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How to use swipe method in robotframework-appiumlibrary

Best Python code snippet using robotframework-appiumlibrary_python

main.py

Source:main.py

...61        - duplicate(self,get)62        - prnt(self)63        - restart(self)64        - addTile(self)65        - swipe(self,dir,test=False)66        - get_board(self)67        - set_board(self,b,b4)68        - setGameOver(self, xyz)69        - setMoved(self, xyz)70        - getMoved(self)71        - getScore(self)72        - setScore(self,score)73        - getHighScore(self)74"""75class Game(object):76    #read and input high score77    with open('highScore.txt', 'r') as f:78        #go to line 0 and read highscore and if gameOver is true, turn to false79        f.seek(0)80        highScore=(int(float(f.read())))81        isGameOver=False82    #constuct83    def __init__(self):84        self.board=[offset for i in range(16)]85        self.addTile()86        self.addTile()87        self.__score=offset88        self.isGameOver=False89        self.recorded=False90        self.moved=False  91    #copy game state so that multiple instances can be simulated92    def duplicate(self,get):93        #game state is saved in file with board and score94        #get parameter to know whether getting or setting current state95        #if get : read and save in new instance to deepcopy these attributes96        if get:97            L=[]98            score=[]99            with open('currentBoard', 'r') as f:100                f.seek(0)101                c=0102                for line in f:103                    if c==0:104                        for word in line.split():105                            L.append(int(float(word)))106                    elif c==1:107                        for word in line.split():108                            score.append(int(float(word)))109                    c+=1110            self.board=L111            self.setScore(score[0])           112        else:#else write board and score in file113            with open('currentBoard', 'w') as f:114                boardString=""115                for b in self.board:116                    boardString+=str(b)+" "117                f.write(boardString)118                f.write("\n")119                f.write(str(self.getScore()))120    #print board onto command line for debugging121    def prnt(self):122        #4 by 4 grid123        for x in range(4):124            print(str(self.board[4*x]-offset)," ",str(self.board[4*x+1]-offset)," ",str(self.board[4*x+2]-offset)," ",str(self.board[4*x+3]-offset))125    #restart the game without closing the application126    def restart(self):127        self.__init__()    128    #add tile to random empty space on board (10% chance of 4, 90% chance of 2)129    def addTile(self):130        mt=[]131        curr=0132        #if there are any empty squares133        for sq in self.board:134            if sq == offset:135                #add to empty square list136                mt.append(curr)137            curr+=1138        #if empty array isnt empty there are avail spaces139        self.empty_spaces=len(mt)140        if self.empty_spaces != 0:141            #randomly select square142            index=random.choice(mt)143            #randomly select value144            self.board[index]=offset+random.choice([2,2,2,2,2,2,2,2,2,4])145            self.empty_spaces-=1146    #swipe board and combine like,adjacent tiles, update score and set highscore 147    def swipe(self,dir,test=False):148        self.moved=False149        joined=False150        #create empty list L and B151        L=[]152        B=self.board153        #initial array154        b4=[]155        if dir=="up":156            #then157            # 0 < 4 < 8 < 12158            # loop through list by columns159            # we want order 0,4,8,12,  1,5,9,13,  2,6,10,14,  3,7,11,15160            161            for i_col in range(4):162                for i_row in range (4):163                    #loop varaible index164                    index=i_col+(i_row*4)165                    #add to b4 list166                    iindex=i_row+4*i_col167                    b4.append(self.board[iindex])168                    #check if curr == (cur -1), add together and make joined=true169                    if self.board[index] != offset:#if not zero170                        if (len(L) <1) or (joined==True):#if size <= 1,171                            L.append(self.board[index])#joined = false and append to blank list L172                            joined=False173                        else:#if size > 1, and joined == False174                            if self.board[index] == L[len(L)-1] :#if current is equal to latest entry in L175                                L[len(L)-1]+=(self.board[index]-offset)#add current to latest entry in L176                                #add points177                                self.__score=self.__score+self.board[index]-offset178                                joined=True#therefore joinging them (joined=True)179                            else:180                                #append the value as a new element to L181                                L.append(self.board[index])182                                #and joined remains False183                                joined=False184                #outside one loop,not both:185                #add current combined column/row (L) to overall board list B and empty L186                #starting at 0 and going up by 4 for output187                out=0188                while out <= 12 :189                    if len(L)!