[Cocos2dx] generate random licensing interface for landlords

Based on the first two algorithms, we then integrated the test and successfully tested the random licensing Effect of landlords. Here I tested several operations and it was quite random! Haha

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Code:

 

# Include HelloWorldScene. h # include SimpleAudioEngine. h # include
 
  
# Include
  
   
Using namespace cocos2d; using namespace CocosDenshion; CCScene * HelloWorld: scene () {// 'Scene 'is an autorelease object CCScene * scene = CCScene: create (); // 'player' is an autorelisted object HelloWorld * layer = HelloWorld: create (); // add layer as a child to scene-> addChild (layer ); // return the scene return scene;} int socketHandle = 0; // create a BSD connection // ip and portint HelloWorld: connect (const cha R * ip, unsigned short port) {struct sockaddr_in sa; struct hostent * hp; hp = gethostbyname (ip); if (! Hp) {return-1;} memset (& sa, 0, sizeof (sa); memcpy (char *) & sa. sin_addr, hp-> h_addr, hp-> h_length); sa. sin_family = hp-> h_addrtype; sa. sin_port = HTONS (port); socketHandle = socket (sa. sin_family, SOCK_STREAM, 0); if (socketHandle <0) {printf (failed to create socket); return-1;} if (: connect (socketHandle, (sockaddr *) & sa, sizeof (sa) {printf (failed to connect socket); return-1;} CCLog (Client co Nnect OK! IP: % s: % d, ip, port); return 0 ;}// create thread int HelloWorld: threadStart () {int errCode = 0; do {pthread_attr_t tAttr; errCode = pthread_attr_init (& tAttr); CC_BREAK_IF (errCode! = 0); errCode = pthread_attr_setdetachstate (& tAttr, PTHREAD_CREATE_DETACHED); if (errCode! = 0) {pthread_attr_destroy (& tAttr); break;} // errCode = pthread_create (& threadHimi, & tAttr, thread_function, this);} while (0); return errCode ;} // on init you need to initialize your instancebool HelloWorld: init () {// 1. super init first if (! CCLayer: init () {return false;} // char * ip = 192.168.1.24; // unsigned short port = 5005; // int con = HelloWorld :: connect (ip, port); // if (con> 0) {// printf (error ); //} // else // {// printf (LOGIN successful); // ask director the window size CCSize size = CCDirector: shareddire () -> getWinSize (); CCSprite * bg = CCSprite: create(bg.jpg); bg-> setAnchorPoint (CCPointMake (0, 1); bg-> setPosition (CCP OintMake (0, size. height); bg-> setScaleX (0.58); this-> addChild (bg); CCSpriteFrameCache: sharedSpriteFrameCache ()-> addSpriteFramesWithFile (card. plist); CCSpriteBatchNode * batchNode = CCSpriteBatchNode: create (card. pvr. ccz); batchNode-> setPosition (CCPointZero); this-> addChild (batchNode); // for (int I = 1; I <= 13; I ++) // {// CCString * name = CCString: createwithformat(hong+d.png, I); // CCSprite * card1 = C CSprite: createWithSpriteFrameName (name-> getCString (); // card1-> setScale (0.7); // card1-> setPosition (CCPointMake (140 + I * 15, size. height/2-95); // batchNode-> addChild (card1); //} CCSprite * role = CCSprite: createWithSpriteFrameName(role.png); role-> setScale (0.6 ); role-> setPosition (CCPointMake (60, 80); batchNode-> addChild (role); CCSprite * role1 = CCSprite: createWithSpriteFrameName(role1.png); ro Le1-> setScale (0.5); role1-> setPosition (CCPointMake (60,220); batchNode-> addChild (role1); CCSprite * role2 = CCSprite: createWithSpriteFrameName(role1.png ); role2-> setScale (0.5); role2-> setPosition (CCPointMake (420,220); batchNode-> addChild (role2); // left card for (int I = 2; I <= 13; I ++) {CCSprite * card1 = CCSprite: createWithSpriteFrameName(SmallCardBack1.png); card1-> setScale (0.6); card1-> setRotation (-82); Card1-> setPosition (CCPointMake (115 + I, size. height/2-13 + I * 11); batchNode-> addChild (card1);} // right card for (int I = 2; I <= 13; I ++) {CCSprite * card1 = CCSprite: worker); card1-> setScale (0.6); card1-> setRotation (82); card1-> setPosition (CCPointMake (365-i, size. height/2-13 + I * 11); batchNode-> addChild (card1);} // play music CCMenuItemImage * pCloseItem = CCMenuItemImage: create (CloseNormal.png, CloseSelected.png, this, menu_selector (HelloWorld: menuCloseCallback); pCloseItem-> setPosition (ccp (CCDirector: shareddire()-> getWinSize (). width/2, size. height-20); CCMenu * pMenu = CCMenu: create (pCloseItem, NULL); pMenu-> setPosition (CCPointZero); this-> addChild (pMenu, 1 ); // draw the card xipai (); // call the shuffling algorithm // card for (int I = 0; I <17; I ++) {pai [I] = data [I];} printf (------); for (int I = 0; I <17; I ++) {printf (% d, pai [I]);} int * p = pai; Sort (p, 17 ); printf (------); for (int I = 0; I <17; I ++) {printf (% d, pai [I]);} // draw the card for (int I = 0; I <17; I ++) {// if (pai [I] = 53) {// printf (111); CCString * name = CCString: createWithFormat(BigJoker.png); CCSprite * card1 = CCSprite: createWithSpriteFrameName (name-> getCString ()); card1-> setScale (0.7); card1-> setPosition (CCPointMake (140 + I * 15, Size. height/2-95); batchNode-> addChild (card1);} // John else if (pai [I] = 52) {// printf (222 ); CCString * name = CCString: createWithFormat(smlJoker.png); CCSprite * card1 = CCSprite: createWithSpriteFrameName (name-> getCString (); card1-> setScale (0.7 ); card1-> setPosition (CCPointMake (140 + I * 15, size. height/2-95); batchNode-> addChild (card1);} else {int huase = pai [I]/13 + 1; int value = pai [I] % 13 + 1; // card Value: char * s = NULL; switch (huase) {case 1: // CCString * name = CCString: createwithformat(hong+d.png, I); s = Hong; break; case 2: // CCString * name = CCString: createwithformat(fan1_d.png, I); s = Fan; break; case 3: // CCString * name = CCString: createwithformat(mei1_d.png, I ); s = Mei; break; case 4: // CCString * name = CCString: createwithformat(hei+d.png, I); s = Hei; break; default: break;} printf (% S‑d.png, s, value); // printf (% d, % d, huase, value); CCString * name = CCString: createwithformat(‑s‑d.png, s, value ); CCSprite * card1 = CCSprite: createWithSpriteFrameName (name-> getCString (); card1-> setScale (0.7); card1-> setPosition (CCPointMake (140 + I * 15, size. height/2-95); batchNode-> addChild (card1) ;}} bgMusic = true; return true ;}// play music void HelloWorld: menuCloseCallback (CCObject * pSender) {// CCDirector: SharedDirector ()-> end (); // # if (CC_TARGET_PLATFORM = CC_PLATFORM_IOS) // exit (0); // # endif bgMusic =! BgMusic; if (bgMusic) {SimpleAudioEngine: sharedEngine ()-> pauseBackgroundMusic ();} else {// play scene music SimpleAudioEngine: sharedEngine ()-> playBackgroundMusic(bg.mp3, true) ;}} void HelloWorld: xipai () {for (int I = 0; I <54; I ++) {data [I] = I ;} // random number // shuffling for (int I = 0; I <154; I ++) {int t1 = arc4random () % 54; int t2 = arc4random () % 54; int temp = data [t1]; int data1 = data [t1]; int data2 = data [t2]; data [t1] = data2; data [t2] = temp ;} printf (after shuffling :); for (int I = 0; I <54; I ++) {printf (% d, data [I]) ;}} void HelloWorld :: sort (int * array, int length) {int temp; bool hasExchangeAction; for (int I = 0; I