int main(void) {
Buf buf;
Buf * cont;
Mixin * mix;
TEST_INIT();
printf("Offsetof mix1: %u\n", offsetof(Buf, Mixin));
cont = container_of((buf.Mixin), Buf, Mixin);
mix = mixin_of(&buf, Mixin);
//cont = (Buf*)(((char *)&buf.mix1) - offsetof(Buf, mix1));
printf("&buf, cont, mix: %p %p %p %d\n", &buf, cont, mix, cont == &buf);
puts(SI_OS);
TEST_RUN(siwire_new);
TEST_RUN(siwire_const);
TEST_RUN(siwire_dup);
TEST_REPORT();
}
int
main(int argc, char **argv) {
struct test_suite *suite;
suite = test_suite_new("uris");
test_suite_initialize_from_args(suite, argc, argv);
test_suite_start(suite);
TEST_RUN(suite, base);
TEST_RUN(suite, invalid);
TEST_RUN(suite, query);
TEST_RUN(suite, invalid_query);
test_suite_print_results_and_exit(suite);
}
void unit_test_run_all(void)
{
int tests_run = 0, tests_success = 0;
/* delays for one second, to avoid race conditions with server thread. */
sleep(1);
TEST_RUN(simple_test);
TEST_RUN(simple_test);
TEST_RUN(fragmented_packet_test);
if (tests_run == tests_success) {
printf("All tests succeeded (%d tests run).\n", tests_run);
exit(EXIT_SUCCESS);
} else {
printf("Some tests failed (failed : %d/%d)\n", tests_run - tests_success, tests_run);
exit(EXIT_FAILURE);
}
}
int main(void)
{
TEST_INIT("request");
setup();
TEST_RUN(test_request_remove);
teardown();
return TEST_RETURN;
}
int main(void) {
TEST_INIT();
TEST_RUN(bxmlparser_1);
TEST_RUN(bxmlparser_2);
TEST_RUN(bxmlparser_3);
TEST_RUN(bxmlparser_4);
TEST_RUN(bxmlparser_5);
TEST_RUN(bxmlparser_6);
TEST_RUN(bxmlparser_7);
TEST_RUN(bxmlparser_fn_1);
TEST_REPORT();
}
int
main(int argc, char **argv) {
struct test_suite *suite;
suite = test_suite_new("chunked-coding");
test_suite_initialize_from_args(suite, argc, argv);
test_suite_start(suite);
TEST_RUN(suite, main);
test_suite_print_results_and_exit(suite);
}
int main(void) {
TEST_INIT();
TEST_RUN(silist);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(spritelayout);
TEST_REPORT();
}
int
main(int argc, char **argv) {
struct test_suite *suite;
suite = test_suite_new("main");
test_suite_initialize_from_args(suite, argc, argv);
test_suite_start(suite);
TEST_RUN(suite, true_false);
TEST_RUN(suite, true_false_failure);
TEST_RUN(suite, integers);
TEST_RUN(suite, integer_failure);
TEST_RUN(suite, reals);
TEST_RUN(suite, real_failure);
TEST_RUN(suite, booleans);
TEST_RUN(suite, boolean_failure);
TEST_RUN(suite, strings);
TEST_RUN(suite, string_failure_1);
TEST_RUN(suite, string_failure_2);
TEST_RUN(suite, string_failure_3);
TEST_RUN(suite, memory);
TEST_RUN(suite, memory_failure_1);
TEST_RUN(suite, memory_failure_2);
TEST_RUN(suite, memory_failure_3);
TEST_RUN(suite, memory_failure_4);
TEST_RUN(suite, pointers);
TEST_RUN(suite, pointer_failure_1);
TEST_RUN(suite, pointer_failure_2);
TEST_RUN(suite, pointer_failure_3);
TEST_RUN(suite, pointer_failure_4);
TEST_RUN(suite, pointer_failure_5);
test_suite_print_results_and_exit(suite);
}
int main(void) {
TEST_INIT();
TEST_RUN(ses);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(rebox);
TEST_REPORT();
}
void
test_trie()
{
TEST_RUN(test_trie_strings, "mtree_trie");
}
int main(void) {
TEST_INIT();
TEST_RUN(obj);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(react);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(raku_parser);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(tr_sprite);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(tr_audio);
TEST_REPORT();
}
int main(int argc, char** argv)
{
auto in = std::ifstream("../test.kl", std::ios::in | std::ios::binary);
auto input = std::string(
std::istreambuf_iterator<char>(in),
std::istreambuf_iterator<char>()
);
in.close();
auto lexer = std::make_shared<Lexer>(input.c_str());
auto parser = std::make_shared<Parser>(lexer);
auto translator = std::make_shared<Translator>(parser);
if (lexer->Failed)
{
std::cout << lexer->Error << std::endl;
return -1;
}
lexer->Print();
if (parser->Failed)
{
std::cout << parser->Error << std::endl;
return -1;
}
parser->Print();
//translator->Print();
WriterText writer;
writer.Write(translator->Root());
return 0;
VM vm;
vm.init();
TEST_INIT();
TEST_ADD(test_assign_literal, &vm);
TEST_ADD(test_assign_literal_multi, &vm);
TEST_ADD(test_assign_from_local, &vm);
TEST_ADD(test_func_decl, &vm);
TEST_ADD(test_func_call_fake, &vm);
TEST_ADD(test_int_ptr, &vm);
TEST_ADD(test_arithmetic, &vm);
//TEST_ADD(test_ip_simple, &vm);
TEST_ADD(test_func_call_real, &vm);
TEST_RUN();
TEST_RELEASE();
vm.release();
return 0;
}
int main(void) {
TEST_INIT();
TEST_RUN(pique);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(token);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(mode);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(tr_path);
TEST_REPORT();
}
int main(void) {
TEST_INIT();
TEST_RUN(intgrid);
TEST_REPORT();
}
int main() {
/* Set ourselves up */
TEST_SETUP("builtins", init_tests);
/* Test suite */
TEST_RUN("is_builtin", test_is_builtin);
TEST_RUN("floor", test_floor);
TEST_RUN("ceil", test_ceil);
TEST_RUN("round", test_round);
TEST_RUN("abs", test_abs);
TEST_RUN("tan", test_tan);
TEST_RUN("cos", test_cos);
TEST_RUN("sin", test_sin);
TEST_RUN("aton", test_atan);
TEST_RUN("acos", test_acos);
TEST_RUN("asin", test_asin);
TEST_RUN("tanh", test_tanh);
TEST_RUN("cosh", test_cosh);
TEST_RUN("sinh", test_sinh);
TEST_RUN("log10", test_log10);
TEST_RUN("ln", test_ln);
TEST_RUN("log", test_log);
TEST_RUN("sqrt", test_sqrt);
TEST_RUN("root", test_root);
/* Clean up */
TEST_TEARDOWN(destroy_tests);
}
void
test_cksum()
{
TEST_RUN(test_cksum_memory, "mtree_cksum_memory");
TEST_RUN(test_cksum_file, "mtree_cksum_file");
}
