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1 | #!/usr/bin/perl |
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2 | # vim: set ft=perl: |
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3 | |
4 | use strict; |
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5 | use Test::More; |
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6 | use SQL::Translator; |
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7 | use SQL::Translator::Schema::Constants; |
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8 | use Test::SQL::Translator qw(maybe_plan); |
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9 | |
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10 | BEGIN { |
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11 | maybe_plan(undef, 'SQL::Translator::Parser::PostgreSQL'); |
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12 | SQL::Translator::Parser::PostgreSQL->import('parse'); |
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13 | } |
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14 | |
15 | my $t = SQL::Translator->new( trace => 0 ); |
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16 | my $sql = q{ |
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17 | -- comment on t_test1 |
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18 | create table t_test1 ( |
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19 | -- this is the primary key |
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20 | f_serial serial NOT NULL default '0' primary key, |
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21 | f_varchar character varying (255), |
22 | f_double double precision, |
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23 | f_bigint bigint not null, |
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24 | f_char character(10) default 'FOO'::character(10), |
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25 | f_bool boolean, |
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26 | f_bin bytea, |
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27 | f_tz timestamp default '1970-01-01 00:00:00'::TIMESTAMP, |
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28 | f_text text, |
29 | f_fk1 integer not null references t_test2 (f_id), |
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30 | f_dropped text, |
31 | f_timestamp timestamp(0) with time zone, |
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32 | f_timestamp2 timestamp without time zone, |
33 | f_json json, |
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34 | f_hstore hstore, |
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35 | f_numarray numeric(7,2) [ ], |
36 | f_uuid uuid, |
37 | f_time time(0) with time zone, |
38 | f_time2 time without time zone |
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39 | ); |
40 | |
41 | create table t_test2 ( |
42 | f_id integer NOT NULL, |
43 | f_varchar varchar(25), |
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44 | f_int smallint, |
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45 | f_smallint smallint default (0)::smallint, |
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46 | primary key (f_id), |
47 | check (f_int between 1 and 5) |
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48 | ); |
49 | |
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50 | CREATE TABLE products_1 ( |
51 | product_no integer, |
52 | name text, |
53 | price numeric |
54 | ); |
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55 | |
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56 | CREATE TEMP TABLE products_2 ( |
57 | product_no integer, |
58 | name text, |
59 | price numeric |
60 | ); |
61 | |
62 | CREATE TEMPORARY TABLE products_3 ( |
63 | product_no integer, |
64 | name text, |
65 | price numeric |
66 | ); |
67 | |
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68 | CREATE TRIGGER test_trigger |
69 | BEFORE INSERT OR UPDATE OR DELETE |
70 | ON products_1 |
71 | FOR EACH ROW |
72 | EXECUTE PROCEDURE foo(); |
73 | |
