/** * Main function for this unit test * * * @return 0 if test passed */ int main() { int i; t_sched *cur; t_sched *sched; memset(checker, 0, sizeof(*checker) * NBSPAWNS); sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_spawn(sched, NBSPAWNS) == 0); for (i = 0; i <= NBSPAWNS; i++) { cur = rinoo_spawn_get(sched, i); XTEST(cur != NULL); if (i == 0) { XTEST(cur == sched); } XTEST(rinoo_task_start(cur, task, sched) == 0); } rinoo_sched_loop(sched); rinoo_sched_destroy(sched); for (i = 0; i <= NBSPAWNS; i++) { XTEST(checker[i] == 1); } XPASS(); }
int main() { int i; int min; tmytest *head; t_rinoorbtree tree; t_rinoorbtree_node *node; tmytest tab[RINOO_HEADTEST_NB_ELEM]; XTEST(rinoorbtree(&tree, cmp_func, NULL) == 0); for (i = 0; i < RINOO_HEADTEST_NB_ELEM; i++) { tab[i].val = random(); if (i == 0 || min > tab[i].val) { min = tab[i].val; } XTEST(rinoorbtree_put(&tree, &tab[i].node) == 0); XTEST(tree.head != NULL); head = container_of(tree.head, tmytest, node); XTEST(head->val == min); } rinoorbtree_flush(&tree); for (i = 0; i < RINOO_HEADTEST_NB_ELEM; i++) { tab[i].val = i; XTEST(rinoorbtree_put(&tree, &tab[i].node) == 0); XTEST(tree.head != NULL); } for (i = 0; i < RINOO_HEADTEST_NB_ELEM; i++) { node = rinoorbtree_head(&tree); XTEST(node != NULL); head = container_of(node, tmytest, node); XTEST(head->val == i); rinoorbtree_remove(&tree, node); } XPASS(); }
int main() { int i; int last; tmytest *head; t_rinoohtable htable; t_rinoohtable_node *node; tmytest tab[RINOO_HTABLETEST_NB_ELEM]; XTEST(rinoohtable(&htable, 42, hash_func, cmp_func) == 0); for (i = 0; i < RINOO_HTABLETEST_NB_ELEM; i++) { tab[i].val = random(); rinoohtable_put(&htable, &tab[i].node); XTEST(htable.table[tab[i].node.hash % htable.table_size] != NULL); } XTEST(rinoohtable_size(&htable) == RINOO_HTABLETEST_NB_ELEM); for (i = 0; i < RINOO_HTABLETEST_SIZE; i++) { node = htable.table[i]; if (node != NULL) { head = container_of(node, tmytest, node); last = head->val; } while((node = htable.table[i]) != NULL) { head = container_of(node, tmytest, node); XTEST(head->val >= last); last = head->val; rinoohtable_remove(&htable, node); } } rinoohtable_destroy(&htable); XPASS(); }
/** * Main function for this unit test * * * @return 0 if test passed */ int main() { t_buffer *buffer; t_buffer buffer2; buffer = buffer_create(NULL); XTEST(buffer != NULL); XTEST(buffer_add(buffer, "123456789", 9) == 9); check_buf(buffer, 123456789); buffer_erase(buffer, buffer_size(buffer)); XTEST(buffer_add(buffer, "1", 1) == 1); check_buf(buffer, 1); buffer_erase(buffer, buffer_size(buffer)); XTEST(buffer_add(buffer, "-12345678", 9) == 9); check_buf(buffer, -12345678); buffer_erase(buffer, buffer_size(buffer)); buffer_destroy(buffer); strtobuffer(&buffer2, "987654321"); check_buf(&buffer2, 987654321); strtobuffer(&buffer2, "0"); check_buf(&buffer2, 0); strtobuffer(&buffer2, "-987654321"); check_buf(&buffer2, -987654321); XPASS(); }
/** * Main function for this unit test. * * * @return 0 if test passed */ int main() { t_fs_entry *entry = NULL; while (rinoo_fs_browse(".", &entry) == 0 && entry != NULL) { rinoo_log("%s", buffer_ptr(entry->path)); } XPASS(); }
/** * Main function for this unit test * * * @return 0 if test passed */ int main() { XTEST(rinoo_task_self() == NULL); sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_run(sched, task1, sched) == 0); rinoo_sched_destroy(sched); XPASS(); }
