gboolean parse_keys_abe ( void )
{
for ( int iter = 0; iter < NUM_ABE; iter++ ) {
char *keystr = g_strdup ( abe[iter].keystr );
char *sp = NULL;
g_free ( abe[iter].kb );
abe[iter].kb = NULL;
abe[iter].num_bindings = 0;
// Iter over bindings.
const char *const sep = ",";
for ( char *entry = strtok_r ( keystr, sep, &sp ); entry != NULL; entry = strtok_r ( NULL, sep, &sp ) ) {
abe[iter].kb = g_realloc ( abe[iter].kb, ( abe[iter].num_bindings + 1 ) * sizeof ( KeyBinding ) );
KeyBinding *kb = &( abe[iter].kb[abe[iter].num_bindings] );
memset ( kb, 0, sizeof ( KeyBinding ) );
if ( !x11_parse_key ( entry, &( kb->modmask ), &( kb->keysym ), &( kb->release ) ) ) {
g_free ( keystr );
return FALSE;
}
abe[iter].num_bindings++;
}
g_free ( keystr );
}
return TRUE;
}
int mode_grab_key ( Mode *mode, Display *display )
{
g_assert ( mode != NULL );
g_assert ( display != NULL );
if ( mode->keystr != NULL ) {
x11_parse_key ( mode->keystr, &( mode->modmask ), &( mode->keysym ) );
if ( mode->keysym != NoSymbol ) {
x11_grab_key ( display, mode->modmask, mode->keysym );
return TRUE;
}
}
return FALSE;
}
int x11_init(glc_t *glc)
{
x11.glc = glc;
get_real_x11();
if (getenv("GLC_HOTKEY")) {
if (x11_parse_key(getenv("GLC_HOTKEY"), &x11.capture_key, &x11.capture_key_mask)) {
glc_log(x11.glc, GLC_WARNING, "x11",
"invalid hotkey '%s'", getenv("GLC_HOTKEY"));
glc_log(x11.glc, GLC_WARNING, "x11",
"using default <Shift>F8\n");
x11.capture_key_mask = X11_KEY_SHIFT;
x11.capture_key = XK_F8;
}
} else {
x11.capture_key_mask = X11_KEY_SHIFT;
x11.capture_key = XK_F8;
}
if (getenv("GLC_RELOAD_HOTKEY")) {
if (x11_parse_key(getenv("GLC_RELOAD_HOTKEY"), &x11.reload_key, &x11.reload_key_mask)) {
glc_log(x11.glc, GLC_WARNING, "x11",
"invalid reload hotkey '%s'", getenv("GLC_HOTKEY"));
glc_log(x11.glc, GLC_WARNING, "x11",
"using default <Shift>F9\n");
x11.reload_key_mask = X11_KEY_SHIFT;
x11.reload_key = XK_F9;
}
} else {
x11.reload_key_mask = X11_KEY_SHIFT;
x11.reload_key = XK_F9;
}
return 0;
}
void parse_keys_abe ( void )
{
for ( int iter = 0; iter < NUM_ABE; iter++ ) {
char *keystr = g_strdup ( abe[iter].keystr );
char *sp = NULL;
g_free ( abe[iter].kb );
abe[iter].num_bindings = 0;
// Iter over bindings.
for ( char *entry = strtok_r ( keystr, ",", &sp ); entry != NULL; entry = strtok_r ( NULL, ",", &sp ) ) {
abe[iter].kb = g_realloc ( abe[iter].kb, ( abe[iter].num_bindings + 1 ) * sizeof ( KeyBinding ) );
KeyBinding *kb = &( abe[iter].kb[abe[iter].num_bindings] );
x11_parse_key ( entry, &( kb->modmask ), &( kb->keysym ) );
abe[iter].num_bindings++;
}
g_free ( keystr );
}
}
