def test_parse_65(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data=4 2.5mm embryos"),
[{
"end": 33,
"start": 18,
"value": 4
}],
)
def test_parse_61(self):
self.assertEqual(
EMBRYO_COUNT.parse("VO, mamm. lg., 4L, CRL=26, embryos saved"),
[{
"end": 34,
"left": 4,
"start": 15,
"value": 4
}],
)
def test_parse_53(self):
self.assertEqual(
EMBRYO_COUNT.parse("emb 1x13( R), 1+ pl sc (L),"),
[{
"end": 11,
"right": 1,
"start": 0,
"value": 1
}],
)
def test_parse_59(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data=2Rx1Lx23 mm fetuses"),
[{
"end": 24,
"left": 1,
"right": 2,
"start": 0,
"value": 3
}],
)
def test_parse_58(self):
self.assertEqual(
EMBRYO_COUNT.parse("2 embryos each side (4 total), 3x4mm"),
[{
"end": 19,
"left": 2,
"right": 2,
"start": 0,
"value": 4
}],
)
def test_parse_56(self):
self.assertEqual(
EMBRYO_COUNT.parse("5 3mm embyros: 1R, 4L"),
[{
"end": 21,
"left": 4,
"right": 1,
"start": 0,
"value": 5
}],
)
def test_parse_64(self):
self.assertEqual(
EMBRYO_COUNT.parse("RBS 4029; EMB-R 2, EMB-L 3, CR 8 mm"),
[{
"end": 26,
"left": 3,
"right": 2,
"start": 10,
"value": 5
}],
)
def test_parse_52(self):
self.assertEqual(
EMBRYO_COUNT.parse("emb 5x21 (R2 L3),"),
[{
"end": 15,
"left": 3,
"right": 2,
"start": 0,
"value": 5
}],
)
def test_parse_67(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data=3 embryos (3R, 1L)"),
[{
"end": 35,
"left": 1,
"right": 3,
"start": 18,
"value": 4
}],
)
def test_parse_50(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data=embryos left:3 right:3 ;"),
[{
"end": 40,
"left": 3,
"right": 3,
"start": 18,
"value": 6
}],
)
def test_parse_49(self):
self.assertEqual(
EMBRYO_COUNT.parse("embs=1R (CR=32 mm), 1L (CR=32&28mm) ;"),
[{
"end": 22,
"left": 1,
"right": 1,
"start": 0,
"value": 2
}],
)
def test_parse_60(self):
self.assertEqual(
EMBRYO_COUNT.parse("VC, R2, L3=19, embryos saved"),
[{
"end": 22,
"left": 3,
"right": 2,
"start": 4,
"value": 5
}],
)
def test_parse_55(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data=5 3mm embryos: 1R, 4L"),
[{
"end": 39,
"left": 4,
"right": 1,
"start": 18,
"value": 5
}],
)
def test_parse_63(self):
self.assertEqual(
EMBRYO_COUNT.parse("Pregnant with 4 embryos (rt = 1, lt = 3;"),
[{
"end": 39,
"left": 3,
"right": 1,
"start": 14,
"value": 4
}],
)
def test_parse_54(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"reproductive data=3 large, 20mm embryos: 2R, 1L."),
[{
"end": 47,
"left": 1,
"right": 2,
"start": 32,
"value": 3
}],
)
def test_parse_62(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"corpora lutea: L-4, R-5; embryos: L-2, R-3 (5x3mm)"),
[{
"end": 42,
"left": 2,
"right": 3,
"start": 25,
"value": 5
}],
)
def test_parse_66(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"reproductive data=Emb = 4 : CR = 17mm : 2R x 2L"),
[{
"end": 47,
"left": 2,
"right": 2,
"start": 18,
"value": 4
}],
)
def test_parse_02(self):
self.assertEqual(
EMBRYO_COUNT.parse("not pregnant; no embs"),
[{
"end": 12,
"start": 0,
"value": 0
}, {
"end": 21,
"start": 14,
"value": 0
}],
)
def test_parse_57(self):
self.assertEqual(
EMBRYO_COUNT.parse("""vulva w/sm blood clot; R horn 2 mmx2.5 mm,
L 1 emb x 3 mm and 1 emb 2.5 mm;"""),
[
{
"end": 66,
"start": 61,
"value": 1
},
{
"end": 83,
"start": 78,
"value": 1
},
],
)
def test_parse_51(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"R horn 5embsx18mm, L horn 1 resorb embx5mm, 1embx18mm; "),
[
{
"end": 27,
"left": 1,
"right": 5,
"start": 0,
"value": 6
},
{
"end": 48,
"start": 44,
"value": 1
},
],
)
def test_parse_48(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"1 embryo right horn 4x8mm, 1 embryo left horn"),
[
{
"end": 14,
"right": 1,
"start": 0,
"value": 1
},
{
"end": 40,
"left": 1,
"start": 27,
"value": 1
},
],
)
def test_parse_15(self):
self.assertEqual(
EMBRYO_COUNT.parse("Med. nipples, no scars or embryos, mod. fat"),
[Trait(value=0, start=14, end=33)],
)
def test_parse_14(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data: 3 embryos - 14 mm, 2R/1L;"),
[Trait(value=3, left=1, right=2, start=19, end=43)],
)
def test_parse_01(self):
self.assertEqual(EMBRYO_COUNT.parse("pregnant; 4 emb"),
[Trait(value=4, start=10, end=15)])
def test_parse_13(self):
self.assertEqual(EMBRYO_COUNT.parse('; 3 emb. x 06 mm.",'),
[Trait(value=3, start=2, end=7)])
def test_parse_12(self):
self.assertEqual(
EMBRYO_COUNT.parse('; 4 emb. x 07 mm, 3L2R", "weight":"23.0"'),
[Trait(value=5, left=3, right=2, start=2, end=22)],
)
def test_parse_11(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"reproductive data=V****a open. 4 small embryos."),
[Trait(value=4, start=32, end=47)],
)
def test_parse_10(self):
self.assertEqual(
EMBRYO_COUNT.parse("reproductive data=5 embryos (3L, 2R);"),
[Trait(value=5, left=3, right=2, start=18, end=35)],
)
def test_parse_09(self):
self.assertEqual(
EMBRYO_COUNT.parse("7 embryos, 4 male, and 3 female"),
[Trait(value=7, male=4, female=3, start=0, end=31)],
)
def test_parse_08(self):
self.assertEqual(
EMBRYO_COUNT.parse(
"; reproductive data=embryos: 4 right , 2 left ;"),
[Trait(value=6, left=2, right=4, start=20, end=45)],
)
