def testRepresentations(self):
colors1 = colors.full(87)
self.assertEqual(colors1, colors.DarkSlateGray2)
self.assertEqual(colors1.basic, colors.DarkSlateGray2)
self.assertEqual(str(colors1.basic), str(colors.LightGray))
colors2 = colors.rgb(1, 45, 214)
self.assertEqual(str(colors2.full), str(colors.Blue3A))
def testRepresentations(self):
colors1 = colors.full(87)
self.assertEqual(colors1, colors.DarkSlateGray2)
self.assertEqual(colors1.basic, colors.DarkSlateGray2)
self.assertEqual(str(colors1.basic), str(colors.LightGray))
colors2 = colors.rgb(1,45,214)
self.assertEqual(str(colors2.full), str(colors.Blue3A))
def testRepresentations(self):
colors1 = colors.full(87)
assert colors1 == colors.DarkSlateGray2
assert colors1.basic == colors.DarkSlateGray2
assert str(colors1.basic) == str(colors.LightGray)
colors2 = colors.rgb(1, 45, 214)
assert str(colors2.full) == str(colors.Blue3A)
def testRepresentations(self):
colors1 = colors.full(87)
assert colors1 == colors.DarkSlateGray2
assert colors1.basic == colors.DarkSlateGray2
assert str(colors1.basic) == str(colors.LightGray)
colors2 = colors.rgb(1,45,214)
assert str(colors2.full) == str(colors.Blue3A)
def testLimits(self):
print()
cval = colors.use_color
colors.use_color = 4
c = colors.rgb(123, 40, 200)
print("True", repr(str(c)), repr(c))
colors.use_color = 3
print("Full", repr(str(c)), repr(c))
colors.use_color = 2
print("Simple", repr(str(c)), repr(c))
colors.use_color = 1
print("Basic", repr(str(c)), repr(c))
colors.use_color = 0
print("None", repr(str(c)), repr(c))
colors.use_color = cval
def testLimits(self):
print()
cval = colors.use_color
colors.use_color = 4
c = colors.rgb(123, 40, 200)
print("True", repr(str(c)), repr(c))
colors.use_color = 3
print("Full", repr(str(c)), repr(c))
colors.use_color = 2
print("Simple", repr(str(c)), repr(c))
colors.use_color = 1
print("Basic", repr(str(c)), repr(c))
colors.use_color = 0
print("None", repr(str(c)), repr(c))
colors.use_color = cval
def testLimits(self):
print()
cval = colors.use_color
colors.use_color = 4
c = colors.rgb(123,40,200)
print('True', repr(str(c)), repr(c))
colors.use_color = 3
print('Full', repr(str(c)), repr(c))
colors.use_color = 2
print('Simple', repr(str(c)), repr(c))
colors.use_color = 1
print('Basic', repr(str(c)), repr(c))
colors.use_color = 0
print('None', repr(str(c)), repr(c))
colors.use_color = cval
def testLimits(self):
print()
cval = colors.use_color
colors.use_color = 4
c = colors.rgb(123, 40, 200)
print('True', repr(str(c)), repr(c))
colors.use_color = 3
print('Full', repr(str(c)), repr(c))
colors.use_color = 2
print('Simple', repr(str(c)), repr(c))
colors.use_color = 1
print('Basic', repr(str(c)), repr(c))
colors.use_color = 0
print('None', repr(str(c)), repr(c))
colors.use_color = cval
def testLoadNumericalColor(self):
self.assertEqual(colors.full(2), colors[2])
self.assertEqual(colors.simple(2), colors(2))
self.assertEqual(colors(54), colors[54])
self.assertEqual(colors(1, 30, 77), colors.rgb(1, 30, 77))
self.assertEqual(colors[1, 30, 77], colors.rgb(1, 30, 77))
import logging
import os
from plumbum import cli, local, TEE,colors
logger = logging.getLogger()
docker = local["docker"]
kubectl = local["kubectl"]
gcloud = local["gcloud"]
info = colors.rgb(100,0,150)
class Cluster(cli.Application):
def main(self, *args):
if args:
print("Unknown command {0!r}".format(args[0]))
return 1 # error exit code
if not self.nested_command: # will be ``None`` if no sub-command follows
print("No command given")
return 1 # error exit code
@Cluster.subcommand("pushlatest")
class CreateTag(cli.Application):
"""Pushes the image to google registry"""
@cli.switch("--project", str, mandatory=True)
def gce_project(self, gceProject):
"""Set the google cloud project"""
self.project = gceProject
def testLoadNumericalColor(self):
self.assertEqual(colors.full(2), colors[2])
self.assertEqual(colors.simple(2), colors(2))
self.assertEqual(colors(54), colors[54])
self.assertEqual(colors(1,30,77),colors.rgb(1,30,77))
self.assertEqual(colors[1,30,77],colors.rgb(1,30,77))
def testLoadNumericalColor(self):
assert colors.full(2) == colors[2]
assert colors.simple(2) == colors(2)
assert colors(54) == colors[54]
assert colors(1, 30, 77) == colors.rgb(1, 30, 77)
assert colors[1, 30, 77] == colors.rgb(1, 30, 77)
#!/usr/bin/env python
# -*- coding: utf-8 -*-
from __future__ import print_function
from plumbum import colors
with colors:
print("Do you believe in color, punk? DO YOU?")
for i in range(0, 255, 10):
for j in range(0, 255, 10):
print(u"".join(
colors.rgb(i, j, k)[u"\u2588"] for k in range(0, 255, 10)))
#!/usr/bin/env python
from __future__ import with_statement, print_function
from plumbum import colors
with colors:
print("Do you believe in color, punk? DO YOU?")
for i in range(0, 255, 10):
for j in range(0, 255, 10):
print(u''.join(
colors.rgb(i, j, k)[u'\u2588'] for k in range(0, 255, 10)))
def testLoadNumericalColor(self):
assert colors.full(2) == colors[2]
assert colors.simple(2) == colors(2)
assert colors(54) == colors[54]
assert colors(1,30,77) == colors.rgb(1,30,77)
assert colors[1,30,77] == colors.rgb(1,30,77)
#!/usr/bin/env python
from __future__ import with_statement, print_function
from plumbum import colors
with colors:
print("Do you believe in color, punk? DO YOU?")
for i in range(0,255,10):
for j in range(0,255,10):
print(u''.join(colors.rgb(i,j,k)[u'\u2588'] for k in range(0,255,10)))
