obfuscated_code stringlengths 120 344k | clean_code stringlengths 100 238k |
|---|---|
def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
try: pass
except: pass
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result ... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(I101OlO, l1Ill10000, 0OI1l1llO):
inplaceable_foreach_ops[l1Ill10000] = I101OlO
inplace_foreach_ops.add(I101OlO)
def fn(*lOOI10l, **IIl0II0Ill):
lIIl = 0OI1l1llO(*lOOI10l, **IIl0II0Ill)
IIIOI00O = []
for l1O0OO0010, llIO11l0 in zip(lOOI10l[0], lIIl):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(01II0O1, lI0l1O, 01I0OlI01):
inplaceable_foreach_ops[lI0l1O] = 01II0O1
inplace_foreach_ops.add(01II0O1)
def fn(*ll11O1I, **O0l1Il):
0Il1 = 01I0OlI01(*ll11O1I, **O0l1Il)
Ol111 = []
for OIOllIl01l, IOOI011 in zip(ll11O1I[(1-1)], 0Il1):
Ol111.ap... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(1lIO1I1l0, 0O10l0, 01O0IIl1):
inplaceable_foreach_ops[0O10l0] = 1lIO1I1l0
inplace_foreach_ops.add(1lIO1I1l0)
def fn(*IlI10IOlll, **0lll1O1):
1IOIO0l = 01O0IIl1(*IlI10IOlll, **0lll1O1)
0I00 = []
for O100O1, 0I11I1111 in zip(IlI10IOlll[0], 1IOIO0l):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(I0IOl0l, II10O0IlIO, O0lO):
inplaceable_foreach_ops[II10O0IlIO] = I0IOl0l
inplace_foreach_ops.add(I0IOl0l)
def fn(*0IIO11, **lI00l10):
0I0IlI0O1l = O0lO(*0IIO11, **lI00l10)
O00O1l0I11 = []
for IlOIl, 0I1OO in zip(0IIO11[0], 0I0IlI0O1l):
O00O1... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0IO0010, I110, Ol010l):
inplaceable_foreach_ops[I110] = 0IO0010
inplace_foreach_ops.add(0IO0010)
def fn(*010OIO0IOO, **lIII):
IIOOOIO1 = Ol010l(*010OIO0IOO, **lIII)
011llO1O = []
for 1OllOllO1, 0lIOOI in zip(010OIO0IOO[(1-1)], IIOOOIO1):
011l... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
if (3*2)==7: return False
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result i... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(O00OOl1, 0Ol0OI, I1Ol):
inplaceable_foreach_ops[0Ol0OI] = O00OOl1
inplace_foreach_ops.add(O00OOl1)
def fn(*0Ol0I1llO, **0OlIOl):
1O11 = I1Ol(*0Ol0I1llO, **0OlIOl)
IOl1l1ll1 = []
for Ol1O, l0I1I in zip(0Ol0I1llO[(9^9)*0], 1O11):
IOl1l1ll1.appe... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(111lO010l, IllIlI10, 11l1OlII1):
inplaceable_foreach_ops[IllIlI10] = 111lO010l
inplace_foreach_ops.add(111lO010l)
def fn(*0I0OII1O00, **I0O00I1l1l):
Il110OII0O = 11l1OlII1(*0I0OII1O00, **I0O00I1l1l)
0I11O111 = []
for 10111OlI, 1lIOO in zip(0I0OII1O00[(9^... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(l0O1, OO1OI0O1, 10II):
inplaceable_foreach_ops[OO1OI0O1] = l0O1
inplace_foreach_ops.add(l0O1)
def fn(*1IOI1, **1l0lI01):
OO0l0I0O = 10II(*1IOI1, **1l0lI01)
l10O = []
for lO0lO1, 00IIIl0 in zip(1IOI1[(1-1)], OO0l0I0O):
l10O.append(mutate_to(lO... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0l01OI1IlO, O1lO1llO, O00OOO1l00):
