pmotools.utils.color_text module

class pmotools.utils.color_text.ColorText

Bases: object

A class used to generate colored text on the terminal

static addBGColor(color_code: int) → str

Takes a number between 16 and 231 to change the background color of text, gives a bigger range of colors than the regular offered ones

Parameters:

color_code – a code between 16 and 231

Returns:

the escape sequence that changes the background to the given color code

Todo

Add a check to make sure it’s a number between 16 and 231.

static addColor(color_code: int) → str

Takes a number between 16 and 231 to change text color, gives a bigger range of colors than the regular offered ones

Parameters:

color_code – a code between 16 and 231

Returns:

the escape sequence that changes the text to the given color code

Todo

Add a check to make sure it’s a number between 16 and 231.

black = '\x1b[30m'

blue = '\x1b[34m'

bold = '\x1b[1m'

static boldBlack(t: str) → str

Create a bolded black text

Parameters:

t – the text

Returns:

the text but with terminal escape characters to bold and make the text black

static boldBlue(t: str) → str

Create a bolded blue text

Parameters:

t – the text

Returns:

the text but with terminal escape characters to bold and make the text blue

static boldGreen(t: str) → str

Create a bolded green text

Parameters:

t – the text

Returns:

the text but with terminal escape characters to bold and make the text green

static boldRed(t: str) → str

Create a bolded red text

Parameters:

t – the text

Returns:

the text but with terminal escape characters to bold and make the text red

static boldText(t: str) → str

Create a bolded text

Parameters:

t – the text

Returns:

the text but with terminal escape characters to bold the text

static boldWhite(t: str) → str

Create a bolded white text

Parameters:

t – the text

Returns:

the text but with terminal escape characters to bold and make the text white

cyan = '\x1b[36m'

flashing = '\x1b[5m'

green = '\x1b[32m'

iBlack = '\x1b[90m'

iBlue = '\x1b[94m'

iCyan = '\x1b[96m'

iGreen = '\x1b[92m'

iPurple = '\x1b[95m'

iRed = '\x1b[91m'

iWhite = '\x1b[97m'

iYellow = '\x1b[93m'

invert = '\x1b[7m'

lighten = '\x1b[2m'

on_Black = '\x1b[40m'

on_Blue = '\x1b[44m'

on_Cyan = '\x1b[46m'

on_Green = '\x1b[42m'

on_IBlack = '\x1b[100m'

on_IBlue = '\x1b[104m'

on_ICyan = '\x1b[106m'

on_IGreen = '\x1b[102m'

on_IPurple = '\x1b[105m'

on_IRed = '\x1b[101m'

on_IWhite = '\x1b[107m'

on_IYellow = '\x1b[103m'

on_Purple = '\x1b[45m'

on_Red = '\x1b[41m'

on_White = '\x1b[47m'

on_Yellow = '\x1b[43m'

static outputColors()

Prints out to stdout the colors with their backgrounds so you can see them

Returns:

nothing

purple = '\x1b[35m'

red = '\x1b[31m'

reset = '\x1b[0m'

underline = '\x1b[4m'

white = '\x1b[37m'

yellow = '\x1b[33m'