Owner: -
--
ALTER TABLE ONLY has_fk
ADD CONSTRAINT has_fk_simple_fk_fkey FOREIGN KEY (simple_fk) REFERENCES simple_pk(k);
create table addresses (
id int not null unique,
address text not null
);
create table orders (
id int not null unique,
name text not null,
billing_address_id int references addresses(id),
shipping_address_id int references addresses(id)
);
alter table orders rename constraint orders_billing_address_id_fkey to billing;
alter table orders rename constraint orders_shipping_address_id_fkey to shipping;
CREATE FUNCTION getproject(id int) RETURNS SETOF projects
LANGUAGE sql
AS $_$
SELECT * FROM test.projects WHERE id = $1;
$_$;
CREATE FUNCTION get_projects_below(id int) RETURNS SETOF projects
LANGUAGE sql
AS $_$
SELECT * FROM test.projects WHERE id < $1;
$_$;
CREATE FUNCTION get_projects_above(id int) RETURNS SETOF projects
LANGUAGE sql
AS $_$
SELECT * FROM test.projects WHERE id > $1;
$_$ ROWS 1;
CREATE FUNCTION getallprojects() RETURNS SETOF projects
LANGUAGE sql
AS $_$
SELECT * FROM test.projects;
$_$ ROWS 2019;
CREATE FUNCTION setprojects(id_l int, id_h int, name text) RETURNS SETOF projects
LANGUAGE sql
AS $_$
update test.projects set name = $3 WHERE id >= $1 AND id <= $2 returning *;
$_$;
-- domains on tables are only supported from pg 11 on
DO $do$BEGIN
IF (SELECT current_setting('server_version_num')::INT >= 110000) THEN
CREATE DOMAIN projects_domain AS projects;
CREATE FUNCTION getproject_domain(id int) RETURNS SETOF projects_domain
LANGUAGE sql
STABLE
AS $_$
SELECT projects::projects_domain FROM test.projects WHERE id = $1;
$_$;
END IF;
END$do$;
create table images (
name text not null,
img bytea not null
);
create view images_base64 as (
-- encoding in base64 puts a '\n' after every 76 character due to legacy reasons, this is isn't necessary here so it's removed
select name, replace(encode(img, 'base64'), E'\n', '') as img from images
);
create function test.ret_enum(val text) returns test.enum_menagerie_type as $$
select val::test.enum_menagerie_type;
$$ language sql;
create domain one_nine as integer check (value >= 1 and value <= 9);
create function test.ret_array() returns integer[] as $$
select '{1,2,3}'::integer[];
$$ language sql;
create function test.ret_domain(val integer) returns test.one_nine as $$
select val::test.one_nine;
$$ language sql;
create function test.ret_range(low integer, up integer) returns int4range as $$
select int4range(low, up);
$$ language sql;
create function test.ret_setof_integers() returns setof integer as $$
values (1), (2), (3);
$$ language sql;
-- this function does not have named arguments and should be ignored
-- if it's not ignored, it will break the test for the function before
create function test.ret_setof_integers(int, int) returns integer AS $$
values (1);
$$ language sql;
create function test.ret_scalars() returns table(
a text, b test.enum_menagerie_type, c test.one_nine, d int4range
) as $$
select row('scalars'::text, enum_first(null::test.enum_menagerie_type),
1::test.one_nine, int4range(10, 20));
$$ language sql;
create type test.point_2d as (x integer, y integer);
create function test.ret_point_2d() returns test.point_2d as $$
select row(10, 5)::test.point_2d;
$$ language sql;
create function test.ret_point_overloaded(x int, y int) returns test.point_2d as $$
select row(x, y)::test.point_2d;
$$ language sql;
create function test.ret_point_overloaded(x json) returns json as $$
select $1;
$$ language sql;
-- domains on composite types are only supported from pg 11 on
do $do$begin
if (SELECT current_setting('server_version_num')::int >= 110000) then
create domain test.composite_domain as test.point_2d;
create function test.ret_composite_domain() returns test.composite_domain as $$
select row(10, 5)::test.composite_domain;
$$ language sql;
end if;
end$do$;
create type private.point_3d as (x integer, y integer, z integer);
create function test.ret_point_3d() returns private.point_3d as $$
select row(7, -3, 4)::private.point_3d;
$$ language sql;
create function test.ret_void() returns void as '' language sql;
create or replace function test.ret_null() returns int as $$
select null::int;
$$ language sql;
create function test.ret_base64_bin() returns text as $$
select i.img from test.images_base64 i where i.name = 'A.png';
$$ language sql;
create function test.ret_rows_with_base64_bin() returns setof test.images_base64 as $$
select i.name, i.img from test.images_base64 i;
$$ language sql;
create function test.single_article(id integer) returns test.articles as $$
select a.* from test.articles a where a.id = $1;
$$ language sql;
create function test.get_guc_value(name text) returns text as $$
select nullif(current_setting(name), '')::text;
$$ language sql;
-- Get the GUC values for Postgres v14.0 and up
create function test.get_guc_value(prefix text, name text) returns text as $$
select nullif(current_setting(prefix)::json->>name, '')::text;
$$ language sql;
create table w_or_wo_comma_names ( name text );
create table items_with_different_col_types (
int_data integer,
text_data text,
bool_data bool,
bin_data bytea,
char_data character varying,
date_data date,
real_data real,
time_data time
);
-- Tables used for testing complex boolean logic with and/or query params
create table entities (
id integer primary key,
name text,
arr integer[],
text_search_vector tsvector
);
create table child_entities (
id integer primary key,
name text,
parent_id integer references entities(id)
);
create view child_entities_view as table child_entities;
create table grandchild_entities (
id integer primary key,
name text,
parent_id integer references child_entities(id),
or_starting_col text,
and_starting_col text,
jsonb_col jsonb
);
-- Table used for testing range operators
create table ranges (
id integer primary key,
range numrange
);
-- OpenAPI description tests
comment on table child_entities is 'child_entities comment';
comment on column child_entities.id is 'child_entities id comment';
comment on column child_entities.name is 'child_entities name comment. Can be longer than sixty-three characters long';
comment on view child_entities_view is 'child_entities_view comment';
comment on column child_entities_view.id is 'child_entities_view id comment';
comment on column child_entities_view.name is 'child_entities_view name comment. Can be longer than sixty-three characters long';
comment on table grandchild_entities is
$$grandchild_entities summary
grandchild_entities description
that spans
multiple lines$$;
-- Used for testing that having the same return column name as the proc name
-- doesn't conflict with the required output, details in #901
create function test.test() returns table(test text, value int) as $$
values ('hello', 1);
$$ language sql;
create function test.privileged_hello(name text) returns text as $$
select 'Privileged hello to ' || $1;
$$ language sql;
create function test.get_tsearch() returns setof test.tsearch AS $$
SELECT * FROM test.tsearch;
$$ language sql;
create table test.being (
being int primary key not null
);
create table test.descendant (
descendant int primary key not null,
being int references test.being(being)
);
create table test.part (
part int primary key not null
);
create table test.being_part (
being int not null references test.being(being),
part int not null references test.part(part),
primary key(being, part)
);
create function test.single_out_param(num int, OUT num_plus_one int) AS $$
select num + 1;
$$ language sql;
create function test.single_json_out_param(a int, b text, OUT my_json json) AS $$
select json_build_object('a', a, 'b', b);
$$ language sql;
create function test.many_out_params(OUT my_json json, OUT num int, OUT str text) AS $$
select '{"a": 1, "b": "two"}'::json, 3, 'four'::text;
$$ language sql;
create function test.single_inout_param(INOUT num int) AS $$
select num + 1;
$$ language sql;
create function test.many_inout_params(INOUT num int, INOUT str text, INOUT b bool DEFAULT true) AS $$
select num, str, b;
$$ language sql;
create function test.single_column_table_return () returns table (a text) AS $$
select 'A'::text;
$$ language sql;
create function test.multi_column_table_return () returns table (a text, b text) AS $$
select 'A'::text, 'B'::text;