=0 :#if L has elements190                        #put them at the index i_col+out of B and remove from L191                        B[i_col+out]=L.pop(0)192                    else:#put 0 at same index193                        B[i_col+out]=offset194                    out+=4195        elif dir == "down":196            #then197            # 0 > 4 > 8 > 12198            # loop through list by columns199            # we want order 12,8,4,0,  ...200            for i_col in range(4):201                for i_row in range (4):202                    #loop varaible index203                    index=i_col+(12-i_row*4)204                    #add to b4 list205                    iindex=i_row+4*i_col206                    b4.append(self.board[iindex])207                    #check if curr == (cur -1), add together and make joined=true208                    if self.board[index] != offset:#if not zero209                        if (len(L) <1) or (joined==True):#if size <= 1,210                            L.append(self.board[index])#joined = false and append to blank list L211                            joined=False212                        else:#if size > 1, and joined == False213                            if self.board[index] == L[len(L)-1] :#if current is equal to latest entry in L214                                L[len(L)-1]+=(self.board[index]-offset)#add current to latest entry in L215                                #add points216                                self.__score=self.__score+self.board[index]-offset217                                joined=True#therefore joinging them (joined=True)218                            else:219                                #append the value as a new element to L220                                L.append(self.board[index])221                                #and joined remains False222                                joined=False223                #outside one loop,not both:224                #add current combined column/row (L) to overall board list B and empty L225                #starting at 12 and going down by 4 for output226                out=12227                while out >= 0 :228                    if len(L)!=0 :#if L has elements229                        #put them at the index i_col+out of B and remove from L230                        B[i_col+out]=L.pop(0)231                    else:#put 0 at same index232                        B[i_col+out]=offset233                    out-=4234        elif dir == "right":235            #then236            # 0 > 1 > 2 > 3237            # loop through list by columns238            # we want order 0,1,2,3,  ...239            for i_row in range(4):240                for i_col in range (4):241                    #loop varaible index242                    index=(3-i_col)+(i_row*4)243                    #add to b4 list244                    iindex=4*i_row+i_col245                    b4.append(self.board[iindex])246                    #check if curr == (cur -1), add together and make joined=true247                    if self.board[index] != offset:#if not zero248                        if (len(L) <1) or (joined==True):#if size <= 1,249                            L.append(self.board[index])#joined = false and append to blank list L250                            joined=False251                        else:#if size > 1, and joined == False252                            if self.board[index] == L[len(L)-1] :#if current is equal to latest entry in L253                                L[len(L)-1]+=(self.board[index]-offset)#add current to latest entry in L254                                #add points255                                self.__score=self.__score+self.board[index]-offset256                                joined=True#therefore joinging them (joined=True)257                            else:258                                #append the value as a new element to L259                                L.append(self.board[index])260                                #and joined remains False261                                joined=False262                #outside one loop,not both:263                #add current combined column/row (L) to overall board list B and empty L264                #starting at 0 and going up by 1 for output265                out=3266                while out >= 0 :267                    if len(L)!=0 :#if L has elements268                        #put them at the index i_col+out of B and remove from L269                        B[i_row*4+out]=L.pop(0)270                    else:#put 0 at same index271                        B[i_row*4+out]=offset272                    out-=1273        elif dir == "left":274            #then275            # 0 > 1 > 2 > 3276            # loop through list by columns277            # we want order 0,1,2,3,  ...278            for i_row in range(4):279                for i_col in range (4):280                    #loop varaible index281                    index=i_col+(i_row*4)282                    #add to b4 list283                    iindex=4*i_row+i_col284                    b4.append(self.board[iindex])285                    #check if curr == (cur -1), add together and make joined=true286                    if self.board[index] != offset:#if not zero287                        if (len(L) <1) or (joined==True):#if size <= 1,288                            L.append(self.board[index])#joined = false and append to blank list L289                            joined=False290                        else:#if size > 1, and joined == False291                            if self.board[index] == L[len(L)-1] :#if current is equal to latest entry in L292                                L[len(L)-1]+=(self.board[index]-offset)#add current to latest entry in L293                                #add points294                                self.