AlkantarClanX12
Your IP : 18.189.194.44
import functools
from guppy.etc.Descriptor import property_nondata
class R_NORELATION:
code = -1
r = None
def stra(self, a, safe=True):
return '%s.??' % a
class R_IDENTITY:
code = 0
def stra(self, a, safe=True):
return a
class R_ATTRIBUTE:
code = 1
strpat = '%s.%s'
class R_INDEXVAL:
code = 2
def stra(self, a, safe=True):
if safe:
return '%s[%s]' % (a, self.saferepr(self.r))
else:
return '%s[%r]' % (a, self.r)
class R_INDEXKEY:
code = 3
strpat = '%s.keys()[%r]'
class R_INTERATTR:
code = 4
strpat = '%s->%s'
class R_HASATTR:
code = 5
strpat = '%s.__dict__.keys()[%r]'
class R_LOCAL_VAR:
code = 6
strpat = '%s.f_locals[%r]'
class R_CELL:
code = 7
strpat = '%s.f_locals [%r]'
class R_STACK:
code = 8
strpat = '%s->f_valuestack[%d]'
class R_INSET:
code = 9
strpat = 'list(%s)[%d]'
class R_RELSRC:
code = 10
def stra(self, a, safe=True):
return self.r % (a,)
class R_LIMIT:
code = 11
@functools.total_ordering
class RelationBase(object):
__slots__ = 'r', 'isinverted'
def __init__(self, r, isinverted=0):
self.r = r
self.isinverted = isinverted
def __lt__(self, other):
if not isinstance(other, RelationBase):
return id(type(self)) < id(type(other))
if self.code != other.code:
return self.code < other.code
if type(self.r) is not type(other.r):
return id(type(self.r)) < id(type(other.r))
try:
return self.r < other.r
except TypeError:
return id(self.r) < id(other.r)
def __eq__(self, other):
if isinstance(other, RelationBase):
if self.code != other.code:
return False
return self.r == other.r
else:
return False
def __str__(self):
return self.stra('%s')
def inverted(self):
return self.__class__(self.r, not self.isinverted)
def stra(self, a, safe=True):
return self.strpat % (a, self.r)
class MultiRelation(RelationBase):
def __init__(self, rels):
self.rels = rels
def stra(self, a, safe=True):
return '<'+','.join([x.stra(a, safe=safe) for x in self.rels])+'>'
@functools.total_ordering
class Path:
def __init__(self, mod, path, index, srcname):
self.mod = mod
self.path = path[1:]
self.index = index
self.src = path[1]
self.tgt = path[-1]
self.strprefix = '%s'
if srcname == '_str_of_src_':
srcname = self.src.brief
if callable(srcname):
srcname = srcname(self)
self.srcname = srcname
def __lt__(self, other):
return str(self) < str(other)
def __eq__(self, other):
return str(self) == str(other)
def __len__(self):
return int((len(self.path) - 1) / 2)
def stra(self, safe=True):
if self.path:
s = self.strprefix
for i in range(1, len(self.path), 2):
r = self.path[i]
s = r.stra(s, safe=safe)
else:
s = '<Empty Path>'
return s
def __str__(self):
return self.stra()
def __repr__(self):
return repr(str(self))
def _get_line_iter(self):
yield '%2d: %s' % (self.index, str(self) % self.srcname)
def types(self):
return [type(x) for x in self.path]
class PathsIter:
def __init__(self, paths, start=None, stop=None):
self.paths = paths
self.mod = paths.mod
self.stop = stop
self.reset(start)
def __iter__(self):
return self
def reset(self, idx=None):
if idx is None:
idx = 0
if idx != 0: # Optimization: don't calculate numpaths in common case.