$$ language sql;
CREATE FUNCTION test.variadic_param(VARIADIC v TEXT[] DEFAULT '{}') RETURNS text[]
IMMUTABLE
LANGUAGE SQL AS $$
SELECT v
$$;
CREATE FUNCTION test.sayhello_variadic(name TEXT, VARIADIC v TEXT[]) RETURNS text
IMMUTABLE
LANGUAGE SQL AS $$
SELECT 'Hello, ' || name
$$;
create or replace function test.raise_pt402() returns void as $$
begin
raise sqlstate 'PT402' using message = 'Payment Required',
detail = 'Quota exceeded',
hint = 'Upgrade your plan';
end;
$$ language plpgsql;
create or replace function test.raise_bad_pt() returns void as $$
begin
raise sqlstate 'PT40A' using message = 'Wrong';
end;
$$ language plpgsql;
create or replace function test.send_body_status_403() returns json as $$
begin
perform set_config('response.status', '403', true);
return json_build_object('message', 'invalid user or password');
end;
$$ language plpgsql;
create or replace function test.send_bad_status() returns json as $$
begin
perform set_config('response.status', 'bad', true);
return null;
end;
$$ language plpgsql;
create or replace function test.get_projects_and_guc_headers() returns setof test.projects as $$
set local "response.headers" = '[{"X-Test": "key1=val1; someValue; key2=val2"}, {"X-Test-2": "key1=val1"}]';
select * from test.projects;
$$ language sql;
create or replace function test.get_int_and_guc_headers(num int) returns integer as $$
set local "response.headers" = '[{"X-Test":"key1=val1; someValue; key2=val2"},{"X-Test-2":"key1=val1"}]';
select num;
$$ language sql;
create or replace function test.bad_guc_headers_1() returns void as $$
set local "response.headers" = '{"X-Test": "invalid structure for headers"}';
$$ language sql;
create or replace function test.bad_guc_headers_2() returns void as $$
set local "response.headers" = '["invalid", "structure", "for", "headers"]';
$$ language sql;
create or replace function test.bad_guc_headers_3() returns void as $$
set local "response.headers" = '{"X-Test": "invalid", "X-Test-2": "structure", "X-Test-3": "for headers"}';
$$ language sql;
create or replace function test.set_cookie_twice() returns void as $$
set local "response.headers" = '[{"Set-Cookie": "sessionid=38afes7a8; HttpOnly; Path=/"}, {"Set-Cookie": "id=a3fWa; Expires=Wed, 21 Oct 2015 07:28:00 GMT; Secure; HttpOnly"}]';
$$ language sql;
create or replace function test.three_defaults(a int default 1, b int default 2, c int default 3) returns int as $$
select a + b + c
$$ language sql;
create or replace function test.overloaded() returns setof int as $$
values (1), (2), (3);
$$ language sql;
create or replace function test.overloaded(json) returns table(x int, y text) as $$
select * from json_to_recordset($1) as r(x int, y text);
$$ language sql;
create or replace function test.overloaded(a int, b int) returns int as $$
select a + b
$$ language sql;
create or replace function test.overloaded(a text, b text, c text) returns text as $$
select a || b || c
$$ language sql;
create or replace function test.overloaded_default(opt_param text default 'Code w7') returns setof test.tasks as $$
select * from test.tasks where name like opt_param;
$$ language sql;
create or replace function test.overloaded_default(must_param int) returns jsonb as $$
select row_to_json(r)::jsonb from (select must_param as val) as r;
$$ language sql;
create or replace function test.overloaded_default(a int, opt_param text default 'Design IOS') returns setof test.tasks as $$
select * from test.tasks where name like opt_param and id > a;
$$ language sql;
create or replace function test.overloaded_default(a int, must_param int) returns jsonb as $$
select row_to_json(r)::jsonb from (select a, must_param as val) as r;
$$ language sql;
create or replace function test.overloaded_html_form() returns setof int as $$
values (1), (2), (3);
$$ language sql;
create or replace function test.overloaded_html_form(single_param json) returns json as $$
select single_param;
$$ language sql;
create or replace function test.overloaded_html_form(a int, b int) returns int as $$
select a + b
$$ language sql;
create or replace function test.overloaded_html_form(a text, b text, c text) returns text as $$
select a || b || c
$$ language sql;
create or replace function test.overloaded_same_args(arg integer) returns json as $$
select json_build_object(
'type', pg_typeof(arg),
'value', arg
);
$$ language sql;
create or replace function test.overloaded_same_args(arg xml) returns json as $$
select json_build_object(
'type', pg_typeof(arg),
'value', arg
);
$$ language sql;
create or replace function test.overloaded_same_args(arg text, num integer default 0) returns json as $$
select json_build_object(
'type', pg_typeof(arg),
'value', arg
);
$$ language sql;
create table test.leak(
id serial primary key,
blob bytea
);
create function test.leak(blob bytea) returns void as $$ begin end; $$ language plpgsql;
create table test.perf_articles(
id integer not null,
body text not null
);
create table test.employees(
first_name text,
last_name text,
salary money,
company text,
occupation text,
primary key(first_name, last_name)
);
create table test.tiobe_pls(
name text primary key,
rank smallint
);
create table test.single_unique(
unique_key integer unique not null,
value text
);
create table test.compound_unique(
key1 integer not null,
key2 integer not null,
value text,
unique(key1, key2)
);
create table test.family_tree (
id text not null primary key,
name text not null,
parent text
);
alter table only test.family_tree add constraint pptr foreign key (parent) references test.family_tree(id);
create table test.managers (
id integer primary key,
name text
);
create table test.organizations (
id integer primary key,
name text,
referee integer references organizations(id),
auditor integer references organizations(id),
manager_id integer references managers(id)
);
alter table only test.organizations rename constraint organizations_manager_id_fkey to manager;
create table private.authors(
id integer primary key,
name text
);
create table private.publishers(
id integer primary key,
name text
);
create table private.books(
id integer primary key,
title text,
publication_year smallint,
author_id integer references private.authors(id),
first_publisher_id integer references private.publishers(id)
);
create view test.authors as select id, name from private.authors;
create view test.publishers as select id, name from private.publishers;
create view test.books as select id, title, publication_year, author_id, first_publisher_id from private.books;
create view test.forties_books as select id, title, publication_year, author_id from private.books where publication_year >= 1940 and publication_year < 1950;
create view test.fifties_books as select id, title, publication_year, author_id from private.books where publication_year >= 1950 and publication_year < 1960;
create view test.sixties_books as select id, title, publication_year, author_id from private.books where publication_year >= 1960 and publication_year < 1970;
create table person (
id integer primary key,
name character varying not null);
create table message (
id integer primary key,
body text not null default '',
sender bigint not null references person(id),
recipient bigint not null references person(id));
create view person_detail as
select p.id, p.name, s.count as sent, r.count as received
from person p
join lateral (select message.sender, count(message.id) as count from message group by message.sender) s on s.sender = p.id
join lateral (select message.recipient, count(message.id) as count from message group by message.recipient) r on r.recipient = p.id;
create table space(
id integer primary key,
name text);
create table zone(
id integer primary key,
name text,
zone_type_id integer,
space_id integer references space(id));
-- foreign table tests
create extension file_fdw;
create server import_csv foreign data wrapper file_fdw;
create foreign table projects_dump (
id integer,
name text,
client_id integer
) server import_csv options ( filename '/tmp/projects_dump.csv', format 'csv');
comment on foreign table projects_dump is
$$A temporary projects dump
Just a test for foreign tables$$;
create table "UnitTest"(
"idUnitTest" integer primary key,
"nameUnitTest" text
