Etk_Bool
_state_AspectSpinner_value_changed_cb(Etk_Range *range, double value, void *data)
{
printf("Value Changed Signal on AspectMinSpinner EMITTED\n");
edje_edit_state_aspect_min_set(edje_o, Cur.part->string, Cur.state->string,
etk_range_value_get(ETK_RANGE(UI_AspectMinSpinner)));
edje_edit_state_aspect_max_set(edje_o, Cur.part->string, Cur.state->string,
etk_range_value_get(ETK_RANGE(UI_AspectMaxSpinner)));
return ETK_TRUE;
}
Etk_Bool
_gradient_RelSpinners_value_changed_cb(Etk_Range *range, double value, void *data)
{
printf("Value Changed Signal on Gradient RelSpinner EMITTED (value: %f)\n",etk_range_value_get(range));
if (!etk_string_length_get(Cur.state) || !etk_string_length_get(Cur.part))
return ETK_TRUE;
switch ((int)(long)data)
{
case REL1X_SPINNER:
edje_edit_state_gradient_rel1_relative_x_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL1Y_SPINNER:
edje_edit_state_gradient_rel1_relative_y_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL2X_SPINNER:
edje_edit_state_gradient_rel2_relative_x_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL2Y_SPINNER:
edje_edit_state_gradient_rel2_relative_y_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL1XO_SPINNER:
edje_edit_state_gradient_rel1_offset_x_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL1YO_SPINNER:
edje_edit_state_gradient_rel1_offset_y_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL2XO_SPINNER:
edje_edit_state_gradient_rel2_offset_x_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
case REL2YO_SPINNER:
edje_edit_state_gradient_rel2_offset_y_set(edje_o,
Cur.part->string, Cur.state->string,
etk_range_value_get(range));
break;
}
canvas_redraw();
return ETK_TRUE;
}
Etk_Bool
_image_border_spinners_value_changed_cb(Etk_Range *range, double value, void *data)
{
printf("Value Changed signal on BorderSpinner EMITTED (value: %f)\n",etk_range_value_get(range));
if (!etk_string_length_get(Cur.state)) return ETK_TRUE;
if (!etk_string_length_get(Cur.part)) return ETK_TRUE;
edje_edit_state_image_border_set(edje_o, Cur.part->string, Cur.state->string,
(int)etk_range_value_get(ETK_RANGE(UI_BorderLeftSpinner)),
(int)etk_range_value_get(ETK_RANGE(UI_BorderRightSpinner)),
(int)etk_range_value_get(ETK_RANGE(UI_BorderTopSpinner)),
(int)etk_range_value_get(ETK_RANGE(UI_BorderBottomSpinner)));
canvas_redraw();
return ETK_TRUE;
}
Etk_Bool
_state_MinMaxSpinner_value_changed_cb(Etk_Range *range, double value, void *data)
{
printf("Active Item Changed Signal on MinMaxSpinners EMITTED\n");
edje_edit_state_min_w_set(edje_o, Cur.part->string, Cur.state->string,
etk_range_value_get(ETK_RANGE(UI_StateMinWSpinner)));
edje_edit_state_min_h_set(edje_o, Cur.part->string, Cur.state->string,
etk_range_value_get(ETK_RANGE(UI_StateMinHSpinner)));
edje_edit_state_max_w_set(edje_o, Cur.part->string, Cur.state->string,
etk_range_value_get(ETK_RANGE(UI_StateMaxWSpinner)));
edje_edit_state_max_h_set(edje_o, Cur.part->string, Cur.state->string,
etk_range_value_get(ETK_RANGE(UI_StateMaxHSpinner)));
canvas_redraw();
return ETK_TRUE;
}
/* Updates the text of the spinner from its value */
static void _etk_spinner_update_text_from_value(Etk_Spinner *spinner)
{
char text[MAX_TEXT_LEN];
if (!spinner || !spinner->editable_object)
return;
snprintf(text, MAX_TEXT_LEN, spinner->value_format, etk_range_value_get(ETK_RANGE(spinner)));
etk_editable_text_set(spinner->editable_object, text);
}
/* Called when the step-increment of the spinner is changed:
* We correct the value if the "snap-to-ticks" setting is on */
static void _etk_spinner_step_increment_changed_cb(Etk_Object *object, const char *property_name, void *data)
{
Etk_Spinner *spinner;
double value;
if (!(spinner = ETK_SPINNER(object)))
return;
if (spinner->snap_to_ticks)
{
value = etk_range_value_get(ETK_RANGE(spinner));
value = _etk_spinner_value_snap(spinner, value);
etk_range_value_set(ETK_RANGE(spinner), value);
}
}
/**
* @brief Sets whether or not the value of the spinner should be automatically
* corrected to the nearest step-increment
* @param spinner a spinner
* @param snap_to_ticks ETK_TRUE if you want the value to be corrected, ETK_FALSE otherwise
*/
void etk_spinner_snap_to_ticks_set(Etk_Spinner *spinner, Etk_Bool snap_to_ticks)
{
if (!spinner || spinner->snap_to_ticks == snap_to_ticks)
return;
spinner->snap_to_ticks = snap_to_ticks;
if (snap_to_ticks)
{
double new_value;
new_value = _etk_spinner_value_snap(spinner, etk_range_value_get(ETK_RANGE(spinner)));
etk_range_value_set(ETK_RANGE(spinner), new_value);
}
etk_object_notify(ETK_OBJECT(spinner), "snap-to-ticks");
}
void
emphasis_configgui_save(Emphasis_Config_Gui *configgui)
{
Emphasis_Config *config;
char *key = NULL, *value = NULL;
int reconnect = 0;
config = config_load();
if((key = config->hostname))
{
value = strdup(etk_entry_text_get(ETK_ENTRY(configgui->hostname)));
if(strcmp(key,value)) { reconnect = 1; }
free(config->hostname);
}
config->hostname = value;
if((key = config->password))
{
value = strdup(etk_entry_text_get(ETK_ENTRY(configgui->password)));
if(!reconnect && strcmp(key,value)) { reconnect = 1; }
free(config->password);
}
config->password = value;
if(!reconnect && config->port != etk_range_value_get(ETK_RANGE(configgui->port)))
{
reconnect = 1;
}
config->port = etk_range_value_get(ETK_RANGE(configgui->port));
config->crossfade =
etk_range_value_get(ETK_RANGE(configgui->xfade));
config->stop_on_exit =
etk_toggle_button_active_get(ETK_TOGGLE_BUTTON(configgui->stop));
config->keep_aspect =
etk_toggle_button_active_get(ETK_TOGGLE_BUTTON(configgui->aspect));
if(configgui->data)
{
etk_image_keep_aspect_set
(ETK_IMAGE(((Emphasis_Gui*)configgui->data)->player->small.cover),
config->keep_aspect);
etk_image_keep_aspect_set
(ETK_IMAGE(((Emphasis_Gui*)configgui->data)->player->full.cover),
config->keep_aspect);
}
mpc_set_crossfade(config->crossfade);
config_save(config);
config_free(config);
if(reconnect)
{
Emphasis_Gui *gui = configgui->data;
emphasis_player_cover_set(gui->player, NULL);
emphasis_player_progress_set(gui->player, 0.0, 0.001);
mpc_disconnect();
}
}
