def test_crossref_article0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'article',
fields={
'title': 'A Framework for Deflated and Augmented ' +
'Krylov Subspace Methods',
'year': '2013'
},
persons={'author': [
pybtex.database.Person('Gaul'),
pybtex.database.Person('Liesen'),
pybtex.database.Person('Gutknecht'),
pybtex.database.Person('Nabben'),
]}
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'article',
fields={
'doi': u'10.1137/110820713',
'publisher':
u'Society for Industrial & Applied Mathematics (SIAM)',
'title': u'A Framework for Deflated and Augmented ' +
'Krylov Subspace Methods',
'url': u'http://dx.doi.org/10.1137/110820713',
'journal': u'SIAM Journal on Matrix Analysis and Applications',
'number': u'2',
'month': 5,
'volume': u'34',
'source': u'CrossRef',
'year': 2013,
'pages': u'495-518'
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Gaul, Andr\xe9'),
pybtex.database.Person(u'Gutknecht, Martin H.'),
pybtex.database.Person(u'Liesen, J\xf6rg'),
pybtex.database.Person(u'Nabben, Reinhard')
]
}))
# Comparing the Entry object as a whole doesn't work, unfortunately.
assert _bibtex_equals(bt, reference)
# test string conversion
betterbib.pybtex_to_bibtex_string(reference, 'ABC')
# No assertions here yet.
# What we'd like to do: Take the string, parse it back into a PybTeX entry,
# and make sure it's the original. This doesn't quite work yet since
# months are transposed from, e.g., 5, to "May" by PybTeX; see
# <https://bitbucket.org/pybtex-devs/pybtex/issues/84/handling-of-month-year-in-bibtex-entry>.
return
def test_crossref_article1():
'''This entry has two very close matches.
'''
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'article',
fields={
'title': 'A significance test for the lasso',
'doi': '10.1214/13-AOS1175'
},
persons={'author': [
pybtex.database.Person('Tibshirani')
]}
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'article',
fields={
'doi': u'10.1214/13-aos1175',
'publisher': u'Institute of Mathematical Statistics',
'title': u'A significance test for the lasso',
'url': u'http://dx.doi.org/10.1214/13-aos1175',
'journal': u'The Annals of Statistics',
'number': u'2',
'month': 4,
'volume': u'42',
'source': u'CrossRef',
'year': 2014,
'pages': u'413-468'
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Lockhart, Richard'),
pybtex.database.Person(u'Taylor, Jonathan'),
pybtex.database.Person(u'Tibshirani, Ryan J.'),
pybtex.database.Person(u'Tibshirani, Robert'),
]
}))
# Comparing the Entry object as a whole doesn't work, unfortunately.
assert _bibtex_equals(bt, reference)
# test string conversion
betterbib.pybtex_to_bibtex_string(reference, 'ABC')
