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#include <gtkmm/main.h>
#include <napkin/util.h>
#include "sleep_timeline.h"
#include "sleep_history.h"
namespace napkin {
namespace gtk {
sleep_history_t::basic_textrenderer::basic_textrenderer() {
property_family().set_value("monospace");
property_single_paragraph_mode().set_value(true);
}
void sleep_history_t::basic_textrenderer::render_vfunc(
const Glib::RefPtr<Gdk::Drawable>& window, Gtk::Widget& widget,
const Gdk::Rectangle& background_area, const Gdk::Rectangle& cell_area,
const Gdk::Rectangle& expose_area, Gtk::CellRendererState flags) {
hypnodata_t *hd = (hypnodata_t*)property_user_data().get_value();
property_text().set_value(hd?get_text(*hd).c_str():"");
Gtk::CellRendererText::render_vfunc(window,widget,
background_area,cell_area,expose_area,
flags);
}
const string sleep_history_t::date_render_t::get_text(const hypnodata_t& hd) const {
return hd.str_date(); }
const string sleep_history_t::tobed_render_t::get_text(const hypnodata_t& hd) const {
return hd.str_to_bed(); }
const string sleep_history_t::alarm_render_t::get_text(const hypnodata_t& hd) const {
return hd.str_alarm(); }
sleep_history_t::window_render_t::window_render_t() {
property_xalign().set_value(1); }
const string sleep_history_t::window_render_t::get_text(
const hypnodata_t& hd) const {
char tmp[16];
snprintf(tmp,sizeof(tmp),"%2d",hd.window);
return tmp;
}
sleep_history_t::nawakes_render_t::nawakes_render_t() {
property_xalign().set_value(1); }
const string sleep_history_t::nawakes_render_t::get_text(
const hypnodata_t& hd) const {
char tmp[16];
snprintf(tmp,sizeof(tmp),"%2d",(int)hd.almost_awakes.size());
return tmp;
}
const string sleep_history_t::data_a_render_t::get_text(const hypnodata_t& hd) const {
return hd.str_data_a(); }
sleep_history_t::sleep_timeline_render_t::sleep_timeline_render_t(
const sleep_history_t& sh) : sleep_history(sh)
{
property_xpad().set_value(2); property_ypad().set_value(2);
}
void sleep_history_t::sleep_timeline_render_t::render_vfunc(
const Glib::RefPtr<Gdk::Drawable>& window, Gtk::Widget&/*widget*/,
const Gdk::Rectangle&/*background_area*/, const Gdk::Rectangle& cell_area,
const Gdk::Rectangle&/*expose_area*/, Gtk::CellRendererState/*flags*/) {
hypnodata_t *hd = (hypnodata_t*)property_user_data().get_value();
if(!hd) return;
int xpad = property_xpad(), ypad = property_ypad();
int x0 = cell_area.get_x()+xpad, y0 = cell_area.get_y()+ypad,
dx = cell_area.get_width()-2*xpad, dy = cell_area.get_height()-2*ypad;
time_t a = hd->aligned_start();
gtk::render_sleep_timeline(
*hd,
window,
x0,y0, dx,dy,
a+sleep_history.min_tobed,
a+sleep_history.max_alarm );
}
sleep_history_t::sleep_history_t(db_t& d)
: store( Gtk::ListStore::create(cols) ),
r_sleep_timeline(*this),
min_tobed(24*60*60*2), max_alarm(0),
db(d)
{
w_tree.set_model(store);
add(w_tree);
append_c("Date",r_date);
append_c("To bed",r_to_bed);
(c_timeline=append_c("Sleep timeline",r_sleep_timeline))->set_expand(true);
append_c("Alarm",r_alarm);
append_c("Window",r_window);
append_c(" N",r_nawakes);
append_c("Data A",r_data_a);
w_tree.signal_query_tooltip().connect(
sigc::mem_fun(*this,&sleep_history_t::on_query_tooltip));
w_tree.set_has_tooltip(true);
w_tree.signal_button_press_event().connect(
sigc::mem_fun(*this,&sleep_history_t::on_button_press),false);
}
Gtk::TreeView::Column *sleep_history_t::append_c(const string& title,Gtk::CellRenderer& renderer) {
Gtk::TreeView::Column *rv = w_tree.get_column(w_tree.append_column(title,renderer)-1);
rv->add_attribute(renderer.property_user_data(),cols.c_hypnodata_ptr);
rv->set_resizable(true);
return rv;
}
bool sleep_history_t::on_button_press(GdkEventButton* geb) {
if(geb->type!=GDK_2BUTTON_PRESS) return false;
double_click_signal();
return true;
}
bool sleep_history_t::on_query_tooltip(
int x,int y,bool keyboard_tooltip,
const Glib::RefPtr<Gtk::Tooltip>& tooltip) {
if(keyboard_tooltip) return false;
int tx,ty;
w_tree.convert_widget_to_tree_coords(x,y,tx,ty);
Gtk::TreeModel::Path p;
Gtk::TreeViewColumn *c;
int cx, cy;
if(!w_tree.get_path_at_pos(tx,ty,p,c,cx,cy)) return false;
if(c != c_timeline) return false;
hypnodata_ptr_t hd = store->get_iter(p)->get_value(cols.c_hypnodata);
string mup = "Almost awake moments are:\n\n<tt>";
for(vector<time_t>::const_iterator i=hd->almost_awakes.begin();i!=hd->almost_awakes.end();++i)
mup += strftime(" %H:%M:%S\n",*i);
mup += "</tt>";
tooltip->set_markup( mup );
return true;
}
void sleep_history_t::set_data(list<napkin::hypnodata_ptr_t> data) {
store->clear();
min_tobed = 24*60*60*2; max_alarm = 0;
for(std::list<napkin::hypnodata_ptr_t>::const_iterator
i=data.begin(); i!=data.end(); ++i) {
Gtk::TreeModel::Row r = *(store->append());
r[cols.c_hypnodata] = *i;
r[cols.c_hypnodata_ptr] = i->get();
time_t a = (*i)->aligned_start();
time_t soff = (*i)->to_bed-a;
if(soff < min_tobed) min_tobed = soff;
time_t eoff = (*i)->alarm-a;
if(eoff > max_alarm) max_alarm = eoff;
}
while(Gtk::Main::events_pending()) Gtk::Main::iteration() ;
w_tree.columns_autosize();
}
const hypnodata_ptr_t sleep_history_t::get_current() {
Gtk::TreeModel::Path p;
Gtk::TreeViewColumn *c;
w_tree.get_cursor(p,c);
if( (!p.gobj()) || p.empty())
return hypnodata_ptr_t(); /* XXX: or throw? */
Gtk::ListStore::iterator i = store->get_iter(p);
return i->get_value(cols.c_hypnodata);
}
}
}
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