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tt.c
1195 lines (1130 loc) · 36.6 KB
/
tt.c
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/*
* Copyright (C) 2011 Mail.RU
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
*
* THIS SOFTWARE IS PROVIDED BY AUTHOR AND CONTRIBUTORS ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL AUTHOR OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*/
#include <stdlib.h>
#include <stdint.h>
#include <stdbool.h>
#include <stdio.h>
#include <string.h>
#include <limits.h>
#include <connector/c/include/tarantool/tnt.h>
#include <connector/c/include/tarantool/tnt_net.h>
#include <connector/c/include/tarantool/tnt_io.h>
#include <connector/c/include/tarantool/tnt_queue.h>
#include <connector/c/include/tarantool/tnt_utf8.h>
#include <connector/c/include/tarantool/tnt_lex.h>
#include <connector/c/include/tarantool/tnt_sql.h>
struct tt_test;
typedef void (*tt_testf_t)(struct tt_test *t);
struct tt_test {
char *name;
tt_testf_t cb;
struct tt_test *next;
};
struct tt_list {
struct tt_test *head, *tail;
int count;
};
static struct tt_test* tt_test(struct tt_list *list, char *name, tt_testf_t cb) {
struct tt_test *t = malloc(sizeof(struct tt_test));
if (t == NULL)
return NULL;
t->name = strdup(name);
t->cb = cb;
t->next = NULL;
if (list->head == NULL)
list->head = t;
else
list->tail->next = t;
list->tail = t;
list->count++;
return t;
}
static void tt_free(struct tt_list *list) {
struct tt_test *i = list->head;
struct tt_test *n = NULL;
while (i) {
n = i->next;
free(i->name);
free(i);
i = n;
}
}
static void tt_run(struct tt_list *list) {
struct tt_test *i = list->head;
while (i) {
printf("> %-30s", i->name);
fflush(NULL);
i->cb(i);
printf("[OK]\n");
i = i->next;
}
}
static void
tt_assert(struct tt_test *t, char *file, int line, int expr, char *exprsz) {
if (expr)
return;
(void)t;
printf("[%s:%d] %s\n", file, line, exprsz);
abort();
}
#define TT_ASSERT(EXPR) \
tt_assert(test, __FILE__, __LINE__, (EXPR), #EXPR)
/* basic tuple creation */
static void tt_tnt_tuple1(struct tt_test *test) {
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple(&t, "%s%d", "foo", 123);
TT_ASSERT(t.alloc == 0);
TT_ASSERT(t.cardinality == 2);
TT_ASSERT(t.data != NULL);
TT_ASSERT(t.size != 0);
tnt_tuple_free(&t);
struct tnt_tuple *tp = tnt_tuple(NULL, "%s%d", "foo", 123);
TT_ASSERT(tp->alloc == 1);
TT_ASSERT(tp->cardinality == 2);
TT_ASSERT(tp->data != NULL);
TT_ASSERT(tp->size != 0);
tnt_tuple_free(tp);
}
/* basic tuple field manipulation */
static void tt_tnt_tuple2(struct tt_test *test) {
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple_add(&t, "foo", 4);
TT_ASSERT(t.alloc == 0);
TT_ASSERT(t.cardinality == 1);
TT_ASSERT(t.data != NULL);
TT_ASSERT(t.size != 0);
tnt_tuple_add(&t, "bar", 4);
TT_ASSERT(t.cardinality == 2);
tnt_tuple_add(&t, "baz", 4);
TT_ASSERT(t.cardinality == 3);
tnt_tuple(&t, "%s%d", "xyz", 123);
TT_ASSERT(t.cardinality == 5);
tnt_tuple_free(&t);
}
/* basic list operations */
static void tt_tnt_list(struct tt_test *test) {
struct tnt_list list;
tnt_list_init(&list);
tnt_list(&list, tnt_tuple(NULL, "%s", "foo"), NULL);
TT_ASSERT(list.list != NULL);
TT_ASSERT(list.alloc == 0);
TT_ASSERT(list.count == 1);
tnt_list(&list, tnt_tuple(NULL, "%s", "foo"), NULL);
tnt_list(&list, tnt_tuple(NULL, "%s", "foo"), NULL);
TT_ASSERT(list.count == 3);
