static int
zskstate(key_data_t *key)
{
return keystate(key_state_state(key_data_cached_dnskey(key)),
key_state_state(key_data_cached_rrsig(key)),
key_data_introducing(key), KEY_DATA_DS_AT_PARENT_INVALID);
}
static int
kskstate(key_data_t *key)
{
return keystate(key_state_state(key_data_cached_ds(key)),
key_state_state(key_data_cached_dnskey(key)),
key_data_introducing(key),
key_data_ds_at_parent(key));
}
int loop()
{
startInf();
HWND hwnd = ::FindWindowA(NULL,"easyNote");
SetTransparent(hwnd,215);
while(1)
{
view();
setcolor(RED);
moveWindow(hwnd);
doubleThing(inf.page-1);
putTitle(th[0].title,BLUE);
putThing(inf.screen_x,inf.screen_y,inf.box_y,th[0].thing,RED);
putTime();
drawMouse(mouse(X),mouse(Y),WHITE);
if(keystate(VK_ESCAPE)&&keystate(VK_LBUTTON))
break;
delay_fps(100);
cleardevice();
}
return 0;
}
void BeSettingsLoader::parseJoystick(BeEventSystem& eventsystem, const TiXmlElement& rootElement)
{
const TiXmlElement* elementPtr=rootElement.FirstChildElement();
while(elementPtr)
{
// KEYBOARD
const TiXmlElement& element=(*elementPtr);
if ( element.ValueTStr() == "input_joystick_axis" )
{
int axis(-1);
std::string action("");
// calibration settings
int min(-1);
int max(1);
float map_min(-1.0f);
float map_max(1.0f);
BeXmlHelper xmlHelper;
xmlHelper.addInt("axis", axis);
xmlHelper.addString("action", action);
xmlHelper.addInt("min", min);
xmlHelper.addInt("max", max);
xmlHelper.addFloat("map_min", map_min);
xmlHelper.addFloat("map_max", map_max);
xmlHelper.parse(element);
if ( axis > -1 )
{
// never repeat for axis
BeCommand cmd = BeCommand( action, 0.0f );
boost::shared_ptr<Event> event(new Event(cmd, EVENT_NOREPEAT));
boost::shared_ptr<VirtualAxis> virtualaxis(new VirtualAxis(event, min, max, map_min, map_max));
eventsystem.registerEvent( axis+6144, virtualaxis );
}
}
else if ( element.ValueTStr()=="input_joystick_button" )
{
int button(-1);
std::string keystate("down");
std::string action("");
std::string param("");
float value(-2.0f);
// timing
int repeat(0);
int delay(0);
BeXmlHelper xmlHelper;
xmlHelper.addInt("button", button);
xmlHelper.addString("keystate", keystate);
xmlHelper.addString("action", action);
xmlHelper.addString("param", param);
xmlHelper.addFloat("value", value);
xmlHelper.addInt("repeat", repeat);
xmlHelper.addInt("delay", delay);
xmlHelper.parse(element);
if ( button > -1 )
{
EventProperty_Repeat EP_Repeat = EVENT_NOREPEAT;
if ( repeat == 1 )
EP_Repeat = EVENT_REPEAT;
// construct command settings
BeCommand cmdDown;
if ( param.size() > 0 )
cmdDown = BeCommand(action, param);
else if ( value >= -1.0f && value <= 1.0f )
cmdDown = BeCommand(action, value);
else
cmdDown = BeCommand(action);
if ( keystate == "up" )
eventsystem.registerEvent( UP, button+4096, boost::shared_ptr<Event>(new Event(cmdDown, EP_Repeat, delay)) );
else if ( keystate == "down" )
eventsystem.registerEvent( DOWN, button+4096, boost::shared_ptr<Event>(new Event(cmdDown, EP_Repeat, delay)) );
//TODO log
}
}
elementPtr=element.NextSiblingElement();
}
}
bool BeSettingsLoader::load( BeEventSystem* eventsystem, const BeFile* befile )
{
TiXmlDocument document;
const bool result = document.LoadFile( befile->getFullFilename().c_str() );
if(result)
{
const TiXmlElement* const rootElementPtr=document.RootElement();
if(rootElementPtr)
{
const TiXmlElement& rootElement=(*rootElementPtr);
const TiXmlElement* elementPtr=rootElement.FirstChildElement();
while(elementPtr)
{
// KEYBOARD
const TiXmlElement& element=(*elementPtr);
if ( element.ValueTStr() == "input_keyboard" )
{
std::string key("");
std::string keystate("down");
std::string action("");
std::string param("");
float value(-2.0f);
// timing
int repeat(0);
int delay(0);
BeXmlHelper xmlHelper;
xmlHelper.addString("key", key);
xmlHelper.addString("keystate", keystate);
xmlHelper.addString("action", action);
xmlHelper.addString("param", param);
xmlHelper.addFloat("value", value);
xmlHelper.addInt("repeat", repeat);