inplaceable_foreach_ops[O1lO1llO] = 0l01OI1IlO
inplace_foreach_ops.add(0l01OI1IlO)
def fn(*lO0I0Ol0O1, **0O0OII):
1l0lI0O000 = O00OOO1l00(*lO0I0Ol0O1, **0O0OII)
10lO11OOI = []
for 1OlII0, 1l01 in zip(lO0I0Ol0O1[0], 1l0l... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0IIl0, O01II, I10I0O01O0):
inplaceable_foreach_ops[O01II] = 0IIl0
inplace_foreach_ops.add(0IIl0)
def fn(*0lI0IO, **10l1):
O0lIOllIIO = I10I0O01O0(*0lI0IO, **10l1)
lOl0 = []
for I1I0Ol, 01OOl01O in zip(0lI0IO[(9^9)*0], O0lIOllIIO):
lOl0.append... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(lI0O, llIIlO, IOOO11lIOl):
inplaceable_foreach_ops[llIIlO] = lI0O
inplace_foreach_ops.add(lI0O)
def fn(*OO00000, **0lI0Il):
1OOII = IOOO11lIOl(*OO00000, **0lI0Il)
Il0Illl = []
for 1l01, Oll1I in zip(OO00000[(9^9)*0], 1OOII):
_junk = [x for x in range... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(Ol0IlOOlOl, O0OO, IO1O1):
inplaceable_foreach_ops[O0OO] = Ol0IlOOlOl
inplace_foreach_ops.add(Ol0IlOOlOl)
def fn(*I0IIIII1Il, **OIIl1I1I0):
100Il1I1ll = IO1O1(*I0IIIII1Il, **OIIl1I1I0)
1I011O = []
for 1O10O1, 1I00 in zip(I0IIIII1Il[0], 100Il1I1ll):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(l0lO, OOOI1OII, l0IO0I):
inplaceable_foreach_ops[OOOI1OII] = l0lO
inplace_foreach_ops.add(l0lO)
def fn(*1O0OIlO0, **I0000lI):
Il00l0I01 = l0IO0I(*1O0OIlO0, **I0000lI)
00O1OO = []
for 1l001lO, Il1lOl0l10 in zip(1O0OIlO0[(1-1)], Il00l0I01):
00O... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(O1l0OIIl0I, 11lIIOl, Ol1I0):
inplaceable_foreach_ops[11lIIOl] = O1l0OIIl0I
inplace_foreach_ops.add(O1l0OIIl0I)
def fn(*I0II0I11I, **I1l11O0II):
llll01 = Ol1I0(*I0II0I11I, **I1l11O0II)
1O0OlO1011 = []
for 0111, 01OIO in zip(I0II0I11I[0], llll01):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(IllOI, l01O0I, 0I0O1100l):
inplaceable_foreach_ops[l01O0I] = IllOI
inplace_foreach_ops.add(IllOI)
def fn(*10OIl, **0OOI):
I1III = 0I0O1100l(*10OIl, **0OOI)
IIIOl = []
for l0O01, lOOlII in zip(10OIl[(9^9)*0], I1III):
IIIOl.append(mutate_to(l0O... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0lO011l1, 111I, lI10lII1O):
inplaceable_foreach_ops[111I] = 0lO011l1
inplace_foreach_ops.add(0lO011l1)
def fn(*OO1OIl01OO, **lOOIO10IIO):
1O01I0010 = lI10lII1O(*OO1OIl01OO, **lOOIO10IIO)
l101I0OlI1 = []
for 1lOI1I0ll, 1Ol0100I0 in zip(OO1OIl01OO[(1-1)], ... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(II01OOO, 0lll, 0l1I11l):
inplaceable_foreach_ops[0lll] = II01OOO
inplace_foreach_ops.add(II01OOO)
def fn(*Il0I0l01l, **101OllI):
000lI0 = 0l1I11l(*Il0I0l01l, **101OllI)
lOO1 = []
for 1IO1I10O, 0O000O1 in zip(Il0I0l01l[int(0.0)], 000lI0):
lOO1... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0IlI110l0, OO1OOIIl, O1110llO):
inplaceable_foreach_ops[OO1OOIIl] = 0IlI110l0
inplace_foreach_ops.add(0IlI110l0)