__score=self.__score+self.board[index]-offset295                                joined=True#therefore joinging them (joined=True)296                            else:297                                #append the value as a new element to L298                                L.append(self.board[index])299                                #and joined remains False300                                joined=False301                #outside one loop,not both:302                #add current combined column/row (L) to overall board list B and empty L303                #starting at 0 and going up by 1 for output304                out=0305                while out <= 3 :306                    if len(L)!=0 :#if L has elements307                        #put them at the index i_col+out of B and remove from L308                        B[i_row*4+out]=L.pop(0)309                    else:#put 0 at same index310                        B[i_row*4+out]=offset311                    out+=1312        else:313            pass314        #update score315        if self.__score > self.highScore:316            self.highScore=self.__score317            with open('highScore.txt', 'w') as f:318                f.write(str(self.highScore))319        #once the loop completes, outside all the if/elif/else statements:320        # do g.setBoard with B, which is the overall board list321        self.set_board(B,b4)322        if test:#if a simulated game323            if self.moved:324                self.addTile()325    #board getter setter326    def get_board(self):327        return self.board328    def set_board(self,b,b4):329            if b != b4:330                self.board = b 331                self.moved=True332    #gameover setter getter333    def setGameOver(self, xyz):334        self.isGameOver=xyz335    def getGameOver(self):336        #function to check if game is over337        #if game is over cover game with screen that says "press 'SPC' to try again"338        #if there are no more empty slots and none of the same numbers next to one another, game is over339        #first loop through entire array once and check for no zeros340        for b in self.board:341            if b == offset :342                #if any zeros, return with isgameover=false343                self.isGameOver=False344                return self.isGameOver345        for j in range (4):#loop through rows to check for adgacent same numbers346            for i in range(1,4):347                index = i+4*j348                349                if self.board[index] == self.board[index-1]:350                    #if any, return with no action351                    self.isGameOver=False352                    return self.isGameOver353        for j in range (4):#loop through columns to check for adgacent same numbers354            for i in range(1,4):355                index = j+4*i356                357                if self.board[index] == self.board[index-4]:358                    #if any, return with no action359                    self.isGameOver=False360                    return self.isGameOver   361        self.isGameOver=True362        return self.isGameOver363    #moved setter getter364    def setMoved(self, xyz):365        self.moved=xyz366    def getMoved(self):367        return self.moved368    #score getter and maybe setter if needed369    def getScore(self):370        return self.__score371    def setScore(self,score):372        self.__score=score373    #get highscore374    def getHighScore(self):375        return self.highScore376"""377Main Class:378379    Class that runs the game and updates the GUI and 380    main gamestate every tick. also accepts input from the381    Agent insatnce that returns the best move for the current382    game state.383384    Class Attributes:385        - width : integer386        - height : integer387388    Operations:389        - __init__(self)390        - Main(self)391            - drawTile(x,y,value)392"""393class main(object):394    #constructor395    def __init__(self,width,height):396        self.width=width397        self.height=height398        self.Main()399    #main function400    def Main(self):401        #Put all variables up here402        #initialize game state403        g= Game() 404        #initialize agent405        a=Agent(keyboard,g)406        #render tiles based on spot in grid407        def drawTile(x,y,value):408            size=100409            fx,fy=pos_x,pos_y410            val = value-offset411            if val == 0 :412                #draw box 413                pygame.draw.rect(screen,BG_NULL,[(fx+(x*size)),(fy+(y*size)),size,size])414                #draw lettering415                num= inGameFont.render("", 1, FONT_24)416                screen.blit(num, ((fx+(x*90))+5, (fy+(y*90))+25))417            elif val == 2 :418                #draw box 419                pygame.draw.rect(screen,BG_2,[(fx+(x*size)),(fy+(y*size)),size,size])420                #draw lettering421                num= inGameFont.render(str(val), 1, FONT_24)422                screen.blit(num, ((fx+(x*size-3*x))+45, (fy+(y*size-3*y))+35))423            elif val == 4 :424                #draw box 425                pygame.draw.rect(screen,BG_4,[(fx+(x*size)),(fy+(y*size)),size,size])426                #draw lettering427                num= inGameFont.render(str(val), 1, FONT_24)428                screen.blit(num, ((fx+(x*size-3*x))+45, (fy+(y*size-3*y))+35))429            elif val == 8 :430                #draw box 431                