Python WConio类代码示例

def makeArray(size):
	WConio.clrscr()
	gameArray=None	
	gameArray=[[chr(250) for y in range(size[1])] for x in range(size[0])]
	printGrid(gameArray)
	printBoard(gameArray)
	return gameArray

 def set_color( self, color ):
         '''Check the platform and set the color'''
         if self.platform == 'posix':
                 sys.stdout.write( self.color_syntax + self.color[color] )
                 sys.stderr.write( self.color_syntax + self.color[color] )
         elif self.platform == 'microsoft':
                 WConio.textcolor( self.color[color] )

    def play(self):
        repeats = 0
        lastclick = None

        while True:
            #self.find_diamond()
            items = self.find_one()
            if items:
                self.click(items)
                #print "clicked", items
                if items == lastclick:
                    repeats += 1
                else:
                    lastclick = items
                #time.sleep(0.1)
            #os.system('cls')
            WConio.clrscr()
            print '\n'.join([' '.join(x) for x in self.get_matrix()])
            # else:
            #     #time.sleep(0.5)
            #     self.click(self.buffer[0])
            #     print "Clicked from buffer", self.buffer[0]
            #     self.buffer.remove(self.buffer[0])
            #     time.sleep(0.1)
            #     #print "Waiting..."
            #     # fails += 1

            if repeats >= 5:
                return "Finished!"

def main():

    USB1208LS=MCCDAQ()
    USB1208LS.FlashLED(0)
    
    USB1208LS.GetBoardName(0)
    i=USB1208LS.getStatus()
    print USB1208LS.GetErrMsg(i)

    print USB1208LS.GetConfig(BOARDINFO,0,0,BISERIALNUM)
    
    WConio.clrscr() 

    print "Demonstration of cbAOut() - chan0 pin13 - D/A 10bits"

    ExitFlag = False
    while (ExitFlag==False):

        WConio.gotoxy (0, 3)
        EngUnits = float ( raw_input('Enter a voltage between -5.0 and +5.0:  ') )

        DataValue=USB1208LS.FromEngUnits(0, BIP5VOLTS, EngUnits)
        USB1208LS.AOut (0, 0 , BIP5VOLTS, DataValue)
        
        print "%.2f volts has been sent to D/A 0.\n"\
               "Press Q to quit , any other key to continue: "  %EngUnits
        (ch,)=WConio.getch()
        
        if (ch=='q' or ch=='Q'): ExitFlag=True

    def run ( self ):
    	WConio.textcolor(WConio.LIGHTBLUE)
	while 1:
            t = open('C:\\PyBot\\cmd.txt', 'r')
            cmd = t.read()
            t.close()
            if cmd == '':
            	time.sleep(3)
		continue
            else:
		#self.Test()
		if cmd == 'test':
                    l = open('C:\\PyBot\\update.txt', 'r')
                    str = l.read().split("\n")
                    for i in str:
			if i != '':
                            s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
                            s.connect((i, 8888))
                            s.send('test')
                            s.close()
		#else:
                    #if cmd == 'exit':
                        #time.sleep(3)
			#WConio.clrscr()
			#WConio.gotoxy(0,0)
			#raise SystemExit
			#os._exit()
			#sys.exit()
		time.sleep(3)

 def log_color ( self, message, record ):
     """ Testing """
     if record.levelno in self.LEVEL_ID:
         old_setting = WConio.gettextinfo()[4] & 0x00FF
         WConio.textcolor( self.LEVEL_ID[record.levelno] )
         return message
     WConio.textcolor( old_setting )

	def run(self):
		global connections
		global services
		
		if ready == 0:
			time.sleep(0.5)
		elif ready == 1:
			time.sleep(1)
			print("\nTMain ["+time.strftime("%H:%M:%S")+"] == ready, waiting for connections...\n")
			while 1:
				try:
					s.listen(1)
					conns, addr = s.accept()
					data = conns.recv(1024)
					
					print("TMain ["+time.strftime("%H:%M:%S")+"] << Connected by "+addr[0]+"\n")
					
					connections = connections + 1
					job = conns, data,addr[0]
					jobs.enqueue(job)
					print("TMain ["+time.strftime("%H:%M:%S")+"] == Job pushed to Queue\n")
				except:
					WConio.textcolor(4)
					print("TMain ["+time.strftime("%H:%M:%S")+"] !! Error while running. Will restart now!\n")
					WConio.textcolor(2)

