/* Called when a key is pressed while the tree is focused:
* we use this to delete the selected rows if "DEL" is pressed */
static Etk_Bool _etk_test_tree_key_down_cb(Etk_Object *object, Etk_Event_Key_Down *event, void *data)
{
Etk_Tree *tree;
Etk_Tree_Row *r;
if (!(tree = ETK_TREE(object)))
return ETK_FALSE;
if (strcmp(event->keyname, "Delete") == 0)
{
/* We walk through all the rows of the tree, and we delete those which are selected.
* Note that we can safely manipulate "r" with etk_tree_row_walk_next(), even if it
* has been deleted with etk_tree_row_delete(), because etk_tree_row_delete() just
* marks the row as deleted, but the row is not effectively deleted immediately */
for (r = etk_tree_first_row_get(tree); r; r = etk_tree_row_walk_next(r, ETK_TRUE))
{
if (etk_tree_row_is_selected(r))
etk_tree_row_delete(r);
}
return ETK_TRUE;
}
return ETK_FALSE;
}
void
tree_populate(void)
{
Eina_List *parts, *pp;
Eina_List *progs;
etk_tree_freeze(ETK_TREE(UI_PartsTree));
etk_tree_clear(ETK_TREE(UI_PartsTree));
parts = pp = edje_edit_parts_list_get(edje_o);
while(pp)
{
printf(" P: %s\n", (char*)pp->data);
tree_part_add((char*)pp->data, NULL);
pp = pp->next;
}
edje_edit_string_list_free(parts);
progs = pp = edje_edit_programs_list_get(edje_o);
while(pp)
{
tree_program_add((char*)pp->data);
pp = pp->next;
}
edje_edit_string_list_free(progs);
etk_tree_row_select(etk_tree_first_row_get (ETK_TREE(UI_PartsTree)));
etk_tree_thaw(ETK_TREE(UI_PartsTree));
}
Etk_Tree_Row * mainWindow_findrow(main_window* win, exalt_ethernet* eth)
{/*{{{*/
Etk_Tree_Row* row;
char* row_name;
row = etk_tree_first_row_get(ETK_TREE(win->eth_list));
//the first row is "General", we can jump it
row = etk_tree_row_next_get(row);
while(row)
{
etk_tree_row_fields_get(row, win->eth_col0, NULL, NULL, &row_name, NULL);
if(strcmp(row_name,exalt_eth_get_name(eth))==0)
return row;
row = etk_tree_row_next_get(row);
}
return NULL;
}/*}}}*/
Etk_Tree_Row * bootpanel_findrow(char* interface, boot_panel* pnl)
{
Etk_Tree_Row* row;
char* row_name;
EXALT_ASSERT_RETURN(interface!=NULL);
EXALT_ASSERT_RETURN(pnl!=NULL);
row = etk_tree_first_row_get(ETK_TREE(pnl->eth_list));
while(row)
{
etk_tree_row_fields_get(row, pnl->eth_col0, NULL, &row_name, NULL);
if(strcmp(row_name,interface)==0)
return row;
row = etk_tree_row_next_get(row);
}
return NULL;
}
int mainWindow_eth_state_timer(void* data)
{/*{{{*/
main_window* win = (main_window*)data;
Etk_Tree_Row *row;
char* row_name;
exalt_ethernet* eth;
row = etk_tree_first_row_get(ETK_TREE(win->eth_list));
//the first row is "General", we can jump it
row = etk_tree_row_next_get(row);
while(row!=NULL)
{
etk_tree_row_fields_get(row, win->eth_col0, NULL, NULL, &row_name, NULL);
eth=exalt_eth_get_ethernet_byname(row_name);
if(eth)
{
if(exalt_eth_is_wireless(eth))
{
short radio;
exalt_wireless_load_radio_button(eth);
radio = exalt_wireless_raddiobutton_ison(exalt_eth_get_wireless(eth));
if(radio && exalt_eth_is_activate(eth))
etk_tree_row_fields_set(row, 0, win->eth_col0,PACKAGE_DATA_DIR ICONS_WIRELESS_ACTIVATE,NULL,row_name, NULL);
else
etk_tree_row_fields_set(row, 0, win->eth_col0,PACKAGE_DATA_DIR ICONS_WIRELESS_NOT_ACTIVATE,NULL,row_name, NULL);
}
else
if(exalt_eth_is_activate(eth))
etk_tree_row_fields_set(row, 0, win->eth_col0,PACKAGE_DATA_DIR ICONS_ETHERNET_ACTIVATE,NULL,row_name, NULL);
else
etk_tree_row_fields_set(row, 0, win->eth_col0,PACKAGE_DATA_DIR ICONS_ETHERNET_NOT_ACTIVATE,NULL,row_name, NULL);
}
row = etk_tree_row_next_get(row);
}
return 1;
}/*}}}*/