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74 | CREATE INDEX test_index1 ON t_test1 (f_varchar); |
75 | CREATE INDEX test_index2 ON t_test1 USING hash (f_char, f_bool); |
76 | CREATE INDEX test_index3 ON t_test1 USING hash (f_bigint, f_tz) WHERE f_bigint = '1' AND f_tz IS NULL; |
77 | |
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78 | alter table t_test1 add f_fk2 integer; |
79 | |
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80 | alter table only t_test1 add constraint c_u1 unique (f_varchar); |
81 | |
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82 | alter table t_test1 add constraint "c_fk2" foreign key (f_fk2) |
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83 | references t_test2 (f_id) match simple |
84 | on update no action on delete cascade deferrable; |
85 | |
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86 | |
87 | alter table t_test1 drop column f_dropped restrict; |
88 | |
89 | alter table t_test1 alter column f_fk2 set default 'FOO'; |
90 | |
91 | alter table t_test1 alter column f_char drop default; |
92 | |
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93 | -- The following are allowed by the grammar |
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94 | -- but won\'t do anything... - ky |
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95 | |
96 | alter table t_text1 alter column f_char set not null; |
97 | |
98 | alter table t_text1 alter column f_char drop not null; |
99 | |
100 | alter table t_test1 alter f_char set statistics 10; |
101 | |
102 | alter table t_test1 alter f_text set storage extended; |
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103 | |
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104 | alter table t_test1 rename column f_text to foo; |
105 | |
106 | alter table t_test1 rename to foo; |
107 | |
108 | alter table only t_test1 drop constraint foo cascade; |
109 | |
110 | alter table t_test1 owner to foo; |
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111 | |
112 | commit; |
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113 | }; |
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114 | |
115 | $| = 1; |
116 | |
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117 | my $data = parse( $t, $sql ); |
118 | my $schema = $t->schema; |
119 | |
120 | isa_ok( $schema, 'SQL::Translator::Schema', 'Schema object' ); |
121 | my @tables = $schema->get_tables; |
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122 | is( scalar @tables, 5, 'Five tables' ); |
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123 | |
124 | my $t1 = shift @tables; |
125 | is( $t1->name, 't_test1', 'Table t_test1 exists' ); |
126 | |
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127 | is( $t1->comments, 'comment on t_test1', 'Table comment exists' ); |
128 | |
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129 | my @t1_fields = $t1->get_fields; |
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130 | is( scalar @t1_fields, 19, '19 fields in t_test1' ); |
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131 | |
132 | my $f1 = shift @t1_fields; |
133 | is( $f1->name, 'f_serial', 'First field is "f_serial"' ); |
134 | is( $f1->data_type, 'integer', 'Field is an integer' ); |
135 | is( $f1->is_nullable, 0, 'Field cannot be null' ); |
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136 | is( $f1->size, 11, 'Size is "11"' ); |
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137 | is( $f1->default_value, '0', 'Default value is "0"' ); |
138 | is( $f1->is_primary_key, 1, 'Field is PK' ); |
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139 | is( $f1->comments, 'this is the primary key', 'Comment' ); |
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140 | is( $f1->is_auto_increment, 1, 'Field is auto increment' ); |
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141 | |
142 | my $f2 = shift @t1_fields; |
143 | is( $f2->name, 'f_varchar', 'Second field is "f_varchar"' ); |
144 | is( $f2->data_type, 'varchar', 'Field is a varchar' ); |