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_list_at(&list, &t);
TT_ASSERT(list.count == 4);
tnt_list_free(&list);
struct tnt_list *l =
tnt_list(NULL,
tnt_tuple(NULL, "%s", "foo"),
tnt_tuple(NULL, "%s", "bar"),
tnt_tuple(NULL, "%s", "baz"), NULL);
TT_ASSERT(l->alloc == 1);
TT_ASSERT(l->list != NULL);
TT_ASSERT(l->count == 3);
tnt_list_free(l);
}
/* stream buffer */
static void tt_tnt_sbuf(struct tt_test *test) {
struct tnt_stream s;
tnt_buf(&s);
TT_ASSERT(s.alloc == 0);
struct tnt_stream_buf *sb = TNT_SBUF_CAST(&s);
TT_ASSERT(sb->data == NULL);
TT_ASSERT(sb->size == 0);
TT_ASSERT(sb->rdoff == 0);
TT_ASSERT(s.wrcnt == 0);
struct tnt_tuple *kv = tnt_tuple(NULL, "%s%d", "key", 123);
tnt_insert(&s, 0, 0, kv);
TT_ASSERT(sb->data != NULL);
TT_ASSERT(sb->size != 0);
TT_ASSERT(sb->rdoff == 0);
TT_ASSERT(s.wrcnt == 1);
tnt_insert(&s, 0, 0, kv);
TT_ASSERT(s.wrcnt == 2);
tnt_tuple_free(kv);
tnt_stream_free(&s);
}
/* tuple set */
static void tt_tnt_tuple_set(struct tt_test *test) {
char buf[75];
*((uint32_t*)buf) = 2; /* cardinality */
/* 4 + 1 + 5 + 1 + 64 = 75 */
uint32_t off = sizeof(uint32_t);
int esize = tnt_enc_size(5);
tnt_enc_write(buf + off, 5);
off += esize + 5;
esize = tnt_enc_size(64);
tnt_enc_write(buf + off, 64);
off += esize + 64;
struct tnt_tuple t;
tnt_tuple_init(&t);
TT_ASSERT(tnt_tuple_set(&t, buf, 70) == NULL);
TT_ASSERT(tnt_tuple_set(&t, buf, sizeof(buf)) != NULL);
tnt_tuple_free(&t);
}
/* iterator tuple */
static void tt_tnt_iter1(struct tt_test *test) {
struct tnt_tuple *t = tnt_tuple(NULL, "%s%d%s", "foo", 123, "bar");
TT_ASSERT(t->cardinality == 3);
struct tnt_iter i;
tnt_iter(&i, t);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&i) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(&i) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(&i), "foo", 3) == 0);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_IFIELD_SIZE(&i) == 4);
TT_ASSERT(TNT_IFIELD_IDX(&i) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(&i) == 123);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&i) == 2);
TT_ASSERT(TNT_IFIELD_SIZE(&i) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(&i), "bar", 3) == 0);
TT_ASSERT(tnt_next(&i) == 0);
tnt_iter_free(&i);
tnt_tuple_free(t);
}
/* iterator tuple single field */
static void tt_tnt_iter11(struct tt_test *test) {
struct tnt_tuple *t = tnt_tuple(NULL, "%s", "foo");
TT_ASSERT(t->cardinality == 1);
struct tnt_iter i;
tnt_iter(&i, t);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&i) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(&i) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(&i), "foo", 3) == 0);
TT_ASSERT(tnt_next(&i) == 0);
tnt_iter_free(&i);
tnt_tuple_free(t);
}
/* iterator tuple field */
static void tt_tnt_iter2(struct tt_test *test) {
struct tnt_tuple *t = tnt_tuple(NULL, "%s%d%s", "foo", 123, "bar");
TT_ASSERT(t->cardinality == 3);
struct tnt_iter *i = tnt_field(NULL, t, 0);
TT_ASSERT(i->alloc != 0);
TT_ASSERT(tnt_field(i, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(i) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(i) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(i), "foo", 3) == 0);
TT_ASSERT(tnt_field(i, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(i) == 4);
TT_ASSERT(TNT_IFIELD_IDX(i) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(i) == 123);
