/usr/lib/python3/dist-packages/openpyxl/formula/tests/test_translate.py is in python3-openpyxl 2.3.0-1.
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import pytest
@pytest.fixture
def Translator():
from .. import translate
return translate.Translator
@pytest.fixture
def Tokenizer():
from .. import tokenizer
return tokenizer.Tokenizer
@pytest.fixture
def TranslatorError():
from .. import translate
return translate.TranslatorError
class TestTranslator(object):
@pytest.mark.parametrize("origin, row, col", [
("A1", 1, 1),
("AA1", 1, 27),
("AA1001", 1001, 27),
("AA1001001001", 1001001001, 27),
("XFD111", 111, 16384),
])
def test_init(self, Translator, origin, row, col):
trans = Translator("=formula", origin)
assert trans.row == row
assert trans.col == col
assert trans.tokenizer.formula == "=formula"
@pytest.mark.parametrize("formula", [
'=IF(A$3<40%,"",INDEX(Pipeline!B$4:B$138,#REF!))',
"='Summary slices'!$C$3",
'=-MAX(Pipeline!AA4:AA138)',
'=TEXT(-S7/1000,"$#,##0""M""")',
"=IF(A$3<1.3E-8,\"\",IF(ISNA('External Ref'!K7)," +
'"N/A",TEXT(K7*1E+12,"0")&"bp"',
'=+IF(A$3<>$B7,"",(MIN(IF({TRUE, FALSE;1,2},A6:B6,$S7))>=' +
'LOWER_BOUND)*($BR6>$S72123))',
'=$A:$A,$C:$C',
"Just text"
"123.456",
"31/12/1999",
"",
])
def test_get_tokens(self, Translator, Tokenizer, formula):
trans = Translator(formula, "A1")
tok = Tokenizer(formula)
tok.parse()
for t1, t2 in zip(tok.items, trans.get_tokens()):
assert t1.value == t2.value
assert t1.type == t2.type
assert t1.subtype == t2.subtype
@pytest.mark.parametrize("test_str, groups", [
["1:1", ("1", "1")],
["1234:5678", ("1234", "5678")],
["$1234:78910", ("$1234", "78910")],
["$12321:$23432", ("$12321", "$23432")],
["112233:$445566", ("112233", "$445566")],
["A:A", None],
["$ABC:AZZ", None],
["$DEF:$FOV",None],
["HA:$JA", None],
["named1", None],
["A15", None],
["$AB303", None],
["YY$101", None],
["$ZZ$99", None],
["B2:C3", None],
["$ATV25:$BBC35", None],
["WWW$918:WWW$919", None],
["$III$305:$IIT$503", None],
])
def test_row_range_re(self, Translator, test_str, groups):
match = Translator.ROW_RANGE_RE.match(test_str)
if groups is None:
assert match is None
else:
assert match.groups() == groups
@pytest.mark.parametrize("test_str, groups", [
["1:1", None],
["1234:5678", None],
["$1234:78910", None],
["$12321:$23432", None],
["112233:$445566", None],
["A:A", ("A", "A")],
["$ABC:AZZ", ("$ABC", "AZZ")],
["$DEF:$FOV", ("$DEF", "$FOV")],
["HA:$JA", ("HA", "$JA")],
["named1", None],
["A15", None],
["$AB303", None],
["YY$101", None],
["$ZZ$99", None],
["B2:C3", None],
["$ATV25:$BBC35", None],
["WWW$918:WWW$919", None],
["$III$305:$IIT$503", None],
])
def test_col_range_re(self, Translator, test_str, groups):
match = Translator.COL_RANGE_RE.match(test_str)
if groups is None:
assert match is None
else:
assert match.groups() == groups
@pytest.mark.parametrize("test_str, groups", [
["1:1", None],
["1234:5678", None],
["$1234:78910", None],
["$12321:$23432", None],
["112233:$445566", None],
["A:A", None],
["$ABC:AZZ", None],
["$DEF:$FOV", None],
["HA:$JA", None],
["named1", None],
["A15", ("A", "15")],
["$AB303", ("$AB", "303")],
["YY$101", ("YY", "$101")],
["$ZZ$99", ("$ZZ", "$99")],
["B2:C3", None],
["$ATV25:$BBC35", None],
["WWW$918:WWW$919", None],
["$III$305:$IIT$503", None],
])
def test_cell_ref_re(self, Translator, test_str, groups):
match = Translator.CELL_REF_RE.match(test_str)