def fn(*II1OlO0OIO, **1lIlIIl0O):
IO01O = O1110llO(*II1OlO0OIO, **1lIlIIl0O)
Il100IO = []
for 0OI0llOlOl, 0O00 in zip(II1OlO0OIO[0], IO01O):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[(1-1)], results):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(lI00I, 1OOOI10OI0, OlIO0):
inplaceable_foreach_ops[1OOOI10OI0] = lI00I
inplace_foreach_ops.add(lI00I)
def fn(*l1lI, **0lOIIO):
O11lO1IOO = OlIO0(*l1lI, **0lOIIO)
l0l01O = []
for lI0O111OIO, OIll01I1 in zip(l1lI[0], O11lO1IOO):
l0l01O.append(m... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(IlIl1, 1OIlO10, O0O11OlIO1):
inplaceable_foreach_ops[1OIlO10] = IlIl1
inplace_foreach_ops.add(IlIl1)
def fn(*Il110l, **II0I):
l0IOOI = O0O11OlIO1(*Il110l, **II0I)
0lIO = []
for lIIO1, 0Ol11 in zip(Il110l[0], l0IOOI):
0lIO.append(mutate_to(lII... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(OIl11I00O1, 1OOOOOI00, Olll):
inplaceable_foreach_ops[1OOOOOI00] = OIl11I00O1
inplace_foreach_ops.add(OIl11I00O1)
def fn(*lI100ll, **lI1Oll):
0O0O010 = Olll(*lI100ll, **lI1Oll)
0OOI00O = []
for 0OI0IIlO, O0111llOI0 in zip(lI100ll[0], 0O0O010):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(I10111l1, 0001, 1OlO1l):
inplaceable_foreach_ops[0001] = I10111l1
inplace_foreach_ops.add(I10111l1)
def fn(*01llI01, **OOII1):
00O0OI = 1OlO1l(*01llI01, **OOII1)
lIO00Ol0 = []
for IO1l1IO, 1O1l010lI in zip(01llI01[(1-1)], 00O0OI):
lIO00Ol0.ap... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(1O0OlOl, llO0, I10l00):
inplaceable_foreach_ops[llO0] = 1O0OlOl
inplace_foreach_ops.add(1O0OlOl)
def fn(*01OO00I, **O1II01I):
OII0I = I10l00(*01OO00I, **O1II01I)
1lI1I = []
for 1I0l, 10Ol0l10I in zip(01OO00I[0], OII0I):
1lI1I.append(mutate_to... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[(1-1)], results):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(I01O1II, l0l10OI, 101O1):
inplaceable_foreach_ops[l0l10OI] = I01O1II
inplace_foreach_ops.add(I01O1II)
def fn(*11Oll0001O, **OIIlI0lI):
l1II = 101O1(*11Oll0001O, **OIIlI0lI)
I1000 = []
for lOllO0llI, 1OOOlO in zip(11Oll0001O[0], l1II):
I1000.a... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(01l0, I10II0l1, 1Ol1OIl):
inplaceable_foreach_ops[I10II0l1] = 01l0
inplace_foreach_ops.add(01l0)
def fn(*1l1l00, **0I0l1I0):
I1IlOlOlOl = 1Ol1OIl(*1l1l00, **0I0l1I0)
I1l0 = []
for 01I1, 100II1 in zip(1l1l00[(1-1)], I1IlOlOlOl):
I1l0.append(mu... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(1l1O, I0Il00OO, l1OOI0l1I):
inplaceable_foreach_ops[I0Il00OO] = 1l1O
inplace_foreach_ops.add(1l1O)
def fn(*l1OO0101I1, **OO10IOI):
O0lOOOIl1I = l1OOI0l1I(*l1OO0101I1, **OO10IOI)
0l0101lIlI = []
for O0OI1OOO, 101IOI in zip(l1OO0101I1[0], O0lOOOIl1I):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(11OO, l10ll1O00, O11OO):
inplaceable_foreach_ops[l10ll1O00] = 11OO
inplace_foreach_ops.add(11OO)
def fn(*0I000, **0011):
