def test_parse_cals_entry(attrib, styles, nature):
# --without namespaces
cals_entry = etree.Element("entry", attrib=attrib)
parser = CalsParser(BaseBuilder())
parser.setup_table()
state = parser._state
state.next_row()
state.row = state.table.rows[state.row_pos]
state.next_col()
state = parser.parse_cals_entry(cals_entry)
cell = state.table[(1, 1)]
assert cell.styles == styles
assert cell.nature == nature
# --with default namespaces
cals_entry_attrib = {cals(k): v for k, v in attrib.items()}
cals_entry = etree.Element(cals("entry"),
attrib=cals_entry_attrib,
nsmap={None: CALS_NS})
parser = CalsParser(BaseBuilder(), cals_ns=CALS_NS)
parser.setup_table()
state = parser._state
state.next_row()
state.row = state.table.rows[state.row_pos]
state.next_col()
state = parser.parse_cals_entry(cals_entry)
cell = state.table[(1, 1)]
assert cell.styles == styles
assert cell.nature == nature
def test_parse_cals_entry__spanning(attrib, size):
# --without namespaces
cals_entry = etree.Element("entry", attrib=attrib)
parser = CalsParser(BaseBuilder())
parser.setup_table()
state = parser._state
state.next_row()
state.row = state.table.rows[state.row_pos]
state.next_col()
state = parser.parse_cals_entry(cals_entry)
cell = state.table[(1, 1)]
assert cell.size == size
def test_parse_cals_entry(attrib, styles, nature):
# --without namespaces
cals_entry = etree.Element("entry", attrib=attrib)
parser = CalsParser(BaseBuilder())
parser.setup_table()
state = parser._state
state.next_row()
state.row = state.table.rows[state.row_pos]
state.next_col()
state = parser.parse_cals_entry(cals_entry)
cell = state.table[(1, 1)]
# Ignore cell styles extensions (like 'x-cell-empty').
actual = {
k: v
for k, v in cell.styles.items() if not k.startswith("x-cell-")
}
assert actual == styles
assert cell.nature == nature
# --with default namespaces
cals_entry_attrib = {cals(k): v for k, v in attrib.items()}
cals_entry = etree.Element(cals("entry"),
attrib=cals_entry_attrib,
nsmap={None: CALS_NS})
parser = CalsParser(BaseBuilder(), cals_ns=CALS_NS)
parser.setup_table()
state = parser._state
state.next_row()
state.row = state.table.rows[state.row_pos]
state.next_col()
state = parser.parse_cals_entry(cals_entry)
cell = state.table[(1, 1)]
# Ignore cell styles extensions (like 'x-cell-empty').
actual = {
k: v
for k, v in cell.styles.items() if not k.startswith("x-cell-")
}
assert actual == styles
assert cell.nature == nature