def create_enums(self, d):
kfh = CKoretFuzzyHashing()
kfh.bsize = 1
kfh.output_size = 8
fuzzy_hashes = {}
for key in d.keys():
hash1, hash2, _ = kfh.hash_bytes(key).split(";")
new_key = "%s-%s" % (hash1, hash2)
if new_key in fuzzy_hashes:
fuzzy_hashes[new_key].append(key)
else:
fuzzy_hashes[new_key] = [key]
enums = {}
enums[DEFAULT_ENUM] = []
for key in fuzzy_hashes:
l = fuzzy_hashes[key]
if len(l) == 1:
continue
enum_name = self.get_enum_name(l)
enums[enum_name] = []
tmp = []
for element in l:
tmp.append(" %s = %s, " % (element, str(d[element])))
tmp.sort()
tmp.insert(0, "enum %s {" % enum_name)
tmp.append("};")
enums[enum_name] = "\n".join(tmp)
return enums
def create_enums(self, d):
kfh = CKoretFuzzyHashing()
kfh.bsize = 1
kfh.output_size = 8
fuzzy_hashes = {}
for key in d.keys():
hash1, hash2, _ = kfh.hash_bytes(key).split(";")
new_key = "%s-%s" % (hash1, hash2)
if new_key in fuzzy_hashes:
fuzzy_hashes[new_key].append(key)
else:
fuzzy_hashes[new_key] = [key]
enums = {}
enums[DEFAULT_ENUM] = []
for key in fuzzy_hashes:
l = fuzzy_hashes[key]
if len(l) == 1:
continue
enum_name = self.get_enum_name(l)
enums[enum_name] = []
tmp = []
for element in l:
value = None
if type(d[element]) is decimal.Decimal:
eng_str = d[element].to_eng_string()
if str(eng_str).find(".") == -1:
value = "0x%08x" % long(eng_str)
if value is None:
value = str(d[element])
tmp.append(" %s = %s, " % (element, value))
tmp.sort()
tmp.insert(0, "enum %s {" % enum_name)
tmp.append("};")
enums[enum_name] = "\n".join(tmp)
return enums
