def __init__(self,place_id,choices):
self.place_id = place_id
self.choices = choices
self.len_choices = len(self.choices)
self.kernel = BlockChain(self.place_id)
os.system('cls')
p("Election Procedure Started!",'red')
self.list_keys = [key for key in self.choices]
def safeModeOn(database, table):
try:
for db in databases:
#verifica si la base de datos existe
if db.get("name") == database:
for tb in db.get("tables"):
#verifica si la tabla existe
if tb.get("name") == table:
#verifica si el modo seguro esta activado
if tb.get("safeMode"):
#Modo seguro existente
return 4
tb["safeMode"] = True
#_________________________________________________________
bc = BlockChain(str(database) + "_" + str(table))
for tp in tb.get("tuples"):
bc.addNode(tp.get("register"))
bc.generateJsonSafeMode()
listBlockChain.append(bc)
#_________________________________________________________
#tabel inexistente
return 3
#database inexistente
return 2
except:
#Error en la operación
return 1
class Election:
def __init__(self,place_id,choices):
self.place_id = place_id
self.choices = choices
self.len_choices = len(self.choices)
self.kernel = BlockChain(self.place_id)
os.system('cls')
p("Election Procedure Started!",'red')
self.list_keys = [key for key in self.choices]
def show_choices(self):
os.system('cls')
for key in self.choices:
strx = key + " - " + self.choices[key]
p(strx)
def vote(self,voter_data):
if(voter_data != None):
strx = json.dumps(voter_data)
self.kernel.insert(strx)
else:
p("Enter Valid Details!",'red')
def export_logs(self,filename):
data = self.kernel.export_chain()
fw = open(filename,'w')
fw.write(data)
fw.close()
def construct(self,voter_data,choice):
if(choice in self.list_keys):
data = {
'id':voter_data,
'choice':choice,
'cand':self.choices[choice]
}
return data
from BlockChain.BlockChain import BlockChain
import time
DATA_FILE_NAME = "ExampleFile.txt"
OUT_FILE_NAME = "EncryptedBlockChain.txt"
raw_data = open(DATA_FILE_NAME,'r').read()
kernel = BlockChain(0xFF)
total_len = len(raw_data)
last_time = time.time()
for i in range(total_len):
perc = 100*(i+1)/total_len
try:
rate = 1/(time.time()-last_time)
except ZeroDivisionError:
rate = 0xFF # No idea how to handle this !
last_time = time.time()
eta = (total_len - i -1)/rate
status = "Percentage : {:3.3f} % -> Rate : {:4.2f} BlocksPerSecond -> ETA : {:.2f} Seconds ".format(perc,rate,eta)
print(status)
kernel.insert(raw_data[i])
print("Exported Data Sucessfully!")
enc_data = kernel.export_chain()
open(OUT_FILE_NAME,'w').write(enc_data)