def test_row_negative_index(self):
row = DDERow()
cell = DDECell(1)
row.add_cell(cell)
dde_table = DDETable()
dde_table.add_row(row)
self.assertIsNone(dde_table.row(-1))
def test_row(self):
row = DDERow()
cell = DDECell(1)
row.add_cell(cell)
dde_table = DDETable()
dde_table.add_row(row)
self.assertEqual(dde_table.row(0).cell(0).value, 1)
def test_row_bigger_index(self):
row = DDERow()
cell = DDECell(1)
row.add_cell(cell)
dde_table = DDETable()
dde_table.add_row(row)
self.assertIsNone(dde_table.row(10))
def _get_tables_information(self, doc):
tables = []
table_counter = 0
for table in doc.tables:
table_counter += 1
has_check_boxes = False
dde_table = DDETable()
dde_table.index = table_counter
# print('{:_<80}'.format('_'))
rows = table.rows
row_counter = 0
for row in rows:
# print('{:_<50}'.format('_'))
dde_row = DDERow()
dde_row.index = row_counter
row_counter += 1
col_counter = 0
# Select regular columns
tcElements = etree.ElementBase.xpath(
row._element, './/w:tc', namespaces=row._element.nsmap)
if tcElements:
for tcElem in tcElements:
val = self._get_tc_value(tcElem)
if val is None:
continue
dde_cell = DDECell()
dde_cell.row_index = row_counter
dde_cell.column_index = col_counter
dde_cell.cell_type = 'text'
dde_cell.value = val
dde_row.add_cell(dde_cell)
# print('[{:d},{:d}] <{:s}>'.format(dde_cell.row_index, dde_cell.column_index, dde_cell.value))
col_counter += 1
# Find checkboxes
sdtElements = row._element.xpath('.//w:sdt')
if sdtElements:
for sdt in sdtElements:
col_counter += 1
val = self._get_chbox_value(sdt)
dde_cell = DDECell()
dde_cell.row_index = row_counter
dde_cell.column_index = col_counter
dde_cell.cell_type = 'checkbox'
dde_cell.value = val
dde_row.add_cell(dde_cell)
has_check_boxes = True
# print('[{:d},{:d}] <{:s}>'.format(dde_cell.row_index, dde_cell.column_index, dde_cell.value))
dde_table.add_row(dde_row)
if has_check_boxes:
dde_table.name = dde_table.row(0).cell(1).value
tables.append(dde_table)
return tables