/** * Main function for this unit test. * * @return 0 if test passed */ int main() { t_rinoossl_ctx *ssl; ssl = rinoo_ssl_context(); XTEST(ssl != NULL); rinoo_ssl_context_destroy(ssl); XPASS(); }
/** * Main function for this unit test * * * @return 0 if test passed */ int main() { t_sched *sched; sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_run(sched, task1, sched) == 0); rinoo_sched_destroy(sched); XTEST(checker == 3); XPASS(); }
/** * Main function for this unit test * * * @return 0 if test passed */ int main() { t_sched *sched; sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_start(sched, task_func, sched) == 0); rinoo_sched_loop(sched); rinoo_sched_destroy(sched); XPASS(); }
/** * Main function for this unit test. * * * @return 0 if test passed */ int main() { t_sched *sched; sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_start(sched, server_func, NULL) == 0); XTEST(rinoo_task_start(sched, client_func, NULL) == 0); rinoo_sched_loop(sched); rinoo_sched_destroy(sched); XPASS(); }
/** * Main function for this unit test. * * * @return 0 if test passed */ int main() { t_sched *sched; sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_start(sched, http_server, sched) == 0); XTEST(rinoo_task_start(sched, http_client, sched) == 0); rinoo_sched_loop(sched); rinoo_sched_destroy(sched); XPASS(); }
/** * Main function for this unit test. * * * @return 0 if test passed */ int main() { t_sched *sched; mkdir(TEST_DIRECTORY, S_IRWXU | S_IRWXG | S_IROTH | S_IXOTH); sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_start(sched, check_file, sched) == 0); XTEST(rinoo_task_start(sched, event_generator, sched) == 0); rinoo_sched_loop(sched); rinoo_sched_destroy(sched); rmdir(TEST_DIRECTORY); XPASS(); }
/** * Main function for this unit test * * * @return 0 if test passed */ int main() { uint32_t i; t_buffer *buffer1; buffer1 = buffer_create(NULL); XTEST(buffer1 != NULL); for (i = 0; i < ARRAY_SIZE(strings) - 1; i++) { buffer_add(buffer1, strings[i], strlen(strings[i])); XTEST(buffer_strcasecmp(buffer1, strings[i + 1]) < 0); buffer_erase(buffer1, buffer_size(buffer1)); } buffer_destroy(buffer1); XPASS(); }
/** * Main function for this unit test. * * @return 0 if test passed */ int main() { t_rinoosched *sched; big_buffer = malloc(sizeof(*big_buffer) * BUFFER_SIZE); XTEST(big_buffer != NULL); memset(big_buffer, 'x', sizeof(*big_buffer) * BUFFER_SIZE); sched = rinoo_sched(); XTEST(sched != NULL); XTEST(rinoo_task_start(sched, server_func, sched) == 0); XTEST(rinoo_task_start(sched, client_func, sched) == 0); rinoo_sched_loop(sched); rinoo_sched_destroy(sched); free(big_buffer); XPASS(); }
/** * Main function for this unit test * * * @return 0 if test passed */ int main() { int i; size_t prev = 4; t_vector vector = { 0 }; for (i = 0; i < 1000; i++) { XTEST(vector_add(&vector, INT_TO_PTR(i)) == 0); XTEST(vector.size == (size_t) i + 1); XTEST(vector.msize == prev * 2); if ((size_t) (i + 1) >= vector.msize) { prev = vector.msize; } } for (i = 0; i < 1000; i++) { XTEST(vector_get(&vector, (uint32_t) i) == INT_TO_PTR(i)); } XTEST(vector_get(&vector, 1000) == NULL); vector_destroy(&vector); XPASS(); }