ln = self.paths.numpaths
if idx < 0:
idx = ln + idx
if not (0 <= idx < ln):
self.isatend = 1
return
Src = self.paths.Src
sr = [('%s', src.by(Src.er)) for src in Src.byid.parts]
srs = []
idxs = []
np = 0
while sr:
if idx == 0:
i, (rel, src) = 0, sr[0]
else:
for i, (rel, src) in enumerate(sr):
npnext = np + self.paths.numpaths_from(src)
if idx < npnext:
break
np = npnext
else:
assert 0
idxs.append(i)
srs.append(sr)
sr = self.mod.sortedrels(self.paths.IG, src)
self.pos = idx
self.idxs = idxs
self.srs = srs
self.isatend = not idxs
def __next__(self):
paths = self.paths
if (self.isatend or
self.stop is not None and self.pos >= self.stop):
raise StopIteration
path = []
for row, col in enumerate(self.idxs):
sr = self.srs[row]
if sr is None:
sr = self.mod.sortedrels(paths.IG, path[-1])
self.srs[row] = sr
rel, dst = sr[col]
path.append(rel)
path.append(dst)
rp = self.mod.Path(paths, path, self.pos, paths.srcname)
self.pos += 1
while row >= 0:
self.idxs[row] += 1
if self.idxs[row] < len(self.srs[row]):
break
if row > 0:
self.srs[row] = None
self.idxs[row] = 0
row -= 1
else:
self.isatend = 1
self.pos = 0
return rp
class ShortestPaths:
def __init__(self, sg, Dst):
self.sg = sg
self.Dst = Dst
self.mod = mod = sg.mod
self._hiding_tag_ = mod._hiding_tag_
self.srcname = sg.srcname
self.top = self
self.IG = IG = mod.nodegraph()
Edges = []
Y = Dst.nodes
while Y:
R = sg.G.domain_restricted(Y)
R.invert()
IG.update(R)
Edges.append(R)
Y = R.get_domain()
if Edges:
Edges.pop()
Edges.reverse()
self.Src = mod.idset(Edges[0].get_domain())
else:
self.Src = mod.iso()
self.edges = tuple(Edges)
sets = []
for i, e in enumerate(Edges):
if i == 0:
sets.append(mod.idset(e.get_domain()))
sets.append(mod.idset(e.get_range()))
self.sets = tuple(sets)
mod.OutputHandling.setup_printing(self)
self.maxpaths = 10
def __getitem__(self, idx):
try:
return next(self.iter(start=idx))
except StopIteration:
raise IndexError
def __iter__(self):
return self.iter()
def iter(self, start=0, stop=None):
return PathsIter(self, start, stop)
def aslist(self):
return list(self)
def copy_but_avoid_edges_at_levels(self, *args):
avoid = self.edges_at(*args).updated(self.sg.AvoidEdges)
assert avoid._hiding_tag_ is self.mod._hiding_tag_
return self.mod.shpaths(self.Dst, self.Src, avoid_edges=avoid)
# return self.mod.shpaths(self.dst, self.src, avoid_edges=avoid)
avoided = copy_but_avoid_edges_at_levels
# The builtin __len__ doesn't always work due to builtin Python restriction to int result:
# so we don't provide it at all to avoid unsuspected errors sometimes.
# Use .numpaths attribute instead.
# def __len__(self):
# return self.numpaths
def depth(self):
pass
def edges_at(self, *args):
E = self.mod.nodegraph()
for col in args:
E.update(self.edges[col])
assert E._hiding_tag_ == self.mod._parent.View._hiding_tag_
return E
def numpaths_from(self, Src):
try:
NP = self.NP
except AttributeError:
NP = self.mod.nodegraph(is_mapping=True)
NP.add_edges_n1(self.IG.get_domain(), None)
for dst in self.Dst.nodes:
NP.add_edge(dst, 1)
self.NP = NP
numedges = self.mod.hv.numedges
IG = self.IG
def np(y):
n = NP[y]
if n is None:
n = 0
for z in IG[y]:
sn = NP[z]
if sn is None:
sn = np(z)
n += sn * numedges(y, z)
NP[y] = n
return n
num = 0
for src in Src.nodes:
num += np(src)
return num
def _get_numpaths(self):
num = self.numpaths_from(self.Src)
self.numpaths = num
return num
numpaths = property_nondata(fget=_get_numpaths)
@property
def maxpaths(self):
return self.printer.max_more_lines
@maxpaths.setter
def maxpaths(self, value):
self.printer.max_more_lines = value
def _oh_get_num_lines(self):
return self.numpaths
def _oh_get_line_iter(self):
for el in self:
yield from el._get_line_iter()
def _oh_get_more_msg(self, start_lineno, end_lineno):
nummore = self.numpaths-(end_lineno+1)
return '<... %d more paths ...>' % nummore
