void uifliplist_update_menus(int from_unit, int to_unit)
{
/* Yick, allocate dynamically */
static ui_menu_entry_t flipmenu[NUM_DRIVES][FLIPLIST_MENU_LIMIT];
static struct cb_data_t cb_data[NUM_DRIVES][sizeof(cbd_enum_t)];
char *image = NULL, *t0 = NULL, *t1 = NULL, *t2 = NULL, *t3 = NULL;
char *t4 = NULL, *t5 = NULL;
void *fl_iterator;
int i, drive, true_emu, fliplist_start = 0;
ui_callback_t callback = NULL;
resources_get_int("DriveTrueEmulation", &true_emu);
for (drive = from_unit - 8; (drive <= to_unit - 8) && (drive < NUM_DRIVES); drive++) {
i = 0;
t0 = t1 = t2 = t3 = t4 = t5 = NULL;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
t0 = lib_msprintf(_("Attach #%d"), drive + 8);
flipmenu[drive][i].string = t0;
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)attach_disk;
flipmenu[drive][i].callback_data = (ui_callback_data_t)(long)(drive + 8);
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
t5 = lib_msprintf(_("Detach #%d"), drive + 8);
flipmenu[drive][i].string = t5;
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)detach_disk;
flipmenu[drive][i].callback_data = (ui_callback_data_t)(long)(drive + 8);
i++;
/* drivesettings */
memcpy(&flipmenu[drive][i], (const char *)ui_drive_options_submenu, sizeof(ui_menu_entry_t));
i++;
/* Write protext UI controll */
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
flipmenu[drive][i].string = _("Read-only");
flipmenu[drive][i].type = UI_MENU_TYPE_TICK;
switch (drive) {
case 0:
callback = (ui_callback_t)toggle_AttachDevice8Readonly;
break;
case 1:
callback = (ui_callback_t)toggle_AttachDevice9Readonly;
break;
case 2:
callback = (ui_callback_t)toggle_AttachDevice10Readonly;
break;
case 3:
callback = (ui_callback_t)toggle_AttachDevice11Readonly;
break;
}
flipmenu[drive][i].callback = callback;
i++;
fliplist_start = i; /* if we take the goto don't free anything */
/* don't update menu deeply when drive has not been enabled
or nothing has been attached */
if (true_emu) {
if (!((1 << drive) & enabled_drives)) {
goto update_menu;
}
} else {
if (drive_get_disk_drive_type(drive) == DRIVE_TYPE_NONE) {
goto update_menu;
}
}
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
flipmenu[drive][i].string = "--";
flipmenu[drive][i].type = UI_MENU_TYPE_SEPARATOR;
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(fliplist_get_next(drive + 8), NULL, &image);
if (image) {
t1 = util_concat(_("Next: "), image, NULL);
} else {
t1 = util_concat(_("Next: "), "<", _("empty"), ">", NULL);
}
flipmenu[drive][i].string = t1;
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)attach_from_fliplist;
cb_data[drive][CBD_NEXT].unit = drive + 8;
cb_data[drive][CBD_NEXT].data = 1;
flipmenu[drive][i].callback_data = (ui_callback_data_t)&(cb_data[drive][CBD_NEXT]);
lib_free(image);
image = NULL;
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(fliplist_get_prev(drive + 8), NULL, &image);
if (image) {
t2 = util_concat(_("Previous: "), image, NULL);
} else {
t2 = util_concat(_("Previous: "), "<", _("empty"), ">", NULL);
}
flipmenu[drive][i].string = t2;
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)attach_from_fliplist;
cb_data[drive][CBD_PREV].unit = drive + 8;
cb_data[drive][CBD_PREV].data = 0;
flipmenu[drive][i].callback_data = (ui_callback_data_t)&(cb_data[drive][CBD_PREV]);
lib_free(image);
image = NULL;
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(last_attached_images[drive], NULL, &image);
if (image[0]) {
t3 = util_concat(_("Add: "), image, NULL);
flipmenu[drive][i].string = t3;