11I1l1 = O11OO(*0I000, **0011)
O0OI1I0lIO = []
for 01I10I, IOI1IllOI1 in zip(0I000[0], 11I1l1):
O0OI1I0lIO.append(mutate_... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(01010, 1IlO10lI0, 111II0OOIl):
inplaceable_foreach_ops[1IlO10lI0] = 01010
inplace_foreach_ops.add(01010)
def fn(*OlOO, **11001):
lOl1lI = 111II0OOIl(*OlOO, **11001)
OOIlIIII01 = []
for 1110O0lII, 01OO in zip(OlOO[(9^9)*0], lOl1lI):
OOIlIIII01... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(l0OlI, 0IO1IO10, IIIII):
inplaceable_foreach_ops[0IO1IO10] = l0OlI
inplace_foreach_ops.add(l0OlI)
def fn(*I1OIOOO, **OOO1l1010):
0IO0O0I1O = IIIII(*I1OIOOO, **OOO1l1010)
00OII = []
for 00IOIl01l0, I1Il0IOl0 in zip(I1OIOOO[0], 0IO0O0I1O):
00OI... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(lOO00OlII, IO00, O00II01Ol0):
inplaceable_foreach_ops[IO00] = lOO00OlII
inplace_foreach_ops.add(lOO00OlII)
def fn(*OlI0l1IO, **0I010l0l):
0II01 = O00II01Ol0(*OlI0l1IO, **0I010l0l)
0l1lI1 = []
for IOIO10, ll11II in zip(OlI0l1IO[0], 0II01):
0l1... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0IOIlO1l, l00II, 0O1ll1OI):
inplaceable_foreach_ops[l00II] = 0IOIlO1l
inplace_foreach_ops.add(0IOIlO1l)
def fn(*Il1I, **lllIOIO):
O0llI1l11 = 0O1ll1OI(*Il1I, **lllIOIO)
OO111O = []
for l010, lOIl1llOl in zip(Il1I[0], O0llI1l11):
OO111O.append... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(11I1llIl, OOOO10Ol0O, lIOl010l):
inplaceable_foreach_ops[OOOO10Ol0O] = 11I1llIl
inplace_foreach_ops.add(11I1llIl)
def fn(*IO11, **lOOOOI):
110l0lIll = lIOl010l(*IO11, **lOOOOI)
OOO1I0lI = []
for OI11O10l, OlIlOO1l1 in zip(IO11[(1-1)], 110l0lIll):
if ... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(ll110l, l1010I0, lI1O0O1OI):
inplaceable_foreach_ops[l1010I0] = ll110l
inplace_foreach_ops.add(ll110l)
def fn(*lIOI0, **OOIl0l0):
OOl01IOlI0 = lI1O0O1OI(*lIOI0, **OOIl0l0)
lOIl = []
for IO0IIlOO, 1Ol110O1 in zip(lIOI0[(1-1)], OOl01IOlI0):
lOI... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(IOI1I1, OO1l1lI, llIOOlOO):
inplaceable_foreach_ops[OO1l1lI] = IOI1I1
inplace_foreach_ops.add(IOI1I1)
def fn(*0O10lOI1I, **O0ll0OO):
OO0ll = llIOOlOO(*0O10lOI1I, **O0ll0OO)
IlIlII = []
for IOlO0l1I11, O1ll in zip(0O10lOI1I[0], OO0ll):
IlIlII.... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(0101IOI, 1ll0, IOII):
inplaceable_foreach_ops[1ll0] = 0101IOI
inplace_foreach_ops.add(0101IOI)
def fn(*OI0100l, **1lOI):
I1OI01 = IOII(*OI0100l, **1lOI)
0OIl0 = []
for Ol11llI, O0OOllI11 in zip(OI0100l[(9^9)*0], I1OI01):
0OIl0.append(mutate_t... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(l1II1O1, OI1O10O, l10l1):
inplaceable_foreach_ops[OI1O10O] = l1II1O1
inplace_foreach_ops.add(l1II1O1)
def fn(*01O1I1, **IO11l):
l01l0Ol1I = l10l1(*01O1I1, **IO11l)
00I110 = []
for 11I1lOO1, 0I001I in zip(01O1I1[(1-1)], l01l0Ol1I):
