static void
register_plugins_from_path(void)
{
if (chck_cstr_is_empty(PLUGINS_PATH)) {
plog(0, PLOG_ERROR, "Could not find plugins path. PLUGINS_PATH was not set during compile.");
return;
}
{
struct chck_string xdg = {0};
{
char *tmp = xdg_get_path("XDG_DATA_HOME", ".local/share");
chck_string_set_cstr(&xdg, tmp, true);
free(tmp);
}
chck_string_set_format(&xdg, "%s/orbment/plugins", xdg.data);
#ifndef NDEBUG
// allows running without install, as long as you build in debug mode
// NOTE: $PWD/plugins is first in load order
const char *paths[] = { "plugins", xdg.data, PLUGINS_PATH, NULL };
#else
const char *paths[] = { xdg.data, PLUGINS_PATH, NULL };
#endif
// FIXME: add portable directory code to chck/fs/fs.c
for (uint32_t i = 0; paths[i]; ++i) {
DIR *d;
if (!(d = opendir(paths[i]))) {
plog(0, PLOG_WARN, "Could not open plugins directory: %s", paths[i]);
continue;
}
struct dirent *dir;
while ((dir = readdir(d))) {
if (!chck_cstr_starts_with(dir->d_name, "orbment-plugin-"))
continue;
struct chck_string tmp = {0};
if (chck_string_set_format(&tmp, "%s/%s", paths[i], dir->d_name))
plugin_register_from_path(tmp.data);
chck_string_release(&tmp);
}
closedir(d);
}
chck_string_release(&xdg);
}
}
void
wlc_view_release(struct wlc_view *view)
{
if (!view)
return;
wlc_view_unmap(view);
wlc_view_set_parent_ptr(view, NULL);
wlc_resource_release(view->shell_surface);
wlc_resource_release(view->xdg_surface);
wlc_resource_release(view->xdg_popup);
chck_string_release(&view->data.title);
chck_string_release(&view->data._class);
chck_string_release(&view->data.app_id);
wlc_surface_attach_to_view(convert_from_wlc_resource(view->surface, "surface"), NULL);
chck_iter_pool_release(&view->wl_state);
}
static void
do_autostart(void)
{
struct chck_string key = {0}, command = {0};
struct chck_iter_pool argv;
if (!chck_iter_pool(&argv, 4, 4, sizeof(char*)))
return;
for (uint32_t i = 0; ; i++) {
if (!chck_string_set_format(&key, "/autostart/%u", i))
break;
const char *command_cstr;
if (!configuration_get(key.data, 's', &command_cstr))
break;
if (!chck_string_set_cstr(&command, command_cstr, true))
break;
char *t;
size_t len;
const char *state = NULL;
while ((t = (char*)chck_cstr_tokenize_quoted(command.data, &len, " ", "\"'", &state))) {
chck_iter_pool_push_back(&argv, &t);
t[len] = 0; /* replaces each token with \0 */
}
const char *null = NULL;
chck_iter_pool_push_back(&argv, &null); /* NULL indicates end of the array */
plog(plugin.self, PLOG_INFO, "spawning: %s", command_cstr);
wlc_exec(command.data, chck_iter_pool_to_c_array(&argv, NULL));
chck_iter_pool_empty(&argv);
}
chck_string_release(&key);
chck_string_release(&command);
chck_iter_pool_release(&argv);
}
void
wlc_vlog(enum wlc_log_type type, const char *fmt, va_list args)
{
assert(fmt);
if (!wlc.log_fun)
return;
struct chck_string str = {0};
if (chck_string_set_varg(&str, fmt, args))
wlc.log_fun(type, str.data);
chck_string_release(&str);
}
bool
chck_string_set_cstr_with_length(struct chck_string *string, const char *data, size_t len, bool is_heap)
{
assert(string);
char *copy = (char*)data;
if (is_heap && data && len > 0 && !(copy = ccopy(data, len)))
return false;
chck_string_release(string);
string->is_heap = is_heap;
string->data = (len > 0 ? copy : NULL);
string->size = len;
return true;
}
bool
chck_string_set_varg(struct chck_string *string, const char *fmt, va_list args)
{
assert(string && fmt);
va_list cpy;
va_copy(cpy, args);
char *str = NULL;
const size_t len = vsnprintf(NULL, 0, fmt, args);
if (len > 0 && !(str = chck_malloc_add_of(len, 1)))
return false;
vsnprintf(str, len + 1, fmt, cpy);
