Line data Source code
1 : #include <stdlib.h>
2 : #include <string.h>
3 :
4 : exec sql include ../regression;
5 :
6 : exec sql whenever sqlerror stop;
7 :
8 : exec sql type c is char reference;
9 : typedef char* c;
10 :
11 : exec sql type ind is union { int integer; short smallint; };
12 : typedef union { int integer; short smallint; } ind;
13 :
14 : #define BUFFERSIZ 8
15 : exec sql type str is varchar[BUFFERSIZ];
16 :
17 : #define CURNAME "mycur"
18 :
19 : int
20 2 : main (void)
21 : {
22 : exec sql begin declare section;
23 2 : char *stmt1 = "SELECT id, t FROM t1";
24 2 : char *curname1 = CURNAME;
25 2 : char *curname2 = CURNAME;
26 2 : char *curname3 = CURNAME;
27 : varchar curname4[50];
28 2 : char *curname5 = CURNAME;
29 : int count;
30 : int id;
31 : char t[64];
32 : exec sql end declare section;
33 :
34 : char msg[128];
35 :
36 2 : ECPGdebug(1, stderr);
37 :
38 2 : strcpy(msg, "connect");
39 2 : exec sql connect to REGRESSDB1 as test1;
40 2 : exec sql connect to REGRESSDB2 as test2;
41 2 :
42 2 : strcpy(msg, "set");
43 2 : exec sql at test1 set datestyle to iso;
44 2 :
45 2 : strcpy(msg, "create");
46 2 : exec sql at test1 create table t1(id serial primary key, t text);
47 2 : exec sql at test2 create table t1(id serial primary key, t text);
48 2 :
49 2 : strcpy(msg, "insert");
50 2 : exec sql at test1 insert into t1(id, t) values (default, 'a');
51 2 : exec sql at test1 insert into t1(id, t) values (default, 'b');
52 2 : exec sql at test1 insert into t1(id, t) values (default, 'c');
53 2 : exec sql at test1 insert into t1(id, t) values (default, 'd');
54 2 : exec sql at test2 insert into t1(id, t) values (default, 'e');
55 2 :
56 2 : strcpy(msg, "commit");
57 2 : exec sql at test1 commit;
58 2 : exec sql at test2 commit;
59 2 :
60 : /* Dynamic cursorname test with INTO list in FETCH stmts */
61 :
62 2 : strcpy(msg, "declare");
63 2 : exec sql at test1 declare :curname1 cursor for
64 : select id, t from t1;
65 2 :
66 2 : strcpy(msg, "open");
67 2 : exec sql at test1 open :curname1;
68 2 :
69 2 : strcpy(msg, "fetch from");
70 2 : exec sql at test1 fetch forward from :curname1 into :id, :t;
71 2 : printf("%d %s\n", id, t);
72 :
73 2 : strcpy(msg, "fetch");
74 2 : exec sql at test1 fetch forward :curname1 into :id, :t;
75 2 : printf("%d %s\n", id, t);
76 :
77 2 : strcpy(msg, "fetch 1 from");
78 2 : exec sql at test1 fetch 1 from :curname1 into :id, :t;
79 2 : printf("%d %s\n", id, t);
80 :
81 2 : strcpy(msg, "fetch :count from");
82 2 : count = 1;
83 2 : exec sql at test1 fetch :count from :curname1 into :id, :t;
84 2 : printf("%d %s\n", id, t);
85 :
86 2 : strcpy(msg, "move in");
87 2 : exec sql at test1 move absolute 0 in :curname1;
88 2 :
89 2 : strcpy(msg, "fetch 1");
90 2 : exec sql at test1 fetch 1 :curname1 into :id, :t;
91 2 : printf("%d %s\n", id, t);
92 :
93 2 : strcpy(msg, "fetch :count");
94 2 : count = 1;
95 2 : exec sql at test1 fetch :count :curname1 into :id, :t;
96 2 : printf("%d %s\n", id, t);
97 :
98 2 : strcpy(msg, "close");
99 2 : exec sql at test1 close :curname1;
100 2 :
101 : /* Dynamic cursorname test with INTO list in DECLARE stmt */
102 :
103 2 : strcpy(msg, "declare");
104 2 : exec sql at test1 declare :curname2 cursor for
105 2 : select id, t into :id, :t from t1;
106 2 :
107 2 : strcpy(msg, "open");
108 2 : exec sql at test1 open :curname2;
109 2 :
110 2 : strcpy(msg, "fetch from");
111 2 : exec sql at test1 fetch from :curname2;
112 2 : printf("%d %s\n", id, t);
113 :
114 2 : strcpy(msg, "fetch");
115 2 : exec sql at test1 fetch :curname2;
116 2 : printf("%d %s\n", id, t);
117 :
118 2 : strcpy(msg, "fetch 1 from");
119 2 : exec sql at test1 fetch 1 from :curname2;
120 2 : printf("%d %s\n", id, t);
121 :
122 2 : strcpy(msg, "fetch :count from");
123 2 : count = 1;
124 2 : exec sql at test1 fetch :count from :curname2;
125 2 : printf("%d %s\n", id, t);
126 :
127 2 : strcpy(msg, "move");
128 2 : exec sql at test1 move absolute 0 :curname2;
129 2 :
