void EEPROM_test::doTest()
{
emit enableBtn(btnName, false);
emit updateBtn(btnName, YELLOW_XBTN);
emit updateText(tr("EEPROM testing:Start test now.."));
QEventLoop eventloop;
QTimer::singleShot(1, &eventloop, SLOT(quit()));
eventloop.exec();
//writeLog("[START COM1&COM3 TEST]");
/*
if(openCOM1COM3())
{
emit updateBtn(UART1_BTN, RED_XBTN);
emit updateText(tr("COM1 testing:port open fail.."));
writeLog(tr("COM1 testing:port open fail.."));
emit enableBtn(UART1_BTN, true);
result = -1;
return;
}
if(COMRxTxTest())
{
result = -1;
::close(fd1);
::close(fd2);
emit updateBtn(UART1_BTN, RED_XBTN);
emit enableBtn(UART1_BTN, true);
return;
}
*/
if (1)
{
Sleep(1000);
emit updateBtn(btnName, GREEN_XBTN);
}
//emit updateText(tr("COM1 testing:RX/TX Test PASS!!"));
//writeLog(tr("COM1 testing:RX/TX Test PASS!!"));
//::close(fd1);
//::close(fd2);
emit enableBtn(btnName, true);
}
void AllianceAreaPopupView::reDraw(CCNode* obj){
if( WorldMapView::instance() == NULL )
return;
auto addPic = [](CCNode *parent, CCPoint &pt, std::string picName, int tag){
if(parent->getChildByTag(tag)){
auto sprite = dynamic_cast<CCSprite*>(parent->getChildByTag(tag));
sprite->setDisplayFrame(CCLoadSprite::loadResource(picName.c_str()));
}else{
auto sprite = CCLoadSprite::createSprite(picName.c_str());
sprite->setPosition(pt);
float s = WorldMapView::instance()->m_map->getScale();
sprite->setOpacity(200);
sprite->setScale(0.95 * s);
CCSequence *sequene = CCSequence::create(CCFadeTo::create(1, 50), CCFadeTo::create(1, 200), NULL);
sprite->runAction(CCRepeatForever::create(sequene));
parent->addChild(sprite);
}
};
m_showNode->removeAllChildren();
auto centerPt = m_picNode->getPosition() + ccp(_tile_width, _tile_height / 2);
float s = WorldMapView::instance()->m_map->getScale();
centerPt = (WorldMapView::instance()->m_map->getPosition() - centerPt) / s;
auto mapPt1 = WorldMapView::instance()->m_map->getTilePointByViewPoint(-centerPt);
currentCenterPt = mapPt1;
auto mapPt2 = mapPt1 + ccp(-1, 0);
auto mapPt3 = mapPt1 + ccp(-1, -1);
auto mapPt4 = mapPt1 + ccp(0, -1);
auto pt1 = WorldMapView::instance()->m_map->getPosition() + WorldMapView::instance()->m_map->getViewPointByTilePoint(mapPt1) * s;
auto pt2 = WorldMapView::instance()->m_map->getPosition() + WorldMapView::instance()->m_map->getViewPointByTilePoint(mapPt2) * s;
auto pt3 = WorldMapView::instance()->m_map->getPosition() + WorldMapView::instance()->m_map->getViewPointByTilePoint(mapPt3) * s;
auto pt4 = WorldMapView::instance()->m_map->getPosition() + WorldMapView::instance()->m_map->getViewPointByTilePoint(mapPt4) * s;
bool canRelocateFlag1 = isCanRelocationTile(mapPt1);
bool canRelocateFlag2 = isCanRelocationTile(mapPt2);
bool canRelocateFlag3 = isCanRelocationTile(mapPt3);
bool canRelocateFlag4 = isCanRelocationTile(mapPt4);
std::vector<CCPoint> vector;
vector.push_back(mapPt1);
vector.push_back(mapPt2);
vector.push_back(mapPt3);
vector.push_back(mapPt4);
if(canRelocateFlag1 && canRelocateFlag2 && canRelocateFlag3 && canRelocateFlag4){
bool isInSame = isInRelicAndNormalBlock(vector);
if(!isInSame){
canRelocateFlag1 = canRelocateFlag2 = canRelocateFlag3 = canRelocateFlag4 = false;
}
}
addPic(m_showNode, pt1, (canRelocateFlag1 ? "green_block.png" : "red_block.png"), 1);
addPic(m_showNode, pt2, (canRelocateFlag2 ? "green_block.png" : "red_block.png"), 2);
addPic(m_showNode, pt3, (canRelocateFlag3 ? "green_block.png" : "red_block.png"), 3);
addPic(m_showNode, pt4, (canRelocateFlag4 ? "green_block.png" : "red_block.png"), 4);
enableBtn(canRelocateFlag1 && canRelocateFlag2 && canRelocateFlag3 && canRelocateFlag4);
}
