def setup_method(self):
self.config = Config(pathlib.Path('doesnt-matter'))
self.red_fg = self.config.get_color('some', 'red', with_reset=False)
self.yellow_fg = self.config.get_color('some', 'yellow+bold')
self.white_fg = self.config.get_color('some', 'white')
def setup_method(self):
self.config = Config(pathlib.Path('doesnt-matter'))
self.pp = Processor(self.config, 'mount')
class term_module_tester:
def setup_method(self):
self.config = Config(pathlib.Path('doesnt-matter'))
self.red_fg = self.config.get_color('some', 'red', with_reset=False)
self.yellow_fg = self.config.get_color('some', 'yellow+bold')
self.white_fg = self.config.get_color('some', 'white')
def fg2bg_test(self):
assert fg2bg(self.red_fg) == '\x1b[41m'
def pos_to_offset_0_test(self):
line = 'Hello Africa'
colored = self.yellow_fg + line + self.config.color.reset
#print('{}'.format(repr(colored)))
pos = pos_to_offset(colored, 0)
assert pos == 13
assert colored[pos] == 'H'
pos = pos_to_offset(colored, 6)
assert pos == 19
assert colored[pos] == 'A'
pos = pos_to_offset(colored, len(line) - 1)
assert pos == 24
assert colored[pos] == 'a'
def pos_to_offset_1_test(self):
line = 'Hello Africa'
colored = self.white_fg + ' ' + self.yellow_fg + line + self.config.color.reset
pos = pos_to_offset(colored, 1)
assert pos == 23
assert colored[pos] == 'H'
def bg_highlight_1_test(self):
self.reg_bg = fg2bg(self.red_fg)
line = 'Hello Africa'
line = self.yellow_fg + line + self.config.color.reset
pos = pos_to_offset(line, 0)
assert line[pos] == 'H'
line = line[:pos] + self.reg_bg + line[pos:pos+1] + self.config.color.normal_bg \
+ line[pos+1:]
assert line == '\x1b[0m\x1b[33m\x1b[1m\x1b[41mH\x1b[48mello Africa\x1b[0m'
pos = pos_to_offset(line, 6)
assert line[pos] == 'A'
line = line[:pos] + self.reg_bg + line[pos:pos+1] + self.config.color.normal_bg \
+ line[pos+1:]
assert line == '\x1b[0m\x1b[33m\x1b[1m\x1b[41mH\x1b[48mello \x1b[41mA\x1b[48mfrica\x1b[0m'
pos = pos_to_offset(line, 11)
assert line[pos] == 'a'
line = line[:pos] + self.reg_bg + line[pos:pos+1] + self.config.color.normal_bg \
+ line[pos+1:]
assert line == '\x1b[0m\x1b[33m\x1b[1m\x1b[41mH\x1b[48mello \x1b[41mA\x1b[48mfric\x1b[41ma\x1b[48m\x1b[0m'
def _format_range_as_to_columns(self, count, columns):
result = ''
line = ''
for i in column_formatter(count, columns):
if i == -1:
#print(line)
result += line + '\n'
line = ''
else:
line += '{} '.format(i)
return result
def test_column_formatter_0(self):
for i in column_formatter(0, 1):
self.assertFalse()
def column_formatter_1_2_test(self):
expected = '0 \n'
result = self._format_range_as_to_columns(1, 2)
assert expected == result
def column_formatter_10_4_test(self):
expected = '0 3 6 9 \n1 4 7 \n2 5 8 \n'
result = self._format_range_as_to_columns(10, 4)
assert expected == result
def column_formatter_10_3_test(self):
expected = '0 4 8 \n1 5 9 \n2 6 \n3 7 \n'
result = self._format_range_as_to_columns(10, 3)
assert expected == result
def get_color_value_test(self):
cfg = Config(make_data_filename('sample.conf'))
assert cfg.get_color('red', 'red') == '\x1b[0m\x1b[31m'
assert cfg.get_color('red', 'red', with_reset=False) == '\x1b[31m'
assert cfg.get_color('error', 'normal') == '\x1b[0m\x1b[31m\x1b[1m'
assert cfg.get_color('error', 'normal', with_reset=False) == '\x1b[31m\x1b[1m'
assert cfg.get_color('not-existed', 'normal') == '\x1b[0m\x1b[38m'
assert cfg.get_color('some-int', 'reset') == '\x1b[0m\x1b[38;5;123m'
assert cfg.get_color('none', 'none') == ''
# Try TrueColor specs
assert cfg.get_color('true_rgb_red', 'red') == '\x1b[0m\x1b[38;2;255;0;0m'
assert cfg.get_color('true_rgb_green', 'red') == '\x1b[0m\x1b[38;2;0;255;0m'
assert cfg.get_color('true_rgb_blue', 'red') == '\x1b[0m\x1b[38;2;0;0;255m'
with pytest.raises(TypeError):
cfg.get_color('red')
def get_bool_value_test(self):
cfg = Config(make_data_filename('sample.conf'))