xmlHelper.addInt("delay", delay);
xmlHelper.parse(element);
if ( key.size() > 0 )
{
EventProperty_Repeat EP_Repeat = EVENT_NOREPEAT;
if ( repeat == 1 )
EP_Repeat = EVENT_REPEAT;
// construct command settings
BeCommand cmdDown;
if ( param.size() > 0 )
cmdDown = BeCommand(action, param);
else if ( value >= -1.0f && value <= 1.0f )
cmdDown = BeCommand(action, value);
else
cmdDown = BeCommand(action);
if ( keystate == "up" )
{
eventsystem->registerEvent( UP, key, boost::shared_ptr<Event>(new Event(cmdDown, EP_Repeat, delay)) );
}
else if ( keystate == "down" )
{
eventsystem->registerEvent( DOWN, key, boost::shared_ptr<Event>(new Event(cmdDown, EP_Repeat, delay)) );
}
}
}
// JOYSTICK
else if ( element.ValueTStr() == "joystick" )
{
std::string name("");
BeXmlHelper xmlHelper;
xmlHelper.addString("name", name);
xmlHelper.parse(element);
if ( SDL_NumJoysticks() > 0 )
if( name == SDL_JoystickName(0) )
{
parseJoystick(*eventsystem, element);
}
}
// MOUSE
else if ( element.ValueTStr() == "input_mouse_axis" )
{
int axis(-1);
std::string action("");
// calibration settings
int min(-1);
int max(1);
float map_min(-1.0f);
float map_max(1.0f);
BeXmlHelper xmlHelper;
xmlHelper.addInt("axis", axis);
xmlHelper.addString("action", action);
xmlHelper.addInt("min", min);
xmlHelper.addInt("max", max);
xmlHelper.addFloat("map_min", map_min);
xmlHelper.addFloat("map_max", map_max);
xmlHelper.parse(element);
if ( axis > -1 )
{
// never repeat for axis
BeCommand cmd = BeCommand( action, 0.0f );
boost::shared_ptr<Event> event(new Event(cmd, EVENT_NOREPEAT));
boost::shared_ptr<VirtualAxis> virtualaxis(new VirtualAxis(event, min, max, map_min, map_max));
eventsystem->registerEvent( axis+7168, virtualaxis );
}
}
else if ( element.ValueTStr() == "input_mouse_button" )
{
int button(-1);
std::string keystate("down");
std::string action("");
std::string param("");
float value(-2.0f);
// timing
int repeat(0);
int delay(0);
BeXmlHelper xmlHelper;
xmlHelper.addInt("button", button);
xmlHelper.addString("keystate", keystate);
xmlHelper.addString("action", action);
xmlHelper.addString("param", param);
xmlHelper.addFloat("value", value);
xmlHelper.addInt("repeat", repeat);
xmlHelper.addInt("delay", delay);
xmlHelper.parse(element);
if ( button > -1 )
{
EventProperty_Repeat EP_Repeat = EVENT_NOREPEAT;
if ( repeat == 1 )
EP_Repeat = EVENT_REPEAT;
// construct command settings
BeCommand cmdDown;
if ( param.size() > 0 )
cmdDown = BeCommand(action, param);
else if ( value >= -1.0f && value <= 1.0f )
cmdDown = BeCommand(action, value);
else
cmdDown = BeCommand(action);
if ( keystate == "up" )
eventsystem->registerEvent( UP, button+2048, boost::shared_ptr<Event>(new Event(cmdDown, EP_Repeat, delay)) );
else if ( keystate == "down" )
eventsystem->registerEvent( DOWN, button+2048, boost::shared_ptr<Event>(new Event(cmdDown, EP_Repeat, delay)) );
//TODO log
}
}
// else if ( element.ValueTStr()=="joystick_axis_control" )
// {
// int axis = 0;
// std::string action = "";
//
// int min = 0;
// int max = 0;
//
// BeXmlHelper<4> xmlHelper;
// xmlHelper.addInt("axis", axis);
// xmlHelper.addString("action", action);
// xmlHelper.addInt("min", min);
// xmlHelper.addInt("max", max);
// xmlHelper.parse(element);
//
// // Events::Instance()->registerEvent(axis+4096, action, BeCommand(action, 0), 0, 0, 0 );
//
// // axisrangemap[action] = new AxisRange(min, max);
// axisrangemap[action] = boost::shared_ptr<AxisRange>(new AxisRange(min, max));
//
// // boost::shared_ptr<Player>(new Player( m_idcounter++ ));
// }
elementPtr=element.NextSiblingElement();
}
}
return true;
}
return false;
}
BOOL cController::repeated(int vkcode)
{
//TRACE ("keystate of %d in repeated call is %u\n", vkcode, _keystate[vkcode]);
return keystate(vkcode) & GOTTWICEBIT;
}
void getmouse(int *x, int *y, int *key) {
mousepos(x, y);
*key = keystate(key_mouse_l);
}
bool isLButton()
{
return keystate(VK_LBUTTON)?true:false;
}