);
create table json_arr(
id integer primary key,
data json
);
create table jsonb_test(
id integer primary key,
data jsonb
);
create view test.authors_books_number as
select
id,
name,
(
select
count(*)
from forties_books where author_id = authors.id
) as num_in_forties,
(
select
count(*)
from fifties_books where author_id = authors.id
) as num_in_fifties,
(
select
count(*)
from sixties_books where author_id = authors.id
) as num_in_sixties,
(
select
count(*)
from (
select id
from forties_books where author_id = authors.id
union
select id
from fifties_books where author_id = authors.id
union
select id
from sixties_books where author_id = authors.id
) _
) as num_in_all_decades
from private.authors;
create view test.authors_have_book_in_decade as
select
id,
name,
case
when (x.id in (select author_id from test.forties_books))
then true
else false
end as has_book_in_forties,
case
when (x.id in (select author_id from test.fifties_books))
then true
else false
end as has_book_in_fifties,
case
when (x.id in (select author_id from test.sixties_books))
then true
else false
end as has_book_in_sixties
from private.authors x;
create view test.authors_have_book_in_decade2 as
select
id,
name,
coalesce(
(select true from test.forties_books where author_id=x.id limit 1),
false
) as has_book_in_forties,
coalesce(
(select true from test.fifties_books where author_id=x.id limit 1),
false
) as has_book_in_fifties,
coalesce(
(select true from test.sixties_books where author_id=x.id limit 1),
false
) as has_book_in_sixties
from private.authors x;
create view test.forties_and_fifties_books as
select x.id, x.title, x.publication_year, y.name as first_publisher, x.author_id
from (
select id, title, publication_year, author_id, first_publisher_id from private.books
where publication_year >= 1940 and publication_year < 1960) x
join private.publishers y on y.id = x.first_publisher_id;
create view test.odd_years_publications as
with
odd_years_books as(
select id, title, publication_year, author_id, first_publisher_id
from private.books
where publication_year % 2 <> 0
)
select
x.id, x.title, x.publication_year,
y.name as first_publisher, x.author_id
from odd_years_books x
join private.publishers y on y.id = x.first_publisher_id;
create view test.projects_count_grouped_by as
select
client_id,
count(id) as number_of_projects
from projects
group by client_id;
create view test.authors_w_entities as
select
id,
name,
(
select json_agg(id)
from test.entities
where id not in (
select parent_id from test.child_entities
)
) as entities
from private.authors;
CREATE TABLE test."Foo"(
id int primary key,
name text
);
CREATE TABLE test.bar(
id int primary key,
name text,
"fooId" int references "Foo"(id)
);
CREATE VIEW test.foos as select id,name from "Foo";
CREATE VIEW test.bars as select id, "fooId", name from bar;
create materialized view materialized_projects as
select id, name, client_id from projects;
comment on materialized view materialized_projects is
$$A materialized view for projects
Just a test for materialized views$$;
-- Tests for updatable, insertable and deletable views
create view test.projects_auto_updatable_view_with_pk as
select id, name, client_id from test.projects;
create view test.projects_auto_updatable_view_without_pk as
select name, client_id from test.projects;
create view test.projects_view_without_triggers as
select distinct id, name, client_id from test.projects;
create or replace function test.test_for_views_with_triggers() returns trigger as $$
begin
return null;
end;
$$ language plpgsql;
create view test.projects_view_with_all_triggers_with_pk as
select distinct id, name, client_id from test.projects;
create trigger projects_view_with_all_triggers_with_pk_insert
instead of insert on test.projects_view_with_all_triggers_with_pk
for each row execute procedure test_for_views_with_triggers();
create trigger projects_view_with_all_triggers_with_pk_update
instead of update on test.projects_view_with_all_triggers_with_pk
for each row execute procedure test_for_views_with_triggers();
create trigger projects_view_with_all_triggers_with_pk_delete
instead of delete on test.projects_view_with_all_triggers_with_pk
for each row execute procedure test_for_views_with_triggers();
create view test.projects_view_with_all_triggers_without_pk as
select distinct name, client_id from test.projects;
create trigger projects_view_with_all_triggers_without_pk_insert
instead of insert on test.projects_view_with_all_triggers_without_pk
for each row execute procedure test_for_views_with_triggers();
create trigger projects_view_with_all_triggers_without_pk_update
instead of update on test.projects_view_with_all_triggers_without_pk
for each row execute procedure test_for_views_with_triggers();
create trigger projects_view_with_all_triggers_without_pk_delete
instead of delete on test.projects_view_with_all_triggers_without_pk
for each row execute procedure test_for_views_with_triggers();
create view test.projects_view_with_insert_trigger as
select distinct id, name, client_id from test.projects;
create trigger projects_view_with_insert_trigger_insert
instead of insert on test.projects_view_with_insert_trigger
for each row execute procedure test_for_views_with_triggers();
create view test.projects_view_with_update_trigger as
select distinct id, name, client_id from test.projects;
create trigger projects_view_with_update_trigger_update
instead of update on test.projects_view_with_update_trigger
for each row execute procedure test_for_views_with_triggers();
create view test.projects_view_with_delete_trigger as
select distinct id, name, client_id from test.projects;
create trigger projects_view_with_delete_trigger_delete
instead of delete on test.projects_view_with_delete_trigger
for each row execute procedure test_for_views_with_triggers();
create or replace function test."quotedFunction"("user" text, "fullName" text, "SSN" text)
returns jsonb AS $$
select format('{"user": "%s", "fullName": "%s", "SSN": "%s"}', "user", "fullName", "SSN")::jsonb;
$$ language sql;
create table private.player (
id integer not null,
first_name text not null,
last_name text not null,
birth_date date,
primary key (last_name, id, first_name, birth_date) -- just for testing a long compound pk
);
create table test.contract (
tournament text not null,
time tsrange not null,
purchase_price int not null,
id integer not null,
first_name text not null,
last_name text not null,
birth_date date,
foreign key (last_name, id, first_name, birth_date) references private.player
);
create view test.player_view as select * from private.player;
create view test.contract_view as select * from test.contract;
create type public.my_type AS enum ('something');
create function test.test_arg(my_arg public.my_type) returns text as $$
select 'foobar'::text;
$$ language sql;
create extension if not exists ltree with schema public;
create table test.ltree_sample (
path public.ltree
);
CREATE FUNCTION test.number_of_labels(test.ltree_sample) RETURNS integer AS $$
SELECT nlevel($1.path)
$$ language sql;
create extension if not exists isn with schema extensions;
create table test.isn_sample (
id extensions.isbn,
name text
);
create function test.is_valid_isbn(input text) returns boolean as $$
select is_valid(input::isbn);
$$ language sql;
create table "Server Today"(
"cHostname" text,
"Just A Server Model" text
);
create table test.pgrst_reserved_chars (
"*id*" integer,
":arr->ow::cast" text,
"(inside,parens)" text,
"a.dotted.column" text,
" col w space " text
);
CREATE TABLE test.openapi_types(
"a_character_varying" character varying,
"a_character" character(1),
"a_text" text,
"a_boolean" boolean,
"a_smallint" smallint,
"a_integer" integer,
"a_bigint" bigint,
"a_numeric" numeric,
"a_real" real,
"a_double_precision" double precision,
"a_json" json,
"a_jsonb" jsonb,
"a_text_arr" text[],
"a_int_arr" int[],
"a_bool_arr" boolean[],
"a_char_arr" char[],
"a_varchar_arr" varchar[],
"a_bigint_arr" bigint[],
"a_numeric_arr" numeric[],
"a_json_arr" json[],
"a_jsonb_arr" jsonb[]
);
CREATE TABLE test.openapi_defaults(
"text" text default 'default',
"boolean" boolean default false,
"integer" integer default 42,
"numeric" numeric default 42.2,
"date" date default '1900-01-01'::date,
