def test_trans(self):
""" Translation functions should translate codes properly. """
for v in self.conversions:
# hex2*
argset = (v['hexval'],)
self.assertTupleEqual(
v['rgb'],
hex2rgb(*argset),
msg=test_msg('Failed to translate.', *argset))
argset = (v['hexval'],)
self.assertEqual(
v['code'],
hex2term(*argset),
msg=test_msg('Failed to translate.', *argset))
argset = (v['hexval'],)
self.assertEqual(
v['hexval'],
hex2termhex(*argset),
msg=test_msg('Failed to translate.', *argset))
# rgb2*
argset = v['rgb']
self.assertEqual(
v['hexval'],
rgb2hex(*argset),
msg=test_msg('Failed to translate.', *argset))
argset = v['rgb']
self.assertEqual(
v['code'],
rgb2term(*argset),
msg=test_msg('Failed to translate.', *argset))
argset = v['rgb']
self.assertEqual(
v['hexval'],
rgb2termhex(*argset),
msg=test_msg('Failed to translate.', *argset))
# term2*
argset = (v['code'],)
self.assertEqual(
v['hexval'],
term2hex(*argset),
msg=test_msg('Failed to translate.', *argset))
argset = (v['code'],)
self.assertTupleEqual(
v['rgb'],
term2rgb(*argset),
msg=test_msg('Failed to translate.', *argset))
for hexval, termhex in self.termhex_close:
argset = (hexval,)
self.assertEqual(
termhex,
hex2termhex(*argset),
msg=test_msg('Failed on close match.', *argset))
def test_trans(self):
""" Translation functions should translate codes properly. """
for v in self.conversions:
# hex2*
argset = (v['hexval'], )
self.assertTupleEqual(v['rgb'],
hex2rgb(*argset),
msg=call_msg('Failed to translate.',
*argset))
argset = (v['hexval'], )
self.assertEqual(v['code'],
hex2term(*argset),
msg=call_msg('Failed to translate.', *argset))
argset = (v['hexval'], )
self.assertEqual(v['hexval'],
hex2termhex(*argset),
msg=call_msg('Failed to translate.', *argset))
# rgb2*
argset = v['rgb']
self.assertEqual(v['hexval'],
rgb2hex(*argset),
msg=call_msg('Failed to translate.', *argset))
argset = v['rgb']
self.assertEqual(v['code'],
rgb2term(*argset),
msg=call_msg('Failed to translate.', *argset))
argset = v['rgb']
self.assertEqual(v['hexval'],
rgb2termhex(*argset),
msg=call_msg('Failed to translate.', *argset))
# term2*
argset = (v['code'], )
self.assertEqual(v['hexval'],
term2hex(*argset),
msg=call_msg('Failed to translate.', *argset))
argset = (v['code'], )
self.assertTupleEqual(v['rgb'],
term2rgb(*argset),
msg=call_msg('Failed to translate.',
*argset))
for hexval, termhex in self.termhex_close:
argset = (hexval, )
self.assertEqual(termhex,
hex2termhex(*argset),
msg=call_msg('Failed on close match.',
*argset))
def main(sep=' '):
"""Palette test main function."""
for line in valid_lines(None):
r, g, b, name = line.split(maxsplit=3)
r, g, b = (int(x) for x in [r, g, b])
h = colr.rgb2hex(r, g, b)
th = colr.rgb2termhex(r, g, b)
t = colr.rgb2term(r, g, b)
d = dict(r=r, g=g, b=b, name=name, h=h, th=th, t=t)
d['testfg'] = Colr().hex(h, 'test', rgb_mode=False)
d['testbg'] = Colr().b_hex(h, 'test ', rgb_mode=False)
d['testbg_rgb'] = Colr().b_hex(h, ' ', rgb_mode=True)
fmt = sep.join(['{r:3} {g:3} {b:3}',
'0x{h}',
'0x{th}',
'{t:>3s}',
'{testfg}{testbg}{testbg_rgb}',
'{name}'])
print(fmt.format(**d))
def hex(self) -> str:
return colr.rgb2hex(*self.rgb)
def setUp(self):
# Default argd, when no flags are given.
self.argd = {
'--auto-disable': False,
'--back': None,
'--center': None,
'--debug': False,
'--err': False,
'--fore': None,
'--frequency': None,
'--gradient': None,
'--gradientrgb': [],
'--help': False,
'--listcodes': False,
'--ljust': None,
'--names': False,
'--newline': False,
'--offset': None,
'--rainbow': False,
'--rjust': None,
'--spread': None,
'--stripcodes': False,
'--style': None,
'--translate': False,
'--truecolor': False,
'--unique': False,
'--version': False,
'BACK': None,
'CODE': [],
'FORE': None,
'STYLE': None,
'TEXT': None,
}
# Number of random values to generate for tests to choose from.
max_vals = 50
# Valid basic color name args for the colr tool.
self.valid_basic_vals = (
'white',
'black',
'red',
'cyan',
'green',
'blue',
)
# Valid extended color names/values.
self.valid_ext_vals = [
'lightblue',
'lightcyan',
]
self.valid_ext_vals.extend(
set((str(r.randint(0, 255)) for _ in range(max_vals))))
# Valid rgb color values.
self.valid_rgb_vals = []
self.valid_rgb_vals.extend(
set((','.join(str(r.randint(0, 255)) for rgb in range(3))
for _ in range(max_vals))))
# Valid hex values.
self.valid_hex_vals = ['000', 'fff', 'f0f', 'aba']
for rgb in self.valid_rgb_vals:
rgbtup = tuple(int(x) for x in rgb.split(','))
self.valid_hex_vals.append(rgb2hex(*rgbtup))
# Valid style names/values.
self.valid_style_vals = (
'0',
'1',
'2',
'3',
'4',
'5',
'7',
'22',
'b',
'bold',
'bright',
'd',
'dim',
'f',
'flash',
'h',
'highlight',
'hilight',
'hilite',
'i',
'italic',
'n',
'none',
'normal',
'reset_all',
'reverse',
'u',
'underline',
'underlined',
)