def test_sort_descending(self, key, selection, res_key, res): """Tests sort_descending method""" self.grid.actions.change_grid_shape((10, 3, 2)) data = { (0, 0, 0): "1", (1, 0, 0): "3", (2, 0, 0): "45", (9, 0, 0): "33", (2, 1, 0): "'Test'", (5, 1, 0): "3.2", (6, 2, 0): "1j", (3, 0, 1): "1", } for __key in data: self.grid.code_array[__key] = data[__key] selection.grid_select(self.grid) try: self.grid.actions.sort_descending(key) assert self.grid.code_array(res_key) == res # Test equality of code_array after undo and subsequent redo undo_test(self.grid) except TypeError: assert res == 'fail'
def test_sort_descending(self, key, selection, res_key, res): """Tests sort_descending method""" self.grid.actions.change_grid_shape((10, 3, 2)) data = { (0, 0, 0): "1", (1, 0, 0): "3", (2, 0, 0): "45", (9, 0, 0): "33", (2, 1, 0): "'Test'", (5, 1, 0): "3.2", (6, 2, 0): "1j", (3, 0, 1): "1", } for __key in data: self.grid.code_array[__key] = data[__key] selection.grid_select(self.grid) try: self.grid.actions.sort_descending(key) assert self.grid.code_array(res_key) == res # Test equality of code_array after undo and subsequent redo undo_test(self.grid) except TypeError: assert res == 'fail'
def test_paste(self, tl_cell, data, test_key, test_val): """Tests paste into self.grid""" basic_setup_test(self.grid, self.grid.actions.paste, test_key, test_val, tl_cell, data) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_paste(self, tl_cell, data, test_key, test_val): """Tests paste into self.grid""" basic_setup_test(self.grid, self.grid.actions.paste, test_key, test_val, tl_cell, data) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_delete_cols(self, col, no_cols, test_key, test_val): """Tests deletion action for columns""" basic_setup_test(self.grid, self.grid.actions.delete_cols, test_key, test_val, col, no_cols=no_cols) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_delete_tabs(self, tab, no_tabs, test_key, test_val): """Tests deletion action for tabs""" basic_setup_test(self.grid, self.grid.actions.delete_tabs, test_key, test_val, tab, no_tabs=no_tabs) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_insert_rows(self, row, no_rows, test_key, test_val): """Tests insertion action for rows""" basic_setup_test(self.grid, self.grid.actions.insert_rows, test_key, test_val, row, no_rows=no_rows) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_set_col_width(self, col, tab, width): self.grid.current_table = tab self.grid.actions.set_col_width(col, width) col_widths = self.grid.code_array.col_widths assert col_widths[col, tab] == width # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_set_col_width(self, col, tab, width): self.grid.current_table = tab self.grid.actions.set_col_width(col, width) col_widths = self.grid.code_array.col_widths assert col_widths[col, tab] == width # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_set_row_height(self, row, tab, height): self.grid.current_table = tab self.grid.actions.set_row_height(row, height) row_heights = self.grid.code_array.row_heights assert row_heights[row, tab] == height # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_set_row_height(self, row, tab, height): self.grid.current_table = tab self.grid.actions.set_row_height(row, height) row_heights = self.grid.code_array.row_heights assert row_heights[row, tab] == height # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_delete_tabs(self, tab, no_tabs, test_key, test_val): """Tests deletion action for tabs""" basic_setup_test(self.grid, self.grid.actions.delete_tabs, test_key, test_val, tab, no_tabs=no_tabs) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_delete_cols(self, col, no_cols, test_key, test_val): """Tests deletion action for columns""" basic_setup_test(self.grid, self.grid.actions.delete_cols, test_key, test_val, col, no_cols=no_cols) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_insert_rows(self, row, no_rows, test_key, test_val): """Tests