TT_ASSERT(tnt_field(i, NULL, 2) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(i) == 2);
TT_ASSERT(TNT_IFIELD_SIZE(i) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(i), "bar", 3) == 0);
TT_ASSERT(tnt_field(i, NULL, 3) == NULL);
tnt_iter_free(i);
tnt_tuple_free(t);
}
/* iterator list */
static void tt_tnt_iter3(struct tt_test *test) {
struct tnt_tuple t1, t2, t3;
tnt_tuple_init(&t1);
tnt_tuple_init(&t2);
tnt_tuple_init(&t3);
tnt_tuple(&t1, "%s", "foo");
tnt_tuple(&t2, "%s", "bar");
tnt_tuple(&t3, "%s", "baz");
struct tnt_list *l = tnt_list(NULL, &t1, &t2, &t3, NULL);
TT_ASSERT(l->count == 3);
struct tnt_iter i;
tnt_iter_list(&i, l);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_ILIST_TUPLE(&i) == &t1);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_ILIST_TUPLE(&i) == &t2);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(TNT_ILIST_TUPLE(&i) == &t3);
TT_ASSERT(tnt_next(&i) == 0);
tnt_tuple_free(&t1);
tnt_tuple_free(&t2);
tnt_tuple_free(&t3);
tnt_iter_free(&i);
tnt_list_free(l);
}
/* iterator empty tuple */
static void tt_tnt_iter4(struct tt_test *test) {
char buf[4];
memset(buf, 0, sizeof(buf));
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple_set(&t, buf, sizeof(buf));
struct tnt_iter i;
tnt_iter(&i, &t);
TT_ASSERT(tnt_next(&i) == 0);
tnt_iter_free(&i);
tnt_tuple_free(&t);
}
/* marshal ping */
static void tt_tnt_marshal_ping(struct tt_test *test) {
struct tnt_stream s;
tnt_buf(&s);
tnt_ping(&s);
tnt_ping(&s);
struct tnt_iter i;
tnt_iter_request(&i, &s);
TT_ASSERT(tnt_next(&i) == 1);
struct tnt_request *r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_PING);
TT_ASSERT(tnt_next(&i) == 1);
TT_ASSERT(r->h.type == TNT_OP_PING);
TT_ASSERT(tnt_next(&i) == 0);
tnt_iter_free(&i);
tnt_stream_free(&s);
}
/* marshal insert */
static void tt_tnt_marshal_insert(struct tt_test *test) {
struct tnt_stream s;
tnt_buf(&s);
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple(&t, "%s%d", "foo", 123);
tnt_insert(&s, 0, 0, &t);
tnt_insert(&s, 0, 0, &t);
struct tnt_iter i;
tnt_iter_request(&i, &s);
TT_ASSERT(tnt_next(&i) == 1);
struct tnt_request *r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_INSERT);
struct tnt_iter *f = tnt_field(NULL, &r->r.insert.t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(tnt_field(f, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 123);
TT_ASSERT(tnt_next(&i) == 1);
r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_INSERT);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(tnt_field(f, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 123);
TT_ASSERT(tnt_next(&i) == 0);
tnt_tuple_free(&t);
tnt_iter_free(&i);
tnt_stream_free(&s);
}
/* marshal delete */
static void tt_tnt_marshal_delete(struct tt_test *test) {
struct tnt_stream s;
tnt_buf(&s);
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple(&t, "%s", "foo");
tnt_delete(&s, 0, 0, &t);
tnt_delete(&s, 0, 0, &t);
struct tnt_iter i;
tnt_iter_request(&i, &s);
TT_ASSERT(tnt_next(&i) == 1);
struct tnt_request *r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_DELETE);
struct tnt_iter *f = tnt_field(NULL, &r->r.del.t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(tnt_next(&i) == 1);
r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_DELETE);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(tnt_next(&i) == 0);
tnt_tuple_free(&t);
tnt_iter_free(&i);
tnt_stream_free(&s);
}
