/*! \todo Finish function documentation!!!
* \brief
* \par Function Description
*
*/
void pagesel_update (Pagesel *pagesel)
{
GtkTreeModel *model;
TOPLEVEL *toplevel;
PAGE *p_current;
GList *iter;
g_assert (IS_PAGESEL (pagesel));
g_return_if_fail (GSCHEM_DIALOG (pagesel)->w_current);
toplevel = GSCHEM_DIALOG (pagesel)->w_current->toplevel;
model = gtk_tree_view_get_model (pagesel->treeview);
/* wipe out every thing in the store */
gtk_tree_store_clear (GTK_TREE_STORE (model));
/* now rebuild */
for ( iter = geda_list_get_glist( toplevel->pages );
iter != NULL;
iter = g_list_next( iter ) ) {
p_current = (PAGE *)iter->data;
/* find every page that is not a hierarchy-down of another page */
if (p_current->up < 0 ||
s_page_search_by_page_id (toplevel->pages,
p_current->up) == NULL) {
add_page (model, NULL, toplevel->pages, p_current);
}
}
/* select the current page in the treeview */
select_page (pagesel->treeview, NULL, toplevel->page_current);
}
/*! \todo Finish function documentation!!!
* \brief
* \par Function Description
* Recursive function to select the current page in the treeview
*
*/
static void select_page(GtkTreeView *treeview,
GtkTreeIter *parent, PAGE *page)
{
GtkTreeModel *treemodel = gtk_tree_view_get_model (treeview);
GtkTreeIter iter;
PAGE *p_current;
if (!gtk_tree_model_iter_children (treemodel, &iter, parent)) {
return;
}
do {
gtk_tree_model_get (treemodel, &iter,
COLUMN_PAGE, &p_current,
-1);
if (p_current == page) {
gtk_tree_view_expand_all (treeview);
gtk_tree_selection_select_iter (
gtk_tree_view_get_selection (treeview),
&iter);
return;
}
select_page (treeview, &iter, page);
} while (gtk_tree_model_iter_next (treemodel, &iter));
}
static void
bt_settings_dialog_set_property (GObject * object, guint property_id,
const GValue * value, GParamSpec * pspec)
{
BtSettingsDialog *self = BT_SETTINGS_DIALOG (object);
return_if_disposed ();
switch (property_id) {
case PROP_PAGE:
select_page (self, g_value_get_enum (value));
break;
default:
G_OBJECT_WARN_INVALID_PROPERTY_ID (object, property_id, pspec);
break;
}
}
static page * select_page_wrapper()
{
page * current_page;
if (pthread_mutex_lock(&globals.select_mutex) == ERROR)
return NULL;
current_page = select_page(globals.pages, globals.mem_size);
if (current_page == NULL)
{
pthread_mutex_unlock(&globals.select_mutex);
return NULL;
}
if (pthread_mutex_lock(&(current_page->meta->lock)) == ERROR)
{
pthread_mutex_unlock(&globals.select_mutex);
return NULL;
}
return current_page;
}
void CL_TabHeader_Impl::on_process_message(CL_GUIMessage &msg)
{
if(component->is_enabled())
{
if (msg.is_type(CL_GUIMessage_Input::get_type_name()))
{
CL_GUIMessage_Input input_msg = msg;
CL_InputEvent e = input_msg.get_event();
CL_Point pos = e.mouse_pos;
if (e.type == CL_InputEvent::pressed && e.id == CL_MOUSE_LEFT)
{
std::vector<Handle>::iterator it;
for (it = tabs.begin(); it != tabs.end(); ++it)
{
bool inside = (*it).rect.contains(pos);
if (inside)
{
unselect_all();
(*it).part.set_state(CssStr::selected, true);
(*it).part.set_state(CssStr::normal, false);
component->request_repaint();
if (!func_page_selected.is_null())
func_page_selected.invoke((*it).tab_page);
}
}
msg.set_consumed();
}
else if (e.type == CL_InputEvent::pointer_moved)
{
std::vector<Handle>::iterator it;
for (it = tabs.begin(); it != tabs.end(); ++it)
{
bool inside = (*it).rect.contains(pos);
if (inside)
{
if ((*it).part.get_state(CssStr::selected))
return;
(*it).part.set_state(CssStr::hot, true);
(*it).part.set_state(CssStr::normal, false);
component->request_repaint();
msg.set_consumed();
}
else if ((*it).part.get_state(CssStr::hot))
{
(*it).part.set_state(CssStr::hot, false);
(*it).part.set_state(CssStr::normal, true);
component->request_repaint();
msg.set_consumed();
}
}
}
else if (e.type == CL_InputEvent::pressed && e.id == CL_KEY_LEFT)
{
int next_page = selected_page - 1;
if (next_page < 0)
next_page = tabs.size()-1;
unselect_all();
select_page(next_page);
if (!func_page_selected.is_null())
func_page_selected.invoke(tabs[next_page].tab_page);
component->select_page(next_page);
msg.set_consumed();
}
else if (e.type == CL_InputEvent::pressed && e.id == CL_KEY_RIGHT)
{
int next_page = selected_page + 1;
if (next_page >= tabs.size())
next_page = 0;
unselect_all();
select_page(next_page);
if (!func_page_selected.is_null())
func_page_selected.invoke(tabs[next_page].tab_page);
component->request_repaint();
msg.set_consumed();
}
else if (e.type == CL_InputEvent::pressed && (e.id == CL_KEY_UP || e.id == CL_KEY_DOWN))
{
// block focus switching with up/down when in tab header.
