static void test_init_match_table_dies_if_already_initialized() { init_match_table(); assert_true( _match_table_head != NULL ); expect_assert_failure( init_match_table() ); finalize_match_table(); }
static void test_insert_and_delete_of_exact_all_entry_failed() { setup(); struct ofp_match lookup_match; match_entry *match_entry; init_match_table(); intsert_alice_match_entry(); intsert_bob_match_entry(); intsert_carol_match_entry(); delete_carol_match_entry(); set_carol_match_entry( &lookup_match ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry == NULL ); delete_bob_match_entry(); set_bob_match_entry( &lookup_match ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry == NULL ); delete_alice_match_entry(); set_alice_match_entry( &lookup_match ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry == NULL ); finalize_match_table(); teardown(); }
/** * @name cc_recog * * Recognize a word. */ BLOB_CHOICE_LIST_VECTOR *Wordrec::cc_recog(TWERD *tessword, WERD_CHOICE *best_choice, WERD_CHOICE *best_raw_choice, BOOL8 tester, BOOL8 trainer, bool last_word_on_line) { int fx; BLOB_CHOICE_LIST_VECTOR *results; /*matcher results */ if (SetErrorTrap (NULL)) { cprintf ("Tess copped out!\n"); ReleaseErrorTrap(); class_string (best_choice) = NULL; return NULL; } getDict().InitChoiceAccum(); getDict().reset_hyphen_vars(last_word_on_line); init_match_table(); for (fx = 0; fx < MAX_FX && (acts[OCR] & (FXSELECT << fx)) == 0; fx++); results = chop_word_main(tessword, fx, best_choice, best_raw_choice, tester, trainer); getDict().DebugWordChoices(); ReleaseErrorTrap(); return results; }
static void test_insert_and_lookup_of_exact_alice_entry_conflict() { setup(); struct ofp_match lookup_match; match_entry *match_entry; init_match_table(); intsert_alice_match_entry(); intsert_mallory_match_entry(); set_alice_match_entry( &lookup_match ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry != NULL ); assert_memory_equal( &match_entry->ofp_match, &lookup_match, sizeof( struct ofp_match ) ); assert_string_equal( match_entry->service_name, ALICE_MATCH_SERVICE_NAME ); assert_string_equal( match_entry->entry_name, ALICE_MATCH_ENTRY_NAME ); finalize_match_table(); teardown(); }
static void test_insert_and_lookup_of_wildcard_lldp_entry() { setup(); struct ofp_match match, lookup_match; match_entry *match_entry; init_match_table(); intsert_lldp_match_entry(); memset( &lookup_match, 0, sizeof( struct ofp_match ) ); lookup_match.dl_type = ETH_ETHTYPE_LLDP; match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry != NULL ); set_lldp_match_entry( &match ); assert_memory_equal( &match_entry->ofp_match, &match, sizeof( struct ofp_match ) ); assert_true( match_entry->priority == LLDP_MATCH_PRIORITY ); assert_string_equal( match_entry->service_name, LLDP_MATCH_SERVICE_NAME ); assert_string_equal( match_entry->entry_name, LLDP_MATCH_ENTRY_NAME ); finalize_match_table(); teardown(); }
static void test_init_and_finalize_match_table_succeeds() { assert_true( _match_table_head == NULL ); init_match_table(); assert_true( _match_table_head != NULL ); finalize_match_table(); assert_true( _match_table_head == NULL ); }
static void test_delete_of_exact_alice_entry_failed() { setup(); init_match_table(); delete_alice_match_entry(); finalize_match_table(); teardown(); }
static void test_delete_of_wildcard_any_entry_failed() { setup(); init_match_table(); delete_any_match_entry(); assert_true( match_table_head.wildcard_table == NULL ); finalize_match_table(); teardown(); }
static void test_init_and_finalize_match_table_successed() { setup(); assert_true( match_table_head.exact_table == NULL ); assert_true( match_table_head.wildcard_table == NULL ); init_match_table(); assert_true( match_table_head.exact_table != NULL ); assert_true( match_table_head.wildcard_table == NULL ); finalize_match_table(); assert_true( match_table_head.exact_table == NULL ); assert_true( match_table_head.wildcard_table == NULL ); teardown(); }
static void test_lookup_of_exact_alice_entry_failed() { setup(); struct ofp_match lookup_match; match_entry *match_entry; init_match_table(); set_alice_match_entry( &lookup_match ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry == NULL ); finalize_match_table(); teardown(); }
static void test_lookup_of_wildcard_lldp_entry_failed() { setup(); struct ofp_match lookup_match; match_entry *match_entry; init_match_table(); memset( &lookup_match, 0, sizeof( struct ofp_match ) ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry == NULL ); finalize_match_table(); teardown(); }
int main( int argc, char *argv[] ) { init_trema( &argc, &argv ); init_match_table(); // built-in packetin-filter-rule if ( !set_match_type( argc, argv ) ) { usage(); finalize_match_table(); exit( EXIT_FAILURE ); } set_packet_in_handler( handle_packet_in, NULL ); start_trema(); finalize_match_table(); return 0; }
static void test_insert_and_delete_of_wildcard_any_entry() { setup(); struct ofp_match lookup_match; match_entry *match_entry; init_match_table(); intsert_any_match_entry(); delete_any_match_entry(); memset( &lookup_match, 0, sizeof( struct ofp_match ) ); match_entry = lookup_match_entry( &lookup_match ); assert_true( match_entry == NULL ); finalize_match_table(); teardown(); }
static void setup_and_init() { setup(); init_match_table(); }
static void init_packetin_match_table( void ) { init_match_table(); }