145 | is( $f2->is_nullable, 1, 'Field can be null' ); |
146 | is( $f2->size, 255, 'Size is "255"' ); |
147 | is( $f2->default_value, undef, 'Default value is undefined' ); |
148 | is( $f2->is_primary_key, 0, 'Field is not PK' ); |
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149 | is( $f2->is_auto_increment, 0, 'Field is not auto increment' ); |
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150 | |
151 | my $f3 = shift @t1_fields; |
152 | is( $f3->name, 'f_double', 'Third field is "f_double"' ); |
153 | is( $f3->data_type, 'float', 'Field is a float' ); |
154 | is( $f3->is_nullable, 1, 'Field can be null' ); |
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155 | is( $f3->size, 20, 'Size is "20"' ); |
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156 | is( $f3->default_value, undef, 'Default value is undefined' ); |
157 | is( $f3->is_primary_key, 0, 'Field is not PK' ); |
158 | |
159 | my $f4 = shift @t1_fields; |
160 | is( $f4->name, 'f_bigint', 'Fourth field is "f_bigint"' ); |
161 | is( $f4->data_type, 'integer', 'Field is an integer' ); |
162 | is( $f4->is_nullable, 0, 'Field cannot be null' ); |
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163 | is( $f4->size, 20, 'Size is "20"' ); |
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164 | is( $f4->default_value, undef, 'Default value is undefined' ); |
165 | is( $f4->is_primary_key, 0, 'Field is not PK' ); |
166 | |
167 | my $f5 = shift @t1_fields; |
168 | is( $f5->name, 'f_char', 'Fifth field is "f_char"' ); |
169 | is( $f5->data_type, 'char', 'Field is char' ); |
170 | is( $f5->is_nullable, 1, 'Field can be null' ); |
171 | is( $f5->size, 10, 'Size is "10"' ); |
172 | is( $f5->default_value, undef, 'Default value is undefined' ); |
173 | is( $f5->is_primary_key, 0, 'Field is not PK' ); |
174 | |
175 | my $f6 = shift @t1_fields; |
176 | is( $f6->name, 'f_bool', 'Sixth field is "f_bool"' ); |
177 | is( $f6->data_type, 'boolean', 'Field is a boolean' ); |
178 | is( $f6->is_nullable, 1, 'Field can be null' ); |
179 | is( $f6->size, 0, 'Size is "0"' ); |
180 | is( $f6->default_value, undef, 'Default value is undefined' ); |
181 | is( $f6->is_primary_key, 0, 'Field is not PK' ); |
182 | |
183 | my $f7 = shift @t1_fields; |
184 | is( $f7->name, 'f_bin', 'Seventh field is "f_bin"' ); |
185 | is( $f7->data_type, 'bytea', 'Field is bytea' ); |
186 | is( $f7->is_nullable, 1, 'Field can be null' ); |
187 | is( $f7->size, 0, 'Size is "0"' ); |
188 | is( $f7->default_value, undef, 'Default value is undefined' ); |
189 | is( $f7->is_primary_key, 0, 'Field is not PK' ); |
190 | |
191 | my $f8 = shift @t1_fields; |
192 | is( $f8->name, 'f_tz', 'Eighth field is "f_tz"' ); |
193 | is( $f8->data_type, 'timestamp', 'Field is a timestamp' ); |
194 | is( $f8->is_nullable, 1, 'Field can be null' ); |
195 | is( $f8->size, 0, 'Size is "0"' ); |
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196 | is( $f8->default_value, '1970-01-01 00:00:00', 'Default value is 1970-01-01 00:00:00' ); |
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197 | is( $f8->is_primary_key, 0, 'Field is not PK' ); |
198 | |
199 | my $f9 = shift @t1_fields; |
200 | is( $f9->name, 'f_text', 'Ninth field is "f_text"' ); |
201 | is( $f9->data_type, 'text', 'Field is text' ); |
202 | is( $f9->is_nullable, 1, 'Field can be null' ); |
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203 | is( $f9->size, 64000, 'Size is "64,000"' ); |
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204 | is( $f9->default_value, undef, 'Default value is undefined' ); |
205 | is( $f9->is_primary_key, 0, 'Field is not PK' ); |
206 | |
207 | my $f10 = shift @t1_fields; |
208 | is( $f10->name, 'f_fk1', 'Tenth field is "f_fk1"' ); |
209 | is( $f10->data_type, 'integer', 'Field is an integer' ); |
210 | is( $f10->is_nullable, 0, 'Field cannot be null' ); |
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211 | is( $f10->size, 10, 'Size is "10"' ); |
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212 | is( $f10->default_value, undef, 'Default value is undefined' ); |
