hSSKrS\RS'SrSSjr\"SSS9S5r\"/S Q5rSS jr\"SS SS 9S 5r\"5r Sr \ S5r Sr \ S:Xa\ "5 gg)NTrecursec2^^^U4SjnU4SjnU4SjnX44$)Nc>T$NxsP/home/james-whalen/.local/lib/python3.13/site-packages/dill/tests/test_mixins.pyzzzwtf..zzz Hc>T$rr)ysr yyywtf..yyyr rc>T$rr)zsr xxxwtf..xxxr rr)r rrr rrs``` r wtfr s   .rc6^^^^^S/mU4SjmUUUUU4SjnU$)NFc >TS(+TS'g)Nrr)invertedsr invertquad..invertsqk/HQKrcH>^UUUUU4SjnTUlTUlTUlU$)NcP>T"U0UD6nTS(aU*nTUS--TU--T-$)Nrr)argskwdsr abcfrs r funcquad..dec..funcs: T T a !1"a q!tVac\A r) __wrapped__rr)r%r&r"r#r$rrs` r decquad..decs*DDKDM Krr)r"r#r$r)rrs``` @@r quadr+s W(" *rr)r"r#c[U5$r)sum)r s r double_addr.'s Tr)rc^^^UUU4SjnU$)Nc>^UUUU4SjnU$)Nc6>T"U0UD6nTUS--TU--T-$Nrr)r r!fxr"r#r$r%s r r&'quad_factory..dec..func2s+ d?T?b r1uWqt^a rr)r%r&r"r#r$s` r r)quad_factory..dec1s   Krr)r"r#r$r)s``` r quad_factoryr80s *r)r"r#r$c US-$)Nr/rrs r quadishr;9 1*rc^U4SjnU$)Nc>T"U0UD6nSU-$r4r)r r!r5r%s r innerdoubler..innerBs D D B R4Krr)r%r?s` r doublerrAAs ,rc SU-$r4rrs r quadruplerCHr<rc[SSS5S[-:Xde[R5 [SSS5S[-:Xde[R"[5nU"SSS5S[-:XdeUR SSS5[:Xde[R S(d[R5 [Rn[RnURUR[5S5S:XdeURUR[5S5S:XdeUR[S S 9S [-:XdeUR[S S 9S [-:XdeUR[S S 9S [-:XdeUR S 9S[-:XdeUR[SS 9S:XdeUR[SS 9nUR!SS5upEpgnUS:Xde[#XEU/5[#/SQ5:XdeUR[SS 9nUR!SS5upEpcUS:Xde[#XEU/5[#/SQ5:XdeURS 9nUR!SS5upEphpsUS:Xde[#XEXh/5[#/SQ5:Xdeg)Nr/rr0rr%z8@quad_factory(a=0,b=4,c=0) def quadish(x): return x+1 z(@doubler def quadruple(x): return 2*x F)sourcezfrom %s import quadish zfrom %s import quadruple zfrom %s import quadratic zfrom %s import double_add Tzdef doubler(f): def inner(*args, **kwds): fx = f(*args, **kwds) return 2*fx return inner @doubler def quadruple(x): return 2*x  r9zdef quad_factory(a=1,b=1,c=0): def dec(f): def func(*args,**kwds): fx = f(*args,**kwds) return a*fx**2 + b*fx + c return func return dec @quad_factory(a=0,b=4,c=0) def quadish(x): return x+1 )a = 0c = 0zb = 4zl def dec(f): def func(*args,**kwds): fx = f(*args,**kwds) return a*fx**2 + b*fx + c return func )za = 1rIzb = 1adef quad(a=1, b=1, c=0): inverted = [False] def invert(): inverted[0] = not inverted[0] def dec(f): def func(*args, **kwds): x = f(*args, **kwds) if inverted[0]: x = -x return a*x**2 + b*x + c func.__wrapped__ = f func.invert = invert func.inverted = inverted return func return dec @quad(a=0,b=2) def double_add(*args): return sum(args) )rHrIzb = 2zinverted = [True])r.r5rdillcopyr(rrFdetect getsourcefreevarsr;rC importable__name__ quadraticsplitset) _ddsddresultr"r#r$_ds r test_mixinsr[Ms Aa ad "" "  Aa be ## # yy" Aabe   !A " $$ $   Q  {{" {{" bkk'*3/ 04q qq q bkk),S1 26c cc c wu -1Kh1V VV V y /3ORZ3Z ZZ Z y /3ORZ3Z ZZ Z z% 04QT\4\ \\ \ y .3L LL L === .&<<Q'.!a& { {{ { a!W89 99 9 ==4= 0&d1%,!a H HH H a!W89 99 9 ==D= 1&\\$q)!a! o oo o a!Y3OP PP Pr__main__)r/r/r)rKsettingsrr+r.r-r5r8r;rRrArCr[rQrrr r^s  i  A \ A   N     'QV zMr