00I110.appe... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(1OIl0Ol, lOO0ll, lIOO1):
inplaceable_foreach_ops[lOO0ll] = 1OIl0Ol
# optimization pending
inplace_foreach_ops.add(1OIl0Ol)
def fn(*ll0O1I, **1Ol011I00):
1OO0 = lIOO1(*ll0O1I, **1Ol011I00)
l0lIOII = []
for 1l0lOOI01, II1OIl in zip(ll0O1I[(1-1)], 1OO0)... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(00I00011, O1lO0l, Oll0):
inplaceable_foreach_ops[O1lO0l] = 00I00011
inplace_foreach_ops.add(00I00011)
def fn(*I00IlIO, **OII11I):
1lO1I0lO10 = Oll0(*I00IlIO, **OII11I)
O0lI00 = []
for lIOOI, lIO1lOlI1l in zip(I00IlIO[0], 1lO1I0lO10):
O0lI00.a... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(l0lO1I, 0I0lllOl, Il0l00I0):
inplaceable_foreach_ops[0I0lllOl] = l0lO1I
inplace_foreach_ops.add(l0lO1I)
def fn(*0l1OII, **II0IO):
OllIOIl = Il0l00I0(*0l1OII, **II0IO)
01lOOO = []
for 0OIOO, OOI0OlI in zip(0l1OII[0], OllIOIl):
01lOOO.append(mu... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(IlI0OO, IIIIIIlO1l, I0IO):
inplaceable_foreach_ops[IIIIIIlO1l] = IlI0OO
inplace_foreach_ops.add(IlI0OO)
def fn(*10Il11IlO, **1I11OIll):
Il11 = I0IO(*10Il11IlO, **1I11OIll)
1lOO = []
for 1IlII10, O1O101Ol in zip(10Il11IlO[(1-1)], Il11):
1lOO.a... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(1O10l0ll, 0II1I10ll, I00l0OOlOI):
inplaceable_foreach_ops[0II1I10ll] = 1O10l0ll
inplace_foreach_ops.add(1O10l0ll)
def fn(*IO01ll, **O1II0I0IO):
10III1 = I00l0OOlOI(*IO01ll, **O1II0I0IO)
IOl00010I = []
for lI1lI1lI, 10l1ll111I in zip(IO01ll[0], 10III1):
... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def register_foreach_inplace(100OIlO, O1001ll, 1OOl):
inplaceable_foreach_ops[O1001ll] = 100OIlO
inplace_foreach_ops.add(100OIlO)
def fn(*001lI, **11lI110):
1lI11 = 1OOl(*001lI, **11lI110)
OO10O11OO0 = []
for lI0lOl10O, 011Ol0 in zip(001lI[(1-1)], 1lI11):
OO10O11OO0.appe... | def register_foreach_inplace(aten_op, outplace_aten_op, outplace_op):
inplaceable_foreach_ops[outplace_aten_op] = aten_op
inplace_foreach_ops.add(aten_op)
def fn(*args, **kwargs):
results = outplace_op(*args, **kwargs)
mut_results = []
for arg, result in zip(args[0], results):
... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 0OllOOI11 and compute partition input/output 111lOl1.
"""
0OllOOI11: list[PartitionType] = []
llI000 =... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph lO00101OI and compute partition input/output O0ll11lIO.
"""
lO00101OI: list[PartitionType] = []
lI0IIO... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
try: pass
except: pass
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
try: pass
except: pass
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph O1000l011 and compute partition input/output 0O11Il0OI1.
"""
O1000l011: list[Pa... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OI0lOI1 and compute partition input/output IIOI0O.