213 | is( $f10->is_primary_key, 0, 'Field is not PK' ); |
214 | is( $f10->is_foreign_key, 1, 'Field is a FK' ); |
215 | my $fk_ref1 = $f10->foreign_key_reference; |
216 | isa_ok( $fk_ref1, 'SQL::Translator::Schema::Constraint', 'FK' ); |
217 | is( $fk_ref1->reference_table, 't_test2', 'FK is to "t_test2" table' ); |
218 | |
219 | my $f11 = shift @t1_fields; |
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220 | is( $f11->name, 'f_timestamp', 'Eleventh field is "f_timestamp"' ); |
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221 | is( $f11->data_type, 'timestamp with time zone', 'Field is a timestamp with time zone' ); |
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222 | is( $f11->is_nullable, 1, 'Field can be null' ); |
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223 | is( $f11->size, 0, 'Size is "0"' ); |
224 | is( $f11->default_value, undef, 'Default value is "undef"' ); |
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225 | is( $f11->is_primary_key, 0, 'Field is not PK' ); |
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226 | is( $f11->is_foreign_key, 0, 'Field is not FK' ); |
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227 | |
228 | my $f12 = shift @t1_fields; |
229 | is( $f12->name, 'f_timestamp2', '12th field is "f_timestamp2"' ); |
230 | is( $f12->data_type, 'timestamp without time zone', 'Field is a timestamp without time zone' ); |
231 | is( $f12->is_nullable, 1, 'Field can be null' ); |
232 | is( $f12->size, 0, 'Size is "0"' ); |
233 | is( $f12->default_value, undef, 'Default value is "undef"' ); |
234 | is( $f12->is_primary_key, 0, 'Field is not PK' ); |
235 | is( $f12->is_foreign_key, 0, 'Field is not FK' ); |
236 | |
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237 | my $f13 = shift @t1_fields; |
238 | is( $f13->name, 'f_json', '13th field is "f_json"' ); |
239 | is( $f13->data_type, 'json', 'Field is Json' ); |
240 | is( $f13->is_nullable, 1, 'Field can be null' ); |
241 | is( $f13->size, 0, 'Size is "0"' ); |
242 | is( $f13->default_value, undef, 'Default value is "undef"' ); |
243 | is( $f13->is_primary_key, 0, 'Field is not PK' ); |
244 | is( $f13->is_foreign_key, 0, 'Field is not FK' ); |
245 | |
246 | my $f14 = shift @t1_fields; |
247 | is( $f14->name, 'f_hstore', '14th field is "f_hstore"' ); |
248 | is( $f14->data_type, 'hstore', 'Field is hstore' ); |
249 | is( $f14->is_nullable, 1, 'Field can be null' ); |
250 | is( $f14->size, 0, 'Size is "0"' ); |
251 | is( $f14->default_value, undef, 'Default value is "undef"' ); |
252 | is( $f14->is_primary_key, 0, 'Field is not PK' ); |
253 | is( $f14->is_foreign_key, 0, 'Field is not FK' ); |
254 | |
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255 | my $f15 = shift @t1_fields; |
256 | is( $f15->name, 'f_numarray', '15th field is "f_numarray"' ); |
257 | is( $f15->data_type, 'numeric[]', 'Field is numeric[]' ); |
258 | is( $f15->is_nullable, 1, 'Field can be null' ); |
259 | is_deeply( [$f15->size], [7,2] , 'Size is "7,2"' ); |
260 | is( $f15->default_value, undef, 'Default value is "undef"' ); |
261 | is( $f15->is_primary_key, 0, 'Field is not PK' ); |
262 | is( $f15->is_foreign_key, 0, 'Field is not FK' ); |
263 | |
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264 | my $f16 = shift @t1_fields; |
265 | is( $f16->name, 'f_uuid', '16th field is "f_uuid"' ); |
266 | is( $f16->data_type, 'uuid', 'Field is a UUID' ); |
267 | is( $f16->is_nullable, 1, 'Field can be null' ); |
268 | is( $f16->size, 0, 'Size is "0"' ); |
269 | is( $f16->default_value, undef, 'Default value is "undef"' ); |
270 | is( $f16->is_primary_key, 0, 'Field is not PK' ); |
271 | is( $f16->is_foreign_key, 0, 'Field is not FK' ); |
272 | |
273 | my $f17 = shift @t1_fields; |
274 | is( $f17->name, 'f_time', '17th field is "f_time"' ); |
275 | is( $f17->data_type, 'time with time zone', 'Field is a time with time zone' ); |
276 | is( $f17->is_nullable, 1, 'Field can be null' ); |
277 | is( $f17->size, 0, 'Size is "0"' ); |
278 | is( $f17->default_value, undef, 'Default value is "undef"' ); |