# No assertions here yet.
# What we'd like to do: Take the string, parse it back into a PybTeX entry,
# and make sure it's the original. This doesn't quite work yet since
# months are transposed from, e.g., 5, to "May" by PybTeX; see
# <https://bitbucket.org/pybtex-devs/pybtex/issues/84/handling-of-month-year-in-bibtex-entry>.
return
def test_subtitle():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"article",
fields={
"title": "tube",
"doi": "10.1145/2377677.2377723",
"journal": "ACM SIGCOMM Computer Communication Review",
"issn": "0146-4833",
},
persons={
"author": [
pybtex.database.Person("Ha, Sangtae"),
pybtex.database.Person("Sen"),
pybtex.database.Person("Joe-Wong"),
pybtex.database.Person("Im"),
pybtex.database.Person("Chiang, Mung"),
]
},
)
reference = pybtex.database.Entry(
"article",
fields={
"publisher": "Association for Computing Machinery (ACM)",
"doi": "10.1145/2377677.2377723",
"title": "TUBE",
"subtitle": "time-dependent pricing for mobile data",
"url": "http://dx.doi.org/10.1145/2377677.2377723",
"journal": "ACM SIGCOMM Computer Communication Review",
"issn": "0146-4833",
"number": "4",
"month": 9,
"volume": "42",
"source": "Crossref",
"year": 2012,
"pages": "247-258",
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person("Ha, Sangtae"),
pybtex.database.Person("Sen, Soumya"),
pybtex.database.Person("Joe-Wong, Carlee"),
pybtex.database.Person("Im, Youngbin"),
pybtex.database.Person("Chiang, Mung"),
]
}),
)
bt = source.find_unique(test_entry)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
def test_crossref_article0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"article",
fields={"title": "Framework Deflation Krylov Augmented"},
persons={
"author": [
pybtex.database.Person("Liesen"),
pybtex.database.Person("Gaul"),
pybtex.database.Person("Nabben"),
]
},
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
"article",
fields={
"doi": "10.1137/110820713",
"issn": "0895-4798, 1095-7162",
"publisher": "Society for Industrial & Applied Mathematics (SIAM)",
"title": "A Framework for Deflated and Augmented "
+ "Krylov Subspace Methods",
"url": "http://dx.doi.org/10.1137/110820713",
"journal": "SIAM J. Matrix Anal. & Appl.",
"number": "2",
"month": 1,
"volume": "34",
"source": "Crossref",
"year": 2013,
"pages": "495-518",
},
persons=pybtex.database.OrderedCaseInsensitiveDict(
{
"author": [
pybtex.database.Person("Gaul, Andr\xe9"),
pybtex.database.Person("Gutknecht, Martin H."),
pybtex.database.Person("Liesen, J\xf6rg"),
pybtex.database.Person("Nabben, Reinhard"),
]
}
),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True
) == betterbib.pybtex_to_bibtex_string(reference, "key", sort=True)
assert (
betterbib.tools.get_short_doi(betterbib.tools.doi_from_url(bt.fields["url"]))
== "10/f44kd7"
)
def test_crossref_article0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'article',
fields={
'title': 'Framework Deflation Krylov Augmented',
},
persons={
'author': [
pybtex.database.Person('Liesen'),
pybtex.database.Person('Gaul'),
pybtex.database.Person('Nabben'),
]
})
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'article',
fields={
'doi': u'10.1137/110820713',
'issn': u'0895-4798, 1095-7162',
'publisher':
u'Society for Industrial & Applied Mathematics (SIAM)',
'title': u'A Framework for Deflated and Augmented ' +
'Krylov Subspace Methods',
'url': u'http://dx.doi.org/10.1137/110820713',
'journal': u'SIAM J. Matrix Anal. & Appl.',
'number': u'2',
'month': 1,
'volume': u'34',
'source': u'Crossref',
'year': 2013,
'pages': u'495-518',
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Gaul, Andr\xe9'),
pybtex.database.Person(u'Gutknecht, Martin H.'),
pybtex.database.Person(u'Liesen, J\xf6rg'),
pybtex.database.Person(u'Nabben, Reinhard')
]
}))
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
assert betterbib.tools.get_short_doi(
betterbib.tools.doi_from_url(bt.fields['url'])) == '10/f44kd7'
return
def test_crossref_incollection0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"incollection",
fields={
"title":
"Numerical continuation, " + "and computation of normal forms"
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person(u"Beyn"),
pybtex.database.Person(u"Champneys"),
]
}),
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
"incollection",
fields={
"publisher": "Elsevier",
"doi": u"10.1016/s1874-575x(02)80025-x",
"issn": u"1874-575X",
"title": "Numerical Continuation, and Computation of Normal Forms",
"url": u"http://dx.doi.org/10.1016/s1874-575x(02)80025-x",