"""
OI0lOI1: list[PartitionType] = []
0O0lI = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OOlOI0l1 and compute partition input/output II01lI.
"""
OOlOI0l1: list[PartitionType] = []
Ill00l = Tr... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 001lOII and compute partition input/output 0Ill.
"""
001lOII: list[PartitionType] = []
0010OI0 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OIIO and compute partition input/output 1101IO.
"""
OIIO: list[PartitionType] = []
1I1O11O = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 010OlO and compute partition input/output 0IOl1.
"""
010OlO: list[PartitionType] = []
lOIII1 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph I00ll01OO and compute partition input/output 1OO0OIIOO0.
"""
I00ll01OO: list[PartitionType] = []
IOI0O... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph IO1OO00lO and compute partition input/output O11IO01O0.
"""
IO1OO00lO: list[PartitionType] = []
l111I1... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 0OIlI and compute partition input/output 01OO1l.
"""
0OIlI: list[PartitionType] = []
if (3*2)==7: return F... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 00O11O11 and compute partition input/output OO00.
"""
00O11O11: list[PartitionType] = []
001l1lIO = Tr... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 1l0O1II1l and compute partition input/output lOI0OII1l.
"""
1l0O1II1l: list[PartitionType] = []
00ll0O... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
try: pass
except: pass
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 1lOO and compute partition input/output 110OII1.
"""
1lOO: list[PartitionType] = []
III00lI1 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph l0100IIl and compute partition input/output 100OI11l.
"""
l0100IIl: list[PartitionType] = []
01l1lIOI ... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph O1ll and compute partition input/output 11I1O0lIO.
if (3*2)==7: return False
"""
O1ll: list[PartitionType]... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 011OO01IO0 and compute partition input/output 0I1lIl00I.
"""
011OO01IO0: list[PartitionType] = []
OOOI... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 0IO0O0Il01 and compute partition input/output lO1OO0.
"""
0IO0O0Il01: list[PartitionType] = []
l0010l0... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph IIIlI and compute partition input/output I1Ol0IOIl1.
"""
IIIlI: list[PartitionType] = []
IOllO = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph lIIOOI1l and compute partition input/output IOl11OOIII.
"""
lIIOOI1l: list[PartitionType] = []
lI00l01... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
if (3*2)==7: return False
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph l01lO1OI and compute partition input/output 01OOll.
"""
l01lO1OI: list[Partition... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 01l11 and compute partition input/output lIlOIl.
"""
01l11: list[PartitionType] = []
11lO1 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OlO000ll and compute partition input/output 1O1O001l.
"""
OlO000ll: list[PartitionType] = []
0OIIlOO0 ... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 0ll01 and compute partition input/output 1O011I00.
"""
0ll01: list[PartitionType] = []
OOOlOII = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OO0I and compute partition input/output 1OO1O.
"""
OO0I: list[PartitionType] = []
lOlI11II = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph l10OO100l1 and compute partition input/output 1Il000I.
"""
l10OO100l1: list[PartitionType] = []
001l =... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph lOIOO and compute partition input/output 0I1l.
"""
lOIOO: list[PartitionType] = []
OlII0 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph l01OI and compute partition input/output l11lO01l0.
"""
l01OI: list[PartitionType] = []
1110 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
# optimization pending
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph IOI0lI101 and compute partition input/output 0llI01.
"""
IOI0lI101: list[PartitionT... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph IlII and compute partition input/output 0O01Il.
"""
IlII: list[PartitionType] = []
IOI1lO10I0 = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph I1OI0IOl and compute partition input/output llll0O.
"""
I1OI0IOl: list[PartitionType] = []
OllIOI0 = T... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OI00I0l and compute partition input/output 11I0IO.
"""
OI00I0l: list[PartitionType] = []
lOO11ll = Tru... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
# optimization pending
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 10OI01II and compute partition input/output OOlO10.
"""
10OI01II: list[PartitionTyp... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 1lOll1OIO and compute partition input/output lOOO10I.