pygame.draw.rect(screen,BG_8,[(fx+(x*size)),(fy+(y*size)),size,size])432                #draw lettering433                num= inGameFont.render(str(val), 1, FONT_8PLUS)434                screen.blit(num, ((fx+(x*size-3*x))+45, (fy+(y*size-3*y))+35))435            elif val == 16 :436                #draw box 437                pygame.draw.rect(screen,BG_16,[(fx+(x*size)),(fy+(y*size)),size,size])438                #draw lettering439                num= inGameFont.render(str(val), 1, FONT_8PLUS)440                screen.blit(num, ((fx+(x*size-3*x))+39, (fy+(y*size-3*y))+35))441            elif val == 32 :442                #draw box 443                pygame.draw.rect(screen,BG_32,[(fx+(x*size)),(fy+(y*size)),size,size])444                #draw lettering445                num= inGameFont.render(str(val), 1, FONT_8PLUS)446                screen.blit(num, ((fx+(x*size-3*x))+39, (fy+(y*size-3*y))+35))447            elif val == 64 :448                #draw box 449                pygame.draw.rect(screen,BG_64,[(fx+(x*size)),(fy+(y*size)),size,size])450                #draw lettering451                num= inGameFont.render(str(val), 1, FONT_8PLUS)452                screen.blit(num, ((fx+(x*size-3*x))+39, (fy+(y*size-3*y))+35))453            elif val == 128 :454                #draw box 455                pygame.draw.rect(screen,BG_128,[(fx+(x*size)),(fy+(y*size)),size,size])456                #draw lettering457                num= inGameFont.render(str(val), 1, FONT_8PLUS)458                screen.blit(num, ((fx+(x*size-3*x))+33, (fy+(y*size-3*y))+35))459            elif val == 256 :460                #draw box 461                pygame.draw.rect(screen,BG_256,[(fx+(x*size)),(fy+(y*size)),size,size])462                #draw lettering463                num= inGameFont.render(str(val), 1, FONT_8PLUS)464                screen.blit(num, ((fx+(x*size-3*x))+33, (fy+(y*size-3*y))+35))465            elif val == 512 :466                #draw box 467                pygame.draw.rect(screen,BG_512,[(fx+(x*size)),(fy+(y*size)),size,size])468                #draw lettering469                num= inGameFont.render(str(val), 1, FONT_8PLUS)470                screen.blit(num, ((fx+(x*size-3*x))+33, (fy+(y*size-3*y))+35))471            elif val == 1024 :472                #draw box 473                pygame.draw.rect(screen,BG_1024,[(fx+(x*size)),(fy+(y*size)),size,size])474                #draw lettering475                num= inGameFont.render(str(val), 1, FONT_8PLUS)476                screen.blit(num, ((fx+(x*size-3*x))+25, (fy+(y*size-3*y))+35))477            elif val == 2048 :478                #draw box 479                pygame.draw.rect(screen,BG_2048,[(fx+(x*size)),(fy+(y*size)),size,size])480                #draw lettering481                num= inGameFont.render(str(val), 1, FONT_8PLUS)482                screen.blit(num, ((fx+(x*size-3*x))+25, (fy+(y*size-3*y))+35))483            else:484                #draw box 485                pygame.draw.rect(screen,BG_HIGH,[(fx+(x*size)),(fy+(y*size)),size,size])486                #draw lettering487                num= inGameFont.render(str(val), 1, FONT_8PLUS)488                screen.blit(num, ((fx+(x*size-3*x))+25, (fy+(y*size-3*y))+35))489        highest_tile=0490        #init the prompt to know which moves are not possible491        my_prompts=[]492        #count moves493        moves=0494        #how much time per game (start)495        starttime=datetime.datetime.now()496        #inf loop for game497        while 1:498            #every in game tick we make 1 move499            #calculate moves per second in current run500            501            moves+=1502            # load background503            screen.fill((250,248,239))504            #load 4x4 grid505            grid_position=(200,150)506            pos_x,pos_y=200,150507            #null background508            pygame.draw.rect(screen,BG_NULL,[200,150,400,400])509            #visual update510511            #drawTile(x,y,value)512            for x in range(0,4):513                for y in range(0,4):514                    drawTile(x,y,g.board[x+4*y])515            516            #grid border517            screen.blit(bg,grid_position)#always on top518            #title label519            pygame.draw.rect(screen,BG_2048,[355,25,100,100])520            # render title521            label = TitleFont.render("2048", 1, FONT_8PLUS)522            screen.blit(label, (360, 50))523            #render score524            score = inGameFont.render(("Score: "+str(g.getScore()-offset)),1,FONT_24)525            screen.blit(score,(200,550))526            #highscore527            highscoredisplay = inGameFont.render(("High Score: "+str(g.getHighScore()-offset)),1,FONT_24)528            screen.blit(highscoredisplay,(200,575))529            #render if game over screen530            if g.getGameOver() :531                #if game is over cover game with translucent screen that says "press 'SPC' to try again"532                endGame= inGameFont.render(("press 'SPC' to try again"),1,FONT_24)533                screen.blit(endGame,(200,600))534                total_games,numOf_512,numOf_1024,numOf_2048,numOf_128,numOf_256=0,0,0,0,0,0535                if not g.recorded:#only 1 record per game at the end536                    highest_tile=max(g.get_board())-offset537                    #read the records and update538                    with open('records.txt', 'r') as f:539                        f.seek(0)540                        c=0541                        for line in f:542                            if c==0:543                                for word in line.split():544                                    