Makefile: re-write `make test` in V
parent
5ea4b463bb
commit
b188ecf680
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@ -48,7 +48,7 @@ script:
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if [[ "${TRAVIS_OS_NAME}" != "windows" ]]; then
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make
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./v install glfw
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make test
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./v test v
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fi
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- |
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if [[ "${TRAVIS_OS_NAME}" == "osx" ]]; then
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8
Makefile
8
Makefile
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@ -9,13 +9,5 @@ all:
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rm v.c
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@echo "V has been successfully built"
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test: v
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./v -prod -o vprod compiler # Test prod build
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echo "Running V tests..."
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find . -name '*_test.v' -print0 | xargs -0 -n1 ./v
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echo "Building V examples..."
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find examples -name '*.v' -print0 | xargs -0 -n1 ./v
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bash ./compiler/tests/repl/repl.sh
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symlink: v
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ln -sf `pwd`/v ${PREFIX}/bin/v
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@ -1434,6 +1434,26 @@ fn update_v() {
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}
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fn test_v() {
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test_files := os.walk_ext('.', '_test.v')
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for file in test_files {
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print(file + ' ')
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if os.system('v $file') != 0 {
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println('failed')
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exit(1)
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} else {
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println('OK')
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}
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}
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println('\nBuilding examples...')
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examples := os.walk_ext('examples', '.v')
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for file in examples {
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print(file + ' ')
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if os.system('v $file') != 0 {
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println('failed')
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exit(1)
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} else {
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println('OK')
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}
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}
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}
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@ -41,9 +41,7 @@ pub fn tos_clone(s byteptr) string {
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if isnil(s) {
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panic('tos: nil string')
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}
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len := strlen(s)
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res := tos(s, len)
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return res.clone()
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return tos2(s).clone()
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}
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// Same as `tos`, but calculates the length. Called by `string(bytes)` casts.
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78
vlib/os/os.v
78
vlib/os/os.v
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@ -20,10 +20,6 @@ struct dirent {
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}
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*/
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struct C.dirent {
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d_name byteptr
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}
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const (
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args = []string
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MAX_PATH = 4096
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@ -804,62 +800,28 @@ mut:
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wFinderFlags u16
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}
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pub fn ls(path string) []string {
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$if windows {
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mut find_file_data := win32finddata{}
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mut dir_files := []string
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// We can also check if the handle is valid. but using dir_exists instead
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// h_find_dir := C.FindFirstFile(path.str, &find_file_data)
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// if (INVALID_HANDLE_VALUE == h_find_dir) {
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// return dir_files
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// }
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// C.FindClose(h_find_dir)
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if !dir_exists(path) {
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println('ls() couldnt open dir "$path" (does not exist).')
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return dir_files
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}
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// NOTE: Should eventually have path struct & os dependant path seperator (eg os.PATH_SEPERATOR)
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// we need to add files to path eg. c:\windows\*.dll or :\windows\*
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path_files := '$path\\*'
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// NOTE:TODO: once we have a way to convert utf16 wide character to utf8
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// we should use FindFirstFileW and FindNextFileW
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h_find_files := C.FindFirstFile(path_files.to_wide(), &find_file_data)
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first_filename := string_from_wide(&u16(find_file_data.cFileName))
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if first_filename != '.' && first_filename != '..' {
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dir_files << first_filename
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}
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for C.FindNextFile(h_find_files, &find_file_data) {
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filename := string_from_wide(&u16(find_file_data.cFileName))
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if filename != '.' && filename != '..' {
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dir_files << filename.clone()
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}
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}
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C.FindClose(h_find_files)
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return dir_files
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// walk_ext returns a recursive list of all file paths ending with `ext`.
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pub fn walk_ext(path, ext string) []string {
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if !os.is_dir(path) {
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return []string
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}
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$else {
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mut res := []string
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dir := C.opendir(path.str)
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if isnil(dir) {
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println('ls() couldnt open dir "$path"')
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print_c_errno()
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return res
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}
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mut ent := &C.dirent{!}
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for {
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ent = C.readdir(dir)
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if isnil(ent) {
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break
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}
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name := tos_clone(ent.d_name)
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if name != '.' && name != '..' && name != '' {
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res << name
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}
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}
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C.closedir(dir)
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return res
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mut files := os.ls(path)
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mut res := []string
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for i, file in files {
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if file.starts_with('.') {
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continue
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}
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p := path + '/' + file
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if os.is_dir(p) {
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res << walk_ext(p, ext)
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}
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else if file.ends_with(ext) {
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res << p
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}
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}
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}
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return res
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}
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pub fn signal(signum int, handler voidptr) {
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C.signal(signum, handler)
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@ -7,6 +7,13 @@ const (
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PathSeparator = '/'
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)
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struct C.dirent {
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d_name byteptr
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}
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fn C.readdir(voidptr) C.dirent
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// get_error_msg return error code representation in string.
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pub fn get_error_msg(code int) string {
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_ptr_text := C.strerror(code) // voidptr?
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@ -15,3 +22,26 @@ pub fn get_error_msg(code int) string {
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}
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return tos(_ptr_text, C.strlen(_ptr_text))
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}
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pub fn ls(path string) []string {
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mut res := []string
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dir := C.opendir(path.str)
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if isnil(dir) {
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println('ls() couldnt open dir "$path"')
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print_c_errno()
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return res
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}
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mut ent := &C.dirent{!}
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for {
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ent = C.readdir(dir)
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if isnil(ent) {
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break
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}
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name := tos_clone(ent.d_name)
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if name != '.' && name != '..' && name != '' {
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res << name
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}
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}
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C.closedir(dir)
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return res
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}
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@ -11,6 +11,39 @@ const (
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// A handle to an object.
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type HANDLE voidptr
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pub fn ls(path string) []string {
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mut find_file_data := win32finddata{}
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mut dir_files := []string
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// We can also check if the handle is valid. but using dir_exists instead
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// h_find_dir := C.FindFirstFile(path.str, &find_file_data)
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// if (INVALID_HANDLE_VALUE == h_find_dir) {
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// return dir_files
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// }
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// C.FindClose(h_find_dir)
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if !dir_exists(path) {
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println('ls() couldnt open dir "$path" (does not exist).')
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return dir_files
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}
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// NOTE: Should eventually have path struct & os dependant path seperator (eg os.PATH_SEPERATOR)
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// we need to add files to path eg. c:\windows\*.dll or :\windows\*
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path_files := '$path\\*'
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// NOTE:TODO: once we have a way to convert utf16 wide character to utf8
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// we should use FindFirstFileW and FindNextFileW
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h_find_files := C.FindFirstFile(path_files.to_wide(), &find_file_data)
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first_filename := string_from_wide(&u16(find_file_data.cFileName))
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if first_filename != '.' && first_filename != '..' {
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dir_files << first_filename
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}
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for C.FindNextFile(h_find_files, &find_file_data) {
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filename := string_from_wide(&u16(find_file_data.cFileName))
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if filename != '.' && filename != '..' {
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dir_files << filename.clone()
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}
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}
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C.FindClose(h_find_files)
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return dir_files
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}
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// Ref - https://docs.microsoft.com/en-us/cpp/c-runtime-library/reference/get-osfhandle?view=vs-2019
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// get_file_handle retrieves the operating-system file handle that is associated with the specified file descriptor.
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pub fn get_file_handle(path string) HANDLE {
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