"time" time default '13:00:00'::time without time zone
);
create function add_them(a integer, b integer)
returns integer as $$
select a + b;
$$ language sql;
create or replace function root() returns json as $_$
declare
openapi json = $$
{
"swagger": "2.0",
"info":{
"title":"PostgREST API",
"description":"This is a dynamic API generated by PostgREST"
}
}
$$;
begin
return openapi;
end
$_$ language plpgsql;
create or replace function welcome() returns text as $$
select 'Welcome to PostgREST'::text;
$$ language sql;
create or replace function welcome_twice() returns setof text as $$
select 'Welcome to PostgREST'
union all
select 'Welcome to PostgREST';
$$ language sql;
create or replace function "welcome.html"() returns text as $_$
select $$
PostgREST
Welcome to PostgREST
$$::text;
$_$ language sql;
create view getallprojects_view as
select * from getallprojects();
create view get_projects_above_view as
select * from get_projects_above(1);
CREATE TABLE web_content (
id integer,
name text,
p_web_id integer references web_content(id),
primary key (id)
);
CREATE FUNCTION getallusers() RETURNS SETOF users AS $$
SELECT * FROM test.users;
$$ LANGUAGE sql STABLE;
create table app_users (
id integer primary key,
email text unique not null,
password text not null
);
create table private.pages (
link int not null unique
, url text
);
create table private.referrals (
site text
, link int references private.pages(link) not null
);
create view test.pages as select * from private.pages;
create view test.referrals as select * from private.referrals;
create table big_projects (
big_project_id serial primary key,
name text
);
create table sites (
site_id serial primary key
, name text
, main_project_id int null references big_projects (big_project_id)
);
alter table sites rename constraint sites_main_project_id_fkey to main_project;
create table jobs (
job_id uuid
, name text
, site_id int not null references sites (site_id)
, big_project_id int not null references big_projects (big_project_id)
, primary key(job_id, site_id, big_project_id)
);
create view main_jobs as
select * from jobs
where site_id in (select site_id from sites where main_project_id is not null);
-- junction in a private schema, just to make sure we don't leak it on resource embedding
-- if it leaks it would show on the disambiguation error tests
create view private.priv_jobs as
select * from jobs;
-- tables to show our limitation when trying to do an m2m embed
-- with a junction table that has more than two foreign keys
create table whatev_projects (
id serial primary key,
name text
);
create table whatev_sites (
id serial primary key
, name text
);
create table whatev_jobs (
job_id uuid
, name text
, site_id_1 int not null references whatev_sites (id)
, project_id_1 int not null references whatev_projects (id)
, site_id_2 int not null references whatev_sites (id)
, project_id_2 int not null references whatev_projects (id)
, primary key(job_id, site_id_1, project_id_1, site_id_2, project_id_2)
);
-- circular reference
create table agents (
id int primary key
, name text
, department_id int
);
create table departments (
id int primary key
, name text
, head_id int references agents(id)
);
ALTER TABLE agents
ADD CONSTRAINT agents_department_id_fkey foreign key (department_id) REFERENCES departments(id);
-- composite key disambiguation
create table schedules (
id int primary key
, name text
, start_at timetz
, end_at timetz
);
create table activities (
id int
, schedule_id int
, car_id text
, camera_id text
, primary key (id, schedule_id)
);
alter table activities
add constraint schedule foreign key (schedule_id)
references schedules (id);
create table unit_workdays (
unit_id int
, day date
, fst_shift_activity_id int
, fst_shift_schedule_id int
, snd_shift_activity_id int
, snd_shift_schedule_id int
, primary key (unit_id, day)
);
alter table unit_workdays
add constraint fst_shift foreign key (fst_shift_activity_id, fst_shift_schedule_id)
references activities (id, schedule_id),
add constraint snd_shift foreign key (snd_shift_activity_id, snd_shift_schedule_id)
references activities (id, schedule_id);
create view unit_workdays_fst_shift as
select unit_id, day, fst_shift_activity_id, fst_shift_schedule_id
from unit_workdays
where fst_shift_activity_id is not null
and fst_shift_schedule_id is not null;
-- for a pre-request function
create or replace function custom_headers() returns void as $$
declare
user_agent text := case when current_setting('server_version_num')::int >= 140000
then current_setting('request.headers', true)::json->>'user-agent'
else current_setting('request.header.user-agent', true)
end;
req_path text := current_setting('request.path', true);
req_accept text := case when current_setting('server_version_num')::int >= 140000
then current_setting('request.headers', true)::json->>'accept'
else current_setting('request.header.accept', true)
end;
req_method text := current_setting('request.method', true);
begin
if user_agent similar to 'MSIE (6.0|7.0)' then
perform set_config('response.headers',
'[{"Cache-Control": "no-cache, no-store, must-revalidate"}]', true);
elsif req_path similar to '/(items|projects)' and req_accept = 'text/csv' then
perform set_config('response.headers',
format('[{"Content-Disposition": "attachment; filename=%s.csv"}]', trim('/' from req_path)), true);
elsif req_path similar to '/(clients|rpc/getallprojects)' then
perform set_config('response.headers',
'[{"Content-Type": "application/custom+json"}]', true);
elsif req_path = '/items' and
req_method similar to 'POST|PATCH|PUT|DELETE' then
perform set_config('response.headers',
'[{"X-Custom-Header": "mykey=myval"}]', true);
end if;
end; $$ language plpgsql;
create table private.stuff(
id integer primary key
, name text
);
create view test.stuff as select * from private.stuff;
create or replace function location_for_stuff() returns trigger as $$
begin
insert into private.stuff values (new.id, new.name);
if new.id is not null
then
perform set_config(
'response.headers'
, format('[{"Location": "/%s?id=eq.%s&overriden=true"}]', tg_table_name, new.id)
, true
);
end if;
return new;
end
$$ language plpgsql security definer;
create trigger location_for_stuff instead of insert on test.stuff for each row execute procedure test.location_for_stuff();
create or replace function status_205_for_updated_stuff() returns trigger as $$
begin
update private.stuff set id = new.id, name = new.name;
perform set_config('response.status' , '205' , true);
return new;
end
$$ language plpgsql security definer;
create trigger status_205_for_updated_stuff instead of update on test.stuff for each row execute procedure test.status_205_for_updated_stuff();
create table loc_test (
id int primary key
, c text
);
-- tables to test multi schema access in one instance
create table v1.parents (
id int primary key
, name text
);
create table v1.children (
id int primary key
, name text
, parent_id int
, constraint parent foreign key(parent_id)
references v1.parents(id)
);
create function v1.get_parents_below(id int)
returns setof v1.parents as $$
select * from v1.parents where id < $1;
$$ language sql;
create table v2.parents (
id int primary key
, name text
);
create table v2.children (
id int primary key
, name text
, parent_id int
, constraint parent foreign key(parent_id)
references v2.parents(id)
);
create table v2.another_table (
id int primary key
, another_value text
);
create function v2.get_parents_below(id int)
returns setof v2.parents as $$
select * from v2.parents where id < $1;
$$ language sql;
create table private.screens (
id serial primary key,
name text not null default 'new screen'
);
create table private.labels (
id serial primary key,
name text not null default 'new label'
);
create table private.label_screen (
label_id int not null references private.labels(id) on update cascade on delete cascade,
screen_id int not null references private.screens(id) on update cascade on delete cascade,
constraint label_screen_pkey primary key (label_id, screen_id)
);
create view test.labels as
select * from private.labels;
create view test.screens as
select * from private.screens;
create view test.label_screen as
select * from private.label_screen;
