# compatibility4.py # # Backwards compatibility for text mode Python 1.4.0 to 3.2.2... # Some simple lines that work for all these versions on the # classic AMIGA, E-UAE, PCLinuxOS 2009, Debian 6.0.0, Windows XP and # Vista and WinUAE. Note, classic AMIGAs and derivatives only reach # Python version 2.4.6. AROS goes to version 2.5.2. # Python versions checked against, 1.4.0, 2.0.1, 2.4.2, 2.5.2, 2.6.1 # 2.6.6, 2.7.2, 3.0.1, 3.1.3 and 3.2.2. # # Original copyright, (C)2011, B.Walker, G0LCU. Now Public Domain. # # =================================================================== # Some more print statements that work for general usage... # Now to print floating point and integer values using the Python # Version 3.x.x print() function... print("REMEMBER! These all work from Python 1.4.0 to 3.2.2 on") print("Classic AMIGAs, Windows XP and Vista, PCLinuxOS 2009,") print("Debian 6.0.0, E-UAE and WinUAE...") print("Firstly a simple number followed by a floating point variable...") print(36901234) number=123.456 print(number) print("Using + - * and / inside the 'print()' function...") print("Two numbers added together, 123.456 + 126.544...") print(123.456+126.544) print("Now two numbers subtracted from each other, 123.456 - 126.544...") print(123.456-126.544) print("Now two numbers multiplied together 12.71 x 46.56...") print(12.71*46.56) print("Now two numbers divided by each other 12.71 / 46.56...") print(12.71/46.56) print("Now using five variables with parentheses, see code...") numberone=123.456 numbertwo=234.567 numberthree=345.678 numberfour=456.789 # The use of parentheses do(es) not limit the universal usefulness at all... print(((numberone+numbertwo)/(numberthree-numberfour))*number) print("Now for a variable = 39.9 divided by an integer number 3...") number=39.9 print(number/3) print("Finally to print numbers and strings on screen using the line below.") print('>>> print("The number is "+str(number/3)+"...")') print("The number is "+str(number/3)+"...") print("That is all for now for the 'print()' function; dead easy eh! ;o)") # =================================================================== # There will be more to come... ;o) # Enjoy finding simple solutions to often very difficult problems. :)