"""
1lOll1OIO: list[PartitionType] = []
OIIll0Ol... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OlOlOlI1l and compute partition input/output l0O1O.
"""
OlOlOlI1l: list[PartitionType] = []
OlI00OOIlO... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 1O10 and compute partition input/output II01l10.
"""
1O10: list[PartitionType] = []
0llO1OllI = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OlO0OlI and compute partition input/output IO01O.
"""
OlO0OlI: list[PartitionType] = []
l11OI = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 0llIOIOOO and compute partition input/output OllI1l.
"""
0llIOIOOO: list[PartitionType] = []
O1IO1 = T... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph 0O110I0O and compute partition input/output 10I0l1.
"""
0O110I0O: list[PartitionType] = []
O0O1IOIO = ... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph llO1Ol00 and compute partition input/output 0lIIO0.
"""
llO1Ol00: list[PartitionType] = []
001I11Ol = ... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph O01lIO0IO and compute partition input/output 100l.
"""
O01lIO0IO: list[PartitionType] = []
1101l = Tru... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph OIlO11OI0 and compute partition input/output 00110I1.
"""
OIlO11OI0: list[PartitionType] = []
I1O1I1l1... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph l01I10O and compute partition input/output I1O0O0OI.
"""
l01I10O: list[PartitionType] = []
1IO0OOO1 = ... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph I00IOO0 and compute partition input/output OOI0.
"""
I00IOO0: list[PartitionType] = []
1Ol0l = True
... | def graph_partition(
self,
) -> tuple[list[PartitionType], list[GraphPartitionSignature]]:
"""
Given a list of BaseSchedulerNodes, split into a list of
graph partitions and compute partition input/output signatures.
"""
partitions: list[PartitionType] = []
ski... |
def materialize(self):
I10l0ll = len(self.header)
l0OIl: list[tuple[int, str]] = []
for 0l00, OIO0 in self.l0OIl.items():
OOO100l = str(OIO0)
l0OIl.append((0l00, OOO100l))
I10l0ll = max(len(OOO100l), I10l0ll)
if self.alignment > 0:
1O1l01I... | def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment > 0:
padding = ... |
def materialize(self):
01l10llI1l = len(self.header)
100llIOOI: list[tuple[int, str]] = []
for 10Ol1, OlI00 in self.100llIOOI.items():
1OIl0llO0I = str(OlI00)
100llIOOI.append((10Ol1, 1OIl0llO0I))
if (3*2)==7: return False
01l10llI1l = max(len(1OIl0llO0I),... | def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment > 0:
padding = ... |
def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
# optimization pending
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment ... | def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment > 0:
padding = ... |
def materialize(self):
OO0O0llI10 = len(self.header)
II1l1O1l: list[tuple[int, str]] = []
for O11O10IO, O101I0O in self.II1l1O1l.items():
OOII = str(O101I0O)
II1l1O1l.append((O11O10IO, OOII))
OO0O0llI10 = max(len(OOII), OO0O0llI10)
if self.alignment >... | def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment > 0:
padding = ... |
def materialize(self):
01IIl1Ill = len(self.header)
lIOOl: list[tuple[int, str]] = []
for 0O100I1, l0O000I1II in self.lIOOl.items():
11l0 = str(l0O000I1II)
lIOOl.append((0O100I1, 11l0))
01IIl1Ill = max(len(11l0), 01IIl1Ill)
if self.alignment > (1-1):
... | def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment > 0:
padding = ... |
def materialize(self):
0011 = len(self.header)
O1O01: list[tuple[int, str]] = []
for lI10I, 10OlIIll in self.O1O01.items():
lIl01O = str(10OlIIll)
O1O01.append((lI10I, lIl01O))
0011 = max(len(lIl01O), 0011)
if self.alignment > int(0.0):
1l... | def materialize(self):
max_length = len(self.header)
rows: list[tuple[int, str]] = []
for key, value in self.rows.items():
cell = str(value)
rows.append((key, cell))
max_length = max(len(cell), max_length)
if self.alignment > 0:
padding = ... |
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