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( 6 ; ; ; GGr1c [[R"S[RS9[ [ S5Vs/sHnSU3PM sn5[ [ S55S9$s snf)z^ Fixture for DataFrame of ints with index of unique strings Columns are ['A', 'B', 'C', 'D'] rrr\rrrrH)rrvonesrfr rbr(rs r/ int_framersS  rxx(r3AtA3Z34d6l# 3sA%c [[RRS5R S5[ [ S5Vs/sHnSU3PM sn5[ [S55S9$s snf)za Fixture for DataFrame of floats with index of unique strings Columns are ['A', 'B', 'C', 'D']. rrrrrrH)rrvr%r&r'r rbr(rs r/ float_framers^  a 009r3AtA3Z34d6l# 3sA0ct[SSS5[SSS5[SSS5[SSS5[SSS5[SSS5[SSS5[SSS5[SSS5[SSS5/ n[[RR S5R [ U55US9$)z> Fixture for Series with a DatetimeIndex that has duplicates. irmrr=rrlr)rrrvr%r&r'r)datess r/(rand_series_with_duplicate_datetimeindexrs q!q!q!q!q!q!q!q!q!q! E "))''*::3u:Fe TTr1)rrrg?g?z2012-01M)rz period[M]z 2012-02-01z period[D]z 2011-01-01rV)rXs)unitrXi)secondsztimedelta64[us]cUR$)z3 Fixture that tests each scalar and datetime type. rrs r/ea_scalar_and_dtyper" ==r1cUR$)z< Fixture for dunder names for common arithmetic operations. rrs r/all_arithmetic_operatorsrrr1cUR$)zM Fixture for operator and roperator arithmetic, comparison, and logical ops. rrs r/all_binary_operatorsrD ==r1cUR$)z Fixture for operator and roperator arithmetic functions. Notes ----- This includes divmod and rdivmod, whereas all_arithmetic_operators does not. rrs r/all_arithmetic_functionsrs6 ==r1) countr*rrmeanprodstdvarmediankurtskewsemcUR$)z& Fixture for numeric reduction names. rrs r/all_numeric_reductionsr.rr1allanycUR$)z& Fixture for boolean reduction names. rrs r/all_boolean_reductionsr9rr1cUR$)z6 Fixture for all (boolean + numeric) reduction names. rrs r/all_reductionsrDrr1cUR$)z3 Fixture for operator module comparison functions. rrs r/ comparison_oprL ==r1)__le____lt____ge____gt__cUR$)zU Fixture for dunder names for compare operations except == and != * >= * > * < * <= rrs r/compare_operators_no_eq_ner]rr1)__and____rand____or____ror____xor____rxor__cUR$)zE Fixture for dunder names for common logical operations * | * & * ^ rrs r/all_logical_operatorsrj ==r1)cumsumcumprodcummincummaxcUR$)z( Fixture for numeric accumulation names rrs r/all_numeric_accumulationsr{rr1c$URS5$)zJ Returns the configuration for the test setting `--no-strict-data-files`. r))r\) pytestconfigs r/strict_data_filesrs  ! !": ;;r1c^^[RR[RR[5S5mUU4SjnU$)a Get the path to a data file. Parameters ---------- path : str Path to the file, relative to ``pandas/tests/`` Returns ------- path including ``pandas/tests``. Raises ------ ValueError If the path doesn't exist and the --no-strict-data-files option is not set. testsc>[RR"T/UQ76n[RRU5(d0T(a[ SUS35e[ R "SUS35 U$)NzCould not find file z' and --no-strict-data-files is not set.zCould not find r4)osrKjoinexists ValueErrorrGskip)rrK BASE_PATHrs r/decodatapath..decosfww||I--ww~~d##  *4&0WX KK/$q1 2 r1)rrKrdirname__file__)rrrs` @r/datapathrs2& RWW__X6@I Kr1UTCz Asia/Tokyozdateutil/US/Pacificzdateutil/Asia/Singaporez+01:15z-02:15z UTC+01:15z UTC-02:15)hoursrr5rGi,icUR$)z< Fixture for trying timezones including default (None): {0} rrs r/tz_naive_fixturerrr1cUR$)z, Fixture for trying explicit timezones: {0} rrs r/tz_aware_fixturer rr1utcz dateutil/UTCcUR$)zI Fixture to provide variants of UTC timezone strings and tzinfo objects. rrs r/ utc_fixturer rr1)rmsusnscUR$)z datetime64 units we support. rrs r/rrrr1cUR$)z> Parametrized fixture for string dtypes. * str * 'str' * 'U' rrs r/ string_dtyper ==r1pythonpyarrow)string=string[python]string=string[pyarrow]string=str[pyarrow]string=str[python]cJURup[R"X5$)z Parametrized fixture for string dtypes. * 'string[python]' (NA variant) * 'string[pyarrow]' (NA variant) * 'str' (NaN variant, with pyarrow) * 'str' (NaN variant, without pyarrow) )rrw StringDtyperstoragena_values r/string_dtype_no_objectrs0 G >>' ,,r1cUR$)zQ Parametrized fixture for string dtypes. * 'string[python]' * 'string[pyarrow]' rrs r/nullable_string_dtyper!* ==r1c<[R"UR6$)za Parametrized fixture for string dtypes backed by Pyarrow. * 'str[pyarrow]' * 'string[pyarrow]' )rwrrrs r/pyarrow_string_dtyper$:s >>7== ))r1cUR$zR Parametrized fixture for pd.options.mode.string_storage. * 'python' * 'pyarrow' rrs r/string_storager'Jr"r1cUR$)zy Parametrized fixture for StringDtype storage and na_value. * 'python' + pd.NA * 'pyarrow' + pd.NA * 'pyarrow' + np.nan rrs r/string_dtype_argumentsr)Zs, ==r1numpy_nullablecUR$r&rrs r/ dtype_backendr,sr"r1cUR$)z; Parametrized fixture for bytes dtypes. * bytes * 'bytes' rrs r/ bytes_dtyper. ==r1cUR$)z> Parametrized fixture for object dtypes. * object * 'object' rrs r/ object_dtyper1r/r1)z string=objectrrrrc[UR[R5(a UR$URup[R "X5$)z Parametrized fixture for string dtypes. * 'object' * 'string[python]' (NA variant) * 'string[pyarrow]' (NA variant) * 'str' (NaN variant, with pyarrow) * 'str' (NaN variant, without pyarrow) ) isinstancerrvr]rwrrs r/any_string_dtyper4s@2'--**}}$MM~~g00r1cUR$)zL Parametrized fixture for datetime64 dtypes. * 'datetime64[ns]' * 'M8[ns]' rrs r/datetime64_dtyper6r/r1cUR$)zN Parametrized fixture for timedelta64 dtypes. * 'timedelta64[ns]' * 'm8[ns]' rrs r/timedelta64_dtyper8r/r1c  [SSSSSSSS9$)z% Fixture emits fixed Timestamp.now() irmrnr )rrqr"hourminuter> microsecond)rr~r1r/ fixed_now_tsr?s  1RR r1cUR$)zJ Parameterized fixture for float dtypes. * float * 'float32' * 'float64' rrs r/float_numpy_dtyperArr1cUR$)zB Parameterized fixture for float dtypes. * 'Float32' * 'Float64' rrs r/float_ea_dtyperCr/r1cUR$)zb Parameterized fixture for float dtypes. * float * 'float32' * 'float64' * 'Float32' * 'Float64' rrs r/any_float_dtyperErr1cUR$)zS Parameterized fixture for complex dtypes. * complex * 'complex64' * 'complex128' rrs r/ complex_dtyperGrr1cUR$)z Parameterized fixture for complex and numpy float dtypes. * complex * 'complex64' * 'complex128' * float * 'float32' * 'float64' rrs r/complex_or_float_dtyperIs ==r1cUR$)z` Parameterized fixture for signed integer dtypes. * int * 'int8' * 'int16' * 'int32' * 'int64' rrs r/any_signed_int_numpy_dtyperK#rr1cUR$)z` Parameterized fixture for unsigned integer dtypes. * 'uint8' * 'uint16' * 'uint32' * 'uint64' rrs r/any_unsigned_int_numpy_dtyperM1rr1cUR$)z Parameterized fixture for any integer dtype. * int * 'int8' * 'uint8' * 'int16' * 'uint16' * 'int32' * 