/* marshal call */
static void tt_tnt_marshal_call(struct tt_test *test) {
struct tnt_stream s;
tnt_buf(&s);
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple(&t, "%s%d", "foo", 123);
tnt_call(&s, 0, "box.select", &t);
tnt_call(&s, 0, "box.select", &t);
struct tnt_iter i;
tnt_iter_request(&i, &s);
TT_ASSERT(tnt_next(&i) == 1);
struct tnt_request *r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_CALL);
TT_ASSERT(strcmp(r->r.call.proc, "box.select") == 0);
struct tnt_iter *f = tnt_field(NULL, &r->r.call.t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(tnt_field(f, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 123);
TT_ASSERT(tnt_next(&i) == 1);
r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_CALL);
TT_ASSERT(strcmp(r->r.call.proc, "box.select") == 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(tnt_field(f, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 123);
TT_ASSERT(tnt_next(&i) == 0);
tnt_tuple_free(&t);
tnt_iter_free(&i);
tnt_stream_free(&s);
}
/* marshal select */
static void tt_tnt_marshal_select(struct tt_test *test) {
struct tnt_stream s;
tnt_buf(&s);
struct tnt_list list;
tnt_list_init(&list);
tnt_list(&list, tnt_tuple(NULL, "%s", "foo"),
tnt_tuple(NULL, "%s%d", "bar", 444),
tnt_tuple(NULL, "%s%d%d", "baz", 1, 2),
NULL);
tnt_select(&s, 0, 0, 0, 1, &list);
struct tnt_iter i;
tnt_iter_request(&i, &s);
TT_ASSERT(tnt_next(&i) == 1);
struct tnt_request *r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_SELECT);
struct tnt_iter il;
tnt_iter_list(&il, &r->r.select.l);
TT_ASSERT(tnt_next(&il) == 1);
struct tnt_tuple *t = TNT_ILIST_TUPLE(&il);
struct tnt_iter *f = tnt_field(NULL, t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
tnt_iter_free(f);
TT_ASSERT(tnt_next(&il) == 1);
t = TNT_ILIST_TUPLE(&il);
f = tnt_field(NULL, t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "bar", 3) == 0);
TT_ASSERT(tnt_field(f, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 444);
tnt_iter_free(f);
TT_ASSERT(tnt_next(&il) == 1);
t = TNT_ILIST_TUPLE(&il);
f = tnt_field(NULL, t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "baz", 3) == 0);
TT_ASSERT(tnt_field(f, NULL, 1) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 1);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 1);
TT_ASSERT(tnt_field(f, NULL, 2) != NULL);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 4);
TT_ASSERT(TNT_IFIELD_IDX(f) == 2);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(f) == 2);
tnt_iter_free(f);
TT_ASSERT(tnt_next(&il) == 0);
tnt_iter_free(&i);
tnt_iter_free(&il);
tnt_list_free(&list);
tnt_stream_free(&s);
}
/* marshal update */
static void tt_tnt_marshal_update(struct tt_test *test) {
struct tnt_stream s, ops;
tnt_buf(&s);
tnt_buf(&ops);
struct tnt_tuple t;
tnt_tuple_init(&t);
tnt_tuple(&t, "%s", "foo");
tnt_update_assign(&ops, 444, "FOO", 3);
tnt_update_arith(&ops, 2, TNT_UPDATE_ADD, 7);
TT_ASSERT(tnt_update(&s, 0, 0, &t, &ops) > 0);
struct tnt_iter i;
tnt_iter_request(&i, &s);
TT_ASSERT(tnt_next(&i) == 1);
struct tnt_request *r = TNT_IREQUEST_PTR(&i);
TT_ASSERT(r->h.type == TNT_OP_UPDATE);
TT_ASSERT(r->r.update.opc == 2);
struct tnt_iter *f = tnt_field(NULL, &r->r.update.t, 0);
TT_ASSERT(tnt_field(f, NULL, 0) != NULL);
TT_ASSERT(TNT_IFIELD_IDX(f) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(f) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(f), "foo", 3) == 0);