msg.set_consumed();
}
}
else if (msg.is_type(CL_GUIMessage_Pointer::get_type_name()))
{
CL_GUIMessage_Pointer pointer = msg;
if (pointer.get_pointer_type() == CL_GUIMessage_Pointer::pointer_leave)
{
std::vector<Handle>::iterator it;
for (it = tabs.begin(); it != tabs.end(); ++it)
{
(*it).part.set_state(CssStr::hot, false);
(*it).part.set_state(CssStr::normal, true);
}
component->request_repaint();
}
}
else if (msg.is_type(CL_GUIMessage_FocusChange::get_type_name()))
{
CL_GUIMessage_FocusChange focus_msg = msg;
if (focus_msg.get_focus_type() == CL_GUIMessage_FocusChange::gained_focus)
{
part_background.set_state(CssStr::focused, true);
component->request_repaint();
}
else
{
part_background.set_state(CssStr::focused, false);
component->request_repaint();
}
msg.set_consumed();
}
}
}
void TabHeader_Impl::on_process_message(std::shared_ptr<GUIMessage> &msg)
{
if(component->is_enabled())
{
std::shared_ptr<GUIMessage_Input> input_msg = std::dynamic_pointer_cast<GUIMessage_Input>(msg);
if (input_msg)
{
const InputEvent &e = input_msg->input_event;
Point pos = e.mouse_pos;
if (e.type == InputEvent::pressed && e.id == mouse_left)
{
std::vector<Handle>::iterator it;
for (it = tabs.begin(); it != tabs.end(); ++it)
{
bool inside = (*it).rect.contains(pos);
if (inside)
{
unselect_all();
(*it).part.set_pseudo_class(CssStr::selected, true);
(*it).part.set_pseudo_class(CssStr::normal, false);
component->request_repaint();
if (!func_page_selected.is_null())
func_page_selected.invoke((*it).tab_page);
}
}
msg->consumed = true;
}
else if (e.type == InputEvent::pointer_moved)
{
std::vector<Handle>::iterator it;
for (it = tabs.begin(); it != tabs.end(); ++it)
{
bool inside = (*it).rect.contains(pos);
if (inside)
{
if ((*it).part.get_pseudo_class(CssStr::selected))
return;
(*it).part.set_pseudo_class(CssStr::hover, true);
(*it).part.set_pseudo_class(CssStr::normal, false);
component->request_repaint();
msg->consumed = true;
}
else if ((*it).part.get_pseudo_class(CssStr::hover))
{
(*it).part.set_pseudo_class(CssStr::hover, false);
(*it).part.set_pseudo_class(CssStr::normal, true);
component->request_repaint();
msg->consumed = true;
}
}
}
else if (e.type == InputEvent::pressed && e.id == keycode_left)
{
int next_page = selected_page - 1;
if (next_page < 0)
next_page = tabs.size()-1;
unselect_all();
select_page(next_page);
if (!func_page_selected.is_null())
func_page_selected.invoke(tabs[next_page].tab_page);
component->select_page(next_page);
msg->consumed = true;
}
else if (e.type == InputEvent::pressed && e.id == keycode_right)
{
int next_page = selected_page + 1;
if (next_page >= tabs.size())
next_page = 0;
unselect_all();
select_page(next_page);
if (!func_page_selected.is_null())
func_page_selected.invoke(tabs[next_page].tab_page);
component->request_repaint();
msg->consumed = true;
}
else if (e.type == InputEvent::pressed && (e.id == keycode_up || e.id == keycode_down))
{
// block focus switching with up/down when in tab header.