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)add2fliplist2;
cb_data[drive][CBD_ADD].unit = drive + 8;
cb_data[drive][CBD_ADD].data = (long) last_attached_images[drive];
flipmenu[drive][i].callback_data = (ui_callback_data_t)&(cb_data[drive][CBD_ADD]);
i++;
}
lib_free(image);
image = NULL;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(last_attached_images[drive], NULL, &image);
if (image[0]) {
t4 = util_concat(_("Remove: "), image, NULL);
flipmenu[drive][i].string = t4;
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)remove_from_fliplist2;
cb_data[drive][CBD_REMOVE].unit = drive + 8;
cb_data[drive][CBD_REMOVE].data = (long) last_attached_images[drive];
flipmenu[drive][i].callback_data = (ui_callback_data_t)&(cb_data[drive][CBD_REMOVE]);
i++;
}
lib_free(image);
image = NULL;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
flipmenu[drive][i].string = "--";
flipmenu[drive][i].type = UI_MENU_TYPE_SEPARATOR;
i++;
/* Now collect current fliplist */
fl_iterator = fliplist_init_iterate(drive + 8);
fliplist_start = i;
while (fl_iterator) {
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(fliplist_get_image(fl_iterator), NULL, &image);
flipmenu[drive][i].string = util_concat(NO_TRANS, image, NULL);
flipmenu[drive][i].type = UI_MENU_TYPE_NORMAL;
flipmenu[drive][i].callback = (ui_callback_t)attach_from_fliplist2;
flipmenu[drive][i].callback_data = (ui_callback_data_t)fl_iterator;
fl_iterator = fliplist_next_iterate(drive + 8);
lib_free(image);
image = NULL;
i++;
if (i >= (FLIPLIST_MENU_LIMIT - 1)) {
/* the end delimitor must fit */
log_warning(LOG_DEFAULT, "Number of fliplist menu entries exceeded. Cutting after %d entries.", i);
break;
}
}
update_menu:
/* make sure the menu is well terminated */
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
ui_destroy_drive_menu(drive);
ui_set_drive_menu(drive, flipmenu[drive]);
lib_free(t0);
lib_free(t1);
lib_free(t2);
lib_free(t3);
lib_free(t4);
lib_free(t5);
while (fliplist_start < i) {
lib_free(flipmenu[drive][fliplist_start].string);
flipmenu[drive][fliplist_start].string = NULL;
fliplist_start++;
}
}
/* Update the checkmarks */
ui_menu_update_all();
}
void uifliplist_update_menus(int from_unit, int to_unit)
{
/* Yick, allocate dynamically */
static ui_menu_entry_t flipmenu[NUM_DRIVES][FLIPLIST_MENU_LIMIT];
static struct cb_data_t cb_data[NUM_DRIVES][sizeof(cbd_enum_t)];
char *image = NULL, *t0 = NULL, *t1 = NULL, *t2 = NULL, *t3 = NULL;
char *t4 = NULL, *t5 = NULL, *dir;
void *fl_iterator;
int i, drive, true_emu, fliplist_start = 0;
static int name_count = 0;
char *menuname;
resources_get_int("DriveTrueEmulation", &true_emu);
for (drive = from_unit - 8;
(drive <= to_unit - 8) && (drive < NUM_DRIVES);
drive++) {
i = 0;
t0 = t1 = t2 = t3 = t4 = t5 = NULL;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
t0 = lib_msprintf(_("Attach #%d"), drive + 8);
flipmenu[drive][i].string = t0;
flipmenu[drive][i].callback = (ui_callback_t)attach_disk;
flipmenu[drive][i].callback_data = (ui_callback_data_t)(drive + 8);
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
t5 = lib_msprintf(_("Detach #%d"), drive + 8);
flipmenu[drive][i].string = t5;
flipmenu[drive][i].callback = (ui_callback_t)detach_disk;
flipmenu[drive][i].callback_data = (ui_callback_data_t)(drive + 8);
i++;
#ifdef USE_GNOMEUI
/* drivesettings */
/* this won't work so far for Xaw, because the checkmarks
aren't updated when a menu is destroyed, as the flipmenu is
dynamically regenerated; The Gnome code is already fixed. */
