def test_WHEN_one_column_contents_width_is_zero_THEN_that_column_width_should_be_zero(
self):
available_width = 10
column_content_widths = [0, 15]
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([0, 10], distribution)
def test_WHEN_when_no_no_column_fits_THEN_all_columns_should_get_equal_width(self):
column_content_widths = [100, 200]
available_width = 50
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([available_width / 2,
available_width / 2],
distribution)
def test_WHEN_available_width_cannot_be_equally_divided_THEN_starting_columns_should_get_one_unit_wider(
self):
column_content_widths = [100, 100, 100, 100]
available_width = 42
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([11, 11, 10, 10], distribution)
def test_WHEN_both_columns_fits_within_available_width_THEN_column_width_should_be_equal_to_column_width(
self):
column_content_widths = [10, 20]
available_width = 100
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([10, 20], distribution)
def test_WHEN_when_only_one_column_fits_THEN_the_other_column_should_get_all_remaining_width(
self):
column_content_widths = [10, 200]
available_width = 50
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([10, available_width - 10], distribution)
def test_WHEN_column_does_not_fit_within_available_width_THEN_column_width_should_be_equal_to_available_width(self):
available_width = 10
column_content_width = available_width + 1
column_content_widths = [column_content_width]
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([available_width],
distribution)
def test_WHEN_column_fits_within_available_width_THEN_column_width_should_be_equal_to_column(self):
column_content_width = 10
column_content_widths = [column_content_width]
available_width = column_content_width + 1
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([column_content_width],
distribution)
def test_WHEN_column_fits_within_available_width_THEN_column_width_should_be_equal_to_column(
self):
column_content_width = 10
column_content_widths = [column_content_width]
available_width = column_content_width + 1
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([column_content_width], distribution)
def test_distribute_remaining_space_on_second_unsatisfied_column(self):
column_content_widths = [1, 100, 12]
available_width = 30
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([1,
available_width - 12 - 1,
12],
distribution)
def test_WHEN_column_does_not_fit_within_available_width_THEN_column_width_should_be_equal_to_available_width(
self):
available_width = 10
column_content_width = available_width + 1
column_content_widths = [column_content_width]
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([available_width], distribution)
def test_WHEN_when_no_no_column_fits_THEN_all_columns_should_get_equal_width(
self):
column_content_widths = [100, 200]
available_width = 50
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([available_width / 2, available_width / 2],
distribution)
def _derive_column_content_widths(self) -> list:
columns_with_max_line_width = derive_column_max_widths(self.cell_formatter_for_given_width,
self.available_width_for_column_contents,
self.columns)
return distribute_width(columns_with_max_line_width, self.available_width_for_column_contents)
def _derive_column_content_widths(self) -> List[int]:
columns_with_max_line_width = derive_column_max_widths(self.cell_formatter_for_given_width,
self.available_width_for_column_contents,
self.columns)
return distribute_width(columns_with_max_line_width, self.available_width_for_column_contents)
def test_distribute_remaining_space_on_second_unsatisfied_column(self):
column_content_widths = [1, 100, 12]
available_width = 30
distribution = sut.distribute_width(column_content_widths,
available_width)
self.assertEqual([1, available_width - 12 - 1, 12], distribution)
def test_WHEN_one_column_contents_width_is_zero_THEN_that_column_width_should_be_zero(self):
available_width = 10
column_content_widths = [0, 15]
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([0, 10],
distribution)
def test_WHEN_available_width_cannot_be_equally_divided_THEN_starting_columns_should_get_one_unit_wider(self):
column_content_widths = [100, 100, 100, 100]
available_width = 42
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([11, 11, 10, 10],
distribution)
def test_WHEN_both_columns_fits_within_available_width_THEN_column_width_should_be_equal_to_column_width(self):
column_content_widths = [10, 20]
available_width = 100
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([10, 20],
distribution)
def test_WHEN_when_only_one_column_fits_THEN_the_other_column_should_get_all_remaining_width(self):
column_content_widths = [10, 200]
available_width = 50
distribution = sut.distribute_width(column_content_widths, available_width)
self.assertEqual([10, available_width - 10],
distribution)
