def test_autodoc(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "doc_cite.html").read_text()
labels = [
'One', 'Two', 'Thr', 'Fou', 'Fiv', 'Six', 'Sev', 'Eig', 'Nin', 'Ten',
'Ele'
]
titles = [
'Een', 'Twee', 'Drie', 'Vier', 'Vijf', 'Zes', 'Zeven', 'Acht', 'Negen',
'Tien', 'Elf'
]
for label, title in zip(labels, titles):
assert len(common.html_citation_refs(label=label).findall(output)) == 1
assert len(common.html_citations(label=label).findall(output)) == 1
match_ref = common.html_citation_refs(label=label).search(output)
match = common.html_citations(label=label).search(output)
assert match_ref
assert match
assert match_ref.group('refid') == match.group('id_')
assert title in match.group('text')
output2 = (app.outdir / "doc_footcite.html").read_text()
assert len(common.html_footnote_refs().findall(output2)) == 11
for title in titles:
text = ".*" + title + ".*"
assert len(common.html_footnotes(text=text).findall(output2)) == 1
match = common.html_footnotes(text=text).search(output2)
assert match
id_ = match.group('id_')
assert len(common.html_footnote_refs(refid=id_).findall(output2)) == 1
def test_citation_whitespace(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
# ensure Man09 is cited
assert len(common.html_citation_refs(label='Fir').findall(output)) == 1
assert len(common.html_citation_refs(label='Sec').findall(output)) == 1
def test_bibliography_style_label_1(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
# the custom style uses keys as labels
# citations
assert len(common.html_citations(
label='myfancybibtexkey').findall(output)) == 1
assert len(common.html_citations(
label='myotherfancybibtexkey').findall(output)) == 1
assert len(common.html_citation_refs(
label='myfancybibtexkey').findall(output)) == 1
assert len(common.html_citation_refs(
label='myotherfancybibtexkey').findall(output)) == 1
def test_bibliography_label_prefix_2(app, warning):
doc1_refs = {'AFM12', 'ABlu83', 'AGIH02', 'AWS14'}
doc1_cites = {'ABlu83', 'AFM12', 'AGIH02', 'AWS14'}
doc2_refs = {'BShi13'}
doc2_cites = {'BShi13'}
sum_refs = {'CMcMahonKM10', 'CRMM11', 'CRM09', 'CMM03', 'CHdJMD13',
'AFM12'}
sum_cites = {'CMcMahonKM10', 'CRMM11', 'CRM09', 'CMM03', 'CHdJMD13'}
app.build()
assert not warning.getvalue()
output1 = (app.outdir / "doc1.html").read_text()
assert doc1_refs == citation_refs(output1)
assert doc1_cites == citations(output1)
output2 = (app.outdir / "doc2.html").read_text()
assert doc2_refs == citation_refs(output2)
assert doc2_cites == citations(output2)
output3 = (app.outdir / "summary.html").read_text()
assert sum_refs == citation_refs(output3)
assert sum_cites == citations(output3)
# check citation reference from summary to doc1
match1 = common.html_citations(label='AFM12').search(output1)
match3 = common.html_citation_refs(label='AFM12').search(output3)
assert match1
assert match3
assert match1.group('id_') == match3.group('refid')
assert match3.group('refdoc') == 'doc1.html'
def test_duplicate_nearly_identical_entries(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
cits = list(common.html_citations().finditer(output))
cit_refs = list(common.html_citation_refs().finditer(output))
assert len(cits) == len(cit_refs) == 2
assert ({cit.group('label')
for cit in cits} ==
{cit_ref.group('label')
for cit_ref in cit_refs} == {'xyz19a', 'xyz19b'})
def test_citation_multiple_keys(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
cits = {
match.group('label')
for match in common.html_citations().finditer(output)
}
citrefs = {
match.group('label')
for match in common.html_citation_refs().finditer(output)
}
assert {"App", "Bra"} == cits == citrefs
def test_duplicate_nearly_identical_keys(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
# assure both citations and citation references are present
assert common.html_citation_refs(label='Smi').search(output)
assert common.html_citation_refs(label='Pop').search(output)
assert common.html_citation_refs(label='Ein').search(output)
assert common.html_citations(label='Smi').search(output)
assert common.html_citations(label='Pop').search(output)
assert common.html_citations(label='Ein').search(output)
# assure distinct ids for citations
ids = {
match.group('id_')
for match in common.html_citations().finditer(output)
}
refids = {
match.group('refid')
for match in common.html_citation_refs().finditer(output)
}
assert None not in ids
assert len(ids) == 3
assert ids == refids
def test_duplicate_citation_id(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
user_ids = {'id1', 'id2', 'id3'}
ids = {
match.group('id_')
for match in common.html_citations().finditer(output)
}
refids = {
match.group('refid')
for match in common.html_citation_refs().finditer(output)
}
assert ids == refids
assert len(ids) == 1
assert not (user_ids & ids)
def test_bibliography_style_label_2(app, warning):
app.build()
assert not warning.getvalue()
output = (app.outdir / "index.html").read_text()
assert len(common.html_citation_refs(label='APAa').findall(output)) == 1
assert len(common.html_citation_refs(label='APAb').findall(output)) == 1
def citation_refs(output):
return {match.group('label')
for match in common.html_citation_refs().finditer(output)}