chck_string_release(string);
string->is_heap = true;
string->data = (len > 0 ? str : NULL);
string->size = len;
return true;
}
int main(void)
{
/* TEST: stripping */
{
struct chck_string v = {0};
assert(chck_string_set_cstr(&v, " contains some whitespace ", true));
assert(chck_cstr_strip(v.data) == v.data + 3);
assert(strlen(v.data + 3) == 24);
assert(chck_cstreq(v.data + 3, "contains some whitespace"));
assert(chck_string_set_cstr(&v, "asd", true));
assert(chck_cstr_strip(v.data) == v.data);
assert(strlen(v.data) == 3);
assert(chck_cstreq(v.data, "asd"));
assert(chck_string_set_cstr(&v, "foo baz lol", true));
assert(chck_cstr_remove_chars(v.data, "baz") == v.data);
assert(chck_cstreq(v.data, "foo lol"));
chck_string_release(&v);
assert(chck_string_set_cstr(&v, "foo baz lol", true));
assert(chck_cstr_remove_chars(v.data, "qwerty") == v.data);
assert(chck_cstreq(v.data, "foo baz lol"));
chck_string_release(&v);
assert(chck_string_set_cstr(&v, "foo --- bar", true));
assert(chck_cstr_replace_char(v.data, '-', '.') == v.data);
assert(chck_cstreq(v.data, "foo ... bar"));
chck_string_release(&v);
assert(chck_string_set_cstr(&v, "foo --- bar", true));
assert(chck_cstr_replace_char(v.data, '.', '-') == v.data);
assert(chck_cstreq(v.data, "foo --- bar"));
chck_string_release(&v);
}
/* TEST: tokenizing */
{
const char *v = " token: this :please ";
{
size_t len, i = 0;
const char *t, *state = NULL;
const char *except[] = { " token", " this ", "please " };
while ((t = chck_cstr_tokenize(v, &len, ":", false, &state))) {
assert(i < 3);
assert(len == strlen(except[i]));
assert(chck_cstrneq(except[i], t, len));
++i;
}
assert(i == 3);
}
{
size_t len, i = 0;
const char *t, *state = NULL;
const char *except[] = { "token", "this", "please" };
while ((t = chck_cstr_tokenize(v, &len, ":", true, &state))) {
assert(i < 3);
assert(len == strlen(except[i]));
assert(chck_cstrneq(except[i], t, len));
++i;
}
assert(i == 3);
}
v = "some : words : \" but this is included \" : \"yay : yoy\" : \"foo\"";
{
size_t len, i = 0;
const char *t, *state = NULL;
const char *except[] = { "some", "words", " but this is included ", "yay : yoy", "foo" };
while ((t = chck_cstr_tokenize_quoted(v, &len, ":", "\"", &state))) {
assert(i < 5);
assert(len == strlen(except[i]));
assert(chck_cstrneq(except[i], t, len));
++i;
}
assert(i == 5);
}
v = "some words \" but this is included \" \"yay yoy\" \"foo\"";
{
size_t len, i = 0;
const char *t, *state = NULL;
const char *except[] = { "some", "words", " but this is included ", "yay yoy", "foo" };
while ((t = chck_cstr_tokenize_quoted(v, &len, " ", "\"", &state))) {
assert(i < 5);
assert(len == strlen(except[i]));
assert(chck_cstrneq(except[i], t, len));
++i;
}
assert(i == 5);
}
}
/* TEST: bool conversion tests */
{
bool v;
assert(chck_cstr_to_bool("true", &v) && v == true);
assert(chck_cstr_to_bool("false", &v) && v == false);
assert(chck_cstr_to_bool("1", &v) && v == true);
assert(chck_cstr_to_bool("0", &v) && v == false);
assert(!chck_cstr_to_bool("falsef", NULL));
assert(!chck_cstr_to_bool("fals", NULL));
assert(!chck_cstr_to_bool("truee", NULL));
assert(!chck_cstr_to_bool("tru", NULL));
assert(!chck_cstr_to_bool("not-a-bool", NULL));
assert(!chck_cstr_to_bool("5", NULL));
}
/* TEST: float conversion tests */
{
float v;
assert(chck_cstr_to_f("0.123", &v) && chck_equalf(v, 0.123, 1.0f));
assert(chck_cstr_to_f("0.1e2", &v) && chck_equalf(v, 0.1e2, 1.0f));
assert(!chck_cstr_to_f("0.1e1000", NULL));
assert(!chck_cstr_to_f("not-float", NULL));
}
/* TEST: double conversion tests */
{
double v;