279 | is( $f17->is_primary_key, 0, 'Field is not PK' ); |
280 | is( $f17->is_foreign_key, 0, 'Field is not FK' ); |
281 | |
282 | my $f18 = shift @t1_fields; |
283 | is( $f18->name, 'f_time2', '18th field is "f_time2"' ); |
284 | is( $f18->data_type, 'time without time zone', 'Field is a time without time zone' ); |
285 | is( $f18->is_nullable, 1, 'Field can be null' ); |
286 | is( $f18->size, 0, 'Size is "0"' ); |
287 | is( $f18->default_value, undef, 'Default value is "undef"' ); |
288 | is( $f18->is_primary_key, 0, 'Field is not PK' ); |
289 | is( $f18->is_foreign_key, 0, 'Field is not FK' ); |
290 | |
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291 | # my $fk_ref2 = $f11->foreign_key_reference; |
292 | # isa_ok( $fk_ref2, 'SQL::Translator::Schema::Constraint', 'FK' ); |
293 | # is( $fk_ref2->reference_table, 't_test2', 'FK is to "t_test2" table' ); |
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294 | |
295 | my @t1_constraints = $t1->get_constraints; |
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296 | is( scalar @t1_constraints, 8, '8 constraints on t_test1' ); |
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297 | |
298 | my $c1 = $t1_constraints[0]; |
299 | is( $c1->type, PRIMARY_KEY, 'First constraint is PK' ); |
300 | is( join(',', $c1->fields), 'f_serial', 'Constraint is on field "f_serial"' ); |
301 | |
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302 | my $c2 = $t1_constraints[4]; |
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303 | is( $c2->type, FOREIGN_KEY, 'Second constraint is foreign key' ); |
304 | is( join(',', $c2->fields), 'f_fk1', 'Constraint is on field "f_fk1"' ); |
305 | is( $c2->reference_table, 't_test2', 'Constraint is to table "t_test2"' ); |
306 | is( join(',', $c2->reference_fields), 'f_id', 'Constraint is to field "f_id"' ); |
307 | |
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308 | my $c3 = $t1_constraints[5]; |
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309 | is( $c3->type, UNIQUE, 'Third constraint is unique' ); |
310 | is( join(',', $c3->fields), 'f_varchar', 'Constraint is on field "f_varchar"' ); |
311 | |
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312 | my $c4 = $t1_constraints[6]; |
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313 | is( $c4->type, FOREIGN_KEY, 'Fourth constraint is foreign key' ); |
314 | is( join(',', $c4->fields), 'f_fk2', 'Constraint is on field "f_fk2"' ); |
315 | is( $c4->reference_table, 't_test2', 'Constraint is to table "t_test2"' ); |
316 | is( join(',', $c4->reference_fields), 'f_id', 'Constraint is to field "f_id"' ); |
317 | is( $c4->on_delete, 'cascade', 'On delete: cascade' ); |
318 | is( $c4->on_update, 'no_action', 'On delete: no action' ); |
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319 | is( $c4->match_type, 'simple', 'Match type: simple' ); |
320 | is( $c4->deferrable, 1, 'Deferrable detected' ); |
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321 | |
322 | my $t2 = shift @tables; |
323 | is( $t2->name, 't_test2', 'Table t_test2 exists' ); |
324 | |
325 | my @t2_fields = $t2->get_fields; |
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326 | is( scalar @t2_fields, 4, '4 fields in t_test2' ); |
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327 | |
328 | my $t2_f1 = shift @t2_fields; |
329 | is( $t2_f1->name, 'f_id', 'First field is "f_id"' ); |
330 | is( $t2_f1->data_type, 'integer', 'Field is an integer' ); |
331 | is( $t2_f1->is_nullable, 0, 'Field cannot be null' ); |
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332 | is( $t2_f1->size, 10, 'Size is "10"' ); |
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333 | is( $t2_f1->default_value, undef, 'Default value is undefined' ); |
334 | is( $t2_f1->is_primary_key, 1, 'Field is PK' ); |
335 | |
336 | my $t2_f2 = shift @t2_fields; |
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337 | is( $t2_f2->name, 'f_varchar', 'Second field is "f_varchar"' ); |
