add test data

diff --git a/t/data/pgsql/turnkey.sql b/t/data/pgsql/turnkey.sql
index 45997ef..7d9d610 100644 (file)
--- a/t/data/pgsql/turnkey.sql
+++ b/t/data/pgsql/turnkey.sql
@@ -1,3 +1,10 @@
+-- standalone, data table
+create table b (
+       b_id serial not null,
+       primary key (b_id),
+       name text
+);
+
 -- 1 single FK import, data table
 create table a (
        a_id serial not null,
@@ -7,14 +14,8 @@ create table a (
        name text
 );
 
--- standalone, data table
-create table b (
-       b_id serial not null,
-       primary key (b_id),
-       name text
-);
-
--- 1 single FK import, link table between 'a' and 'b'
+-- 2 single FK import, link table between 'a' and 'b'
+-- note that 'a' both imports a FK from 'b', as well as links to 'b' via 'a_b'
 create table a_b (
        a_b_id serial not null,
        primary key (a_b_id),
@@ -83,7 +84,7 @@ create table g (
        foreign key (e2_id) references e (e_id)
 );
 
--- 1 double FK import, 1 triple FK import, link table between 'a', 'a', 'g', 'g', and 'g'
+-- 1 double FK import, 1 triple FK import, link table between 'a', 'a', 'e', 'e', and 'e'
 create table h (
        h_id serial not null,
        primary key (h_id),
@@ -91,11 +92,55 @@ create table h (
        foreign key (a1_id) references a (a_id),
        a2_id int not null,
        foreign key (a2_id) references a (a_id),
-       g1_id int not null,
-       foreign key (g1_id) references g (g_id),
-       g2_id int not null,
-       foreign key (g2_id) references g (g_id),
-       g3_id int not null,
-       foreign key (g3_id) references g (g_id)
+       e1_id int not null,
+       foreign key (e1_id) references e (e_id),
+       e2_id int not null,
+       foreign key (e2_id) references e (e_id),
+       e3_id int not null,
+       foreign key (e3_id) references e (e_id)
+);
+
+-- 3 single FK import, link table between 'b', 'c', and 'd'
+create table i (
+       i_id serial not null,
+       primary key (i_id),
+       b_id int not null,
+       foreign key (b_id) references b (b_id),
+       c_id int not null,
+       foreign key (c_id) references c (c_id),
+       d_id int not null,
+       foreign key (d_id) references d (d_id)
 );
 
+insert into b   (name)                          values ('balloon');
+insert into b   (name)                          values ('bangup');
+insert into b   (name)                          values ('beluga');
+insert into b   (name)                          values ('blanch');
+insert into b   (name)                          values ('botch');
+insert into b   (name)                          values ('brooch');
+insert into b   (name)                          values ('broccoli');
+insert into b   (name)                          values ('blitz');
+insert into b   (name)                          values ('blintz');
+insert into a   (name,b_id)                     values ('alkane',1);
+insert into a   (name,b_id)                     values ('alkyne',2);
+insert into a   (name,b_id)                     values ('amygdala',3);
+insert into a   (name,b_id)                     values ('aorta',4);
+insert into a_b (a_id,b_id)                     values (1,5);
+insert into c   (name,b_id)                     values ('cairn',6);
+insert into c   (name,b_id)                     values ('cootie',7);
+insert into c   (name,b_id)                     values ('cochlea',8);
+insert into d   (name,c_id)                     values ('drake',1);
+insert into e   (name)                          values ('ear');
+insert into e   (name)                          values ('element');
+insert into e   (name)                          values ('embryo');
+insert into e   (name)                          values ('encumber');
+insert into e   (name)                          values ('enhance');
+insert into e   (name)                          values ('ependyma');
+insert into e   (name)                          values ('epididymis');
+insert into e   (name)                          values ('ergot');
+insert into e   (name)                          values ('esophagus');
+insert into c_e (c_id,e_id)                     values (2,1);
+insert into f   (e1_id,e2_id,e3_id)             values (2,3,4);
+insert into g   (a_id,e1_id,e2_id)              values (2,5,6);
+insert into h   (a1_id,a2_id,e1_id,e2_id,e3_id) values (3,4,7,8,9);
+insert into i   (b_id,c_id,d_id)                values (9,3,1);