assert(chck_cstr_to_d("0.123", &v) && chck_equal(v, 0.123, 1.0));
assert(chck_cstr_to_d("0.1e100", &v) && chck_equal(v, 0.1e100, 1.0));
assert(!chck_cstr_to_d("0.1e1000", NULL));
assert(!chck_cstr_to_d("not-double", NULL));
}
/* TEST: long double conversion tests */
{
long double v; // valgrind does not handle long double so we don't do 1e1000 here
assert(chck_cstr_to_ld("0.123", &v) && chck_equalld(v, 0.123l, 1.0l));
assert(chck_cstr_to_ld("0.1e100", &v) && chck_equalld(v, 0.1e100l, 1.0));
assert(!chck_cstr_to_ld("0.1e100000", NULL));
assert(!chck_cstr_to_ld("not-long-double", NULL));
}
/* TEST: i64 conversion tests */
{
int64_t v;
assert(chck_cstr_to_i64("1", &v) && v == 1);
assert(chck_cstr_to_i64("-1", &v) && v == -1);
assert(chck_cstr_to_i64("9223372036854775807", &v) && v == INT64_MAX);
assert(chck_cstr_to_i64("-9223372036854775808", &v) && v == INT64_MIN);
assert(!chck_cstr_to_i64("9223372036854775808", &v));
assert(!chck_cstr_to_i64("-9223372036854775809", &v));
assert(!chck_cstr_to_i64("1.0", &v));
uint64_t uv;
assert(chck_cstr_to_u64("1", &uv) && uv == 1);
assert(!chck_cstr_to_u64("-1", &uv));
assert(chck_cstr_to_u64("18446744073709551615", &uv) && uv == UINT64_MAX);
assert(!chck_cstr_to_u64("18446744073709551616", &uv));
assert(!chck_cstr_to_u64("1.0", &uv));
}
/* TEST: i32 conversion tests */
{
int32_t v;
assert(chck_cstr_to_i32("1", &v) && v == 1);
assert(chck_cstr_to_i32("-1", &v) && v == -1);
assert(chck_cstr_to_i32("2147483647", &v) && v == INT32_MAX);
assert(chck_cstr_to_i32("-2147483648", &v) && v == INT32_MIN);
assert(!chck_cstr_to_i32("2147483648", &v));
assert(!chck_cstr_to_i32("-2147483649", &v));
assert(!chck_cstr_to_i32("1.0", &v));
uint32_t uv;
assert(chck_cstr_to_u32("1", &uv) && uv == 1);
assert(!chck_cstr_to_u32("-1", &uv));
assert(chck_cstr_to_u32("4294967295", &uv) && uv == UINT32_MAX);
assert(!chck_cstr_to_u32("4294967296", &uv));
assert(!chck_cstr_to_u32("1.0", &uv));
}
/* TEST: i16 conversion tests */
{
int16_t v;
assert(chck_cstr_to_i16("1", &v) && v == 1);
assert(chck_cstr_to_i16("-1", &v) && v == -1);
assert(chck_cstr_to_i16("32767", &v) && v == INT16_MAX);
assert(chck_cstr_to_i16("-32768", &v) && v == INT16_MIN);
assert(!chck_cstr_to_i16("32768", &v));
assert(!chck_cstr_to_i16("-32769", &v));
assert(!chck_cstr_to_i16("1.0", &v));
uint16_t uv;
assert(chck_cstr_to_u16("1", &uv) && uv == 1);
assert(!chck_cstr_to_u16("-1", &uv));
assert(chck_cstr_to_u16("65535", &uv) && uv == UINT16_MAX);
assert(!chck_cstr_to_u16("65536", &uv));
assert(!chck_cstr_to_u16("1.0", &uv));
}
/* TEST: i8 conversion tests */
{
int8_t v;
assert(chck_cstr_to_i8("1", &v) && v == 1);
assert(chck_cstr_to_i8("-1", &v) && v == -1);
assert(chck_cstr_to_i8("127", &v) && v == INT8_MAX);
assert(chck_cstr_to_i8("-128", &v) && v == INT8_MIN);
assert(!chck_cstr_to_i8("128", &v));
assert(!chck_cstr_to_i8("-129", &v));
assert(!chck_cstr_to_i8("1.0", &v));
uint8_t uv;
assert(chck_cstr_to_u8("1", &uv) && uv == 1);
assert(!chck_cstr_to_u8("-1", &uv));
assert(chck_cstr_to_u8("255", &uv) && uv == UINT8_MAX);
assert(!chck_cstr_to_u8("257", &uv));
assert(!chck_cstr_to_u8("1.0", &uv));
}
/* TEST: string tests */
{
struct chck_string str = {0};
assert(chck_string_set_cstr(&str, "foobar", false));
assert(str.data && str.size == strlen("foobar") && chck_string_eq_cstr(&str, "foobar"));
assert(chck_string_ends_with_cstr(&str, "") && chck_string_ends_with_cstr(&str, NULL) && chck_string_ends_with_cstr(&str, "foobar") && chck_string_ends_with_cstr(&str, "bar") && !chck_string_ends_with_cstr(&str, "bur"));