total_games=int(float(word))545                            elif c==3:546                                for word in line.split():547                                    numOf_512=int(float(word))548                            elif c==4:549                                for word in line.split():550                                    numOf_1024=int(float(word))551                            elif c==5:552                                for word in line.split():553                                    numOf_2048=int(float(word))554                            elif c==1:555                                for word in line.split():556                                    numOf_128=int(float(word))557                            elif c==2:558                                for word in line.split():559                                    numOf_256=int(float(word))560                            c+=1561                    #update with this current game562                    total_games+=1563                    if highest_tile >= 512:564                        numOf_512+=1565                    if highest_tile >= 1024:566                        numOf_1024+=1567                    if highest_tile >= 2048:568                        numOf_2048+=1569                    if highest_tile >= 128:570                        numOf_128+=1571                    if highest_tile >= 256:572                        numOf_256+=1573                    574                    #output percentages in console575                    percent_512=(numOf_512/total_games)*100576                    percent_1024=(numOf_1024/total_games)*100577                    percent_2048=(numOf_2048/total_games)*100578                    percent_128=(numOf_128/total_games)*100579                    percent_256=(numOf_256/total_games)*100580                    print('')581                    print("Number of games played: ",total_games)582                    print("")583                    print("128: ",form.format(percent_128),"%")584                    print("256: ",form.format(percent_256),"%")585                    print("512: ",form.format(percent_512),"%")586                    print("1024: ",form.format(percent_1024),"%")587                    print("2048: ",form.format(percent_2048),"%")588                    totaltime=datetime.datetime.now()-starttime589                    moves_per_sec=moves/totaltime.seconds590                    print('')591                    print("Game Summary")592                    print("Number of moves: ", moves)593                    print("Highest Tile: ",highest_tile)594                    print("moves per second: ",form.format(moves_per_sec))595                    print('')596                    #replace the records with the updated values597                    with open('records.txt', 'w') as f:598                        f.write(str(total_games))599                        f.write("\n")600                        f.write(str(numOf_128))601                        f.write("\n")602                        f.write(str(numOf_256))603                        f.write("\n")604                        f.write(str(numOf_512))605                        f.write("\n")606                        f.write(str(numOf_1024))607                        f.write("\n")608                        f.write(str(numOf_2048))609                    g.recorded=True610                # #restart game if autorestart wanted611                # restart = pygame.event.Event(pygame.KEYDOWN, key=ord(" ")) #autorestart (comment out if not testing)612                # pygame.event.post(restart)613                moves=0614                starttime=datetime.datetime.now()615            #save game state in file616            g.duplicate(False)617            #create event618            direction=a.think()619            newevent = pygame.event.Event(pygame.KEYDOWN, key=ord(direction)) #create the event620            pygame.event.post(newevent) #add the event to the queue621            # keyboard handling622                623            for event in pygame.event.get():624                if event.type == pygame.KEYDOWN :625                    if event.key == ord('w') :626                        g.swipe("up")627                        if (g.getMoved()):628                            g.addTile()629                            my_prompts=[]#reset prompt if moved630                        else:631                            if( not g.getGameOver()):632                                my_prompts+='w'#since we cant move in this direction, add to prompt633                                backup = pygame.event.Event(pygame.KEYDOWN, key=ord(a.think(prompt=my_prompts)))634                                pygame.event.post(backup)635                    if event.key == ord('s'):636                        g.swipe("down")637                        if (g.getMoved()):638                            g.addTile()639                            my_prompts=[]640                        else:641                            if( not g.getGameOver()):642                                my_prompts+='s'643                                backup = pygame.event.Event(pygame.KEYDOWN, key=ord(a.think(prompt=my_prompts)))644                                pygame.event.post(backup)645                    if event.key == ord('d'):646                        g.swipe("right")647                        if (g.getMoved()):648                            g.addTile()649                            my_prompts=[]650                        else:651                            if( not g.getGameOver()):652                                my_prompts+='d'653                                backup = pygame.event.Event(pygame.KEYDOWN, key=ord(a.think(prompt=my_prompts)))654                                pygame.event.post(backup)655                    if event.key == ord('a'):656                        g.swipe("left")657                        if (g.getMoved()):658                            g.addTile()659                            my_prompts=[]660                        else:661                            if( not g.getGameOver()):662                                my_prompts+='a'663                                backup = pygame.event.Event(pygame.KEYDOWN, key=ord(a.think(prompt=my_prompts)))664                                pygame.event.post(backup)665                    if event.key == ord(' '):666                        g.restart()667                if event.type == pygame.QUIT:668                    pygame.quit() 669                    exit(0)670                #update671                g.duplicate(False)#game state672                pygame.display.flip()#gui673                #time.sleep(0.8)#delay on each move for comprehension674"""675Agent Class:676677    Class that decides best move for current game state using 678    the expectimax AI algorithm679680    Class Attributes:681        - keyboard : Controller 682        - g : Game683684    Operations:685        - __init__(self,keyboard,game)686        - helper(self, g)687        - 688"""689class Agent(object):690    #constructor691    def __init__(self,keyboard,game):692        self.keyboard=keyboard693        self.g=game694    #runs all the combinations of moves 3 moves deep695    def helper(self, g):696        direction=["up","right","down","left"]697        #698        g[0].swipe("up",True)699        g[0].swipe("up",True)700        g[0].swipe("up",True)701        #702        g[1].swipe("up",True)703        g[1].swipe("up",True)704        g[1].swipe("right",True)705        #706        g[2].swipe("up",True)707        g[2].swipe("up",True)708        g[2].swipe("down",True)709        #710        g[3].swipe("up",True)711        g[3].swipe("up",True)712        g[3].swipe("left",True)713        #714        g[4].swipe("up",True)715        g[4].swipe("right",True)716        g[4].swipe("up",True)717        #718        g[5].swipe("up",True)719        g[5].swipe("right",True)720        g[5].swipe("right",True)721        #722        g[6].swipe("up",True)723        g[6].swipe("right",True)724        g[6].swipe("down",True)725        #726        g[7].swipe("up",True)727        g[7].swipe("right",True)728        g[7].swipe("left",True)729        #730        g[8].swipe("up",True)731        g[8].swipe("down",True)732        g[8].swipe("up",True)733        #734        g[9].swipe("up",True)735        g[9].swipe("down",True)736        g[9].swipe("right",True)737        #738        g[10].swipe("up",True)739        g[10].swipe("down",True)740        g[10].swipe("down",True)741        #742        g[11].swipe("up",True)743        g[11].swipe("down",True)744        g[11].swipe("left",True)745        #746        g[12].swipe("up",True)747        g[12].swipe("left",True)748        g[12].swipe("up",True)749        #750        g[13].swipe("up",True)751        g[13].swipe("left",True)752        g[13].swipe("right",True)753        #754        g[14].swipe("up",True)755        g[14].swipe("left",True)756        g[14].swipe("down",True)757        #758        g[15].swipe("up",True)759        g[15].swipe("left",True)760        g[15].swipe("left",True)761        #762        g[16].swipe("right",True)763        g[16].swipe("up",True)764        g[16].swipe("up",True)765        #766        g[17].swipe("right",True)767        g[17].swipe("up",True)768        g[17].swipe("right",True)769        #770        g[18].swipe("right",True)771        g[18].swipe("up",True)772        g[18].swipe("down",True)773        #774        g[19].swipe("right",True)775        g[19].swipe("up",True)776        g[19].swipe("left",True)777        #778        g[20].swipe("right",True)779        g[20].swipe("right",True)780        g[20].swipe("up",True)781        #782        g[21].swipe("right",True)783        g[21].swipe("right",True)784        g[21].swipe("right",True)785        #786        g[22].swipe("right",True)787        g[22].swipe("right",True)788        g[22].swipe("down",True)789        #790        g[23].swipe("right",True)791        g[23].swipe("right",True)792        g[23].swipe("left",True)793        #794        g[24].swipe("right",True)795        g[24].swipe("down",True)796        g[24].swipe("up",True)797        #798        g[25].swipe("right",True)799        g[25].swipe("down",True)800        g[25].swipe("right",True)801        #802        g[26].swipe("right",True)803        g[26].swipe("down",True)804        g[26].swipe("down",True)805        #806        g[27].swipe("right",True)807        g[27].swipe("down",True)808        g[27].swipe("left",True)809        #810        g[28].swipe("right",True)811        g[28].swipe("left",True)812        g[28].swipe("up",True)813        #814        g[29].swipe("right",True)815        g[29].swipe("left",True)816        g[29].swipe("right",True)817        #818        g[30].swipe("right",True)819        g[30].swipe("left",True)820        g[30].swipe("down",True)821        #822        g[31].swipe("right",True)823        g[31].swipe("left",True)824        g[31].swipe("left",True)825        #826        g[32].swipe("down",True)827        g[32].swipe("up",True)828        g[32].swipe("up",True)829        #830        g[33].swipe("down",True)831        g[33].swipe("up",True)832        g[33].swipe("right",True)833        #834        g[34].swipe("down",True)835        g[34].swipe("up",True)836        g[34].swipe("down",True)837        #838        g[35].swipe("down",True)839        