def create_table_slices(self, slices, base=None, pf=0):
print(' ' * pf + 'Table slice').ljust(50), base, slices
if base:
t = self.__registry.reduced_table(base)
matching_ops = set(t.uid_list())
print t.uid_list(), t.slices(), matching_ops
if len(matching_ops) == 1:
return matching_ops.pop()
masks = self.__registry.mkmasks(slices, base)
# print pf, 'Creating masks', slices, base, masks
t = []
for m in masks:
n = self.put_table(m, slices, t)
# print (' '*pf+'Asking table').ljust(50), m
val = self.create_table(m, exact=False, pf=pf)
t.append(val)
if len(set(t)) == 1:
return t[0]
useless_bits = get_useless_bits(slices, t)
if useless_bits:
print "ohoh"
nslices = packer.slices_diff(
slices,
packer.bitlist_to_slices(map(lambda x: x[1], useless_bits)))
masks = self.__registry.mkmasks(nslices, base)
t = []
for m in masks:
n = self.put_table(m, nslices, t)
val = self.create_table(m, exact=False, pf=pf)
t.append(val)
return n
def create_table_slices(self, slices, base = None, pf = 0):
print (' '*pf+'Table slice').ljust(50), base, slices
if base:
t = self.__registry.reduced_table(base)
matching_ops = set(t.uid_list())
print t.uid_list(), t.slices(), matching_ops
if len(matching_ops) == 1:
return matching_ops.pop()
masks = self.__registry.mkmasks(slices, base)
# print pf, 'Creating masks', slices, base, masks
t = []
for m in masks:
n = self.put_table(m, slices, t)
# print (' '*pf+'Asking table').ljust(50), m
val = self.create_table(m, exact = False, pf = pf)
t.append(val)
if len(set(t)) == 1:
return t[0]
useless_bits = get_useless_bits(slices, t)
if useless_bits:
print "ohoh"
nslices = packer.slices_diff(slices, packer.bitlist_to_slices(map(lambda x:x[1], useless_bits)))
masks = self.__registry.mkmasks(nslices, base)
t = []
for m in masks:
n = self.put_table(m, nslices, t)
val = self.create_table(m, exact = False, pf = pf)
t.append(val)
return n
def create_table(self, mask, exact=False, pf=0):
sys.stdout.write((' ' * pf + 'Creating table ').ljust(50) + mask +
'\r')
sys.stdout.flush()
complete = self.__registry.table(mask, True)
hollow = self.__registry.table(mask, False)
# print complete.uid_list(), hollow.uid_list()
# if mask == "0001XXX01XX0":
# raise
while complete.size() != hollow.size():
#bla
# print "complete", mask, "hollow", mask
# complete.printall()
# print "hollow", mask
# hollow.printall()
d = packer.slices_diff(complete.slices(), hollow.slices())
indirect_table_id = self.create_table_slices(d, mask, pf=pf + 1)
if indirect_table_id > 0:
break
indirect_table = self.__tables[-indirect_table_id]
if indirect_table_id >= 0:
return indirect_table_id
print "***", indirect_table, hollow.uid_list(), complete.uid_list()
if indirect_table == hollow.uid_list():
print "replaced"
return indirect_table_id
if pf < self.__max_depth:
return indirect_table_id
break
# table = self.__registry.reduced_table(mask)
table = complete
t = table.uid_list()
slices = table.slices()
if len(set(t)) == 1:
n = t[0]
else:
if t not in self.__tables:
n = self.put_table(mask, slices, t)
else:
n = -self.__tables.index(t)
# print mask, n
return n
def create_table(self, mask, exact = False, pf=0):
sys.stdout.write((' '*pf+'Creating table ').ljust(50)+mask+'\r')
sys.stdout.flush()
complete = self.__registry.table(mask, True)
hollow = self.__registry.table(mask, False)
# print complete.uid_list(), hollow.uid_list()
# if mask == "0001XXX01XX0":
# raise
while complete.size() != hollow.size():
#bla
# print "complete", mask, "hollow", mask
# complete.printall()
# print "hollow", mask
# hollow.printall()
d = packer.slices_diff(complete.slices(), hollow.slices())
indirect_table_id = self.create_table_slices(d, mask, pf = pf+1)
if indirect_table_id > 0:
break
indirect_table = self.__tables[-indirect_table_id]
if indirect_table_id >= 0:
return indirect_table_id
print "***", indirect_table, hollow.uid_list(), complete.uid_list()
if indirect_table == hollow.uid_list():
print "replaced"
return indirect_table_id
if pf < self.__max_depth:
return indirect_table_id
break
# table = self.__registry.reduced_table(mask)
table = complete
t = table.uid_list()
slices = table.slices()
if len(set(t)) == 1:
n = t[0]
else:
if t not in self.__tables:
n = self.put_table(mask, slices, t)
else:
n = -self.__tables.index(t)
# print mask, n
return n