create table private.actors (
id int,
name text,
constraint actors_id primary key (id)
);
create table private.films (
id integer,
title text,
constraint films_id primary key (id)
);
create table private.personnages (
film_id int not null,
role_id int not null,
character text not null,
constraint personnages_film_id_role_id primary key (film_id, role_id),
constraint personnages_film_id_fkey foreign key (film_id) references private.films(id) not deferrable,
constraint personnages_role_id_fkey foreign key (role_id) references private.actors(id) not deferrable
);
create view test.actors as
select * from private.actors;
create view test.films as
select * from private.films;
create view test.personnages as
select * from private.personnages;
create table test.end_1(
id int primary key,
name text
);
create table test.end_2(
id int primary key,
name text
);
create table private.junction(
end_1_id int not null references test.end_1(id) on update cascade on delete cascade,
end_2_id int not null references test.end_2(id) on update cascade on delete cascade,
primary key (end_1_id, end_2_id)
);
create table test.schauspieler (
id int primary key,
name text
);
create table test.filme (
id int primary key,
titel text
);
create table test.rollen ();
create table private.rollen (
film_id int not null,
rolle_id int not null,
charakter text not null,
primary key (film_id, rolle_id),
foreign key (film_id) references test.filme(id),
foreign key (rolle_id) references test.schauspieler(id)
);
-- Tables used for testing embedding between partitioned tables
do $do$begin
-- partitioned tables using the PARTITION syntax are supported from pg v10
if (select current_setting('server_version_num')::int >= 100000) then
create table test.car_models(
name varchar(64) not null,
year int not null
) partition by list (year);
comment on table test.car_models is
$$A partitioned table
A test for partitioned tables$$;
create table test.car_models_2021 partition of test.car_models
for values in (2021);
create table test.car_models_default partition of test.car_models
for values in (1981,1997,2001,2013);
end if;
-- primary keys for partitioned tables are supported from pg v11
if (select current_setting('server_version_num')::int >= 110000) then
create table test.car_brands (
name varchar(64) primary key
);
alter table test.car_models add primary key (name, year);
alter table test.car_models add column car_brand_name varchar(64) references test.car_brands(name);
end if;
-- foreign keys referencing partitioned tables are supported from pg v12
if (select current_setting('server_version_num')::int >= 120000) then
create table test.car_model_sales(
date varchar(64) not null,
quantity int not null,
car_model_name varchar(64),
car_model_year int,
primary key (date, car_model_name, car_model_year),
foreign key (car_model_name, car_model_year) references test.car_models (name, year)
) partition by range (date);
create table test.car_model_sales_202101 partition of test.car_model_sales
for values from ('2021-01-01') to ('2021-01-31');
create table test.car_model_sales_default partition of test.car_model_sales
default;
create table test.car_racers (
name varchar(64) not null primary key,
car_model_name varchar(64),
car_model_year int,
foreign key (car_model_name, car_model_year) references test.car_models (name, year)
);
create table test.car_dealers (
name varchar(64) not null,
city varchar(64) not null,
primary key (name, city)
) partition by list (city);
create table test.car_dealers_springfield partition of test.car_dealers
for values in ('Springfield');
create table test.car_dealers_default partition of test.car_dealers
default;
create table test.car_models_car_dealers (
car_model_name varchar(64) not null,
car_model_year int not null,
car_dealer_name varchar(64) not null,
car_dealer_city varchar(64) not null,
quantity int not null,
foreign key (car_model_name, car_model_year) references test.car_models (name, year),
foreign key (car_dealer_name, car_dealer_city) references test.car_dealers (name, city),
primary key (car_model_name, car_model_year, car_dealer_name, car_dealer_city, quantity)
) partition by range (quantity);
create table test.car_models_car_dealers_10to20 partition of test.car_models_car_dealers
for values from (10) to (20);
create table test.car_models_car_dealers_default partition of test.car_models_car_dealers
default;
end if;
end$do$;
create or replace function test.unnamed_json_param(json) returns json as $$
select $1;
$$ language sql;
create or replace function test.unnamed_text_param(text) returns text as $$
select $1;
$$ language sql;
create or replace function test.unnamed_xml_param(pg_catalog.xml) returns pg_catalog.xml as $$
select $1;
$$ language sql;
create or replace function test.unnamed_bytea_param(bytea) returns bytea as $$
select $1::bytea;
$$ language sql;
create or replace function test.unnamed_int_param(int) returns int as $$
select $1;
$$ language sql;
create or replace function test.overloaded_unnamed_param(json) returns json as $$
select $1;
$$ language sql;
create or replace function test.overloaded_unnamed_param(bytea) returns bytea as $$
select $1;
$$ language sql;
create or replace function test.overloaded_unnamed_param(text) returns text as $$
select $1;
$$ language sql;
create or replace function test.overloaded_unnamed_param() returns int as $$
select 1;
$$ language sql;
create or replace function test.overloaded_unnamed_param(x int, y int) returns int as $$
select x + y;
$$ language sql;
create or replace function test.overloaded_unnamed_json_jsonb_param(json) returns json as $$
select $1;
$$ language sql;
create or replace function test.overloaded_unnamed_json_jsonb_param(jsonb) returns jsonb as $$
select $1;
$$ language sql;
create or replace function test.overloaded_unnamed_json_jsonb_param(x int, y int) returns int as $$
select x + y;
$$ language sql;
create table products(
id int primary key
, name text
);
create table suppliers(
id int primary key
, name text
);
create table products_suppliers(
product_id int references products(id),
supplier_id int references suppliers(id),
primary key (product_id, supplier_id)
);
create table trade_unions(
id int primary key
, name text
);
create table suppliers_trade_unions(
supplier_id int references suppliers(id),
trade_union_id int references trade_unions(id),
primary key (supplier_id, trade_union_id)
);
CREATE TABLE client (
id int primary key
, name text
);
CREATE TABLE contact (
id int primary key
, name text
, clientid int references client(id)
);
CREATE TABLE clientinfo (
id serial primary key
, clientid int references client(id)
, other text
);
CREATE TABLE chores (
id int primary key
, name text
, done bool
);
CREATE TABLE deferrable_unique_constraint (
col INT UNIQUE DEFERRABLE INITIALLY IMMEDIATE
);
CREATE FUNCTION raise_constraint(deferred BOOL DEFAULT FALSE) RETURNS void
LANGUAGE plpgsql AS $$
BEGIN
IF deferred THEN
SET CONSTRAINTS ALL DEFERRED;
END IF;
INSERT INTO deferrable_unique_constraint VALUES (1), (1);
END$$;
-- This view is not used in any requests but just parsed by the pfkSourceColumns query.
-- XMLTABLE is only supported from PG 10 on
DO $do$
BEGIN
IF current_setting('server_version_num')::INT >= 100000 THEN
CREATE VIEW test.xml AS
SELECT *
FROM (SELECT ''::xml AS data) _,
XMLTABLE(
''
PASSING data
COLUMNS id int PATH '@id',
premier_name text PATH 'PREMIER_NAME' DEFAULT 'not specified'
);
END IF;
END
$do$;
-- https://github.com/PostgREST/postgrest/issues/1543
CREATE TYPE complex AS (
r double precision,
i double precision
);
CREATE TABLE test.fav_numbers (
num complex,
person text
);
-- https://github.com/PostgREST/postgrest/issues/2075
create table test.arrays (
id int primary key,
numbers int[],
numbers_mult int[][]
);
-- This procedure is to confirm that procedures don't show up in the OpenAPI output right now.
-- Procedures are not supported, yet.
do $do$begin
if (select current_setting('server_version_num')::int >= 110000) then
CREATE PROCEDURE test.unsupported_proc ()
LANGUAGE SQL AS '';
end if;
end $do$;
CREATE FUNCTION public.dummy(int) RETURNS int
LANGUAGE SQL AS $$ SELECT 1 $$;
-- This aggregate is to confirm that aggregates don't show up in the OpenAPI output.