assert cfg.get_bool('not-existed') is None
assert cfg.get_bool('not-existed', True) == True
assert cfg.get_bool('not-existed', False) == False
assert cfg.get_bool('true-bool-key-1') == True
assert cfg.get_bool('false-bool-key-1') == False
assert cfg.get_bool('true-bool-key-2') == True
assert cfg.get_bool('false-bool-key-2') == False
with pytest.raises(ValueError):
cfg.get_bool('some-int')
def get_int_value_test(self):
cfg = Config(make_data_filename('sample.conf'))
assert cfg.get_int('some-int') == 123
assert cfg.get_int('not-existed', 123) == 123
with pytest.raises(ValueError):
cfg.get_int('not-an-int', 123)
def get_string_value_test(self):
cfg = Config(make_data_filename('sample.conf'))
assert cfg.get_string('some') == 'value'
assert cfg.get_string('not-existed', 'default') == 'default'
assert cfg.get_string('some-int') == '123'
def not_exitsted_file_test(self):
cfg = Config(make_data_filename('not-existed-file'))
assert cfg.get_string('not-existed', 'default') == 'default'
assert cfg.get_int('not-existed', 123) == 123
def setup_method(self):
self.config = Config(pathlib.Path('doesnt-matter'))
self.red_fg = self.config.get_color('some', 'red', with_reset=False)
self.yellow_fg = self.config.get_color('some', 'yellow+bold')
self.white_fg = self.config.get_color('some', 'white')
class term_module_tester:
def setup_method(self):
self.config = Config(pathlib.Path('doesnt-matter'))
self.red_fg = self.config.get_color('some', 'red', with_reset=False)
self.yellow_fg = self.config.get_color('some', 'yellow+bold')
self.white_fg = self.config.get_color('some', 'white')
def fg2bg_test(self):
assert fg2bg(self.red_fg) == '\x1b[41m'
def pos_to_offset_0_test(self):
line = 'Hello Africa'
colored = self.yellow_fg + line + self.config.color.reset
#print('{}'.format(repr(colored)))
pos = pos_to_offset(colored, 0)
assert pos == 13
assert colored[pos] == 'H'
pos = pos_to_offset(colored, 6)
assert pos == 19
assert colored[pos] == 'A'
pos = pos_to_offset(colored, len(line) - 1)
assert pos == 24
assert colored[pos] == 'a'
def pos_to_offset_1_test(self):
line = 'Hello Africa'
colored = self.white_fg + ' ' + self.yellow_fg + line + self.config.color.reset
pos = pos_to_offset(colored, 1)
assert pos == 23
assert colored[pos] == 'H'
def bg_highlight_1_test(self):
self.reg_bg = fg2bg(self.red_fg)
line = 'Hello Africa'
line = self.yellow_fg + line + self.config.color.reset
pos = pos_to_offset(line, 0)
assert line[pos] == 'H'
line = line[:pos] + self.reg_bg + line[pos:pos+1] + self.config.color.normal_bg \
+ line[pos+1:]
assert line == '\x1b[0m\x1b[33m\x1b[1m\x1b[41mH\x1b[48mello Africa\x1b[0m'
pos = pos_to_offset(line, 6)
assert line[pos] == 'A'
line = line[:pos] + self.reg_bg + line[pos:pos+1] + self.config.color.normal_bg \
+ line[pos+1:]
assert line == '\x1b[0m\x1b[33m\x1b[1m\x1b[41mH\x1b[48mello \x1b[41mA\x1b[48mfrica\x1b[0m'
pos = pos_to_offset(line, 11)
assert line[pos] == 'a'
line = line[:pos] + self.reg_bg + line[pos:pos+1] + self.config.color.normal_bg \
+ line[pos+1:]
assert line == '\x1b[0m\x1b[33m\x1b[1m\x1b[41mH\x1b[48mello \x1b[41mA\x1b[48mfric\x1b[41ma\x1b[48m\x1b[0m'
def _format_range_as_to_columns(self, count, columns):
result = ''
line = ''
for i in column_formatter(count, columns):
if i == -1:
#print(line)
result += line + '\n'
line = ''
else:
line += '{} '.format(i)
return result
def test_column_formatter_0(self):
for i in column_formatter(0, 1):
self.assertFalse()
def column_formatter_1_2_test(self):
expected = '0 \n'
result = self._format_range_as_to_columns(1, 2)
assert expected == result
def column_formatter_10_4_test(self):
expected = '0 3 6 9 \n1 4 7 \n2 5 8 \n'
result = self._format_range_as_to_columns(10, 4)
assert expected == result
def column_formatter_10_3_test(self):
expected = '0 4 8 \n1 5 9 \n2 6 \n3 7 \n'
result = self._format_range_as_to_columns(10, 3)
assert expected == result