msg->consumed = true;
}
}
std::shared_ptr<GUIMessage_Pointer> pointer = std::dynamic_pointer_cast<GUIMessage_Pointer>(msg);
if (pointer)
{
if (pointer->pointer_type == GUIMessage_Pointer::pointer_leave)
{
std::vector<Handle>::iterator it;
for (it = tabs.begin(); it != tabs.end(); ++it)
{
(*it).part.set_pseudo_class(CssStr::hover, false);
(*it).part.set_pseudo_class(CssStr::normal, true);
}
component->request_repaint();
}
}
std::shared_ptr<GUIMessage_FocusChange> focus_change_msg = std::dynamic_pointer_cast<GUIMessage_FocusChange>(msg);
if (focus_change_msg)
{
if (focus_change_msg->focus_type == GUIMessage_FocusChange::gained_focus)
{
component->set_pseudo_class(CssStr::focused, true);
component->request_repaint();
}
else
{
component->set_pseudo_class(CssStr::focused, false);
component->request_repaint();
}
msg->consumed = true;
}
}
}
int load_page(unsigned num, page *my_page)
/* Function loads page number [num] from the drive to the operating memory. *
* If there is no place for new frame, it's waiting for place or other *
* frame which could be removed in order to complete request *
* *
* Function assumes, that the thread has lock on the [data.mutex] *
* *
* MUTABLE PARAMETERS: my_page *
* *
* RETURN VALUE: *
* 0 success *
* PSIM_ECOND there was a problem with a operation on condition *
* PSIM_ELOCK mutex lock operation failed *
* PSIM_EUNLO mutex unlock operation failed *
* IOERROR aio operation failed */
{
int ret;
page *to_delete = NULL;
my_page->state = PSIM_IN_USE;
// while we don't have place and candidate to delete - wait
while(data.pages_count >= data.mem_size &&
(to_delete = select_page(data.first_page)) == NULL)
CHECK_NZERO(pthread_cond_wait(&data.create_page_cond, &data.mutex),
PSIM_ECOND);
if(to_delete != NULL)
// we must remove frame before loading
{
to_delete->state = PSIM_IN_USE;
frames_list_remove(to_delete);
ret = 0;
if(to_delete->mod);
// frame was modified, so we have to write it back
{
if(data.callback != NULL)
data.callback(2, to_delete->p_num, to_delete->f_num);
CHECK_NZERO(wait_for_place(), PSIM_ECOND);
DEC_CHECK_NZERO(pthread_mutex_unlock(&data.mutex), PSIM_EUNLO);
ret = write_page(to_delete);
DEC_CHECK_NZERO(pthread_mutex_lock(&data.mutex), PSIM_ELOCK);
data.current_operations--;
if(ret != 0)
// aio_write failed, so we have to attach our frame back
{
frames_list_push_back(to_delete);
// we don't control error, because we already have one
pthread_cond_broadcast(&to_delete->cond);
pthread_cond_signal(&data.max_operations_cond);
to_delete->state = PSIM_READY;
return PSIM_EIO;
}
// We want to try every necessary signal, before returning!
ret = ret || pthread_cond_signal(&data.max_operations_cond);
if(data.callback != NULL)
data.callback(3, to_delete->p_num, to_delete->f_num);
}
stash_frame(to_delete);
data.pages_count--;
ret = ret || pthread_cond_broadcast(&to_delete->cond);
if(ret != 0)
return PSIM_ECOND;
}
data.pages_count++;
pop_frame(my_page);
if(data.callback != NULL)
data.callback(4, my_page->p_num, my_page->f_num);
CHECK_NZERO(wait_for_place(), PSIM_ECOND);
DEC_CHECK_NZERO(pthread_mutex_unlock(&data.mutex), PSIM_EUNLO);
ret = read_page(my_page);
DEC_CHECK_NZERO(pthread_mutex_lock(&data.mutex), PSIM_ELOCK);
data.current_operations--;
if(ret != 0)
// aio_read failed, so we have to stash frame back
{
stash_frame(my_page);
data.pages_count--;
// we don't control error, because we already have one
pthread_cond_signal(&data.max_operations_cond);
pthread_cond_broadcast(&data.create_page_cond);
pthread_cond_broadcast(&my_page->cond);
return PSIM_EIO;
}
my_page->state = PSIM_READY;
frames_list_push_back(my_page);
if(data.callback != NULL)
data.callback(5, my_page->p_num, my_page->f_num);
// We want to try every necessary signal, before returning!
ret = 0;
ret = pthread_cond_signal(&data.max_operations_cond);
// First the ones which are waiting on the "create_page" cond!
ret = ret || pthread_cond_broadcast(&data.create_page_cond);
ret = ret || pthread_cond_broadcast(&my_page->cond);
if(ret != 0)
return PSIM_ECOND;
return 0;
}