CREATE AGGREGATE test.unsupported_agg (*) (
SFUNC = public.dummy,
STYPE = int
);
create table limited_update_items(
id int primary key
, name text
);
create table limited_update_items_cpk(
id int
, name text
, primary key (id, name)
);
create table limited_update_items_no_pk(
id int
, name text
);
create view limited_update_items_view as
select * from limited_update_items;
create view limited_update_items_wnonuniq_view as
select *, 'static'::text as static from limited_update_items;
create view limited_update_items_cpk_view as
select * from limited_update_items_cpk;
create table limited_delete_items(
id int primary key
, name text
);
create table limited_delete_items_cpk(
id int
, name text
, primary key (id, name)
);
create table limited_delete_items_no_pk(
id int
, name text
);
create view limited_delete_items_view as
select * from limited_delete_items;
create view limited_delete_items_wnonuniq_view as
select *, 'static'::text as static from limited_delete_items;
create view limited_delete_items_cpk_view as
select * from limited_delete_items_cpk;
create function reset_table(tbl_name text default '', tbl_data json default '[]') returns void as $_$ begin
execute format(
$$
delete from %I where true; -- WHERE is required for pg-safeupdate tests
insert into %I
select * from json_populate_recordset(null::%I, $1);
$$::text,
tbl_name, tbl_name, tbl_name)
using tbl_data;
end; $_$ language plpgsql volatile;
-- tables for ensuring we generate real junctions for many-to-many relationships
create table plate (
plate_id int primary key
);
create table well (
well_id int primary key,
plate_id int not null,
parent_well_id int,
CONSTRAINT well_parent_well_id_fkey
FOREIGN KEY(parent_well_id)
REFERENCES well(well_id),
CONSTRAINT well_plate_id_fkey
FOREIGN KEY(plate_id)
REFERENCES plate(plate_id)
);
create table plate_plan_step (
plate_plan_step_id int primary key,
from_well_id int,
to_well_id int,
to_plate_id int,
CONSTRAINT plate_plan_step_from_well_id_fkey
FOREIGN KEY(from_well_id)
REFERENCES well(well_id),
CONSTRAINT plate_plan_step_to_plate_id_fkey
FOREIGN KEY(to_plate_id)
REFERENCES plate(plate_id),
CONSTRAINT plate_plan_step_to_well_id_fkey
FOREIGN KEY(to_well_id)
REFERENCES well(well_id)
);
CREATE FUNCTION test.return_scalar_xml() RETURNS pg_catalog.xml
LANGUAGE sql AS $$
SELECT ''::pg_catalog.xml
$$;
CREATE OR REPLACE FUNCTION "welcome.xml"() RETURNS pg_catalog.xml
LANGUAGE sql AS $_$
select $$
PostgREST
Welcome to PostgREST
$$::pg_catalog.xml;
$_$;
CREATE TABLE test.xmltest (
id integer primary key,
xml pg_catalog.xml NOT NULL
);
CREATE TABLE oid_test(
id int,
oid_col oid,
oid_array_col oid[]);
CREATE TABLE private.internal_job
(
id integer NOT NULL,
parent_id integer,
CONSTRAINT internal_job_pkey PRIMARY KEY (id),
CONSTRAINT parent_fk FOREIGN KEY (parent_id) REFERENCES private.internal_job (id)
);
CREATE VIEW test.job AS
SELECT j.id, j.parent_id
FROM private.internal_job j;
-- https://github.com/PostgREST/postgrest/issues/2238
CREATE TABLE series (
id bigint PRIMARY KEY,
title text NOT NULL
);
CREATE TABLE adaptation_notifications (
id bigint PRIMARY KEY,
series bigint REFERENCES series(id),
status text
);
CREATE VIEW series_popularity AS
SELECT id, random() AS popularity_score
FROM series;
-- https://github.com/PostgREST/postgrest/issues/1643
CREATE TABLE test.test (
id BIGINT NOT NULL PRIMARY KEY,
parent_id BIGINT CONSTRAINT parent_test REFERENCES test(id)
);
CREATE OR REPLACE VIEW test.view_test AS
SELECT id FROM test.test;
create extension if not exists postgis with schema extensions;
create table shops (
id int primary key
, address text
, shop_geom extensions.geometry(POINT, 4326)
);
create table shop_bles (
id int primary key
, name text
, coords extensions.geometry(POINT, 4326)
, range_area extensions.geometry(POLYGON, 4326)
, shop_id int references shops(id)
);
create function get_shop(id int) returns shops as $$
select * from shops where id = $1;
$$ language sql;
CREATE TABLE "SPECIAL ""@/\#~_-".languages(
id INT PRIMARY KEY,
name TEXT
);
CREATE TABLE "SPECIAL ""@/\#~_-".names(
id INT PRIMARY KEY,
name TEXT,
language_id INT REFERENCES "SPECIAL ""@/\#~_-".languages(id)
);
CREATE FUNCTION "SPECIAL ""@/\#~_-".computed_languages("SPECIAL ""@/\#~_-".names) RETURNS SETOF "SPECIAL ""@/\#~_-".languages ROWS 1 AS $$
SELECT * FROM "SPECIAL ""@/\#~_-".languages where id = $1.language_id;
$$ LANGUAGE sql;
CREATE FUNCTION "EXTRA ""@/\#~_-".get_val_special(val text) RETURNS text AS $$
SELECT val;
$$ LANGUAGE sql;
CREATE FUNCTION test.special_extended_schema(val text) RETURNS text AS $$
SELECT get_val_special(val);
$$ LANGUAGE sql;
CREATE TABLE do$llar$s (
a$num$ numeric
);
-- Tables and functions to test the pg-safeupdate library
CREATE TABLE test.safe_update_items(
id INT PRIMARY KEY,
name TEXT,
observation TEXT
);
CREATE TABLE test.safe_delete_items(
id INT PRIMARY KEY,
name TEXT,
observation TEXT
);
CREATE TABLE test.unsafe_update_items(
id INT PRIMARY KEY,
name TEXT,
observation TEXT
);
CREATE TABLE test.unsafe_delete_items(
id INT PRIMARY KEY,
name TEXT,
observation TEXT
);
CREATE OR REPLACE FUNCTION test.load_safeupdate() RETURNS VOID AS $$
BEGIN
LOAD 'safeupdate';
END; $$ LANGUAGE plpgsql SECURITY DEFINER;
-- This tests data representations over computed joins: even a lower case title should come back title cased.
DROP DOMAIN IF EXISTS public.titlecasetext CASCADE;
CREATE DOMAIN public.titlecasetext AS text;
CREATE OR REPLACE FUNCTION json(public.titlecasetext) RETURNS json AS $$
SELECT to_json(INITCAP($1::text));
$$ LANGUAGE SQL IMMUTABLE;
CREATE CAST (public.titlecasetext AS json) WITH FUNCTION json(public.titlecasetext) AS IMPLICIT;
-- End of data representations specific stuff except for where the domain is used in the table.
