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nncmpp.c
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@ -1366,7 +1366,6 @@ app_write_mpd_status (struct row_buffer *buf)
bool single = (s = str_map_find (map, "single")) && strcmp (s, "0"); bool single = (s = str_map_find (map, "single")) && strcmp (s, "0");
bool consume = (s = str_map_find (map, "consume")) && strcmp (s, "0"); bool consume = (s = str_map_find (map, "consume")) && strcmp (s, "0");
// TODO: remove the conditionals once we make them clickable
struct row_buffer right = row_buffer_make (); struct row_buffer right = row_buffer_make ();
chtype a[2] = { APP_ATTR (NORMAL), APP_ATTR (HIGHLIGHT) }; chtype a[2] = { APP_ATTR (NORMAL), APP_ATTR (HIGHLIGHT) };
if (repeat) row_buffer_append_args (&right, if (repeat) row_buffer_append_args (&right,
@ -2209,52 +2208,65 @@ current_tab_on_item_draw (size_t item_index, struct row_buffer *buffer,
free (s); free (s);
} }
static bool static void
current_tab_move_song (const char *id, int diff) mpd_on_move_response (const struct mpd_response *response,
const struct strv *data, void *user_data)
{ {
struct mpd_client *c = &g.client; (void) data;
int target = g_current_tab.item_selected + diff;
if (c->state != MPD_CONNECTED || target < 0)
return false;
char *target_str = xstrdup_printf ("%d", target); *(bool *) user_data = false;
mpd_client_send_command (c, "moveid", id, target_str, NULL); if (!response->success)
free (target_str); print_error ("%s: %s", "command failed", response->message_text);
// TODO: we should create a cancellable action waiting for the move to
// finish, so that holding Shift-arrows works as expected.
mpd_client_add_task (c, mpd_on_simple_response, NULL);
mpd_client_idle (c, 0);
// XXX: this behaves a bit erratically, as even if we waited for
// a confirmation from the daemon, it would precede the playlist update
g_current_tab.item_selected = target;
app_move_selection (0);
return true;
} }
static bool static bool
current_tab_on_action (enum action action) current_tab_move_selection (int diff)
{ {
struct tab *self = g.active_tab; static bool already_moving;
struct tab_range range = tab_selection_range (self); if (already_moving)
return true;
// TODO: handle multiselect properly
struct tab *self = &g_current_tab;
struct mpd_client *c = &g.client;
compact_map_t map = item_list_get (&g.playlist, self->item_selected); compact_map_t map = item_list_get (&g.playlist, self->item_selected);
const char *id; const char *id;
if (!map || !(id = compact_map_find (map, "id"))) if (!map || !(id = compact_map_find (map, "id")))
return false; return false;
int target = self->item_selected + diff;
if (c->state != MPD_CONNECTED || target < 0)
return false;
char *target_str = xstrdup_printf ("%d", target);
mpd_client_send_command (c, "moveid", id, target_str, NULL);
free (target_str);
mpd_client_add_task (c, mpd_on_move_response, &already_moving);
mpd_client_idle (c, 0);
return already_moving = true;
}
static bool
current_tab_on_action (enum action action)
{
struct tab *self = &g_current_tab;
compact_map_t map = item_list_get (&g.playlist, self->item_selected);
switch (action) switch (action)
{ {
// TODO: make this block more than just multiselect-tolerant const char *id;
case ACTION_MOVE_UP: return current_tab_move_song (id, -1); case ACTION_MOVE_UP:
case ACTION_MOVE_DOWN: return current_tab_move_song (id, 1); return current_tab_move_selection (-1);
case ACTION_MOVE_DOWN:
return current_tab_move_selection (+1);
case ACTION_CHOOSE: case ACTION_CHOOSE:
return MPD_SIMPLE ("playid", id); return map && (id = compact_map_find (map, "id"))
&& MPD_SIMPLE ("playid", id);
case ACTION_DELETE: case ACTION_DELETE:
{ {
struct mpd_client *c = &g.client; struct mpd_client *c = &g.client;
struct tab_range range = tab_selection_range (self);
if (range.from < 0 || c->state != MPD_CONNECTED) if (range.from < 0 || c->state != MPD_CONNECTED)
return false; return false;
@ -2271,15 +2283,16 @@ current_tab_on_action (enum action action)
return true; return true;
} }
default: default:
break;
}
return false; return false;
}
} }
static void static void
current_tab_update (void) current_tab_update (void)
{ {
g_current_tab.item_count = g.playlist.len; g_current_tab.item_count = g.playlist.len;
g_current_tab.item_mark =
MIN ((int) g.playlist.len - 1, g_current_tab.item_mark);
app_invalidate (); app_invalidate ();
} }
@ -3364,7 +3377,7 @@ mpd_update_playback_state (void)
// - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - // - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
static void static void
mpd_process_info (const struct strv *data) mpd_process_info_data (const struct strv *data)
{ {
struct str_map *map = &g.playback_info; struct str_map *map = &g.playback_info;
@ -3398,6 +3411,57 @@ mpd_process_info (const struct strv *data)
str_map_free (&item); str_map_free (&item);
} }
/// Find a song by its id in the current playlist. Expensive, rarely called.
static ssize_t
mpd_find_pos_of_id (const char *desired_id)
{
compact_map_t map;
const char *id;
for (size_t i = 0; i < g.playlist.len; i++)
{
if ((map = item_list_get (&g.playlist, i))
&& (id = compact_map_find (map, "id"))
&& !strcmp (id, desired_id))
return i;
}
return -1;
}
static char *
mpd_id_of_pos (int pos)
{
compact_map_t map = item_list_get (&g.playlist, pos);
return map ? compact_map_find (map, "id") : NULL;
}
static void
mpd_process_info (const struct strv *data)
{
int *selected = &g_current_tab.item_selected;
int *marked = &g_current_tab.item_mark;
char *prev_sel_id = mpd_id_of_pos (*selected);
char *prev_mark_id = mpd_id_of_pos (*marked);
if (prev_sel_id) prev_sel_id = xstrdup (prev_sel_id);
if (prev_mark_id) prev_mark_id = xstrdup (prev_mark_id);
mpd_process_info_data (data);
const char *sel_id = mpd_id_of_pos (*selected);
const char *mark_id = mpd_id_of_pos (*marked);
if (prev_mark_id && (!mark_id || strcmp (prev_mark_id, mark_id)))
*marked = mpd_find_pos_of_id (prev_mark_id);
if (prev_sel_id && (!sel_id || strcmp (prev_sel_id, sel_id)))
{
if ((*selected = mpd_find_pos_of_id (prev_sel_id)) < 0)
*marked = -1;
app_move_selection (0);
}
free (prev_sel_id);
free (prev_mark_id);
}
static void static void
mpd_on_info_response (const struct mpd_response *response, mpd_on_info_response (const struct mpd_response *response,
const struct strv *data, void *user_data) const struct strv *data, void *user_data)