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338 | is( $t2_f2->data_type, 'varchar', 'Field is an varchar' ); |
339 | is( $t2_f2->is_nullable, 1, 'Field can be null' ); |
340 | is( $t2_f2->size, 25, 'Size is "25"' ); |
341 | is( $t2_f2->default_value, undef, 'Default value is undefined' ); |
342 | is( $t2_f2->is_primary_key, 0, 'Field is not PK' ); |
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343 | |
344 | my $t2_f3 = shift @t2_fields; |
345 | is( $t2_f3->name, 'f_int', 'Third field is "f_int"' ); |
346 | is( $t2_f3->data_type, 'integer', 'Field is an integer' ); |
347 | is( $t2_f3->is_nullable, 1, 'Field can be null' ); |
348 | is( $t2_f3->size, 5, 'Size is "5"' ); |
349 | is( $t2_f3->default_value, undef, 'Default value is undefined' ); |
350 | is( $t2_f3->is_primary_key, 0, 'Field is not PK' ); |
351 | |
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352 | my $t2_f4 = shift @t2_fields; |
353 | is( $t2_f4->name, 'f_smallint', 'Fourth field is "f_smallint"' ); |
354 | is( $t2_f4->data_type, 'integer', 'Field is an integer' ); |
355 | is( $t2_f4->is_nullable, 1, 'Field can be null' ); |
356 | is( $t2_f4->size, 5, 'Size is "5"' ); |
357 | is( $t2_f4->default_value, 0, 'Default value is 0' ); |
358 | is( $t2_f4->is_primary_key, 0, 'Field is not PK' ); |
359 | |
360 | |
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361 | my @t2_constraints = $t2->get_constraints; |
362 | is( scalar @t2_constraints, 3, "Three constraints on table" ); |
363 | |
364 | my $t2_c1 = shift @t2_constraints; |
365 | is( $t2_c1->type, NOT_NULL, "Constraint is NOT NULL" ); |
366 | |
367 | my $t2_c2 = shift @t2_constraints; |
368 | is( $t2_c2->type, PRIMARY_KEY, "Constraint is a PK" ); |
369 | |
370 | my $t2_c3 = shift @t2_constraints; |
371 | is( $t2_c3->type, CHECK_C, "Constraint is a 'CHECK'" ); |
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372 | |
373 | # test temporary tables |
374 | is( exists $schema->get_table('products_1')->extra()->{'temporary'}, "", "Table is NOT temporary"); |
375 | is( $schema->get_table('products_2')->extra('temporary'), 1,"Table is TEMP"); |
376 | is( $schema->get_table('products_3')->extra('temporary'), 1,"Table is TEMPORARY"); |
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377 | |
378 | # test trigger |
379 | my $trigger = $schema->get_trigger('test_trigger'); |
380 | is( $trigger->on_table, 'products_1', "Trigger is on correct table"); |
381 | is_deeply( scalar $trigger->database_events, [qw(insert update delete)], "Correct events for trigger"); |
382 | |
383 | is( $trigger->perform_action_when, 'before', "Correct time for trigger"); |
384 | is( $trigger->scope, 'row', "Correct scope for trigger"); |
385 | is( $trigger->action, 'EXECUTE PROCEDURE foo()', "Correct action for trigger"); |
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386 | |
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387 | # test index |
388 | my @indices = $t1->get_indices; |
389 | is(scalar @indices, 3, 'got three indexes'); |
390 | |
391 | my $t1_i1 = $indices[0]; |
392 | is( $t1_i1->name, 'test_index1', 'First index is "test_index1"' ); |
393 | is( join(',', $t1_i1->fields), 'f_varchar', 'Index is on field "f_varchar"' ); |
394 | is_deeply( [ $t1_i1->options ], [], 'Index is has no options' ); |
395 | |
396 | my $t1_i2 = $indices[1]; |
397 | is( $t1_i2->name, 'test_index2', 'Second index is "test_index2"' ); |
398 | is( join(',', $t1_i2->fields), 'f_char,f_bool', 'Index is on fields "f_char, f_bool"' ); |
399 | is_deeply( [ $t1_i2->options ], [ { using => 'hash' } ], 'Index is using hash method' ); |
400 | |
401 | my $t1_i3 = $indices[2]; |
402 | is( $t1_i3->name, 'test_index3', 'Third index is "test_index3"' ); |
403 | is( join(',', $t1_i3->fields), 'f_bigint,f_tz', 'Index is on fields "f_bigint, f_tz"' ); |
404 | is_deeply( |
405 | [ $t1_i3->options ], |
406 | [ { using => 'hash' }, { where => "f_bigint = '1' AND f_tz IS NULL" } ], |
407 | 'Index is using hash method and has predicate right' |
408 | ); |
409 | |
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410 | done_testing; |