if groups is None:
assert match is None
else:
assert match.groups() == groups
@pytest.mark.parametrize("test_str, rdelta, value", [
('1', 1, '2'),
('$222333', 1, '$222333'),
('1048576', -100, '1048476'),
('$1012023', -100, '$1012023'),
('101', 0, '101'),
('$101', 0, '$101'),
('12', -15, None),
('$12', -15, '$12'),
])
def test_translate_row(self, Translator, TranslatorError,
test_str, rdelta, value):
if value is None:
with pytest.raises(TranslatorError):
Translator.translate_row(test_str, rdelta)
else:
assert Translator.translate_row(test_str, rdelta) == value
@pytest.mark.parametrize("test_str, cdelta, value", [
('A', 1, 'B'),
('XED', 26, 'XFD'),
('$XED', 26, '$XED'),
('WWW', -52, 'WUW'),
('$WWW', -52, '$WWW'),
('ABC', 0, 'ABC'),
('$ABC', 0, '$ABC'),
('AA', -100, None),
('$AA', -100, '$AA'),
])
def test_translate_col(self, Translator, TranslatorError,
test_str, cdelta, value):
if value is None:
with pytest.raises(TranslatorError):
Translator.translate_col(test_str, cdelta)
else:
assert Translator.translate_col(test_str, cdelta) == value
@pytest.mark.parametrize("test_str, value", [
('A$3', ("", 'A$3')),
('Pipeline!B$4:B$138', ('Pipeline!', 'B$4:B$138')),
("'Summary slices'!$C$3", ("'Summary slices'!", '$C$3')),
("'Lions! Tigers! Bears!'!$OM$1", ("'Lions! Tigers! Bears!'!", '$OM$1')),
('named_range_1', ("", 'named_range_1')),
('Sheet-2!named_range_2', ("Sheet-2!", 'named_range_2')),
])
def test_strip_ws_name(self, Translator, test_str, value):
assert Translator.strip_ws_name(test_str) == value
@pytest.mark.parametrize("test_str, rdelta, cdelta, value", [
("1:1", 2, 1, "3:3"),
("$1234:78910", 1, 10, "$1234:78911"),
("$12321:$23432", 3, 5, "$12321:$23432"),
("112233:$445566", -3, -20, "112230:$445566"),
("987:999", 0, 12, "987:999"),
("1:5", -2, 3, None),
("A:A", 0, 1, "B:B"),
("$ABC:AZZ", 1, 3, "$ABC:BAC"),
("$DEF:$FOV", 25, 25, "$DEF:$FOV"),
("HA:$JA", -5, -15, "GL:$JA"),
("named1", -33, 33, "named1"),
("A15", -3, 4, "E12"),
("$AB303", 3, 2, "$AB306"),
("YY$101", 4, 2, "ZA$101"),
("$ZZ$99", 5, 2, "$ZZ$99"),
("B2:C3", 4, 3, "E6:F7"),
("$ATV25:$BBC35", 5, 3, "$ATV30:$BBC40"),
("WWW$918:WWW$919", 5, 4, "WXA$918:WXA$919"),
("$III$305:$IIT$503", 25, 35, "$III$305:$IIT$503"),
])
def test_translate_range(self, Translator, TranslatorError, test_str,
rdelta, cdelta, value):
if value is None:
with pytest.raises(TranslatorError):
Translator.translate_range(test_str, rdelta, cdelta)
else:
assert value == Translator.translate_range(test_str,
rdelta, cdelta)
@pytest.mark.parametrize("formula, origin, dest, result", [
('=IF(A$3<40%,"",INDEX(Pipeline!B$4:B$138,#REF!))', "A1", "B2",
'=IF(B$3<40%,"",INDEX(Pipeline!C$4:C$138,#REF!))'),
("='Summary slices'!$C$3", "A1", "B2", "='Summary slices'!$C$3"),
('=-MAX(Pipeline!AA4:AA138)', "A1", "B2",
'=-MAX(Pipeline!AB5:AB139)'),
('=TEXT(-\'External Ref\'!K7/DENOMINATOR,"$#,##0""M""")', "A1", "B2",
'=TEXT(-\'External Ref\'!L8/DENOMINATOR,"$#,##0""M""")'),
("=ROWS('Sh 1'!$1:3)+COLUMNS('Sh 2'!$A:C)", "A1", "B2",
"=ROWS('Sh 1'!$1:4)+COLUMNS('Sh 2'!$A:D)"),
("Just text", "A1", "B2", "Just text"),
("123.456", "A1", "B2", "123.456"),
("31/12/1999", "A1", "B2", "31/12/1999"),
("", "A1", "B2", ""),
])
def test_translate_formula(self, Translator, formula,
origin, dest, result):
trans = Translator(formula, origin)
assert trans.translate_formula(dest) == result
|