assert(chck_string_starts_with_cstr(&str, "") && chck_string_starts_with_cstr(&str, NULL) && chck_string_starts_with_cstr(&str, "foobar") && chck_string_starts_with_cstr(&str, "foo") && !chck_string_starts_with_cstr(&str, "fuo"));
assert(!chck_string_is_empty(&str));
assert(chck_string_set_cstr(&str, "", false));
assert(!str.data && str.size == strlen("") && chck_string_eq_cstr(&str, ""));
assert(!str.data && str.size == 0 && chck_string_eq_cstr(&str, NULL)); // string_eq_cstr treats empty string as NULL
assert(chck_string_ends_with_cstr(&str, "") && chck_string_ends_with_cstr(&str, NULL) && !chck_string_ends_with_cstr(&str, "foobar"));
assert(chck_string_starts_with_cstr(&str, "") && chck_string_starts_with_cstr(&str, NULL) && !chck_string_starts_with_cstr(&str, "foobar"));
assert(chck_string_is_empty(&str));
assert(chck_string_set_cstr(&str, NULL, false));
assert(!str.data && str.size == 0 && !chck_string_eq_cstr(&str, "foobar"));
assert(chck_string_ends_with_cstr(&str, "") && chck_string_ends_with_cstr(&str, NULL) && !chck_string_ends_with_cstr(&str, "foobar"));
assert(chck_string_starts_with_cstr(&str, "") && chck_string_starts_with_cstr(&str, NULL) && !chck_string_starts_with_cstr(&str, "foobar"));
assert(chck_string_is_empty(&str));
// is_heap is false, so nothing is copied.
// since chck_strings do not copy when is_heap is false, printf for .data would print whole "foobar" in this case.
// if is_heap is set to true, the string is copied and terminated correctly.
assert(chck_string_set_cstr_with_length(&str, "foobar", 3, false));
assert(str.data && str.size == strlen("foo") && chck_string_eq_cstr(&str, "foo") && !chck_string_eq_cstr(&str, "foobar"));
struct chck_string str2 = {0};
assert(chck_string_set(&str2, &str, false));
assert(str.data == str2.data && str2.size == strlen("foo") && chck_string_eq(&str, &str2));
assert(chck_string_ends_with(&str, &str2));
assert(chck_string_starts_with(&str, &str2));
assert(chck_string_set(&str2, &str, true));
assert(str.data != str2.data && str2.size == strlen("foo") && chck_string_eq(&str, &str2));
assert(chck_string_ends_with(&str, &str2));
assert(chck_string_starts_with(&str, &str2));
assert(chck_string_set_cstr(&str2, "foobar2", false));
assert(str.data != str2.data && str2.size == strlen("foobar2") && !chck_string_eq(&str, &str2));
assert(!chck_string_ends_with(&str, &str2));
assert(!chck_string_starts_with(&str, &str2));
assert(chck_string_set_format(&str, "%s-%s", "test", str2.data));
assert(str.data && str.size == strlen("test-foobar2") && str.is_heap && chck_string_eq_cstr(&str, "test-foobar2"));
chck_string_release(&str);
chck_string_release(&str2);
assert(!str.data && !str2.data && str.size + str2.size == 0);
assert(chck_string_eq(&str, &str2));
assert(chck_cstreq("foobar", "foobar"));
assert(!chck_cstreq("foobar", "foo"));
assert(!chck_cstreq("foobar", NULL));
assert(chck_cstreq(NULL, NULL));
assert(chck_cstrneq("foobar", "foo", 3));
assert(chck_cstrneq("fo", "fo", 3));
assert(!chck_cstrneq("foobar", "foa", 3));
assert(chck_cstrneq(NULL, NULL, 3));
assert(chck_cstrneq(NULL, NULL, 0));
assert(!chck_cstr_is_empty("foobar"));
assert(chck_cstr_ends_with("foobar", "foobar") && chck_cstr_ends_with("foobar", "bar") && !chck_cstr_ends_with("foobar", "bur"));
assert(chck_cstr_starts_with("foobar", "foobar") && chck_cstr_starts_with("foobar", "foo") && !chck_cstr_starts_with("foobar", "fur"));
assert(chck_cstr_is_empty("") && chck_cstr_is_empty(NULL));
assert(chck_cstr_ends_with("", "") && chck_cstr_ends_with(NULL, NULL));
assert(chck_cstr_starts_with("", "") && chck_cstr_starts_with(NULL, NULL));
}
return EXIT_SUCCESS;
}