TT_ASSERT(r->r.update.opv[0].op == TNT_UPDATE_ASSIGN);
TT_ASSERT(r->r.update.opv[0].field == 444);
TT_ASSERT(r->r.update.opv[0].size == 3);
TT_ASSERT(memcmp(r->r.update.opv[0].data, "FOO", 3) == 0);
TT_ASSERT(r->r.update.opv[1].op == TNT_UPDATE_ADD);
TT_ASSERT(r->r.update.opv[1].field == 2);
TT_ASSERT(r->r.update.opv[1].size == 4);
TT_ASSERT(*(uint32_t*)r->r.update.opv[1].data == 7);
TT_ASSERT(tnt_next(&i) == 0);
tnt_tuple_free(&t);
tnt_stream_free(&s);
tnt_stream_free(&ops);
tnt_iter_free(&i);
}
static struct tnt_stream net;
/* network connection */
static void tt_tnt_net_connect(struct tt_test *test) {
TT_ASSERT(tnt_net(&net) != NULL);
TT_ASSERT(tnt_set(&net, TNT_OPT_HOSTNAME, "localhost") == 0);
TT_ASSERT(tnt_set(&net, TNT_OPT_PORT, 33013) == 0);
TT_ASSERT(tnt_init(&net) == 0);
TT_ASSERT(tnt_connect(&net) == 0);
}
/* ping */
static void tt_tnt_net_ping(struct tt_test *test) {
TT_ASSERT(tnt_ping(&net) > 0);
TT_ASSERT(tnt_flush(&net) > 0);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_PING);
}
tnt_iter_free(&i);
}
/* insert */
static void tt_tnt_net_insert(struct tt_test *test) {
tnt_stream_reqid(&net, 777);
struct tnt_tuple kv1;
tnt_tuple_init(&kv1);
tnt_tuple(&kv1, "%d%s", 123, "foo");
TT_ASSERT(tnt_insert(&net, 0, 0, &kv1) > 0);
struct tnt_tuple kv2;
tnt_tuple_init(&kv2);
tnt_tuple(&kv2, "%d%s", 321, "bar");
TT_ASSERT(tnt_insert(&net, 0, 0, &kv2) > 0);
TT_ASSERT(tnt_flush(&net) > 0);
tnt_tuple_free(&kv1);
tnt_tuple_free(&kv2);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->reqid == 777);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_INSERT);
TT_ASSERT(r->count == 1);
}
tnt_iter_free(&i);
}
/* update */
static void tt_tnt_net_update(struct tt_test *test) {
struct tnt_stream ops;
TT_ASSERT(tnt_buf(&ops) != NULL);
tnt_update_arith(&ops, 0, TNT_UPDATE_ADD, 7);
tnt_update_assign(&ops, 1, "FOO", 3);
struct tnt_tuple *k = tnt_tuple(NULL, "%d", 123);
TT_ASSERT(tnt_update(&net, 0, 0, k, &ops) > 0);
tnt_tuple_free(k);
tnt_stream_free(&ops);
TT_ASSERT(tnt_flush(&net) > 0);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_UPDATE);
TT_ASSERT(r->count == 1);
}
}
/* select */
static void tt_tnt_net_select(struct tt_test *test) {
struct tnt_list *search =
tnt_list(NULL, tnt_tuple(NULL, "%d", 130), NULL);
TT_ASSERT(tnt_select(&net, 0, 0, 0, 1, search) > 0);
TT_ASSERT(tnt_flush(&net) > 0);
tnt_list_free(search);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_SELECT);
TT_ASSERT(r->count == 1);
struct tnt_iter il;
tnt_iter_list(&il, TNT_REPLY_LIST(r));
TT_ASSERT(tnt_next(&il) == 1);
struct tnt_tuple *tp;
tp = TNT_ILIST_TUPLE(&il);
TT_ASSERT(tp->cardinality == 2);
TT_ASSERT(tp->alloc == 1);
TT_ASSERT(tp->data != NULL);
TT_ASSERT(tp->size != 0);
struct tnt_iter ifl;
tnt_iter(&ifl, tp);
TT_ASSERT(tnt_next(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&ifl) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(&ifl) == 4);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(&ifl) == 130);
TT_ASSERT(tnt_next(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_SIZE(&ifl) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(&ifl), "FOO", 3) == 0);
TT_ASSERT(tnt_next(&ifl) == 0);
tnt_iter_free(&ifl);
tnt_iter_free(&il);
}
}
/* delete */
static void tt_tnt_net_delete(struct tt_test *test) {
struct tnt_tuple k;
tnt_tuple_init(&k);
tnt_tuple(&k, "%d", 321);