"booktitle": "Handbook of Dynamical Systems",
"source": u"Crossref",
"year": 2002,
"pages": u"149-219",
"isbn": u"9780444501684",
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person(u"Beyn, Wolf-J\xfcrgen"),
pybtex.database.Person(u"Champneys, Alan"),
pybtex.database.Person(u"Doedel, Eusebius"),
pybtex.database.Person(u"Govaerts, Willy"),
pybtex.database.Person(u"Kuznetsov, Yuri A."),
pybtex.database.Person(u"Sandstede, Bj\xf6rn"),
]
}),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_subtitle():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'article',
fields={
'title': 'tube',
'doi': '10.1145/2377677.2377723',
'journal': u'ACM SIGCOMM Computer Communication Review',
'issn': '0146-4833',
},
persons={
'author': [
pybtex.database.Person('Ha, Sangtae'),
pybtex.database.Person('Sen'),
pybtex.database.Person('Joe-Wong'),
pybtex.database.Person('Im'),
pybtex.database.Person('Chiang, Mung'),
]
})
reference = pybtex.database.Entry(
'article',
fields={
'publisher': u'Association for Computing Machinery (ACM)',
'doi': u'10.1145/2377677.2377723',
'title': u'TUBE',
'subtitle': u'time-dependent pricing for mobile data',
'url': u'http://dx.doi.org/10.1145/2377677.2377723',
'journal': u'SIGCOMM Comput. Commun. Rev.',
'issn': u'0146-4833',
'number': u'4',
'month': 9,
'volume': u'42',
'source': u'Crossref',
'year': 2012,
'pages': u'247',
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Ha, Sangtae'),
pybtex.database.Person(u'Sen, Soumya'),
pybtex.database.Person(u'Joe-Wong, Carlee'),
pybtex.database.Person(u'Im, Youngbin'),
pybtex.database.Person(u'Chiang, Mung')
]
}))
bt = source.find_unique(test_entry)
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_article0():
source = betterbib.Dblp()
test_entry = pybtex.database.Entry(
"article",
fields={"title": "Framework Deflated Krylov Augmented"},
persons={
"author": [
pybtex.database.Person("Liesen"),
pybtex.database.Person("Gaul"),
pybtex.database.Person("Nabben"),
]
},
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
"article",
fields={
"doi": "10.1137/110820713",
"title": "A Framework for Deflated and Augmented " +
"Krylov Subspace Methods.",
"url": "https://doi.org/10.1137/110820713",
"journal": "SIAM J. Matrix Analysis Applications",
"number": "2",
"volume": "34",
"source": "DBLP",
"year": 2013,
"pages": "495-518",
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person("Gaul, Andr\xe9"),
pybtex.database.Person("Gutknecht, Martin H."),
pybtex.database.Person("Liesen, J\xf6rg"),
pybtex.database.Person("Nabben, Reinhard"),
]
}),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_crossref_incollection0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'incollection',
fields={
'title':
'Numerical continuation, ' + 'and computation of normal forms'
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Beyn'),
pybtex.database.Person(u'Champneys'),
]
}))
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'incollection',
fields={
'publisher': 'Elsevier',
'doi': u'10.1016/s1874-575x(02)80025-x',
'issn': u'1874-575X',
'title': 'Numerical Continuation, and Computation of Normal Forms',
'url': u'http://dx.doi.org/10.1016/s1874-575x(02)80025-x',
'booktitle': 'Handbook of Dynamical Systems',
'source': u'Crossref',
'year': 2002,
'pages': u'149-219',
'isbn': u'9780444501684',
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Beyn, Wolf-J\xfcrgen'),
pybtex.database.Person(u'Champneys, Alan'),
pybtex.database.Person(u'Doedel, Eusebius'),
pybtex.database.Person(u'Govaerts, Willy'),
pybtex.database.Person(u'Kuznetsov, Yuri A.'),
pybtex.database.Person(u'Sandstede, Bj\xf6rn')
]
}))
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_article0():
source = betterbib.Dblp()
test_entry = pybtex.database.Entry(
'article',
fields={'title': 'Framework Deflated Krylov Augmented'},
persons={
'author': [
pybtex.database.Person('Liesen'),
pybtex.database.Person('Gaul'),
pybtex.database.Person('Nabben'),
]
})
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'article',
fields={
'doi': u'10.1137/110820713',
'title': u'A Framework for Deflated and Augmented ' +
'Krylov Subspace Methods.',
'url': u'https://doi.org/10.1137/110820713',
'journal': u'SIAM J. Matrix Analysis Applications',
'number': u'2',
'volume': u'34',
'source': u'DBLP',
'year': 2013,
'pages': u'495-518'
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Gaul, Andr\xe9'),
pybtex.database.Person(u'Gutknecht, Martin H.'),
pybtex.database.Person(u'Liesen, J\xf6rg'),