'uint32' * 'int64' * 'uint64' rrs r/any_int_numpy_dtyperO>rr1cUR$)z Parameterized fixture for any nullable integer dtype. * 'UInt8' * 'Int8' * 'UInt16' * 'Int16' * 'UInt32' * 'Int32' * 'UInt64' * 'Int64' rrs r/any_int_ea_dtyperQPrr1cUR$)z Parameterized fixture for any nullable integer dtype. * int * 'int8' * 'uint8' * 'int16' * 'uint16' * 'int32' * 'uint32' * 'int64' * 'uint64' * 'UInt8' * 'Int8' * 'UInt16' * 'Int16' * 'UInt32' * 'Int32' * 'UInt64' * 'Int64' rrs r/ any_int_dtyperSas. ==r1cUR$)z Parameterized fixture for any nullable integer dtype and any float ea dtypes. * 'UInt8' * 'Int8' * 'UInt16' * 'Int16' * 'UInt32' * 'Int32' * 'UInt64' * 'Int64' * 'Float32' * 'Float64' rrs r/any_numeric_ea_dtyperU{rr1cUR$)a~ Parameterized fixture for any nullable integer dtype and any float ea dtypes. * 'UInt8' * 'Int8' * 'UInt16' * 'Int16' * 'UInt32' * 'Int32' * 'UInt64' * 'Int64' * 'Float32' * 'Float64' * 'uint8[pyarrow]' * 'int8[pyarrow]' * 'uint16[pyarrow]' * 'int16[pyarrow]' * 'uint32[pyarrow]' * 'int32[pyarrow]' * 'uint64[pyarrow]' * 'int64[pyarrow]' * 'float32[pyarrow]' * 'float64[pyarrow]' rrs r/any_numeric_ea_and_arrow_dtyperWs@ ==r1cUR$)zf Parameterized fixture for any signed nullable integer dtype. * 'Int8' * 'Int16' * 'Int32' * 'Int64' rrs r/any_signed_int_ea_dtyperYrr1cUR$)z Parameterized fixture for any (purely) real numeric dtype. * int * 'int8' * 'uint8' * 'int16' * 'uint16' * 'int32' * 'uint32' * 'int64' * 'uint64' * float * 'float32' * 'float64' rrs r/any_real_numpy_dtyper[s$ ==r1cUR$)z Parameterized fixture for any (purely) real numeric dtype. * int * 'int8' * 'uint8' * 'int16' * 'uint16' * 'int32' * 'uint32' * 'int64' * 'uint64' * float * 'float32' * 'float64' and associated ea dtypes. rrs r/any_real_numeric_dtyper]s( ==r1cUR$)aT Parameterized fixture for all numpy dtypes. * bool * 'bool' * int * 'int8' * 'uint8' * 'int16' * 'uint16' * 'int32' * 'uint32' * 'int64' * 'uint64' * float * 'float32' * 'float64' * complex * 'complex64' * 'complex128' * str * 'str' * 'U' * bytes * 'bytes' * 'datetime64[ns]' * 'M8[ns]' * 'timedelta64[ns]' * 'm8[ns]' * object * 'object' rrs r/any_numpy_dtyper_rr1cUR$)a Parameterized fixture for all real dtypes that can hold NA. * float * 'float32' * 'float64' * 'Float32' * 'Float64' * 'UInt8' * 'UInt16' * 'UInt32' * 'UInt64' * 'Int8' * 'Int16' * 'Int32' * 'Int64' * 'uint8[pyarrow]' * 'uint16[pyarrow]' * 'uint32[pyarrow]' * 'uint64[pyarrow]' * 'int8[pyarrow]' * 'int16[pyarrow]' * 'int32[pyarrow]' * 'int64[pyarrow]' * 'float[pyarrow]' * 'double[pyarrow]' rrs r/any_real_nullable_dtyperas: ==r1cUR$)a9 Parameterized fixture for all numeric dtypes. * int * 'int8' * 'uint8' * 'int16' * 'uint16' * 'int32' * 'uint32' * 'int64' * 'uint64' * float * 'float32' * 'float64' * complex * 'complex64' * 'complex128' * 'UInt8' * 'Int8' * 'UInt16' * 'Int16' * 'UInt32' * 'Int32' * 'UInt64' * 'Int64' * 'Float32' * 'Float64' rrs r/any_numeric_dtyperc2s> ==r1cmixedbytesacz mixed-integerg@floatingg?integerzmixed-integer-floatdecimal datetime64z 2013-01-01z 2018-01-01rU20180101riicomplexy??y@@rcVURup[R"U[S9nX4$)a Fixture for all inferred dtypes from _libs.lib.infer_dtype The covered (inferred) types are: * 'string' * 'empty' * 'bytes' * 'mixed' * 'mixed-integer' * 'mixed-integer-float' * 'floating' * 'integer' * 'decimal' * 'boolean' * 'datetime64' * 'datetime' * 'date' * 'timedelta' * 'time' * 'period' * 'interval' Returns ------- inferred_dtype : str The string for the inferred dtype from _libs.lib.infer_dtype values : np.ndarray An array of object dtype that will be inferred to have `inferred_dtype` Examples -------- >>> from pandas._libs import lib >>> >>> def test_something(any_skipna_inferred_dtype): ... inferred_dtype, values = any_skipna_inferred_dtype ... # will pass ... assert lib.infer_dtype(values, skipna=True) == inferred_dtype r\)rrvrr9)rinferred_dtypers r/any_skipna_inferred_dtyperqus,R%]]N XXfF +F  !!r1c[R"SSS9 SSKJn SSKJn U"5nSUR lU"US9$) z^ Get an instance of IPython.InteractiveShell. Will raise a skip if IPython is not installed. IPythonz6.0.0) minversionr)InteractiveShell)Configz:memory:)r^)rG importorskipIPython.core.interactiveshellrutraitlets.configrvHistoryManager hist_file)rurvrds r/ipr|s<  g6>(A!+A 1 %%r1c## [R"S5n[R"S5n[R"S5nURR5nUR 5 UR S5 Sv SSS5 URR 5 URRU5 URS5 [R"S5 g!,(df  Nk=f!URR 5 URRU5 URS5 [R"S5 f=f7f)a Ensure Matplotlib is cleaned up around a test. Before a test is run: 1) Set the backend to "template" to avoid requiring a GUI. After a test is run: 1) Reset units registry 2) Reset rc_context 3) Close all figures See matplotlib/testing/decorators.py#L24. matplotlibzmatplotlib.unitszmatplotlib.pyplottemplateNrrm) rGrwregistryr rc_contextuseclearupdateclosegccollect)mpl mpl_unitspltorig_units_registrys r/ mpl_cleanuprs"   l +C##$67I   1 2C#,,113  ^^  GGJ     "!!"56 % 1     "!!"56 % 1 s8AE C<0C+C<AE+ C95C<rQs(#   ' >))        K!&:6,I$1        V2==#=>    e}%&:;< K012h'()e}%&BCDe}%&e}%&e}%&w vr,FGHbffbff-./-r((.HIJ! 6*+,vWh,?@ A vrxx06RSTvy"((;AUVW!  0"   (* eE"I6Iqwqc]I6fE* eE"I6Iqwqc]I6eD* <4*:lB<H *  l<#> * wE * Z^* E"))B-v .* U299R= 0* U299R= 0* U299R= 0* U299R= 0* eBIIbM2* eBIIbM2* eBIIbM2* uRYYr])4!*"uRYYr])4#*$5$*&9%*&%u )6'*( "K(4"))Bk2R+RR)*.% "L)D299R|3T,TT/*4#DL1$455*6 ))"++a"*EF7*8 U2Y9*: j$$ !9T:;*@8:A*B  !C*Du'(E*FE"))B-w7G*HU299R=9I*JeBIIbM;K*LU299R=//5YGM*NU r3AGA3-3;KLO* V r;AGA3-;CTU VC%(L!"|((*+ 8, 8*002 2 *UJ:W2  .  .',,. .JC NN3 4 AA 5*- .  + +4CC;(--/ /8*F#^E%::/  !!$$ % ~~g b E"I6IqBqc(I6S!% F<E7EnE,1134A5A<>;O;O;O%~~gu -;O        388:;H<H    UU. q "M'7$CD s# & i(IJ   $k2  3 '5 l| 4 < ?     255 i'r}}Y/GH i( i0HI 266       YbmmI&>?    !0r'(r''()  255 i'r}}Y/GH i( i0HI 266    1! 1$%r++,-r,,-.r,,-.r))*+r**+ , r(()*r../ 0 r112 3 r334 5 r../0"r++, -  r(()*2r++b.@.@@AB*   (( ) && '   :r../ 0 r//01(r))*+,r**+!,!Hr2234>r,,-.FRVVS!" RUUC ! sBFFC ! tRVVT"# rvvrvvrvv&' bMsBFFA&' sBFFC !#rvvs#$BFFAQ,-RVVWQZ01rvvu%&ruue$%BMM,/|9TUV)J':1FGH d4AT1a(8 9:()9Q<167 d1grvvtAw '( t bfffTl34(1a."&&(1a.9:3832G2 1s;,"<,"d&&$@## #A gbjj!,bjjoo > CD;  A# k*+,!,    ruu    BFFBGG456()* BGG,-. BFF+,-rvv'(()*e}%G&G2244'(@A)A OODMM/23x !i ! e}%&g@Kp76L4<(  Z  7(D ,DZ s3AwAw# 6Aw( 1Aw-,Aw2 Aw7 'Aw7 Aw= :Aw=  Aw= Aw= :Ax<(Ax$Ax 3 Ax> AxC'Axh*Axj$9Ax#k!Ax#k*Ax#wAw wAw x Ax