TT_ASSERT(tnt_delete(&net, 0, 0, &k) > 0);
TT_ASSERT(tnt_flush(&net) > 0);
tnt_tuple_free(&k);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_DELETE);
TT_ASSERT(r->count == 1);
}
tnt_iter_free(&i);
}
/* call */
static void tt_tnt_net_call(struct tt_test *test) {
struct tnt_tuple args;
tnt_tuple_init(&args);
tnt_tuple(&args, "%d%d%s%s", 0, 333, "B", "C");
TT_ASSERT(tnt_call(&net, 0, "box.insert", &args) > 0);
TT_ASSERT(tnt_flush(&net) > 0);
tnt_tuple_free(&args);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_CALL);
TT_ASSERT(r->count == 1);
}
tnt_iter_free(&i);
}
/* call (no args) */
static void tt_tnt_net_call_na(struct tt_test *test) {
struct tnt_tuple args;
tnt_tuple_init(&args);
TT_ASSERT(tnt_call(&net, 0, "box.insert", &args) > 0);
TT_ASSERT(tnt_flush(&net) > 0);
tnt_tuple_free(&args);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code != 0);
TT_ASSERT(strcmp(r->error, "Illegal parameters, tuple field count is 0") == 0);
}
tnt_iter_free(&i);
}
/* reply */
static void tt_tnt_net_reply(struct tt_test *test) {
struct tnt_tuple kv1, kv2;
tnt_tuple_init(&kv1);
tnt_tuple(&kv1, "%d%s", 587, "foo");
TT_ASSERT(tnt_insert(&net, 0, TNT_FLAG_RETURN, &kv1) > 0);
tnt_tuple_free(&kv1);
tnt_tuple_init(&kv2);
tnt_tuple(&kv2, "%d%s", 785, "bar");
TT_ASSERT(tnt_insert(&net, 0, TNT_FLAG_RETURN, &kv2) > 0);
tnt_tuple_free(&kv2);
TT_ASSERT(tnt_flush(&net) > 0);
struct tnt_stream_net *s = TNT_SNET_CAST(&net);
int current = 0;
size_t off = 0;
ssize_t size = 0;
char buffer[512];
while (current != 2) {
struct tnt_reply r;
tnt_reply_init(&r);
int rc = tnt_reply(&r, buffer, size, &off);
TT_ASSERT(rc != -1);
if (rc == 1) {
ssize_t res = tnt_io_recv_raw(s, buffer + size, off, 1);
TT_ASSERT(res > 0);
size += off;
continue;
}
TT_ASSERT(rc == 0);
TT_ASSERT(r.code == 0);
TT_ASSERT(r.op == TNT_OP_INSERT);
TT_ASSERT(r.count == 1);
if (current == 0) {
struct tnt_iter il;
tnt_iter_list(&il, TNT_REPLY_LIST(&r));
TT_ASSERT(tnt_next(&il) == 1);
struct tnt_tuple *tp = TNT_ILIST_TUPLE(&il);
TT_ASSERT(tp->cardinality == 2);
TT_ASSERT(tp->alloc == 1);
TT_ASSERT(tp->data != NULL);
TT_ASSERT(tp->size != 0);
struct tnt_iter ifl;
tnt_iter(&ifl, tp);
TT_ASSERT(tnt_next(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&ifl) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(&ifl) == 4);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(&ifl) == 587);
TT_ASSERT(tnt_next(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_SIZE(&ifl) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(&ifl), "foo", 3) == 0);
TT_ASSERT(tnt_next(&ifl) == 0);
tnt_iter_free(&ifl);
tnt_iter_free(&il);
off = 0;
size = 0;
} else
if (current == 1) {
struct tnt_iter il;
tnt_iter_list(&il, TNT_REPLY_LIST(&r));
TT_ASSERT(tnt_next(&il) == 1);
struct tnt_tuple *tp = TNT_ILIST_TUPLE(&il);
TT_ASSERT(tp->cardinality == 2);
TT_ASSERT(tp->alloc == 1);
TT_ASSERT(tp->data != NULL);
TT_ASSERT(tp->size != 0);
struct tnt_iter ifl;
tnt_iter(&ifl, tp);
TT_ASSERT(tnt_next(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&ifl) == 0);
TT_ASSERT(TNT_IFIELD_SIZE(&ifl) == 4);
TT_ASSERT(*(uint32_t*)TNT_IFIELD_DATA(&ifl) == 785);
TT_ASSERT(tnt_next(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_IDX(&ifl) == 1);
TT_ASSERT(TNT_IFIELD_SIZE(&ifl) == 3);
TT_ASSERT(memcmp(TNT_IFIELD_DATA(&ifl), "bar", 3) == 0);
TT_ASSERT(tnt_next(&ifl) == 0);