insertion action for rows""" basic_setup_test(self.grid, self.grid.actions.insert_rows, test_key, test_val, row, no_rows=no_rows) # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_change_grid_shape(self, shape): """Tests action for changing the self.grid shape""" self.grid.actions.clear() self.grid.actions.change_grid_shape(shape) res_shape = self.grid.code_array.shape assert res_shape == shape br_key = tuple(dim - 1 for dim in shape) assert self.grid.code_array(br_key) is None # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_change_grid_shape(self, shape): """Tests action for changing the self.grid shape""" self.grid.actions.clear() self.grid.actions.change_grid_shape(shape) res_shape = self.grid.code_array.shape assert res_shape == shape br_key = tuple(dim - 1 for dim in shape) assert self.grid.code_array(br_key) is None # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_quote_selection(self): """Tests for quote_selection""" self.grid.code_array[(1, 0, 0)] = "Q1" self.grid.code_array[(2, 0, 0)] = 'u"NQ1"' self.grid.actions.select_cell(1, 0) self.grid.actions.select_cell(2, 0, add_to_selected=True) self.grid.actions.quote_selection() assert self.grid.code_array((1, 0, 0)) == 'u"Q1"' assert self.grid.code_array((2, 0, 0)) == 'u"NQ1"' # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_quote_selection(self): """Tests for quote_selection""" self.grid.code_array[(1, 0, 0)] = "Q1" self.grid.code_array[(2, 0, 0)] = 'u"NQ1"' self.grid.actions.select_cell(1, 0) self.grid.actions.select_cell(2, 0, add_to_selected=True) self.grid.actions.quote_selection() assert self.grid.code_array((1, 0, 0)) == 'u"Q1"' assert self.grid.code_array((2, 0, 0)) == 'u"NQ1"' # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_delete_selection(self): """Tests for delete_selection""" self.grid.code_array[(0, 0, 0)] = "Test" self.grid.code_array[(0, 0, 1)] = "Not deleted" self.grid.actions.select_cell(0, 0) self.grid.actions.delete_selection() assert self.grid.code_array[(0, 0, 0)] is None assert self.grid.code_array((0, 0, 1)) == "Not deleted" # Make sure that the result cache is empty assert not self.grid.code_array.result_cache # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_delete_selection(self): """Tests for delete_selection""" self.grid.code_array[(0, 0, 0)] = "Test" self.grid.code_array[(0, 0, 1)] = "Not deleted" self.grid.actions.select_cell(0, 0) self.grid.actions.delete_selection() assert self.grid.code_array[(0, 0, 0)] is None assert self.grid.code_array((0, 0, 1)) == "Not deleted" # Make sure that the result cache is empty assert not self.grid.code_array.result_cache # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_replace_cells(self, key, sorted_row_idxs, res_key, res): """Tests replace_cells method""" self.grid.actions.change_grid_shape((10, 3, 2)) data = { (0, 0, 0): "1", (1, 0, 0): "3", (2, 0, 0): "45", (9, 0, 0): "33", (3, 1, 0): "'Test'", (5, 1, 0): "3.2", (6, 2, 0): "1j", (3, 0, 1): "1", } for __key in data: self.grid.code_array[__key] = data[__key] self.grid.actions.replace_cells(key, sorted_row_idxs) assert self.grid.code_array(res_key) == res # Test equality of code_array after undo and subsequent redo undo_test(self.grid)
def test_replace_cells(self, key, sorted_row_idxs, res_key, res): """Tests replace_cells method""" self.grid.actions.change_grid_shape((10, 3, 2)) data = { (0, 0, 0): "1", (1, 0, 0): "3", (2, 0, 0): "45", (9, 0, 0): "33", (3, 1, 0): "'Test'", (5, 1, 0): "3.2", (6, 2, 0): "1j", (3, 0, 1): "1", } for __key in data: self.grid.code_array[__key] = data[__key] self.grid.actions.replace_cells(key, sorted_row_idxs) assert self.grid.code_array(res_key) == res # Test equality of code_array after undo and subsequent redo undo_test(self.grid)