g[35].swipe("up",True)840        g[35].swipe("left",True)841        #842        g[36].swipe("down",True)843        g[36].swipe("right",True)844        g[36].swipe("up",True)845        #846        g[37].swipe("down",True)847        g[37].swipe("right",True)848        g[37].swipe("right",True)849        #850        g[38].swipe("down",True)851        g[38].swipe("right",True)852        g[38].swipe("down",True)853        #854        g[39].swipe("down",True)855        g[39].swipe("right",True)856        g[39].swipe("left",True)857        #858        g[40].swipe("down",True)859        g[40].swipe("down",True)860        g[40].swipe("up",True)861        #862        g[41].swipe("down",True)863        g[41].swipe("down",True)864        g[41].swipe("right",True)865        #866        g[42].swipe("down",True)867        g[42].swipe("down",True)868        g[42].swipe("down",True)869        #870        g[43].swipe("down",True)871        g[43].swipe("down",True)872        g[43].swipe("left",True)873        #874        g[44].swipe("down",True)875        g[44].swipe("left",True)876        g[44].swipe("up",True)877        #878        g[45].swipe("down",True)879        g[45].swipe("left",True)880        g[45].swipe("right",True)881        #882        g[46].swipe("down",True)883        g[46].swipe("left",True)884        g[46].swipe("down",True)885        #886        g[47].swipe("down",True)887        g[47].swipe("left",True)888        g[47].swipe("left",True)889        #890        g[48].swipe("left",True)891        g[48].swipe("up",True)892        g[48].swipe("up",True)893        #894        g[49].swipe("left",True)895        g[49].swipe("up",True)896        g[49].swipe("right",True)897        #898        g[50].swipe("left",True)899        g[50].swipe("up",True)900        g[50].swipe("down",True)901        #902        g[51].swipe("left",True)903        g[51].swipe("up",True)904        g[51].swipe("left",True)905        #906        g[52].swipe("left",True)907        g[52].swipe("right",True)908        g[52].swipe("up",True)909        #910        g[53].swipe("left",True)911        g[53].swipe("right",True)912        g[53].swipe("right",True)913        #914        g[54].swipe("left",True)915        g[54].swipe("right",True)916        g[54].swipe("down",True)917        #918        g[55].swipe("left",True)919        g[55].swipe("right",True)920        g[55].swipe("left",True)921        #922        g[56].swipe("left",True)923        g[56].swipe("down",True)924        g[56].swipe("up",True)925        #926        g[57].swipe("left",True)927        g[57].swipe("down",True)928        g[57].swipe("right",True)929        #930        g[58].swipe("left",True)931        g[58].swipe("down",True)932        g[58].swipe("down",True)933        #934        g[59].swipe("left",True)935        g[59].swipe("down",True)936        g[59].swipe("left",True)937        #938        g[60].swipe("left",True)939        g[60].swipe("left",True)940        g[60].swipe("up",True)941        #942        g[61].swipe("left",True)943        g[61].swipe("left",True)944        g[61].swipe("right",True)945        #946        g[62].swipe("left",True)947        g[62].swipe("left",True)948        g[62].swipe("down",True)949        #950        g[63].swipe("left",True)951        g[63].swipe("left",True)952        g[63].swipe("left",True)953    #use current game state and return the best move954    def think(self,prompt=[]):955        #if there are 3 elements in the prompt list there is only 1 direction to go956        if len(prompt)==3:957            if 'w' not in prompt:958                return 'w'959            if 'a' not in prompt:960                return 'a'961            if 's' not in prompt:962                return 's'963            if 'd' not in prompt:964                return 'd'965        #each el in the list carries the mean score for every test case966        wMean=[]
...

jquery.mobile-touch-swipe-1.0.js

Source:jquery.mobile-touch-swipe-1.0.js

1/*2* jQuery Mobile Framework 1.1.0 db342b1f315c282692791aa870455901fdb46a553* http://jquerymobile.com4*5* Copyright 2011 (c) jQuery Project6* Dual licensed under the MIT or GPL Version 2 licenses.7* http://jquery.org/license8*9*/1011/*12* Stripped the touch swipe logic from jQuery Mobile and turned it into this plugin13* Copyright 2012 (c) CodingJack - http://codecanyon.net/user/CodingJack14* Dual licensed under the MIT or GPL Version 2 licenses.15*/1617/* USAGE1819// listen both left and right signals, the String "left" or "right" will be passed as an argument to the callback20* $(element).touchSwipe(callback); 2122// second parameter is optional and will invoke "event.stopImmediatePropagation()" 23// use this if you need to prevent other mouse events from firing on the same object when a swipe gesture is detected24* $(element).touchSwipe(callback, true);2526// listen for only the left swipe event27* $(element).touchSwipeLeft(callback); 2829// listen for only the right swipe event30* $(element).touchSwipeRight(callback); 3132// unbind both left and right swipe events33* $(element).unbindSwipe(); 3435// unbind only left swipe event36* $(element).unbindSwipeLeft(); 3738// unbind only right swipe event39* $(element).unbindSwipeRight();40 4142// SPECIAL NOTES 43* all methods return "this" for chaining44* before a plugin event is added, "unbind" is called first to make sure events are never erroneously duplicated45 46*/4748;(function($) {49	50	var touchStopEvent, touchMoveEvent, touchStartEvent,51	horizontalDistanceThreshold = 30,52	verticalDistanceThreshold = 75, 53	scrollSupressionThreshold = 10, 54	durationThreshold = 1000;55	56	if("ontouchend" in document) {57	58		touchStopEvent = "touchend.cj_swp";59		touchMoveEvent = "touchmove.cj_swp";60		touchStartEvent = "touchstart.cj_swp";61		62	}63	else {64	65		touchStopEvent = "mouseup.cj_swp";66		touchMoveEvent = "mousemove.cj_swp";67		touchStartEvent = "mousedown.cj_swp";68		69	}70	71	$.fn.touchSwipe = function(cb, prevent) {72		73		if(prevent) this.data("stopPropagation", true);74		if(cb) return this.each(swipeBoth, [cb]);75		76	}77	78	$.fn.touchSwipeLeft = function(cb, prevent) {79		80		if(prevent) this.data("stopPropagation", true);81		if(cb) return this.each(swipeLeft , [cb]);82		83	}84	85	$.fn.touchSwipeRight = function(cb, prevent) {86		87		if(prevent) this.data("stopPropagation", true);88		if(cb) return this.each(swipeRight, [cb]);8990	}91	92	function swipeBoth(cb) {93		94		$(this).touchSwipeLeft(cb).touchSwipeRight(cb);95		96	}97	98	function swipeLeft(cb) {99		100		var $this = $(this);101		102		if(!$this.data("swipeLeft")) $this.data("swipeLeft", cb);103		104		if(!$this.data("swipeRight")) addSwipe($this);105		106	}107	108	function swipeRight(cb) {109	110		var $this = $(this);111		112		if(!$this.data("swipeRight")) $this.data("swipeRight", cb);113		114		if(!$this.data("swipeLeft")) addSwipe($this);115		116	}117	118	$.fn.unbindSwipeLeft = function() {119		120		this.removeData("swipeLeft");121		122		if(!this.data("swipeRight")) this.unbindSwipe(true);123		124	}125	126	$.fn.unbindSwipeRight = function() {127		128		this.removeData("swipeRight");129		130		if(!this.data("swipeLeft")) this.unbindSwipe(true);131		132	}133	134	$.fn.unbindSwipe = function(changeData) {135		136		if(!changeData) this.removeData("swipeLeft swipeRight stopPropagation");137		138		return this.unbind(touchStartEvent + " " + touchMoveEvent + " " + touchStopEvent);139		140	}141	142	function addSwipe($this) {143		144		$this.unbindSwipe(true).bind(touchStartEvent, touchStart);145		146	}147	148	function touchStart(event) {149		150		var time = new Date().getTime(),151		data = event.originalEvent.touches ? event.originalEvent.touches[0] : event,152		$this = $(this).bind(touchMoveEvent, moveHandler).one(touchStopEvent, touchEnded),153		pageX = data.pageX,154		pageY = data.pageY,155		newPageX, 156		newPageY,157		newTime;158		159		if($this.data("stopPropagation")) event.stopImmediatePropagation();160			161		function touchEnded(event) {162			163			$this.unbind(touchMoveEvent);164165			if(time && newTime) {166				167				if(newTime - time < durationThreshold && Math.abs(pageX - newPageX) > horizontalDistanceThreshold && Math.abs(pageY - newPageY) < verticalDistanceThreshold) {168					169					if(pageX > newPageX) {170						171						if($this.data("swipeLeft")) $this.data("swipeLeft")("left");172						173					}174					else {175						176						if($this.data("swipeRight")) $this.data("swipeRight")("right");177						178					}179				180				}181				182			}183			184			time = newTime = null;185			186		}187		188		function moveHandler(event) {189190			if(time) {191192				data = event.originalEvent.touches ? event.originalEvent.touches[0] : event;193				newTime = new Date().getTime();194				newPageX = data.pageX;195				newPageY = data.pageY;196	197				if(Math.abs(pageX - newPageX) > scrollSupressionThreshold) event.preventDefault();198				199			}200			201		}202		203	}204	205		206})(jQuery);207208209210
...

swipe.js

Source:swipe.js

...24//		|		on(node, swipe, function(e){});25//		|		on(node, swipe.up|down|left|right, function(e){});26//27//		C. Used with dojo.gesture.swipe.* directly28//		|	dojo.gesture.swipe(node, function(e){});29//		|	dojo.gesture.swipe.up(node, function(e){});30//		|	...31//32//		Though there is always a default singleton gesture instance after required, e.g 33//		|	require(["dojo/gesture/swipe"], function(){...});34//		It's possible to unRegister it and create a new one with different parameter setting:35//		|	dojo.gesture.unRegister(dojo.gesture.swipe);36//		|	var mySwipe = new dojo.gesture.swipe.Swipe({swipeRange: 300});37//		|	dojo.gesture.register(mySwipe);38//		|	dojo.connect(node, mySwipe, function(e){});39//		|	dojo.connect(node, mySwipe.up|down|left|right, function(e){});40var clz = dojo.declare(null, {41	42	swipeTimeout: 300,...

swipe.js.uncompressed.js

Source:swipe.js.uncompressed.js

...27		//		2. time: an integer indicating the delta time(in milliseconds)28		//		3. dx: delta distance on X axis, dx less than 0 - moving left, dx larger than 0 - moving right29		//		4. dy: delta distance on Y axis, dy less than 0 - moving up, dY larger than 0 - moving down30		//31		//		Note - dx and dy can also be used together for a hybrid swipe(both vertically and horizontally)32		//33		// example:34		//		A. Used with dojo.connect()35		//		|	dojo.connect(node, dojox.gesture.swipe, function(e){});36		//		|	dojo.connect(node, dojox.gesture.swipe.end, function(e){});37		//38		//		B. Used with dojo.on39		//		|	define(['dojo/on', 'dojox/gesture/swipe'], function(on, swipe){40		//		|		on(node, swipe, function(e){});41		//		|		on(node, swipe.end, function(e){});42		//43		//		C. Used with dojox.gesture.swipe.* directly44		//		|	dojox.gesture.swipe(node, function(e){});45		//		|	dojox.gesture.swipe.end(node, function(e){});46	};47=====*/48kernel.experimental("dojox.gesture.swipe");49// Declare an internal anonymous class which will only be exported50// by module return value e.g. dojox.gesture.swipe.Swipe51var clz = declare(/*===== "dojox.gesture.swipe", =====*/Base, {52	// defaultEvent: [readonly] String53	//		Default event - 'swipe'54	defaultEvent: "swipe",55	// subEvents: [readonly] Array56	//		List of sub events, used by 57	//		being combined with defaultEvent as 'swipe.end'58	subEvents: ["end"],...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.