def test_multi_line():
"""Test on multi-lines."""
assert '\n' == join_row(['\n'], '', '', '')
assert '\n' == join_row(['\n'], '', '|', '')
assert '|\n|' == join_row(['\n'], '', '|', '|')
assert '||\n||' == join_row(['\n'], '|', '|', '|')
expected = dedent("""\
> Cars | Jetta <
> | Camry <""")
actual = join_row([' Cars \n ', ' Jetta \n Camry '], '>', '|', '<')
assert expected == actual
def test_multi_line():
"""Test on multi-lines."""
assert join_row(['\n'], '', '', '') == '\n'
assert join_row(['\n'], '', '|', '') == '\n'
assert join_row(['\n'], '', '|', '|') == '|\n|'
assert join_row(['\n'], '|', '|', '|') == '||\n||'
expected = dedent("""\
> Cars | Jetta <
> | Camry <""")
actual = join_row([' Cars \n ', ' Jetta \n Camry '], '>', '|', '<')
assert actual == expected
def table(self):
"""Return a large string of the entire table ready to be printed to the terminal."""
padded_table_data = self.padded_table_data
column_widths = [c + self.padding_left + self.padding_right for c in self.column_widths]
final_table_data = list()
for row_index, row_data in enumerate(padded_table_data):
row = join_row(
row_data,
self.CHAR_VERTICAL,
self.CHAR_VERTICAL,
self.CHAR_VERTICAL
)
final_table_data.append(row)
if row_index != 0:
continue
# Header row separator.
column_separators = []
for column_index, column_width in enumerate(column_widths):
column_justify = self.justify_columns.get(column_index)
if column_justify == 'left':
separator = ':' + self.CHAR_HORIZONTAL * (column_width - 1)
elif column_justify == 'right':
separator = self.CHAR_HORIZONTAL * (column_width - 1) + ':'
elif column_justify == 'center':
separator = self.CHAR_HORIZONTAL * (column_width - 2)
separator = ':' + separator + ':'
else:
separator = self.CHAR_HORIZONTAL * column_width
column_separators.append(separator)
row = join_row(
column_separators,
self.CHAR_VERTICAL,
self.CHAR_VERTICAL,
self.CHAR_VERTICAL
)
final_table_data.append(row)
return '\n'.join(final_table_data)
def test_single_line():
"""Test on single lines."""
assert '' == join_row([], '', '', '')
assert '' == join_row([], '', '|', '')
assert '|' == join_row([], '', '|', '|')
assert '||' == join_row([], '|', '|', '|')
assert '' == join_row([''], '', '', '')
assert '' == join_row([''], '', '|', '')
assert '|' == join_row([''], '', '|', '|')
assert '||' == join_row([''], '|', '|', '|')
assert 'test' == join_row(['test'], '', '', '')
assert 'test' == join_row(['test'], '', '|', '')
assert '|test' == join_row(['test'], '|', '', '')
assert 'test|' == join_row(['test'], '', '', '|')
assert '|test|' == join_row(['test'], '|', '|', '|')
assert 'testtest2' == join_row(['test', 'test2'], '', '', '')
assert 'test+test2' == join_row(['test', 'test2'], '', '+', '')
assert '|test+test2|' == join_row(['test', 'test2'], '|', '+', '|')
def test_single_line():
"""Test on single lines."""
assert join_row([], '', '', '') == ''
assert join_row([], '', '|', '') == ''
assert join_row([], '', '|', '|') == '|'
assert join_row([], '|', '|', '|') == '||'
assert join_row([''], '', '', '') == ''
assert join_row([''], '', '|', '') == ''
assert join_row([''], '', '|', '|') == '|'
assert join_row([''], '|', '|', '|') == '||'
assert join_row(['test'], '', '', '') == 'test'
assert join_row(['test'], '', '|', '') == 'test'
assert join_row(['test'], '|', '', '') == '|test'
assert join_row(['test'], '', '', '|') == 'test|'
assert join_row(['test'], '|', '|', '|') == '|test|'
assert join_row(['test', 'test2'], '', '', '') == 'testtest2'
assert join_row(['test', 'test2'], '', '+', '') == 'test+test2'
assert join_row(['test', 'test2'], '|', '+', '|') == '|test+test2|'