tnt_iter_free(&ifl);
tnt_iter_free(&il);
}
tnt_reply_free(&r);
current++;
}
net.wrcnt -= 2;
}
/* lex ws */
static void tt_tnt_lex_ws(struct tt_test *test) {
unsigned char sz[] = " # abcde fghjk ## hh\n # zzz\n#NOCR";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex integer */
static void tt_tnt_lex_int(struct tt_test *test) {
unsigned char sz[] = "\f\r\n 123 34\n\t\r56 888L56 2147483646 2147483647 "
"-2147483648 -2147483649 72057594037927935";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 123);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 34);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 56);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM64 && TNT_TK_I64(tk) == 888);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 56);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == INT_MAX - 1);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM64 && TNT_TK_I64(tk) == INT_MAX);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == INT_MIN);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM64 && TNT_TK_I64(tk) == INT_MIN - 1LL);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM64 && TNT_TK_I64(tk) == 72057594037927935LL);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex punctuation */
static void tt_tnt_lex_punct(struct tt_test *test) {
unsigned char sz[] = "123,34\n-10\t:\r(56)";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 123);
TT_ASSERT(tnt_lex(&l, &tk) == ',' && TNT_TK_I32(tk) == ',');
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 34);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == -10);
TT_ASSERT(tnt_lex(&l, &tk) == ':' && TNT_TK_I32(tk) == ':');
TT_ASSERT(tnt_lex(&l, &tk) == '('&& TNT_TK_I32(tk) == '(');
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_NUM32 && TNT_TK_I32(tk) == 56);
TT_ASSERT(tnt_lex(&l, &tk) == ')' && TNT_TK_I32(tk) == ')');
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex string */
static void tt_tnt_lex_str(struct tt_test *test) {
unsigned char sz[] = " 'hello'\n\t 'world' 'всем привет!'";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_STRING &&
TNT_TK_S(tk)->size == 5 &&
memcmp(TNT_TK_S(tk)->data, "hello", 5) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_STRING &&
TNT_TK_S(tk)->size == 5 &&
memcmp(TNT_TK_S(tk)->data, "world", 5) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_STRING &&
TNT_TK_S(tk)->size == 22 &&
memcmp(TNT_TK_S(tk)->data, "всем привет!", 22) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex id's */
static void tt_tnt_lex_ids(struct tt_test *test) {
unsigned char sz[] = " hello\nэтот безумный безумный мир\t world ";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ID &&
TNT_TK_S(tk)->size == 5 &&
memcmp(TNT_TK_S(tk)->data, "hello", 5) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ID &&
TNT_TK_S(tk)->size == 8 &&
memcmp(TNT_TK_S(tk)->data, "этот", 8) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ID &&
TNT_TK_S(tk)->size == 16 &&
memcmp(TNT_TK_S(tk)->data, "безумный", 16) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ID &&
TNT_TK_S(tk)->size == 16 &&
memcmp(TNT_TK_S(tk)->data, "безумный", 16) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ID &&
TNT_TK_S(tk)->size == 6 &&
memcmp(TNT_TK_S(tk)->data, "мир", 6) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ID &&
TNT_TK_S(tk)->size == 5 &&
