//------------------------------------------------------------------------------
// Name: getObject
//------------------------------------------------------------------------------
QJsonObject *QJsonParser::getObject() {
QScopedPointer<QJsonObject> obj(new QJsonObject);
char tok = peek();
if(tok != ObjectBegin) {
throwError(QJsonParseError::IllegalValue);
}
++p_;
// handle empty object
tok = peek();
if(peek() == ObjectEnd) {
++p_;
} else {
do {
QPair<QString, QJsonValue> p = getPair();
obj->values_.insert(p.first, p.second);
tok = peek();
++p_;
} while(tok == ValueSeparator);
}
if(tok != ObjectEnd) {
throwError(QJsonParseError::UnterminatedObject);
}
return obj.take();
}
std::vector<float> getPoints(std::string& line){
std::vector<float> points;
size_t first=line.find("points=\"");
size_t fillLenght=8;
size_t second=line.find("\"",first);
std::string spoints=line.substr(first+fillLenght,second-first-fillLenght-1);
size_t p1=0;
size_t p2=spoints.find(" ",0)+1;
size_t p3=spoints.find(" ",p2)+1;
size_t p4=spoints.find(" ",p3)+1;
getPair(spoints.substr(p1,p2-p1-1),points);
getPair(spoints.substr(p2,p3-p2-1),points);
getPair(spoints.substr(p3,p4-p3-1),points);
getPair(spoints.substr(p4),points);
return points;
}
// Проверяем логин
int checkLogin(struct Connection *connection) {
char *login = NULL;
if (readNonBlock(connection->connectionfd, &login, 0) == -1) {
fprintf(stderr, "Error: receiving login from connection %d\n", connection->connectionfd);
return -1;
}
connection->pair = getPair(login);
if (connection->pair == NULL) {
if (sendMsg(connection->connectionfd, "Wrong login, try again\n") == -1) {
fprintf(stderr, "Error: sending wrong login msg\n");
return -1;
}
requestLogin(connection);
} else {
connection->auth.status = PASSWORD_REQUEST;
requestPassword(connection);
}
free(login);
return 0;
}
void CursesRenderer::style(int x, int y, int len, Colour fg, Colour bg, int styleMask)
{
int pair = getPair(fg, bg);
styleMask |= A_COLOR;
mvwchgat(win(), y, x, len, styleMask, pair, NULL);
}
void CursesRenderer::style(Colour fg, Colour bg, int styleMask)
{
int pair = getPair(fg, bg);
styleMask |= A_COLOR;
wattr_set(win(), styleMask, pair, NULL);
}
bool Point::operator>=(const Point& t) const{
return getPair() >= t.getPair();
}
bool Point::operator<(const Point& t) const{
return getPair() < t.getPair() ;
}
void CollisionDetector::addCollisionsBetween(Entity* e1, Entity* e2, std::vector<CollisionEvent*>* events, float timeLeft)
{
if (Entity::areWrapperPartners(e1, e2))
{
Debug::warn(std::string(__PRETTY_FUNCTION__) + ": between collision partners");
}
const GameRect wrapper1 = e1->getWrapper(0.f); // TODO make getWrapper more beautiful
const GameRect wrapper2 = e2->getWrapper(0.f);
const float posX1 = e1->getPosition().x;
const float posY1 = e1->getPosition().y;
const float sizeX1 = wrapper1.getSize().x;
const float sizeY1 = wrapper1.getSize().y;
const float posX2 = e2->getPosition().x;
const float posY2 = e2->getPosition().y;
const float sizeX2 = wrapper2.getSize().x;
const float sizeY2 = wrapper2.getSize().y;
// speed subtraction
const float speedX = e1->getSpeed().x - e2->getSpeed().x;
const float speedY = e1->getSpeed().y - e2->getSpeed().y;
// getestet
CollisionStatus xCol, yCol;
const float right1 = wrapper1.getRight();
const float right2 = wrapper2.getRight();
const float left1 = wrapper1.getLeft();
const float left2 = wrapper2.getLeft();
const float bot1 = wrapper1.getBot();
const float bot2 = wrapper2.getBot();
const float top1 = wrapper1.getTop();
const float top2 = wrapper2.getTop();
if ((right1 > left2) && (right2 > left1)) // Wenn die Entities sich auf der xAchse schneiden
{
xCol = CollisionStatus::IN;
}
else if ((right1 == left2) || (right2 == left1)) // Wenn die Entities sich auf der xAchse berühren
{
xCol = CollisionStatus::BORDER;
}
else // sonst OUT
{
xCol = CollisionStatus::OUT;
}
if ((bot1 > top2) && (bot2 > top1))
{
yCol = CollisionStatus::IN;
}
else if ((bot1 == top2) || (bot2 == top1))
{
yCol = CollisionStatus::BORDER;
}
else
{
yCol = CollisionStatus::OUT;
}
CollisionStatus oldStatus = std::max(xCol, yCol);
if (oldStatus < CollisionStatus::OUT)
{
CollisionEvent* ev = new CollisionEvent(e1, e2, timeLeft);
addEvent(events, ev);
}
std::pair<std::vector<float>, std::vector<bool>> pair = getPair(posX1, posY1, sizeX1, sizeY1, speedX, speedY, posX2, posY2, sizeX2, sizeY2, timeLeft);
std::vector<float> floats = pair.first;
std::vector<bool> bools = pair.second;
while (floats.size() > 0)
{
int index = getNextIndex(floats);
float time = floats[index];
if (bools[index])
{
if (xCol == CollisionStatus::IN)
{
xCol = CollisionStatus::OUT;
}
else if (xCol == CollisionStatus::OUT)
{
xCol = CollisionStatus::IN;
}
else
{
// linke entity schneller:
if (speedX == 0) Debug::error("CollisionDetector::addCollisionsBetweenEvenRects(): logical issue here (x)");
if ((speedX > 0) == (posX1 < posX2))
{
xCol = CollisionStatus::IN;
}
else
{
xCol = CollisionStatus::OUT;
}
}
}
else
{
if (yCol == CollisionStatus::IN)
{
yCol = CollisionStatus::OUT;
}
else if (yCol == CollisionStatus::OUT)
{
yCol = CollisionStatus::IN;
}
else
{
// obere entity schneller:
if (speedY == 0) Debug::error("CollisionDetector::addCollisionsBetweenEvenRects(): logical issue here (y)");
if ((speedY > 0) == (posY1 < posY2))
{
yCol = CollisionStatus::IN;
}
else
{
yCol = CollisionStatus::OUT;
}
}
}
floats.erase(floats.begin() + index);
bools.erase(bools.begin() + index);
if (oldStatus != std::max(xCol, yCol))
{
oldStatus = std::max(xCol, yCol);
CollisionEvent* ev = new CollisionEvent(e1, e2, timeLeft-time);
addEvent(events, ev);
}
}
}
std::pair<std::string, std::string> autoDetect()
{
auto cameraList = autoDetectAll();
return cameraList.getPair(0);
}
