/* lib/vfs - test vfs_path_t manipulation functions Copyright (C) 2011-2025 Free Software Foundation, Inc. Written by: Slava Zanko , 2011, 2013 This file is part of the Midnight Commander. The Midnight Commander is free software: you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. The Midnight Commander is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program. If not, see . */ #define TEST_SUITE_NAME "/lib/vfs" #include "tests/mctest.h" #ifdef HAVE_CHARSET # include "lib/charsets.h" #endif #include "lib/strutil.h" #include "lib/vfs/xdirentry.h" #include "lib/vfs/path.h" #include "src/vfs/local/local.c" static struct vfs_class vfs_test_ops1, vfs_test_ops2, vfs_test_ops3; /* --------------------------------------------------------------------------------------------- */ static void init_test_classes (void) { vfs_init_class (&vfs_test_ops1, "testfs1", VFSF_NOLINKS | VFSF_REMOTE, "test1"); vfs_register_class (&vfs_test_ops1); vfs_init_class (&vfs_test_ops2, "testfs2", VFSF_UNKNOWN, "test2"); vfs_register_class (&vfs_test_ops2); vfs_init_class (&vfs_test_ops3, "testfs3", VFSF_LOCAL, "test3"); vfs_register_class (&vfs_test_ops3); } /* --------------------------------------------------------------------------------------------- */ /* @Before */ static void setup (void) { str_init_strings ("UTF-8"); vfs_init (); vfs_init_localfs (); vfs_setup_work_dir (); init_test_classes (); #ifdef HAVE_CHARSET mc_global.sysconfig_dir = (char *) TEST_SHARE_DIR; load_codepages_list (); #endif } /* --------------------------------------------------------------------------------------------- */ /* @After */ static void teardown (void) { #ifdef HAVE_CHARSET free_codepages_list (); #endif vfs_shut (); str_uninit_strings (); } /* --------------------------------------------------------------------------------------------- */ /* @DataSource("test_vfs_path_tokens_count_ds") */ static const struct test_vfs_path_tokens_count_ds { const char *input_path; const vfs_path_flag_t input_flags; const size_t expected_token_count; } test_vfs_path_tokens_count_ds[] = { { // 0. "/", VPF_NONE, 0, }, { // 1. "/path", VPF_NONE, 1, }, { // 2. "/path1/path2/path3", VPF_NONE, 3, }, { // 3. "test3://path1/path2/path3/path4", VPF_NO_CANON, 4, }, { // 4. "path1/path2/path3", VPF_NO_CANON, 3, }, { // 5. "/path1/path2/path3/", VPF_NONE, 3, }, { // 6. "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/", VPF_NONE, 5, }, #ifdef HAVE_CHARSET { // 7. "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/" "test2://#enc:KOI8-R/bla-bla/some/path/test3://111/22/33", VPF_NONE, 11, }, #endif }; /* @Test(dataSource = "test_vfs_path_tokens_count_ds") */ START_PARAMETRIZED_TEST (test_vfs_path_tokens_count, test_vfs_path_tokens_count_ds) { // given size_t tokens_count; vfs_path_t *vpath; vpath = vfs_path_from_str_flags (data->input_path, data->input_flags); // when tokens_count = vfs_path_tokens_count (vpath); // then ck_assert_int_eq (tokens_count, data->expected_token_count); vfs_path_free (vpath, TRUE); } END_PARAMETRIZED_TEST /* --------------------------------------------------------------------------------------------- */ /* @DataSource("test_vfs_path_tokens_get_ds") */ static const struct test_vfs_path_tokens_get_ds { const char *input_path; const ssize_t input_start_position; const ssize_t input_length; const char *expected_path; } test_vfs_path_tokens_get_ds[] = { { // 0. Invalid start position "/", 2, 1, NULL, }, { // 1. Invalid negative position "/path", -3, 1, NULL, }, { // 2. Count of tokens is zero. Count should be autocorrected "/path", 0, 0, "path", }, // 3. get 'path2/path3' by 1,2 { "/path1/path2/path3/path4", 1, 2, "path2/path3", }, // 4. get 'path2/path3' by 1,2 from LOCAL VFS { "test3://path1/path2/path3/path4", 1, 2, "path2/path3", }, // 5. get 'path2/path3' by 1,2 from non-LOCAL VFS { "test2://path1/path2/path3/path4", 1, 2, "test2://path2/path3", }, // 6. get 'path2/path3' by 1,2 through non-LOCAL VFS { "/path1/path2/test1://user:pass@some.host:12345/path3/path4", 1, 2, "path2/test1://user:pass@some.host:12345/path3", }, // 7. get 'path2/path3' by 1,2 where path2 it's LOCAL VFS { "test3://path1/path2/test2://path3/path4", 1, 2, "path2/test2://path3", }, // 8. get 'path2/path3' by 1,2 where path3 it's LOCAL VFS { "test2://path1/path2/test3://path3/path4", 1, 2, "test2://path2/test3://path3", }, // 9. get 'path4' by -1,1 { "/path1/path2/path3/path4", -1, 1, "path4", }, // 10. get 'path2/path3/path4' by -3,0 { "/path1/path2/path3/path4", -3, 0, "path2/path3/path4", }, #ifdef HAVE_CHARSET // 11. get 'path2/path3' by 1,2 from LOCAL VFS with encoding { "test3://path1/path2/test3://#enc:KOI8-R/path3/path4", 1, 2, "path2/test3://#enc:KOI8-R/path3", }, // 12. get 'path2/path3' by 1,2 with encoding { "#enc:KOI8-R/path1/path2/path3/path4", 1, 2, "#enc:KOI8-R/path2/path3", }, #endif /* TODO: currently this test don't passed. Probably broken string URI parser * // 13. get 'path2/path3' by 1,2 from LOCAL VFS { "test3://path1/path2/test2://test3://path3/path4", 1, 2, "path2/path3" }, */ }; /* @Test(dataSource = "test_vfs_path_tokens_get_ds") */ START_PARAMETRIZED_TEST (test_vfs_path_tokens_get, test_vfs_path_tokens_get_ds) { // given vfs_path_t *vpath; char *actual_path; vpath = vfs_path_from_str_flags (data->input_path, VPF_NO_CANON); // when actual_path = vfs_path_tokens_get (vpath, data->input_start_position, data->input_length); // then mctest_assert_str_eq (actual_path, data->expected_path); g_free (actual_path); vfs_path_free (vpath, TRUE); } END_PARAMETRIZED_TEST /* --------------------------------------------------------------------------------------------- */ /* @DataSource("test_vfs_path_append_vpath_ds") */ static const struct test_vfs_path_append_vpath_ds { const char *input_path1; const char *input_path2; const int expected_element_count; const char *expected_path; } test_vfs_path_append_vpath_ds[] = { { // 0. "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/test2://bla-bla/some/path/" "test3://111/22/33", "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/", 6, "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/test2://bla-bla/some/path/" "test3://111/22/33" "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path", }, #ifdef HAVE_CHARSET { // 1. "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/test2://#enc:KOI8-R/" "bla-bla/some/path/test3://111/22/33", "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/", 6, "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path/test2://#enc:KOI8-R/" "bla-bla/some/path/test3://111/22/33" "/local/path/test1://user:pass@some.host:12345/bla-bla/some/path", }, #endif }; /* @Test(dataSource = "test_vfs_path_append_vpath_ds") */ START_PARAMETRIZED_TEST (test_vfs_path_append_vpath, test_vfs_path_append_vpath_ds) { // given vfs_path_t *vpath1, *vpath2, *vpath3; vpath1 = vfs_path_from_str (data->input_path1); vpath2 = vfs_path_from_str (data->input_path2); // when vpath3 = vfs_path_append_vpath_new (vpath1, vpath2, NULL); // then ck_assert_int_eq (vfs_path_elements_count (vpath3), data->expected_element_count); mctest_assert_str_eq (vfs_path_as_str (vpath3), data->expected_path); vfs_path_free (vpath1, TRUE); vfs_path_free (vpath2, TRUE); vfs_path_free (vpath3, TRUE); } END_PARAMETRIZED_TEST /* --------------------------------------------------------------------------------------------- */ /* @DataSource("test_vfs_path_relative_ds") */ static const struct test_vfs_path_relative_ds { const char *input_path; const char *expected_path; const char *expected_last_path_in_element; } test_vfs_path_relative_ds[] = { { // 0. "../bla-bla", "../bla-bla", "../bla-bla", }, { // 1. "../path/test1://user:pass@some.host:12345/bla-bla/some/path/", "../path/test1://user:pass@some.host:12345/bla-bla/some/path/", "bla-bla/some/path/", }, }; /* @Test(dataSource = "test_vfs_path_relative_ds") */ START_PARAMETRIZED_TEST (test_vfs_path_relative, test_vfs_path_relative_ds) { // given vfs_path_t *vpath; // when vpath = vfs_path_from_str_flags (data->input_path, VPF_NO_CANON); // then mctest_assert_true (vpath->relative); mctest_assert_str_eq (vfs_path_get_last_path_str (vpath), data->expected_last_path_in_element); mctest_assert_str_eq (vfs_path_as_str (vpath), data->expected_path); vfs_path_free (vpath, TRUE); } END_PARAMETRIZED_TEST /* --------------------------------------------------------------------------------------------- */ /* @Test(dataSource = "test_vfs_path_relative_ds") */ START_PARAMETRIZED_TEST (test_vfs_path_relative_clone, test_vfs_path_relative_ds) { // given vfs_path_t *vpath, *cloned_vpath; vpath = vfs_path_from_str_flags (data->input_path, VPF_NO_CANON); // when cloned_vpath = vfs_path_clone (vpath); // then mctest_assert_true (cloned_vpath->relative); mctest_assert_str_eq (vfs_path_get_last_path_str (cloned_vpath), data->expected_last_path_in_element); mctest_assert_str_eq (vfs_path_as_str (cloned_vpath), data->expected_path); vfs_path_free (vpath, TRUE); vfs_path_free (cloned_vpath, TRUE); } END_PARAMETRIZED_TEST /* --------------------------------------------------------------------------------------------- */ int main (void) { TCase *tc_core; tc_core = tcase_create ("Core"); tcase_add_checked_fixture (tc_core, setup, teardown); // Add new tests here: *************** mctest_add_parameterized_test (tc_core, test_vfs_path_tokens_count, test_vfs_path_tokens_count_ds); mctest_add_parameterized_test (tc_core, test_vfs_path_tokens_get, test_vfs_path_tokens_get_ds); mctest_add_parameterized_test (tc_core, test_vfs_path_append_vpath, test_vfs_path_append_vpath_ds); mctest_add_parameterized_test (tc_core, test_vfs_path_relative, test_vfs_path_relative_ds); mctest_add_parameterized_test (tc_core, test_vfs_path_relative_clone, test_vfs_path_relative_ds); // *********************************** return mctest_run_all (tc_core); } /* --------------------------------------------------------------------------------------------- */