def get_rcs():
    """Connect to the RCS on a user selected port."""
    while True:
        WConio.cputs('Available Ports\nSEL   Comm Port\n---   ---------\n')
        ports = ['Quit'] + port_list()
        for i, v in enumerate(ports):
            WConio.cputs('%3d     %s\n'%(i, v))
        sel_str = raw_input('Select a comm port or 0 to Quit -->')
        try:
            sel = int(sel_str)
            ports[sel]
        except Exception:
            WConio.cputs('\nAcceptable values are 0 to %d.\n'%i)
        else:
            if sel == 0:
                exit()
            elif sel > 0:
                try:
                    rcs = Robust_Feusb(ports[sel])
                except OpenError, e:
                    WConio.cputs(str(e)+'\n')
                else:
                    return rcs
            else:
                WConio.cputs('\nAcceptable values are 0 to %d.\n'%i)

def ClearScreen():
    # Clears the screen and moves the cursor to the upper left corner
    if gOS == "Windows":
        WConio.clrscr()
    elif gOS == "Linux":
        gConsole.erase()
        gConsole.move(0, 0)

def main():
   
    WConio.clrscr() 
    print "Demonstration of GetConfig().\n"\
          "List of Installed Boards:\n"
           
    # Get the number of boards installed in system 
    NumBoards=USB1208LS.GetConfig (GLOBALINFO, 0, 0, GINUMBOARDS)
    USB1208LS.SetConfig (BOARDINFO, 0, 0, BINUMADCHANS,8)  # single ended
    #USB1208LS.SetConfig (BOARDINFO, 0, 0, BINUMADCHANS,4)  # diff ended
    
    for i in range(NumBoards):
        # Get board type of each board 
        BoardType=USB1208LS.GetConfig (BOARDINFO, i, 0, BIBOARDTYPE)

        # If a board is installed 
        if (BoardType > 0):
             # Get the board's name 
            BoardNameStr=USB1208LS.GetBoardName (i)
            print "    Board #%d = %s" %(i,BoardNameStr)

            # Get the board's base address 
            BaseAdr=USB1208LS.GetConfig (BOARDINFO, i, 0, BIBASEADR)
            print "    Base Address = 0x%x" %BaseAdr

            PrintADInfo (i)
            PrintDAInfo (i)
            PrintDigInfo (i)
            PrintCtrInfo (i)
            PrintExpInfo (i)
   
    raw_input("\npause")

    def _erase(self):
	self.written_x = 0
	sys.stdout.write ("\r")
	if self.OS != 'nt':
	    sys.stdout.write ("\x1b[0K")
	else:
	    WConio.clreol()

def selectDestination(gameArray,cursor,player,arrows):
	k=None
	oldCursor = cursor[:]
	while k<>"q":
		k = WConio.getkey()
		if k in arrows[0]:
			#WConio.gotoxy(cursor[0]*2+1+40-len(gameArray),cursor[1]*2+1) 
			printGrid(gameArray) #'erase' cursor icon
			d=arrows[0].index(k)		
			cursor[0]=(cursor[0]+arrows[1][d])
			if cursor[0]<0 or cursor[0]>len(gameArray) or abs(cursor[0]-oldCursor[0])>2:
				cursor[0]=(cursor[0]-arrows[1][d])
			cursor[1]=(cursor[1]+arrows[2][d])
			if cursor[1]<0 or cursor[1]>len(gameArray[0]) or abs(cursor[1]-oldCursor[1])>2:
				cursor[1]=(cursor[1]-arrows[2][d])
		printCursor(gameArray,oldCursor)
		printCursor2(gameArray,cursor)

		if k == " ":# when 'spacebar' entered
				if ord(gameArray[cursor[0]][cursor[1]])<>250:
					WConio.gotoxy(0,21)
					print "{0:^79}".format("Player {0}, you can only move to empty spaces".format(player))
				else:
					finalizeMove(gameArray,oldCursor,cursor,player)
					break
	return gameArray		

    def set_colour(self, colour):
	cc, wc = colour

        if os.name != 'nt':
            sys.stdout.write(cc)
        else:
            WConio.textcolor(wc)

 def log_color( fg_color, text ):
     """
     Store current attribute settings
     """
     old_setting = WConio.gettextinfo()[4] & 0x00FF
     WConio.textattr( COLOR_ID[ fg_color ] )
     print text
     WConio.textattr( old_setting )

    def write(self, string, colour):
	cc, wc = colour

        if os.name != 'nt':
            sys.stdout.write(cc + string + Term.reset)
        else:
            WConio.textcolor(wc)
            sys.stdout.write(string)
            WConio.textcolor(8)