How to use the betterbib.tools._translate_title function in betterbib
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nschloe / betterbib / test / test_bibtex_title.py View on Github 
def test():
assert (
betterbib.tools._translate_title(
"The Magnus expansion and some of its applications"
)
== "The {Magnus} expansion and some of its applications"
)
assert (
betterbib.tools._translate_title("VODE: a variable-coefficient ODE solver")
== "{VODE:} {A} variable-coefficient {ODE} solver"
)
assert (
betterbib.tools._translate_title(
"Peano's kernel theorem for vector-valued functions"
)
== "{Peano's} kernel theorem for vector-valued functions"
)
assert (
betterbib.tools._translate_title(
"Exponential Runge-Kutta methods for parabolic problems"
)
== "Exponential {Runge}-{Kutta} methods for parabolic problems"
)def test():
assert (
betterbib.tools._translate_title(
"The Magnus expansion and some of its applications"
)
== "The {Magnus} expansion and some of its applications"
)
assert (
betterbib.tools._translate_title("VODE: a variable-coefficient ODE solver")
== "{VODE:} {A} variable-coefficient {ODE} solver"
)
assert (
betterbib.tools._translate_title(
"Peano's kernel theorem for vector-valued functions"
)
== "{Peano's} kernel theorem for vector-valued functions"
)
assert (
betterbib.tools._translate_title(
"Exponential Runge-Kutta methods for parabolic problems"
)
== "Exponential {Runge}-{Kutta} methods for parabolic problems"
)
assert (
betterbib.tools._translate_title(
"GMRES: A generalized minimal residual algorithm"
)assert (
betterbib.tools._translate_title(
"GMRES: A generalized minimal residual algorithm"
)
== "{GMRES:} {A} generalized minimal residual algorithm"
)
assert (
betterbib.tools._translate_title(
"On generalized averaged Gaussian formulas, II"
)
== "On generalized averaged {Gaussian} formulas, {II}"
)
assert (
betterbib.tools._translate_title("Gaussian Hermitian Jacobian")
== "{Gaussian} {Hermitian} {Jacobian}"
)
assert (
betterbib.tools._translate_title("Dash-Dash Double--Dash Triple---Dash")
== "Dash-Dash Double--Dash Triple---Dash"
)
assert betterbib.tools._translate_title("x: {X}") == "x: {X}"
assert (
betterbib.tools._translate_title("{Aaa ${\\text{Pt/Co/AlO}}_{x}$ aaa bbb}")
== "{Aaa {${\\text{Pt/Co/AlO}}_{x}$} aaa bbb}"
)
assert betterbib.tools._translate_title("z*") == "z*"== "{Gaussian} {Hermitian} {Jacobian}"
)
assert (
betterbib.tools._translate_title("Dash-Dash Double--Dash Triple---Dash")
== "Dash-Dash Double--Dash Triple---Dash"
)
assert betterbib.tools._translate_title("x: {X}") == "x: {X}"
assert (
betterbib.tools._translate_title("{Aaa ${\\text{Pt/Co/AlO}}_{x}$ aaa bbb}")
== "{Aaa {${\\text{Pt/Co/AlO}}_{x}$} aaa bbb}"
)
assert betterbib.tools._translate_title("z*") == "z*"assert (
betterbib.tools._translate_title(
"Peano's kernel theorem for vector-valued functions"
)
== "{Peano's} kernel theorem for vector-valued functions"
)
assert (
betterbib.tools._translate_title(
"Exponential Runge-Kutta methods for parabolic problems"
)
== "Exponential {Runge}-{Kutta} methods for parabolic problems"
)
assert (
betterbib.tools._translate_title(
"GMRES: A generalized minimal residual algorithm"
)
== "{GMRES:} {A} generalized minimal residual algorithm"
)
assert (
betterbib.tools._translate_title(
"On generalized averaged Gaussian formulas, II"
)
== "On generalized averaged {Gaussian} formulas, {II}"
)
assert (
betterbib.tools._translate_title("Gaussian Hermitian Jacobian")
== "{Gaussian} {Hermitian} {Jacobian}"
))
assert (
betterbib.tools._translate_title("Gaussian Hermitian Jacobian")
== "{Gaussian} {Hermitian} {Jacobian}"
)
assert (
betterbib.tools._translate_title("Dash-Dash Double--Dash Triple---Dash")
== "Dash-Dash Double--Dash Triple---Dash"
)
assert betterbib.tools._translate_title("x: {X}") == "x: {X}"
assert (
betterbib.tools._translate_title("{Aaa ${\\text{Pt/Co/AlO}}_{x}$ aaa bbb}")
== "{Aaa {${\\text{Pt/Co/AlO}}_{x}$} aaa bbb}"
)
assert betterbib.tools._translate_title("z*") == "z*"assert (
betterbib.tools._translate_title(
"Exponential Runge-Kutta methods for parabolic problems"
)
== "Exponential {Runge}-{Kutta} methods for parabolic problems"
)
assert (
betterbib.tools._translate_title(
"GMRES: A generalized minimal residual algorithm"
)
== "{GMRES:} {A} generalized minimal residual algorithm"
)
assert (
betterbib.tools._translate_title(
"On generalized averaged Gaussian formulas, II"
)
== "On generalized averaged {Gaussian} formulas, {II}"
)
assert (
betterbib.tools._translate_title("Gaussian Hermitian Jacobian")
== "{Gaussian} {Hermitian} {Jacobian}"
)
assert (
betterbib.tools._translate_title("Dash-Dash Double--Dash Triple---Dash")
== "Dash-Dash Double--Dash Triple---Dash"
)
assert betterbib.tools._translate_title("x: {X}") == "x: {X}")
assert (
betterbib.tools._translate_title("VODE: a variable-coefficient ODE solver")
== "{VODE:} {A} variable-coefficient {ODE} solver"
)
assert (
betterbib.tools._translate_title(
"Peano's kernel theorem for vector-valued functions"
)
== "{Peano's} kernel theorem for vector-valued functions"
)
assert (
betterbib.tools._translate_title(
"Exponential Runge-Kutta methods for parabolic problems"
)
== "Exponential {Runge}-{Kutta} methods for parabolic problems"
)
assert (
betterbib.tools._translate_title(
"GMRES: A generalized minimal residual algorithm"
)
== "{GMRES:} {A} generalized minimal residual algorithm"
)
assert (
betterbib.tools._translate_title(
"On generalized averaged Gaussian formulas, II"
)"On generalized averaged Gaussian formulas, II"
)
== "On generalized averaged {Gaussian} formulas, {II}"
)
assert (
betterbib.tools._translate_title("Gaussian Hermitian Jacobian")
== "{Gaussian} {Hermitian} {Jacobian}"
)
assert (
betterbib.tools._translate_title("Dash-Dash Double--Dash Triple---Dash")
== "Dash-Dash Double--Dash Triple---Dash"
)
assert betterbib.tools._translate_title("x: {X}") == "x: {X}"
assert (
betterbib.tools._translate_title("{Aaa ${\\text{Pt/Co/AlO}}_{x}$ aaa bbb}")
== "{Aaa {${\\text{Pt/Co/AlO}}_{x}$} aaa bbb}"
)
assert betterbib.tools._translate_title("z*") == "z*"
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- betterbib.Crossref
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- betterbib.journal_abbrev
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- betterbib.tools
- betterbib.tools._translate_title
- betterbib.tools.doi_from_url
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- betterbib.tools.pybtex_to_bibtex_string
- betterbib.tools.write