memcpy(&flipmenu[drive][i], (const char *)ui_drive_options_submenu,
sizeof(ui_menu_entry_t));
i++;
/* Write protext UI controll */
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
flipmenu[drive][i].string = _("*Write Protect");
if (drive == 0)
flipmenu[drive][i].callback =
G_CALLBACK(toggle_AttachDevice8Readonly);
else
flipmenu[drive][i].callback =
G_CALLBACK(toggle_AttachDevice9Readonly);
i++;
#endif
fliplist_start = i; /* if we take the goto don't free anythin */
/* don't update menu deeply when drive has not been enabled
or nothing has been attached */
if (true_emu) {
if (!((1 << drive) & enabled_drives))
goto update_menu;
} else {
if (strcmp(last_attached_images[drive], "") == 0)
goto update_menu;
}
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
flipmenu[drive][i].string = "--";
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(fliplist_get_next(drive + 8), &dir, &image);
t1 = util_concat(_("Next: "), image ? image : _("<empty>"), NULL);
flipmenu[drive][i].string = t1;
flipmenu[drive][i].callback = (ui_callback_t)attach_from_fliplist;
cb_data[drive][CBD_NEXT].unit = drive + 8;
cb_data[drive][CBD_NEXT].data = 1;
flipmenu[drive][i].callback_data =
(ui_callback_data_t)&(cb_data[drive][CBD_NEXT]);
if (dir)
lib_free(dir);
if (image)
lib_free(image);
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(fliplist_get_prev(drive + 8), &dir, &image);
t2 = util_concat(_("Previous: "), image ? image : _("<empty>"), NULL);
flipmenu[drive][i].string = t2;
flipmenu[drive][i].callback = (ui_callback_t)attach_from_fliplist;
cb_data[drive][CBD_PREV].unit = drive + 8;
cb_data[drive][CBD_PREV].data = 0;
flipmenu[drive][i].callback_data =
(ui_callback_data_t)&(cb_data[drive][CBD_PREV]);
if (dir)
lib_free(dir);
if (image)
lib_free(image);
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(last_attached_images[drive], &dir, &image);
t3 = util_concat(_("Add: "), image, NULL);
flipmenu[drive][i].string = t3;
flipmenu[drive][i].callback = (ui_callback_t)add2fliplist2;
cb_data[drive][CBD_ADD].unit = drive + 8;
cb_data[drive][CBD_ADD].data = (long) last_attached_images[drive];
flipmenu[drive][i].callback_data =
(ui_callback_data_t)&(cb_data[drive][CBD_ADD]);
if (dir)
lib_free(dir);
if (image)
lib_free(image);
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(last_attached_images[drive], &dir, &image);
t4 = util_concat(_("Remove: "), image, NULL);
flipmenu[drive][i].string = t4;
flipmenu[drive][i].callback = (ui_callback_t)remove_from_fliplist2;
cb_data[drive][CBD_REMOVE].unit = drive + 8;
cb_data[drive][CBD_REMOVE].data = (long) last_attached_images[drive];
flipmenu[drive][i].callback_data =
(ui_callback_data_t)&(cb_data[drive][CBD_REMOVE]);
if (dir)
lib_free(dir);
if (image)
lib_free(image);
i++;
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
flipmenu[drive][i].string = "--";
i++;
/* Now collect current fliplist */
fl_iterator = fliplist_init_iterate(drive + 8);
fliplist_start = i;
while (fl_iterator) {
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
util_fname_split(fliplist_get_image(fl_iterator), &dir, &image);
flipmenu[drive][i].string = util_concat(NO_TRANS, image, NULL);
flipmenu[drive][i].callback =
(ui_callback_t)attach_from_fliplist2;
flipmenu[drive][i].callback_data =
(ui_callback_data_t)fl_iterator;
fl_iterator = fliplist_next_iterate(drive + 8);
if (dir)
lib_free(dir);
if (image)
lib_free(image);
i++;
if (i >= (FLIPLIST_MENU_LIMIT - 1)) {
/* the end delimitor must fit */
log_warning(LOG_DEFAULT,
"Number of fliplist menu entries exceeded."