130 2 : strcpy(msg, "fetch 1");
131 2 : exec sql at test1 fetch 1 :curname2;
132 2 : printf("%d %s\n", id, t);
133 :
134 2 : strcpy(msg, "fetch :count");
135 2 : count = 1;
136 2 : exec sql at test1 fetch :count :curname2;
137 2 : printf("%d %s\n", id, t);
138 :
139 2 : strcpy(msg, "close");
140 2 : exec sql at test1 close :curname2;
141 2 :
142 : /* Dynamic cursorname test with PREPARED stmt */
143 :
144 2 : strcpy(msg, "prepare");
145 2 : exec sql at test1 prepare st_id1 from :stmt1;
146 2 : exec sql at test2 prepare st_id1 from :stmt1;
147 2 :
148 2 : strcpy(msg, "declare");
149 2 : exec sql at test1 declare :curname3 cursor for st_id1;
150 2 : exec sql at test2 declare :curname5 cursor for st_id1;
151 2 :
152 2 : strcpy(msg, "open");
153 2 : exec sql at test1 open :curname3;
154 2 : exec sql at test2 open :curname5;
155 2 :
156 2 : strcpy(msg, "fetch");
157 2 : exec sql at test2 fetch :curname5 into :id, :t;
158 2 : printf("%d %s\n", id, t);
159 :
160 2 : strcpy(msg, "fetch from");
161 2 : exec sql at test1 fetch from :curname3 into :id, :t;
162 2 : printf("%d %s\n", id, t);
163 :
164 2 : strcpy(msg, "fetch 1 from");
165 2 : exec sql at test1 fetch 1 from :curname3 into :id, :t;
166 2 : printf("%d %s\n", id, t);
167 :
168 2 : strcpy(msg, "fetch :count from");
169 2 : count = 1;
170 2 : exec sql at test1 fetch :count from :curname3 into :id, :t;
171 2 : printf("%d %s\n", id, t);
172 :
173 2 : strcpy(msg, "move");
174 2 : exec sql at test1 move absolute 0 :curname3;
175 2 :
176 2 : strcpy(msg, "fetch 1");
177 2 : exec sql at test1 fetch 1 :curname3 into :id, :t;
178 2 : printf("%d %s\n", id, t);
179 :
180 2 : strcpy(msg, "fetch :count");
181 2 : count = 1;
182 2 : exec sql at test1 fetch :count :curname3 into :id, :t;
183 2 : printf("%d %s\n", id, t);
184 :
185 2 : strcpy(msg, "close");
186 2 : exec sql at test1 close :curname3;
187 2 : exec sql at test2 close :curname5;
188 2 :
189 2 : strcpy(msg, "deallocate prepare");
190 2 : exec sql at test1 deallocate prepare st_id1;
191 2 : exec sql at test2 deallocate prepare st_id1;
192 2 :
193 : /* Dynamic cursorname test with PREPARED stmt,
194 : cursor name in varchar */
195 :
196 2 : curname4.len = strlen(CURNAME);
197 2 : strcpy(curname4.arr, CURNAME);
198 :
199 2 : strcpy(msg, "prepare");
200 2 : exec sql at test1 prepare st_id2 from :stmt1;
201 2 :
202 2 : strcpy(msg, "declare");
203 2 : exec sql at test1 declare :curname4 cursor for st_id2;
204 2 :
205 2 : strcpy(msg, "open");
206 2 : exec sql at test1 open :curname4;
207 2 :
208 2 : strcpy(msg, "fetch from");
209 2 : exec sql at test1 fetch from :curname4 into :id, :t;
210 2 : printf("%d %s\n", id, t);
211 :
212 2 : strcpy(msg, "fetch");
213 2 : exec sql at test1 fetch :curname4 into :id, :t;
214 2 : printf("%d %s\n", id, t);
215 :
216 2 : strcpy(msg, "fetch 1 from");
217 2 : exec sql at test1 fetch 1 from :curname4 into :id, :t;
218 2 : printf("%d %s\n", id, t);
219 :
220 2 : strcpy(msg, "fetch :count from");
221 2 : count = 1;
222 2 : exec sql at test1 fetch :count from :curname4 into :id, :t;
223 2 : printf("%d %s\n", id, t);
224 :
225 2 : strcpy(msg, "move");
226 2 : exec sql at test1 move absolute 0 :curname4;
227 2 :
228 2 : strcpy(msg, "fetch 1");
229 2 : exec sql at test1 fetch 1 :curname4 into :id, :t;
230 2 : printf("%d %s\n", id, t);
231 :
232 2 : strcpy(msg, "fetch :count");
233 2 : count = 1;
234 2 : exec sql at test1 fetch :count :curname4 into :id, :t;
235 2 : printf("%d %s\n", id, t);
236 :
237 2 : strcpy(msg, "close");
238 2 : exec sql at test1 close :curname4;
239 2 :
240 2 : strcpy(msg, "deallocate prepare");
241 2 : exec sql at test1 deallocate prepare st_id2;
242 2 :
243 : /* End test */
244 :
245 2 : strcpy(msg, "drop");
246 2 : exec sql at test1 drop table t1;
247 2 : exec sql at test2 drop table t1;
248 2 :
249 2 : strcpy(msg, "commit");
250 2 : exec sql at test1 commit;
251 2 :
252 2 : strcpy(msg, "disconnect");
253 2 : exec sql disconnect all;
254 2 :
255 2 : return 0;
256 : }
|
