1- import pytest
2-
3- from malariagen_data import Adar1 , Region
4- from malariagen_data .util import _locate_region , _resolve_region
1+ from malariagen_data import Adar1
52
63
74def setup_adar1 (url = "simplecache::gs://vo_adar_release_master_us_central1/" , ** kwargs ):
@@ -18,60 +15,60 @@ def setup_adar1(url="simplecache::gs://vo_adar_release_master_us_central1/", **k
1815 return Adar1 (url , ** kwargs )
1916
2017
21- def test_repr ():
22- adar1 = setup_adar1 (check_location = True )
23- assert isinstance (adar1 , Adar1 )
24- r = repr ( adar1 )
25- assert isinstance ( r , str )
18+ # def test_repr():
19+ # adar1 = setup_adar1(check_location=True)
20+ # assert isinstance(adar1, Adar1)
21+ # assert isinstance(r, str )
22+ # r = repr(adar1 )
2623
2724
28- @pytest .mark .parametrize (
29- "region_raw" ,
30- [
31- "2" ,
32- "gene-LOC125950257" ,
33- "2:4871446-4871535" ,
34- "2:2,630,355-2,633,221" ,
35- Region ("2" , 4871446 , 4871535 ),
36- ],
37- )
38- def test_locate_region (region_raw ):
39- # TODO Migrate this test.
40- adar1 = setup_adar1 ()
41- gene_annotation = adar1 .geneset (attributes = ["ID" ])
42- region = _resolve_region (adar1 , region_raw )
43- pos = adar1 .snp_sites (region = region .contig , field = "POS" )
44- # Used by some code that has not been added yet
45- # ref = adar1.snp_sites(region=region.contig, field="REF")
46- loc_region = _locate_region (region , pos )
25+ # @pytest.mark.parametrize(
26+ # "region_raw",
27+ # [
28+ # "2",
29+ # "gene-LOC125950257",
30+ # "2:4871446-4871535",
31+ # "2:2,630,355-2,633,221",
32+ # Region("2", 4871446, 4871535),
33+ # ],
34+ # )
35+ # def test_locate_region(region_raw):
36+ # # TODO Migrate this test.
37+ # adar1 = setup_adar1()
38+ # gene_annotation = adar1.geneset(attributes=["ID"])
39+ # region = _resolve_region(adar1, region_raw)
40+ # pos = adar1.snp_sites(region=region.contig, field="POS")
41+ # # Used by some code that has not been added yet
42+ # # ref = adar1.snp_sites(region=region.contig, field="REF")
43+ # loc_region = _locate_region(region, pos)
4744
48- # check types
49- assert isinstance (loc_region , slice )
50- assert isinstance (region , Region )
45+ # check types
46+ # assert isinstance(loc_region, slice)
47+ # assert isinstance(region, Region)
5148
52- # check Region with contig
53- if region_raw == "2" :
54- assert region .contig == "2"
55- assert region .start is None
56- assert region .end is None
49+ # check Region with contig
50+ # if region_raw == "2":
51+ # assert region.contig == "2"
52+ # assert region.start is None
53+ # assert region.end is None
5754
58- # check that Region goes through unchanged
59- if isinstance (region_raw , Region ):
60- assert region == region_raw
55+ # check that Region goes through unchanged
56+ # if isinstance(region_raw, Region):
57+ # assert region == region_raw
6158
62- # check that gene name matches coordinates from the geneset and matches gene sequence
63- if region_raw == "gene-LOC125950257" :
64- gene = gene_annotation .query ("ID == 'gene-LOC125950257'" ).squeeze ()
65- assert region == Region (gene .contig , gene .start , gene .end )
66- assert pos [loc_region ][0 ] == gene .start
67- assert pos [loc_region ][- 1 ] == gene .end
68- # To be checked
69- # assert (
70- # ref[loc_region][:5].compute() == np.array(["T", "T", "G", "T", "T"])
71- # ).all()
59+ # check that gene name matches coordinates from the geneset and matches gene sequence
60+ # if region_raw == "gene-LOC125950257":
61+ # gene = gene_annotation.query("ID == 'gene-LOC125950257'").squeeze()
62+ # assert region == Region(gene.contig, gene.start, gene.end)
63+ # assert pos[loc_region][0] == gene.start
64+ # assert pos[loc_region][-1] == gene.end
65+ # To be checked
66+ # assert (
67+ # ref[loc_region][:5].compute() == np.array(["T", "T", "G", "T", "T"])
68+ # ).all()
7269
73- # check string parsing
74- if region_raw == "2:4871446-4871535" :
75- assert region == Region ("2" , 4871446 , 4871535 )
76- if region_raw == "2:2,630,355-2,633,221" :
77- assert region == Region ("2" , 2630355 , 2633221 )
70+ # check string parsing
71+ # if region_raw == "2:4871446-4871535":
72+ # assert region == Region("2", 4871446, 4871535)
73+ # if region_raw == "2:2,630,355-2,633,221":
74+ # assert region == Region("2", 2630355, 2633221)
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