CREATE TABLE designers (
id int primary key
, name public.titlecasetext
);
CREATE TABLE videogames (
id int primary key
, name text
, designer_id int references designers(id)
);
-- computed relationships
CREATE FUNCTION test.computed_designers(test.videogames) RETURNS SETOF test.designers AS $$
SELECT * FROM test.designers WHERE id = $1.designer_id;
$$ LANGUAGE sql STABLE ROWS 1;
CREATE FUNCTION test.computed_designers_noset(test.videogames) RETURNS test.designers AS $$
SELECT * FROM test.designers WHERE id = $1.designer_id;
$$ LANGUAGE sql STABLE;
CREATE FUNCTION test.computed_videogames(test.designers) RETURNS SETOF test.videogames AS $$
SELECT * FROM test.videogames WHERE designer_id = $1.id;
$$ LANGUAGE sql STABLE;
CREATE FUNCTION test.getallvideogames() RETURNS SETOF test.videogames AS $$
SELECT * FROM test.videogames;
$$ LANGUAGE sql STABLE;
CREATE FUNCTION test.getalldesigners() RETURNS SETOF test.designers AS $$
SELECT * FROM test.designers;
$$ LANGUAGE sql STABLE;
-- self join for computed relationships
CREATE FUNCTION test.child_web_content(test.web_content) RETURNS SETOF test.web_content AS $$
SELECT * FROM test.web_content WHERE $1.id = p_web_id;
$$ LANGUAGE sql STABLE;
CREATE FUNCTION test.parent_web_content(test.web_content) RETURNS SETOF test.web_content AS $$
SELECT * FROM test.web_content WHERE $1.p_web_id = id;
$$ LANGUAGE sql STABLE ROWS 1;
-- overriding computed rels that empty the results
CREATE FUNCTION test.designers(test.videogames) RETURNS SETOF test.designers AS $$
SELECT * FROM test.designers WHERE FALSE;
$$ LANGUAGE sql STABLE ROWS 1;
CREATE FUNCTION test.videogames(test.designers) RETURNS SETOF test.videogames AS $$
SELECT * FROM test.videogames WHERE FALSE;
$$ LANGUAGE sql STABLE;
CREATE TABLE test.students(
id int
, code text
, name text
, primary key(id, code)
);
CREATE TABLE test.students_info(
id int
, code text
, address text
, primary key(id, code)
, foreign key (id, code) references test.students(id, code) on delete cascade
);
CREATE TABLE test.country(
id int primary key
, name text
);
CREATE TABLE test.capital(
id int primary key
, name text
, country_id int unique
, foreign key (country_id) references test.country(id)
);
CREATE FUNCTION test.allcountries() RETURNS SETOF test.country AS $$
SELECT * FROM test.country;
$$ LANGUAGE sql STABLE;
CREATE FUNCTION test.allcapitals() RETURNS SETOF test.capital AS $$
SELECT * FROM test.capital;
$$ LANGUAGE sql STABLE;
create view students_view as
select * from students;
create view students_info_view as
select * from students_info;
create table test.second (
id int primary key,
name text
);
create table test.first (
id int primary key,
name text,
second_id_1 int references test.second unique,
second_id_2 int references test.second unique
);
create table test.second_1 (
id int primary key,
name text
);
create table test.first_1 (
id int primary key,
name text,
second_id_1 int references test.second unique,
second_id_2 int references test.second unique
);
CREATE FUNCTION test.second_1(test.first_1) RETURNS SETOF test.second_1 AS $$
SELECT * FROM test.second_1 WHERE id = $1.second_id_1;
$$ LANGUAGE sql STABLE ROWS 1;
CREATE FUNCTION test.first_1(test.second_1) RETURNS SETOF test.first_1 AS $$
SELECT * FROM test.first_1 WHERE second_id_1 = $1.id;
$$ LANGUAGE sql STABLE ROWS 1;
create table fee (
fee_id int primary key
);
create table baz (
baz_id int primary key
);
create table janedoe (
janedoe_id int primary key,
baz_id int references baz(baz_id)
);
create table johnsmith (
johnsmith_id int primary key,
fee_id int references fee(fee_id),
baz_id int references baz(baz_id)
);
create or replace function jsbaz(fee) returns setof baz as $$
select b.*
from baz b
join johnsmith js on js.baz_id = b.baz_id
where js.fee_id = $1.fee_id
$$ stable language sql;
-- issue https://github.com/PostgREST/postgrest/issues/2518
create table a (
primary key (c1, c2),
c1 int,
c2 bool
);
create table b (
c2 bool,
c1 int,
foreign key (c1, c2) references a
);
create view test.v1 as table test.a;
create view test.v2 as table test.b;
-- issue https://github.com/PostgREST/postgrest/issues/2458
create table with_pk1 (pk1 int primary key);
create table with_pk2 (pk2 int primary key);
create view with_multiple_pks as
select * from with_pk1, with_pk2;
create function with_multiple_pks_insert() returns trigger
language plpgsql as $$
begin
insert into with_pk1 values (new.pk1) on conflict do nothing;
insert into with_pk2 values (new.pk2) on conflict do nothing;
return new;
end
$$;
create trigger ins instead of insert on with_multiple_pks
for each row execute procedure with_multiple_pks_insert();
-- issue https://github.com/PostgREST/postgrest/issues/2283
create view self_recursive_view as table projects;
create or replace view self_recursive_view as table self_recursive_view;
CREATE FUNCTION test.computed_clients(test.projects) RETURNS SETOF test.clients ROWS 1 AS $$
SELECT * FROM test.clients WHERE id = $1.client_id;
$$ LANGUAGE sql STABLE;
CREATE FUNCTION test.computed_projects(test.clients) RETURNS SETOF test.projects ROWS 1 AS $$
SELECT * FROM test.projects WHERE client_id = $1.id;
$$ LANGUAGE sql STABLE;
-- issue https://github.com/PostgREST/postgrest/issues/2459
create table public.i2459_simple_t1 (
id int primary key
);
create table public.i2459_simple_t2 (
t1_id int references public.i2459_simple_t1
);
create view i2459_simple_v1 as table public.i2459_simple_t1;
create view i2459_simple_v2 as
select t1_id as t1_id1, t1_id as t1_id2 from public.i2459_simple_t2;
create table public.i2459_composite_t1 (
primary key (a,b),
a int,
b int
);
create table public.i2459_composite_t2 (
t1_a int,
t1_b int,
constraint i2459_composite_t2_t1_a_t1_b_fkey foreign key (t1_a, t1_b) references public.i2459_composite_t1
);
create view i2459_composite_v1 as table public.i2459_composite_t1;
create view i2459_composite_v2 as
select t1_a as t1_a1,
t1_b as t1_b1,
t1_a as t1_a2,
t1_b as t1_b2
from public.i2459_composite_t2;
create table public.i2459_self_t (
id int primary key,
parent int references public.i2459_self_t,
type text
);
create view i2459_self_v1 as
select parent.parent as grandparent,
child.parent,
child.id
from public.i2459_self_t as parent
join public.i2459_self_t as child
on child.parent = parent.id
where child.type = 'A';
create view i2459_self_v2 as
select parent.parent as grandparent,
child.parent,
child.id
from public.i2459_self_t as parent
join public.i2459_self_t as child
on child.parent = parent.id
where child.type = 'B';
-- issue https://github.com/PostgREST/postgrest/issues/2548
CREATE TABLE public.ta (
a1 INT PRIMARY KEY,
a2 INT,
UNIQUE (a1, a2)
);
CREATE TABLE public.tb (
b1 INT REFERENCES public.ta (a1),
b2 INT,
FOREIGN KEY (b1, b2) REFERENCES public.ta (a1, a2)
);
CREATE VIEW test.va AS SELECT a1 FROM public.ta;
CREATE VIEW test.vb AS SELECT b1 FROM public.tb;
create table test.trash(
id int primary key
);
create table test.trash_details(
id int primary key references test.trash(id),
jsonb_col jsonb
);
CREATE TABLE test.groups (
name text PRIMARY KEY
);
CREATE TABLE test.yards (
id bigint PRIMARY KEY
);
CREATE TABLE test.group_yard (
id bigint NOT NULL,
group_id text NOT NULL REFERENCES test.groups(name),
yard_id bigint NOT NULL REFERENCES test.yards(id),
PRIMARY KEY (id, group_id, yard_id)
);
CREATE FUNCTION test.get_yards() RETURNS SETOF test.yards
LANGUAGE sql
AS $$
select * from test.yards;
$$;
create table test.posters(
id int primary key,
name text
);
create table test.subscriptions(
subscriber int references test.posters(id),
subscribed int references test.posters(id),
primary key(subscriber, subscribed)
);
-- Data representations feature
DROP DOMAIN IF EXISTS public.color CASCADE;
CREATE DOMAIN public.color AS INTEGER CHECK (VALUE >= 0 AND VALUE <= 16777215);
CREATE OR REPLACE FUNCTION color(json) RETURNS public.color AS $$
SELECT color($1 #>> '{}');
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION color(text) RETURNS public.color AS $$
SELECT (('x' || lpad((CASE WHEN SUBSTRING($1::text, 1, 1) = '#' THEN SUBSTRING($1::text, 2) ELSE $1::text END), 8, '0'))::bit(32)::int)::public.color;
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION json(public.color) RETURNS json AS $$
SELECT
CASE WHEN $1 IS NULL THEN to_json(''::text)
ELSE to_json('#' || lpad(upper(to_hex($1)), 6, '0'))
END;
$$ LANGUAGE SQL IMMUTABLE;
CREATE CAST (public.color AS json) WITH FUNCTION json(public.color) AS IMPLICIT;
CREATE CAST (json AS public.color) WITH FUNCTION color(json) AS IMPLICIT;
CREATE CAST (text AS public.color) WITH FUNCTION color(text) AS IMPLICIT;
DROP DOMAIN IF EXISTS public.isodate CASCADE;
CREATE DOMAIN public.isodate AS timestamp with time zone;
CREATE OR REPLACE FUNCTION isodate(json) RETURNS public.isodate AS $$
SELECT isodate($1 #>> '{}');
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION isodate(text) RETURNS public.isodate AS $$
SELECT (replace($1, 'Z', '+00:00')::timestamp with time zone)::public.isodate;
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION json(public.isodate) RETURNS json AS $$
SELECT to_json(replace(to_json($1)#>>'{}', '+00:00', 'Z'));
$$ LANGUAGE SQL IMMUTABLE;
CREATE CAST (public.isodate AS json) WITH FUNCTION json(public.isodate) AS IMPLICIT;
CREATE CAST (json AS public.isodate) WITH FUNCTION isodate(json) AS IMPLICIT;
-- We intentionally don't have this in order to test query string parsing doesn't try to fall back on JSON parsing.
