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My solution for the color issue
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It's pretty straightforward.
try: #For Pythonista: import console console.set_font('Menlo-Regular', 7) def printc_ios_helper_func(input_string, r, g, b): console.set_color(r, g, b) print(input_string) def printc_ios_func(input_string, color_code): if color_code == 'g': printc_ios_helper_func(input_string, 46,204,64) elif color_code == 'r': printc_ios_helper_func(input_string, 255,65,54) elif color_code == 'c': printc_ios_helper_func(input_string, 127,219,255) elif color_code == 'b': printc_ios_helper_func(input_string, 0,116,217) elif color_code == 'y': printc_ios_helper_func(input_string, 255,220,0) elif color_code == 'm': printc_ios_helper_func(input_string, 240,18,190) elif color_code == 'k': printc_ios_helper_func(input_string, 25,25,25) def printrc_ios_func(input_string): color_name_list = [(46,204,64),(255,65,54),(127,219,255),(0,116,217),(240,18,190),(25,25,25),(random.randint(25,250),random.randint(25,250),random.randint(25,250))] random_color = random.choice(color_name_list) printc_ios_helper_func(input_string, random_color[0], random_color[1], random_color[2]) printc = printc_ios_func printrc = printrc_ios_func except: from colorama import Fore def printrc(input_string): color_name_list = ['YELLOW','GREEN','CYAN', 'BLUE', 'RED', 'MAGENTA', 'LIGHTBLACK_EX', 'LIGHTGREEN_EX', 'LIGHTBLUE_EX', 'LIGHTCYAN_EX', 'LIGHTMAGENTA_EX', 'LIGHTRED_EX', 'LIGHTYELLOW_EX'] print(str(eval('Fore.'+random.choice(color_name_list))) + str(input_string)) print(Fore.RESET) def printc(input_string, color_code): if color_code == 'g': print(Fore.LIGHTGREEN_EX + input_string) elif color_code == 'r': print(Fore.LIGHTRED_EX + input_string) elif color_code == 'c': print(Fore.LIGHTCYAN_EX + input_string) elif color_code == 'b': print(Fore.LIGHTBLUE_EX + input_string) elif color_code == 'y': print(Fore.LIGHTYELLOW_EX + input_string) elif color_code == 'm': print(Fore.LIGHTMAGENTA_EX + input_string) elif color_code == 'k': print(Fore.LIGHTBLACK_EX + input_string) print(Fore.RESET)
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Very cool!!
dict lookup can make you code smaller, faster, and easier to understand and modify...
if color_code == 'g': printc_ios_helper_func(input_string, 46,204,64) elif color_code == 'r': printc_ios_helper_func(input_string, 255,65,54) elif color_code == 'c': printc_ios_helper_func(input_string, 127,219,255) elif color_code == 'b': printc_ios_helper_func(input_string, 0,116,217) elif color_code == 'y': printc_ios_helper_func(input_string, 255,220,0) elif color_code == 'm': printc_ios_helper_func(input_string, 240,18,190) elif color_code == 'k': printc_ios_helper_func(input_string, 25,25,25)
-->
color_dict = {'g': (46, 204, 64), 'r': (255, 65, 54), 'c': (127, 219, 255), 'b': (0, 116, 217), 'y': (255, 220, 0), 'm': (240, 18, 190), 'k': (25, 25, 25)} printc_ios_helper_func(input_string, color_dict[color_code])
Also, to avoid bare exceptions change except: to except ImportError:.