def test_is_not_superset(self, CellRange):
cr1 = CellRange("E5:K10")
cr2 = CellRange("A1:D4")
assert cr1.issuperset(cr2) is False
def test_expand(self, CellRange):
cr = CellRange("E5:K10")
cr.expand(right=2, down=2, left=1, up=2)
assert cr.coord == "D3:M12"
def test_size(self, CellRange):
cr = CellRange("E5:K10")
assert cr.size == {'columns': 7, 'rows': 6}
def test_shift(self, CellRange):
cr = CellRange("A1:B4")
cr.shift(1, 2)
assert cr.coord == "B3:C6"
def test_union(self, CellRange):
cr1 = CellRange("A1:D4")
cr2 = CellRange("E5:K10")
cr3 = cr1.union(cr2)
assert cr3.bounds == (1, 1, 11, 10)
def test_str(self, CellRange):
cr = CellRange("'Sheet 1'!$A$1:B4")
assert str(cr) == "'Sheet 1'!A1:B4"
cr = CellRange("A1")
assert str(cr) == "A1"
def test_ne(self, CellRange):
cr1 = CellRange("'Sheet 1'!$A$1:B4")
cr2 = CellRange("Sheet1!$A$1:B4")
assert cr1 != cr2
def test_gt(self, CellRange):
cr1 = CellRange("A1:F5")
cr2 = CellRange("A2:F4")
assert cr1 > cr2
def test_ctor(self, MultiCellRange, CellRange):
cr = CellRange("A1")
cells = MultiCellRange(ranges=[cr])
assert cells.ranges == [cr]
def test_check_title(self, CellRange, r1, r2, expected):
cr1 = CellRange(r1)
cr2 = CellRange(r2)
assert cr1._check_title(cr2) is expected
def test_different_worksheets(self, CellRange, r1, r2):
cr1 = CellRange(r1)
cr2 = CellRange(r2)
with pytest.raises(ValueError):
cr1._check_title(cr2)
def test_doesnt_contain(self, CellRange):
cr = CellRange("A1:F10")
assert not "M1" in cr
def test_ctor(self, CellRange):
cr = CellRange(min_col=1, min_row=1, max_col=5, max_row=7)
assert (cr.min_col, cr.min_row, cr.max_col, cr.max_row) == (1, 1, 5, 7)
assert cr.coord == "A1:E7"
def test_contains(self, CellRange):
cr = CellRange("A1:F10")
assert "B3" in cr
def test_from_string(self, CellRange, range_string, title, coord):
cr = CellRange(range_string)
assert cr.coord == coord
assert cr.title == title
def test_from_string(self, MultiCellRange, CellRange):
cells = MultiCellRange("A1 B2:B5")
assert cells.ranges == [CellRange("A1"), CellRange("B2:B5")]
def test_repr(self, CellRange):
cr = CellRange("Sheet1!$A$1:B4")
assert repr(cr) == "<CellRange 'Sheet1'!A1:B4>"
def test_max_row_too_small(self, CellRange):
with pytest.raises(ValueError):
cr = CellRange("A4:B1")
def test_eq(self, CellRange):
cr1 = CellRange("'Sheet 1'!$A$1:B4")
cr2 = CellRange("'Sheet 1'!$A$1:B4")
assert cr1 == cr2
def test_add(self, MultiCellRange, CellRange):
cr = CellRange("A1")
cells = MultiCellRange(ranges=[cr])
cells += "B2"
assert cells.ranges == [cr, CellRange("B2")]
def test_copy(self, CellRange):
cr1 = CellRange("Sheet1!$A$1:B4")
cr2 = copy(cr1)
assert cr2 is not cr1
def test_repr(self, MultiCellRange, CellRange):
cr1 = CellRange("a1")
cr2 = CellRange("B2")
cells = MultiCellRange(ranges=[cr1, cr2])
assert repr(cells) == "<MultiCellRange [A1 B2]>"
def test_shift_negative(self, CellRange):
cr = CellRange("A1:B4")
with pytest.raises(ValueError):
cr.shift(-1, 2)
def test_contains(self, MultiCellRange, CellRange):
cr = CellRange("A1:E4")
cells = MultiCellRange([cr])
assert "C3" in cells
def test_no_union(self, CellRange):
cr1 = CellRange("Sheet1!A1:D4")
cr2 = CellRange("Sheet2!E5:K10")
with pytest.raises(ValueError):
cr3 = cr1.union(cr2)
def test_max_col_too_small(self, CellRange):
with pytest.raises(ValueError):
cr = CellRange("F1:B5")
def test_shrink(self, CellRange):
cr = CellRange("E5:K10")
cr.shrink(right=2, bottom=2, left=1, top=2)
assert cr.coord == "F7:I8"
def test_iter(self, MultiCellRange, CellRange):
cells = MultiCellRange("A1")
assert list(cells) == [CellRange("A1")]
def test_intersection(self, CellRange):
cr1 = CellRange("E5:K10")
cr2 = CellRange("D2:F7")
cr3 = cr1.intersection(cr2)
assert cr3.coord == "E5:F7"
def test_issuperset(self, CellRange):
cr1 = CellRange("E5:K10")
cr2 = CellRange("F6:J8")
assert cr1.issuperset(cr2) is True