"Cutting after %d entries.", i);
break;
}
}
update_menu:
/* make sure the menu is well terminated */
memset(&(flipmenu[drive][i]), 0, sizeof(ui_menu_entry_t));
menuname = lib_msprintf("LeftDrive%iMenu%i", drive + 8, name_count);
#ifdef USE_GNOMEUI
ui_destroy_drive_menu(drive);
ui_set_drive_menu(drive, flipmenu[drive]);
#else
/* ugly ... */
if (drive == 0) {
ui_destroy_drive8_menu();
/* FIXME: Make sure the widget is really destroyed! */
ui_set_drive8_menu(ui_menu_create(menuname /*"LeftDrive8Menu"*/,
flipmenu[drive], NULL));
} else {
ui_destroy_drive9_menu();
/* FIXME: Make sure the widget is really destroyed! */
ui_set_drive9_menu(ui_menu_create(menuname /*"LeftDrive9Menu"*/,
flipmenu[drive], NULL));
}
#endif
lib_free(menuname);
if (t0)
lib_free(t0);
if (t1)
lib_free(t1);
if (t2)
lib_free(t2);
if (t3)
lib_free(t3);
if (t4)
lib_free(t4);
if (t5)
lib_free(t5);
while (fliplist_start < i) {
if (flipmenu[drive][fliplist_start].string)
lib_free(flipmenu[drive][fliplist_start].string);
fliplist_start++;
}
}
}
/** \brief Fill in a menu with controls for fliplist control.
*
* Fliplist controls are placed at the end of a menu, after a
* separator. Any previously-existing fliplist controls within the
* menu will be removed.
*
* \param menu The menu to be edited.
* \param unit The drive unit (8-11) that this menu
* will control.
* \param separator_count The number of menu separators in the
* part of the menu that does not involve
* the fliplist.
*/
void ui_populate_fliplist_menu(GtkWidget *menu, int unit, int separator_count)
{
const char *fliplist_string;
GtkWidget *menu_item;
GList *children = gtk_container_get_children(GTK_CONTAINER(menu));
GList *child_iter = g_list_first(children);
int separators_so_far = 0;
while (child_iter) {
if (GTK_IS_SEPARATOR_MENU_ITEM(child_iter->data)) {
++separators_so_far;
}
if (separators_so_far > separator_count) {
gtk_container_remove(GTK_CONTAINER(menu), child_iter->data);
}
child_iter = child_iter->next;
}
g_list_free(children);
/* Fliplist controls in GTK2/GNOME are next/previous and then the
* full list of entries within it. For GTK3 we only show these if
* the fliplist isn't empty for this drive. */
/* TODO: Add/Remove current image to/from fliplist should really
* be here too. */
fliplist_string = fliplist_get_next(unit);
if (fliplist_string) {
char buf[128];
char *basename = NULL;
fliplist_t fliplist_iterator;
int index;
gtk_container_add(GTK_CONTAINER(menu), gtk_separator_menu_item_new());
util_fname_split(fliplist_string, NULL, &basename);
snprintf(buf, 128, "Next: %s", basename ? basename : fliplist_string);
lib_free(basename);
basename = NULL;
buf[127] = 0;
menu_item = gtk_menu_item_new_with_label(buf);
g_signal_connect(menu_item, "activate", G_CALLBACK(ui_fliplist_next_cb), GINT_TO_POINTER(unit));
gtk_container_add(GTK_CONTAINER(menu), menu_item);
fliplist_string = fliplist_get_prev(unit);
if (fliplist_string) {
util_fname_split(fliplist_string, NULL, &basename);
snprintf(buf, 128, "Previous: %s", basename ? basename : fliplist_string);
lib_free(basename);
basename = NULL;
buf[127] = 0;
menu_item = gtk_menu_item_new_with_label(buf);
g_signal_connect(menu_item, "activate", G_CALLBACK(ui_fliplist_prev_cb), GINT_TO_POINTER(unit));
gtk_container_add(GTK_CONTAINER(menu), menu_item);
}
gtk_container_add(GTK_CONTAINER(menu), gtk_separator_menu_item_new());
fliplist_iterator = fliplist_init_iterate(unit);
index = 0;
while (fliplist_iterator) {
fliplist_string = fliplist_get_image(fliplist_iterator);
util_fname_split(fliplist_string, NULL, &basename);
menu_item = gtk_menu_item_new_with_label(basename ? basename : fliplist_string);
lib_free(basename);
basename = NULL;
g_signal_connect(menu_item, "activate", G_CALLBACK(ui_fliplist_select_cb), GINT_TO_POINTER(unit+(index << 8)));
gtk_container_add(GTK_CONTAINER(menu), menu_item);
fliplist_iterator = fliplist_next_iterate(unit);
++index;
}
}
}