def test_citations2():
# Multiple citations:
cites = lm.citations("\\citep[{\\pre},][post]{Author1, Author2}.")
assert next(cites) == "Author1"
assert next(cites) == "Author2"
cites = lm.citations(
"\\citep[pre][post]{Author1} and \\citep[pre][post]{Author2}.")
assert next(cites) == "Author1"
assert next(cites) == "Author2"
cites = lm.citations("\\citep[pre\n ][post] {Author1, Author2}")
assert next(cites) == "Author1"
assert next(cites) == "Author2"
def test_citations3():
# Recursive citations:
cites = lm.citations(
"\\citep[see also \\citealp{Author1}][\\citealp{Author3}]{Author2}")
assert next(cites) == "Author1"
assert next(cites) == "Author2"
assert next(cites) == "Author3"
def test_citations5():
# The sample tex file:
texfile = os.path.expanduser('~') + "/.bibmanager/examples/sample.tex"
with open(texfile) as f:
tex = f.read()
tex = lm.no_comments(tex)
cites = [citation for citation in lm.citations(tex)]
assert cites == [
'AASteamHendrickson2018aastex62', 'vanderWaltEtal2011numpy',
'JonesEtal2001scipy', 'Hunter2007ieeeMatplotlib',
'PerezGranger2007cseIPython', 'MeurerEtal2017pjcsSYMPY',
'Astropycollab2013aaAstropy', 'AASteamHendrickson2018aastex62'
]
def test_citations1():
cites = lm.citations("\\citep{Author}.")
assert next(cites) == "Author"
cites = lm.citations("\\citep{\n Author }.")
assert next(cites) == "Author"
cites = lm.citations("\\citep[pre]{Author}.")
assert next(cites) == "Author"
cites = lm.citations("\\citep[pre][post]{Author}.")
assert next(cites) == "Author"
cites = lm.citations("\\citep\n[][]{Author}.")
assert next(cites) == "Author"
cites = lm.citations("\\citep [pre] [post] {Author}.")
assert next(cites) == "Author"
cites = lm.citations("\\citep[{\\pre},][post]{Author}.")
assert next(cites) == "Author"
# Outer commas are ignored:
cites = lm.citations("\\citep{,Author,}.")
assert next(cites) == "Author"
def test_citations5():
# The sample tex file:
texfile = os.path.expanduser('~') + "/.bibmanager/examples/sample.tex"
with open(texfile) as f:
tex = f.read()
tex = lm.no_comments(tex)
cites = [citation for citation in lm.citations(tex)]
assert cites == [
'AASteamHendrickson2018aastex62',
'HarrisEtal2020natNumpy',
'VirtanenEtal2020natmeScipy',
'Hunter2007ieeeMatplotlib',
'PerezGranger2007cseIPython',
'MeurerEtal2017pjcsSYMPY',
'Astropycollab2013aaAstropy',
'AASteamHendrickson2018aastex62',
'Cubillos2019zndoBibmanager',
]
def test_citations4():
# Match all of these:
assert next(lm.citations("\\cite{AuthorA}")) == "AuthorA"
assert next(lm.citations("\\nocite{AuthorB}")) == "AuthorB"
assert next(lm.citations("\\defcitealias{AuthorC}")) == "AuthorC"
assert next(lm.citations("\\citet{AuthorD}")) == "AuthorD"
assert next(lm.citations("\\citet*{AuthorE}")) == "AuthorE"
assert next(lm.citations("\\Citet{AuthorF}")) == "AuthorF"
assert next(lm.citations("\\Citet*{AuthorG}")) == "AuthorG"
assert next(lm.citations("\\citep{AuthorH}")) == "AuthorH"
assert next(lm.citations("\\citep*{AuthorI}")) == "AuthorI"
assert next(lm.citations("\\Citep{AuthorJ}")) == "AuthorJ"
assert next(lm.citations("\\Citep*{AuthorK}")) == "AuthorK"
assert next(lm.citations("\\citealt{AuthorL}")) == "AuthorL"
assert next(lm.citations("\\citealt*{AuthorM}")) == "AuthorM"
assert next(lm.citations("\\Citealt{AuthorN}")) == "AuthorN"
assert next(lm.citations("\\Citealt*{AuthorO}")) == "AuthorO"
assert next(lm.citations("\\citealp{AuthorP}")) == "AuthorP"
assert next(lm.citations("\\citealp*{AuthorQ}")) == "AuthorQ"
assert next(lm.citations("\\Citealp{AuthorR}")) == "AuthorR"
assert next(lm.citations("\\Citealp*{AuthorS}")) == "AuthorS"
assert next(lm.citations("\\citeauthor{AuthorT}")) == "AuthorT"
assert next(lm.citations("\\citeauthor*{AuthorU}")) == "AuthorU"
assert next(lm.citations("\\Citeauthor{AuthorV}")) == "AuthorV"
assert next(lm.citations("\\Citeauthor*{AuthorW}")) == "AuthorW"
assert next(lm.citations("\\citeyear{AuthorX}")) == "AuthorX"
assert next(lm.citations("\\citeyear*{AuthorY}")) == "AuthorY"
assert next(lm.citations("\\citeyearpar{AuthorZ}")) == "AuthorZ"
assert next(lm.citations("\\citeyearpar*{AuthorAA}")) == "AuthorAA"