pybtex.database.Person(u'Nabben, Reinhard')
]
}))
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_crossref_book1():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"book",
fields={"title": "Matrices, Moments and Quadrature with Applications"},
persons={
"author": [
pybtex.database.Person("Golub"),
pybtex.database.Person("Meurant"),
]
},
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
"book",
fields={
"title": u"Matrices, Moments and Quadrature with Applications",
"source": u"Crossref",
"publisher": u"Princeton University Press",
"year": 2009,
"month": 1,
"doi": "10.1515/9781400833887",
"url": u"http://dx.doi.org/10.1515/9781400833887",
"isbn": "9781400833887",
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person(u"Golub, Gene H."),
pybtex.database.Person(u"Meurant, G\xe9rard"),
]
}),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_crossref_techreport0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"techreport", fields={"title": "CT Scan of NASA Booster Nozzle"})
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
"techreport",
fields={
"doi":
u"10.2172/15014765",
"title":
"CT Scan of NASA Booster Nozzle",
"url":
u"http://dx.doi.org/10.2172/15014765",
"month":
7,
"source":
u"Crossref",
"year":
2004,
"institution":
"Office of Scientific " + "and Technical Information (OSTI)",
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person(u"Schneberk, D"),
pybtex.database.Person(u"Perry, R"),
pybtex.database.Person(u"Thompson, R"),
]
}),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_crossref_book1():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'book',
fields={
'title': 'Matrices, Moments and Quadrature with Applications',
},
persons={
'author': [
pybtex.database.Person('Golub'),
pybtex.database.Person('Meurant'),
]
})
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'book',
fields={
'title': u'Matrices, Moments and Quadrature with Applications',
'source': u'Crossref',
'publisher': u'Princeton University Press',
'year': 2009,
'month': 1,
'doi': '10.1515/9781400833887',
'url': u'http://dx.doi.org/10.1515/9781400833887',
'isbn': '9781400833887',
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Golub, Gene H.'),
pybtex.database.Person(u'Meurant, G\xe9rard'),
]
}))
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_first_name_space():
d = {
"doe": pybtex.database.Entry(
"misc", persons={"author": [pybtex.database.Person("Doe, J. J.")]},
)
}
out = betterbib.pybtex_to_bibtex_string(d["doe"], "doe")
ref = """@misc{doe,
author = {Doe, J.J.},
}"""
assert out == ref
def test_standard():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"misc",
fields={
"title": ("{STD 42}: {A} Standard for the transmission of {IP} "
"datagrams over experimental {Ethernet} Networks"),
"doi":
"10.5594/s9781614827788",
},
)
reference = pybtex.database.Entry(
"misc",
fields={
"title": ("{ST} 2022-7:2013 : {Seamless} Protection Switching "
"of {SMPTE} {ST} 2022 {IP} Datagrams"),
"doi":
u"10.5594/s9781614827788",
"url":
u"http://dx.doi.org/10.5594/s9781614827788",
"isbn":
"9781614827788",
"publisher": ("The Society of Motion Picture "
"and Television Engineers"),
"source":
u"Crossref",
},
)
bt = source.find_unique(test_entry)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_crossref_techreport0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'techreport', fields={'title': 'CT Scan of NASA Booster Nozzle'})
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'techreport',
fields={
'doi':
u'10.2172/15014765',
'title':
'CT Scan of NASA Booster Nozzle',
'url':
u'http://dx.doi.org/10.2172/15014765',
'month':
7,
'source':
u'Crossref',
'year':
2004,
'institution':
'Office of Scientific ' + 'and Technical Information (OSTI)'
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
'author': [
pybtex.database.Person(u'Schneberk, D'),
pybtex.database.Person(u'Perry, R'),
pybtex.database.Person(u'Thompson, R'),
]
}))
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_update():
entry1 = pybtex.database.Entry(
"article",
fields={"title": "Yes", "year": 2000},
persons={"author": [pybtex.database.Person("Doe, John")]},
)
entry2 = pybtex.database.Entry(
"book",
fields={"title": "No", "pages": "1-19"},
persons={"author": [pybtex.database.Person("Doe, John")]},
)
reference = pybtex.database.Entry(
"book",
fields={"title": "No", "year": 2000, "pages": "1-19"},
persons={"author": [pybtex.database.Person("Doe, John")]},
)
merged = betterbib.update(entry1, entry2)
assert betterbib.pybtex_to_bibtex_string(
