colortextpy

colortextpy

Colortextpy is a Python package for adding colors and styles to terminal output, allowing you to create more visually appealing and organized command-line applications. The full colortextpy documentation is available at https://susuky.github.io/colortextpy/

Install

Tested on python 3.6-3.11, win11, win11 WSL2, Ubuntu

It doesn’t support win32

pip install colortextpy

Usage

Color printer

from colortextpy import Printer, colorprint

Printer.blue_print('blue')
Printer.blue_print('blue', bold=True)

colorprint('default')
colorprint('#ff3567', color='#ff3567')
colorprint('#123456', color=Fore['#123456'])
colorprint(4, color=4)
colorprint(137, color=Fore['137'])
colorprint('(50, 234, 33)', color=(50, 234, 33))
colorprint('(50, 24, 133)', color='(50, 24, 133)')
colorprint('dark_green', color=Fore.dark_green)

colorprint('violet', background='violet', bold=False)
colorprint('violet', background='violet', bold=True)
colorprint('violet', color=Fore.green, background='violet', bold=True)

Use Printer.available to see other color printers

Fore, Back, Style

from colortextpy import Fore, Back, Style, AnsiColor, RESET_ALL

Fore, Back, Style

(<AnsiColor: 'FORE'>, <AnsiColor: 'BACK'>, <AnsiColor: 'STYLE'>)

You could use Style to get style ansi escape code:

print(f'{Style["bold"]+Style.underline}bold + underline{Style.end}')
Style['bold'], Style.underline

Other style see Style.availble, but bold, underline would be the most used

You could use Fore and Back to get the text foreground and background ansi escape code:

Fore['red'], Fore.black, Back.chocolate, Back['hotpink']

('\x1b[38;2;255;0;0m',
 '\x1b[38;2;0;0;0m',
 '\x1b[48;2;210;105;30m',
 '\x1b[48;2;255;105;180m')

Both Fore and Back could also support 8-bits, hex, rgb color.

Fore[50], Fore['#ffffff'], Fore['123, 45, 67']

('\x1b[38;5;50m', '\x1b[38;2;255;255;255m', '\x1b[38;2;123;45;67m')

Back['144'], Back['#123456'], Back['(55, 244, 31)']

('\x1b[48;5;144m', '\x1b[48;2;18;52;86m', '\x1b[48;2;55;244;31m')

Here’s demo of supported 8-bits colors:

Code

for i in range(256):
    end = '\n' if (i+1)%8 == 0 else ' '*2
    print(f'{i:3}: {Back[i]}           {Back.reset}', end=end)

Other available colors are in Fore.availble and Back.available

You could combine Fore, Back, Style to colorize your output:

text = 'something123'
print(Fore[50] + text + Fore.reset)
print(Back['black'] + Fore.aliceblue + Style.underline + text)

colortextpy also provides AnsiColor api to combine Fore, Back and Style together.

AnsiColor

 AnsiColor (fore:str=None, back:str=None, style:str=None)

Integrate with Fore, Back, Style.

	Type	Default	Details
fore	str	None	Foreground color. Could be hex, rgb string or tuple, Fore, 8-bits color
back	str	None	Background color, Could be hex, rgb string or tuple, Back, 8-bits color
style	str	None	Text style. Seee Style.available.

ansi = AnsiColor(fore='#0c0caa', back='aliceblue', style='underline')
print(ansi.ansi_fmt + '123456789' + RESET_ALL)


ansi = AnsiColor(fore=Fore['123, 234, 56'], back=(20, 29, 12), style=('bold', 'underline'))
print(ansi.ansi_fmt + '123' + RESET_ALL)
ansi.fore, ansi.back, ansi.style, ansi.ansi_fmt

Without setting any color, AnsiColor would give emtpy string:

AnsiColor().ansi_fmt

''

ColorStream

Enables context managers to work as decorators to colorize the sys.stdout or sys.stderr

Some usage:

    with ColorStream(fore='red'):
        print('text')        

    @ColorStream(fore=Fore.dark_orange)
    def foo():
        print('FOO')

with ColorStream(fore=Fore.dark_violet, autoreset=False):
    print('autoreset off, affect next text')
    with ColorStream(back=Back.light_green, style=(Style.underline, Style.bold)):
        print('add background, underline, bold and autoreset')
        with ColorStream(fore='red'):
            print('Due to autoreset above, It only have red color')
print('Already leave context, show default color')

@ColorStream(fore=Fore.dark_cyan)
def foo():
    print('dark_cyan')
    print('colortextpy')

foo()

colorize

you can add color tag. Start with <tag> end with </tag>.

Some usage:

text = 'something'
text_w_tag = f'{text}-<fg red><bg #f0ffff>{text}</fg></bg>-{text}'
print(colorize(text_w_tag))

And some other <tag> complex uasge:

Code

test_strings = ('one', 'two', 'three', 'four', 'five')
test_templates = [
    '{0}',
    '<blue>{0}</fg>',
    '<red>{0}</red>--<bg green>{1}</bg green>',
    '{0}--<red>{1}</red>--<fg red><bg green>{2}</bg>--{3}</fg>',
    '{0}--<50>{1}</fg>--<fg 155><bg 78>{2}</bg></fg>',
    '<bold>{0}--<fg 180, 46, 78>{1}</fg></bold>--<bg 152, 167, 52>{2}</bg>',
    '<underline>{0}--<180, 46, 78>{1}</fg>--<bold>{1}--<bg 152, 167, 52>{2}</underline>--{3}</bold>--{4}</bg>',
    '<bg #59FFAE>{0}--<#AAAA00>{1}--</bg>{2}</fg>--{3}',
]

for template in test_templates:
    print(colorize(template.format(*test_strings)))

colorize also integrates with AnsiColor:

print(colorize('something1', fore=5, back='#ffeeaa', style='bold'))
print(colorize('something2', fore='r', back='y', style='underline'))

Color

Some Constant of color with hex, rgb, bgr format

Color.red.name, Color.red.hex, Color.red.rgb, Color['red']

('red', '#ff0000', (255, 0, 0), <Color.red>)

You could also pass the hex constant from Color into matplotlib.pyplot:

plt.plot(np.sin(np.linspace(-4, 4, 50)), color=Color.red.hex)

Here are other colors in Color.available :