memcmp(TNT_TK_S(tk)->data, "world", 5) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex keys and tables */
static void tt_tnt_lex_kt(struct tt_test *test) {
unsigned char sz[] = " k0\n\tk20 t0 k1000 t55 k001 t8";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_KEY && TNT_TK_I32(tk) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_KEY && TNT_TK_I32(tk) == 20);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_TABLE && TNT_TK_I32(tk) == 0);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_KEY && TNT_TK_I32(tk) == 1000);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_TABLE && TNT_TK_I32(tk) == 55);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_KEY && TNT_TK_I32(tk) == 1);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_TABLE && TNT_TK_I32(tk) == 8);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex keywords */
static void tt_tnt_lex_kw(struct tt_test *test) {
unsigned char sz[] = " INSERT UPDATE INTO OR FROM WHERE VALUES";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_INSERT);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_UPDATE);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_INTO);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_OR);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_FROM);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_WHERE);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_VALUES);
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex stack */
static void tt_tnt_lex_stack(struct tt_test *test) {
unsigned char sz[] = " 1 'hey' ,.55";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk1, *tk2, *tk3, *tk4, *tk5, *tk6;
TT_ASSERT(tnt_lex(&l, &tk1) == TNT_TK_NUM32);
TT_ASSERT(tnt_lex(&l, &tk2) == TNT_TK_STRING);
TT_ASSERT(tnt_lex(&l, &tk3) == ',');
TT_ASSERT(tnt_lex(&l, &tk4) == '.');
TT_ASSERT(tnt_lex(&l, &tk5) == TNT_TK_NUM32);
TT_ASSERT(tnt_lex(&l, &tk6) == TNT_TK_EOF);
tnt_lex_push(&l, tk5);
tnt_lex_push(&l, tk4);
tnt_lex_push(&l, tk3);
tnt_lex_push(&l, tk2);
tnt_lex_push(&l, tk1);
TT_ASSERT(tnt_lex(&l, &tk1) == TNT_TK_NUM32);
TT_ASSERT(tnt_lex(&l, &tk2) == TNT_TK_STRING);
TT_ASSERT(tnt_lex(&l, &tk3) == ',');
TT_ASSERT(tnt_lex(&l, &tk4) == '.');
TT_ASSERT(tnt_lex(&l, &tk5) == TNT_TK_NUM32);
TT_ASSERT(tnt_lex(&l, &tk6) == TNT_TK_EOF);
tnt_lex_free(&l);
}
/* lex bad string 1 */
static void tt_tnt_lex_badstr1(struct tt_test *test) {
unsigned char sz[] = " '";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ERROR);
tnt_lex_free(&l);
}
/* lex bad string 2 */
static void tt_tnt_lex_badstr2(struct tt_test *test) {
unsigned char sz[] = " '\n'";
struct tnt_lex l;
tnt_lex_init(&l, sz, sizeof(sz) - 1);
struct tnt_tk *tk;
TT_ASSERT(tnt_lex(&l, &tk) == TNT_TK_ERROR);
tnt_lex_free(&l);
}
/* sql ping */
static void tt_tnt_sql_ping(struct tt_test *test) {
char *e = NULL;
char q[] = "PING";
TT_ASSERT(tnt_query(&net, q, sizeof(q) - 1, &e) == 0);
TT_ASSERT(tnt_flush(&net) > 0);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {
struct tnt_reply *r = TNT_IREPLY_PTR(&i);
TT_ASSERT(r->code == 0);
TT_ASSERT(r->op == TNT_OP_PING);
}
tnt_iter_free(&i);
}
/* sql insert */
static void tt_tnt_sql_insert(struct tt_test *test) {
char *e = NULL;
char q[] = "insert into t0 values (222, 'baz')";
TT_ASSERT(tnt_query(&net, q, sizeof(q) - 1, &e) == 0);
TT_ASSERT(tnt_flush(&net) > 0);
struct tnt_iter i;
tnt_iter_reply(&i, &net);
while (tnt_next(&i)) {