-- CREATE CAST (text AS public.isodate) WITH FUNCTION isodate(text) AS IMPLICIT;
-- bytea_b64 is a base64-encoded binary string
DROP DOMAIN IF EXISTS public.bytea_b64 CASCADE;
CREATE DOMAIN public.bytea_b64 AS bytea;
CREATE OR REPLACE FUNCTION bytea_b64(json) RETURNS public.bytea_b64 AS $$
SELECT bytea_b64($1 #>> '{}');
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION bytea_b64(text) RETURNS public.bytea_b64 AS $$
-- allow unpadded base64
SELECT decode($1 || repeat('=', 4 - (length($1) % 4)), 'base64')::public.bytea_b64;
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION json(public.bytea_b64) RETURNS json AS $$
SELECT to_json(translate(encode($1, 'base64'), E'\n', ''));
$$ LANGUAGE SQL IMMUTABLE;
CREATE CAST (public.bytea_b64 AS json) WITH FUNCTION json(public.bytea_b64) AS IMPLICIT;
CREATE CAST (json AS public.bytea_b64) WITH FUNCTION bytea_b64(json) AS IMPLICIT;
CREATE CAST (text AS public.bytea_b64) WITH FUNCTION bytea_b64(text) AS IMPLICIT;
-- unixtz is a timestamptz represented as an integer number of seconds since the Unix epoch
DROP DOMAIN IF EXISTS public.unixtz CASCADE;
CREATE DOMAIN public.unixtz AS timestamp with time zone;
CREATE OR REPLACE FUNCTION unixtz(json) RETURNS public.unixtz AS $$
SELECT unixtz($1 #>> '{}');
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION unixtz(text) RETURNS public.unixtz AS $$
SELECT (to_timestamp($1::numeric)::public.unixtz);
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION json(public.unixtz) RETURNS json AS $$
SELECT to_json(extract(epoch from $1)::bigint);
$$ LANGUAGE SQL IMMUTABLE;
CREATE CAST (public.unixtz AS json) WITH FUNCTION json(public.unixtz) AS IMPLICIT;
CREATE CAST (json AS public.unixtz) WITH FUNCTION unixtz(json) AS IMPLICIT;
CREATE CAST (text AS public.unixtz) WITH FUNCTION unixtz(text) AS IMPLICIT;
DROP DOMAIN IF EXISTS public.monetary CASCADE;
CREATE DOMAIN public.monetary AS numeric(17,2);
CREATE OR REPLACE FUNCTION monetary(json) RETURNS public.monetary AS $$
SELECT monetary($1 #>> '{}');
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION monetary(text) RETURNS public.monetary AS $$
SELECT ($1::numeric)::public.monetary;
$$ LANGUAGE SQL IMMUTABLE;
CREATE OR REPLACE FUNCTION json(public.monetary) RETURNS json AS $$
SELECT to_json($1::text);
$$ LANGUAGE SQL IMMUTABLE;
CREATE CAST (public.monetary AS json) WITH FUNCTION json(public.monetary) AS IMPLICIT;
CREATE CAST (json AS public.monetary) WITH FUNCTION monetary(json) AS IMPLICIT;
CREATE CAST (text AS public.monetary) WITH FUNCTION monetary(text) AS IMPLICIT;
CREATE TABLE datarep_todos (
id bigint primary key,
name text,
label_color public.color default 0,
due_at public.isodate default '2018-01-01'::date,
icon_image public.bytea_b64,
created_at public.unixtz default '2017-12-14 01:02:30'::timestamptz,
budget public.monetary default 0
);
CREATE TABLE datarep_next_two_todos (
id bigint primary key,
first_item_id bigint references datarep_todos(id),
second_item_id bigint references datarep_todos(id),
name text
);
CREATE VIEW datarep_todos_computed as (
SELECT id,
name,
label_color,
due_at,
(label_color / 2)::public.color as dark_color
FROM datarep_todos
);
-- view's name is alphabetically before projects
create view test.alpha_projects as
select c.id, p.name as pro_name, c.name as cli_name
from projects p join clients c on p.client_id = c.id;
-- view's name is alphabetically after projects
create view test.zeta_projects as
select c.id, p.name as pro_name, c.name as cli_name
from projects p join clients c on p.client_id = c.id;
CREATE VIEW test.complex_items_view AS
SELECT * FROM test.complex_items;
ALTER VIEW test.complex_items_view ALTER COLUMN name SET DEFAULT 'Default';
create table test.tbl_w_json(
id int,
data json
);
DO $do$
BEGIN
IF current_setting('server_version_num')::INT >= 100000 THEN
CREATE TABLE test.channels (
id bigint GENERATED BY DEFAULT AS IDENTITY PRIMARY KEY,
data jsonb DEFAULT '{"foo": "bar"}',
slug text
);
END IF;
END
$do$;
CREATE FUNCTION test.is_superuser() RETURNS boolean
LANGUAGE sql
AS $$
select current_setting('is_superuser')::boolean;
$$;
DO $do$
BEGIN
IF current_setting('server_version_num')::INT >= 120000 THEN
CREATE TABLE test.foo (
a text,
b text GENERATED ALWAYS AS (
case WHEN a = 'telegram' THEN 'im'
WHEN a = 'proton' THEN 'email'
WHEN a = 'infinity' THEN 'idea'
ELSE 'bad idea'
end) stored
);
END IF;
END
$do$;
create domain devil_int as int
default 666;
create table evil_friends(
id devil_int
, name text
);
create table bets (
id int
, data_json json
, data_jsonb jsonb
);
create index bets_data_json on bets ((data_json ->>'contractId'));
create index bets_data_jsonb on bets ((data_jsonb ->>'contractId'));
--- https://github.com/PostgREST/postgrest/issues/2862
create table profiles (
id uuid primary key,
username text null
);
create table user_friend (
id bigint primary key,
user1 uuid references profiles (id),
user2 uuid references profiles (id)
);
create table status(
id bigint primary key
);
create table tournaments(
id bigint primary key,
status bigint references status(id)
);
-- https://github.com/PostgREST/postgrest/issues/2861
CREATE TABLE bitchar_with_length (
bit bit(5),
char char(5),
bit_arr bit(5)[],
char_arr char(5)[]
);
-- https://github.com/PostgREST/postgrest/issues/1586
create or replace function char_param_select(char_ char(4), char_arr char(4)[])
returns table(char_ char, char_arr char[]) as $$
select $1, $2;
$$ language sql;
create or replace function bit_param_select(bit_ char(4), bit_arr char(4)[])
returns table(bit_ char, bit_arr char[]) as $$
select $1, $2;
$$ language sql;
create or replace function char_param_insert(char_ char(4), char_arr char(4)[])
returns void as $$
insert into bitchar_with_length(char, char_arr) values($1, $2);
$$ language sql;
create or replace function bit_param_insert(bit_ bit(4), bit_arr bit(4)[])
returns void as $$
insert into bitchar_with_length(bit, bit_arr) values($1, $2);
$$ language sql;
create function returns_record() returns record as $$
select * from projects limit 1;
$$ language sql;
create function returns_record_params(id int, name text) returns record as $$
select * from projects p where p.id = $1 and p.name like $2;
$$ language sql;
create function returns_setof_record() returns setof record as $$
select * from projects limit 2;
$$ language sql;
create function returns_setof_record_params(id int, name text) returns setof record as $$
select * from projects p where p.id >= $1 and p.name like $2;
$$ language sql;