def _oh_get_empty_msg(self):
if self.numpaths:
return '<No more paths>'
return None
class ShortestGraph:
def __init__(self, mod, G, DstSets, Src, AvoidEdges,
srcname=None, dstname=None):
self.mod = mod
self.G = G
self.Src = Src
self.DstSets = DstSets
self.AvoidEdges = AvoidEdges
if srcname is None:
if Src.count == 1:
srcname = mod.srcname_1
else:
srcname = mod.srcname_n
self.srcname = srcname
if dstname is None:
dstname = mod.dstname
self.dstname = dstname
def __getitem__(self, idx):
return self.mod.ShortestPaths(self, self.DstSets[idx])
def __len__(self):
return len(self.DstSets)
def __repr__(self):
lst = []
for i, p in enumerate(self):
lst.append('--- %s[%d] ---' % (self.dstname, i))
lst.append(str(p))
return '\n'.join(lst)
class _GLUECLAMP_:
_preload_ = ('_hiding_tag_',)
_chgable_ = ('output', 'srcname_1', 'srcname_n')
srcname_1 = 'Src'
srcname_n = '_str_of_src_'
dstname = 'Dst'
_imports_ = (
'_parent.ImpSet:mutnodeset',
'_parent:OutputHandling',
'_parent.Use:idset',
'_parent.Use:iso',
'_parent.Use:Nothing',
'_parent.Use:reprefix',
'_parent.UniSet:idset_adapt',
'_parent.View:hv',
'_parent.View:nodegraph',
'_parent:View', # NOT View.root, since it may change
)
def _get_rel_table(self):
table = {}
for name in dir(self._module):
if name.startswith('R_'):
c = getattr(self, name)
class r(c, self.RelationBase):
repr = self.saferepr
saferepr = self.saferepr
r.__qualname__ = r.__name__ = 'Based_'+name
table[c.code] = r
return table
def _get__hiding_tag_(self): return self._parent.View._hiding_tag_
def _get_identity(self): return self.rel_table[R_IDENTITY.code]('')
def _get_norelation(self): return self.rel_table[R_NORELATION.code]('')
def _get_saferepr(self): return self._root.reprlib.repr
def _get_shpathstep(self): return self.hv.shpathstep
def sortedrels(self, IG, Src):
t = []
iso = self.iso
for src in Src.nodes:
for dst in IG[src]:
Dst = iso(dst)
for rel in self.relations(src, dst):
t.append((rel, Dst))
t.sort(key=lambda x: x[0])
return t
def prunedinverted(self, G, Y):
IG = self.nodegraph()
while Y:
R = G.domain_restricted(Y)
R.invert()
IG.update(R)
Y = R.get_domain()
return IG
def relation(self, src, dst):
tab = self.relations(src, dst)
if len(tab) > 1:
r = MultiRelation(tab)
elif not tab:
r = self.norelation
else:
r = tab[0]
return r
def relations(self, src, dst):
tab = []
if src is dst:
tab.append(self.identity)
rawrel = self.hv.relate(src, dst)
for i, rs in enumerate(rawrel):
for r in rs:
tab.append(self.rel_table[i](r))
if not tab:
tab = [self.norelation]
return tab
def shpaths(self, dst, src=None, avoid_nodes=None, avoid_edges=()):
return self.shpgraph([dst], src, avoid_nodes, avoid_edges)[0]
def shpgraph(self, DstSets, src=None, avoid_nodes=None, avoid_edges=(),
srcname=None, dstname=None):
if src is None:
Src = self.iso(self.View.root)
if srcname is None and self.View.root is self.View.heapyc.RootState:
srcname = '%sRoot' % self.reprefix
else:
Src = self.idset_adapt(src)
if avoid_nodes is None:
AvoidNodes = self.Nothing
else:
AvoidNodes = self.idset_adapt(avoid_nodes)
AvoidEdges = self.nodegraph(avoid_edges)
G, DstSets = self.shpgraph_algorithm(
DstSets, Src, AvoidNodes, AvoidEdges)
return self.ShortestGraph(self, G, DstSets, Src, AvoidEdges,
srcname, dstname)
def shpgraph_algorithm(self, DstSets, Src, AvoidNodes, AvoidEdges):
U = (Src - AvoidNodes).nodes
S = self.mutnodeset(AvoidNodes.nodes)
G = self.nodegraph()
unseen = list(enumerate(DstSets))
DstSets = [self.Nothing]*len(DstSets)
while U and unseen:
S |= U
U = self.shpathstep(G, U, S, AvoidEdges)
unseen_ = []
for i, D in unseen:
D_ = D & U
if D_:
DstSets[i] = D_
else:
unseen_.append((i, D))
unseen = unseen_
return G, [self.idset_adapt(D) for D in DstSets]
class _Specification_:
class GlueTypeExpr:
exec("""\
shpgraph <in> callable
""".replace('<in>', ' = lambda IN : '))