merged, "key", sort=True
) == betterbib.pybtex_to_bibtex_string(reference, "key", sort=True)
def test_doi_only():
source = betterbib.Crossref(prefer_long_journal_name=True)
bt = source.get_by_doi(u"10.1137/110820713")
reference = pybtex.database.Entry(
"article",
fields={
"doi": u"10.1137/110820713",
"issn": u"0895-4798, 1095-7162",
"publisher":
u"Society for Industrial & Applied Mathematics (SIAM)",
"title": u"A Framework for Deflated and Augmented " +
"Krylov Subspace Methods",
"url": u"http://dx.doi.org/10.1137/110820713",
"journal": u"SIAM Journal on Matrix Analysis and Applications",
"number": u"2",
"month": 1,
"volume": u"34",
"source": u"Crossref",
"year": 2013,
"pages": u"495-518",
},
persons=pybtex.database.OrderedCaseInsensitiveDict({
"author": [
pybtex.database.Person(u"Gaul, Andr\xe9"),
pybtex.database.Person(u"Gutknecht, Martin H."),
pybtex.database.Person(u"Liesen, J\xf6rg"),
pybtex.database.Person(u"Nabben, Reinhard"),
]
}),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_crossref_book0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'book',
fields={
'title': 'Numerical Ordinary Differential Equations',
'doi': '10.1002/0470868279',
},
persons={'author': [
pybtex.database.Person('Butcher'),
]})
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
'book',
fields={
'doi': u'10.1002/0470868279',
'publisher': u'John Wiley & Sons, Ltd',
'title': u'Numerical Methods for Ordinary Differential Equations',
'subtitle': 'Butcher/Numerical Methods',
'url': u'http://dx.doi.org/10.1002/0470868279',
'month': 6,
'source': u'Crossref',
'year': 2003,
'isbn': '9780470868270, 9780471967583'
},
persons=pybtex.database.OrderedCaseInsensitiveDict(
{'author': [
pybtex.database.Person(u'Butcher, J.C.'),
]}))
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_crossref_book0():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
"book",
fields={
"title": "Numerical Ordinary Differential Equations",
"doi": "10.1002/0470868279",
},
persons={"author": [pybtex.database.Person("Butcher")]},
)
bt = source.find_unique(test_entry)
reference = pybtex.database.Entry(
"book",
fields={
"doi": u"10.1002/0470868279",
"publisher": u"John Wiley & Sons, Ltd",
"title": u"Numerical Methods for Ordinary Differential Equations",
"subtitle": "Butcher/Numerical Methods",
"url": u"http://dx.doi.org/10.1002/0470868279",
"month": 6,
"source": u"Crossref",
"year": 2003,
"isbn": "9780470868270, 9780471967583",
},
persons=pybtex.database.OrderedCaseInsensitiveDict(
{"author": [pybtex.database.Person(u"Butcher, J.C.")]}),
)
assert betterbib.pybtex_to_bibtex_string(
bt, "key", sort=True) == betterbib.pybtex_to_bibtex_string(reference,
"key",
sort=True)
return
def test_encode_doi():
doi = "10.1007/978-1-4615-7419-4_6"
d = {
"karwowski": pybtex.database.Entry(
"misc", fields=[("doi", doi), ("note", "Online; accessed 19-February-2019")]
)
}
out = betterbib.pybtex_to_bibtex_string(d["karwowski"], "karwowski")
# Split string and fetch entry with doi
doi_entry = out.split()[3]
# Remove braces and trailing comma
doi_entry = doi_entry[1:-2]
assert doi_entry == doi
def test_standard():
source = betterbib.Crossref()
test_entry = pybtex.database.Entry(
'misc',
fields={
'title': ('{STD 42}: {A} Standard for the transmission of {IP} '
'datagrams over experimental {Ethernet} Networks'),
'doi':
'10.5594/s9781614827788',
},
)
reference = pybtex.database.Entry(
'misc',
fields={
'title': ('{ST} 2022-7:2013 : {Seamless} Protection Switching '
'of {SMPTE} {ST} 2022 {IP} Datagrams'),
'doi':
u'10.5594/s9781614827788',
'url':
u'http://dx.doi.org/10.5594/s9781614827788',
'isbn':
'9781614827788',
'publisher': ('The Society of Motion Picture '
'and Television Engineers'),
'source':
u'Crossref',
})
bt = source.find_unique(test_entry)
assert betterbib.pybtex_to_bibtex_string(bt, 'key', sort=True) \
== betterbib.pybtex_to_bibtex_string(reference, 'key', sort=True)
return
def test_encode_url():
url = "https://www.wolframalpha.com/input/?i=integrate+from+0+to+2pi+(cos(x)+e%5E(i+*+(m+-+n)+*+x))"
d = {
"wolframalphai1": pybtex.database.Entry(
"misc", fields=[("url", url), ("note", "Online; accessed 19-February-2019")]
)
}
out = betterbib.pybtex_to_bibtex_string(d["wolframalphai1"], "wolframalphai1")
# Split string and fetch entry with url
url_entry = out.split()[3]
# Remove braces and trailing comma
url_entry = url_entry[1:-2]
assert url_entry == url
def test_cli_format(ref_entry, ref_str):
assert betterbib.pybtex_to_bibtex_string(ref_entry,
"foobar") == "\n".join(ref_str)
