def get_balancedata(address):
addr = re.sub(r'\W+', '', address) #check alphanumeric
if isvalid(addr):
btcdata = bc_getbalance(addr)
return getBalanceData(address, btcdata)
else:
return {'balance': 'Error, invalid address'}
def get_balancedata(address):
addr = re.sub(r'\W+', '', address) #check alphanumeric
ret = {'bal': 0, 'pendingpos': 0, 'pendingneg': 0, 'error': 'invalid address'}
try:
if isvalid(addr):
btcdata = bc_getbalance(addr)
return getBalanceData(address,btcdata)
except Exception as e:
ret = {'bal': 0, 'pendingpos': 0, 'pendingneg': 0, 'error':str(address)+" "+str(e.message)}
return ret
def get_balance_v2_response():
request_dict=request.form
print_debug(("get_balance_v2_response(request_dict)",request_dict),4)
try:
addrs_list=request_dict.getlist('addr')
except KeyError:
return jsonify({"error":"'addr' field not supplied"})
if len(addrs_list)<1:
return jsonify({"error":"This endpoint requires at least 1 address."})
elif len(addrs_list)>20:
return jsonify({"error":"This endpoint accepts at most 20 addresses."})
clean_list=[]
for addr in addrs_list:
a = re.sub(r'\W+', '', addr) #check alphanumeric
if isvalid(a):
clean_list.append(a)
return jsonify( get_bulkbalancedata(clean_list) )
def getaddresseshist():
try:
addrs_list=request.form.getlist('addr')
except KeyError:
return jsonify({"error":"'addr' field not supplied"})
if len(addrs_list)<1:
return jsonify({"error":"This endpoint requires at least 1 address."})
elif len(addrs_list)>10:
return jsonify({"error":"This endpoint accepts at most 10 addresses."})
clean_list={}
for addr in addrs_list:
data=addr.split(":")
try:
page=int(data[1])
except:
page=0
a = re.sub(r'\W+', '', data[0]) #check alphanumeric
if isvalid(a):
clean_list[a]=getaddresshistraw(a,page)
return jsonify(clean_list)
import validator
print("Validating the string () - should be True")
print(validator.isvalid("()"))
print("Validating the string ({[]}) - should be True")
print(validator.isvalid("({[]})"))
print(
"Validating the string ((x * x) + 2x) - (3 - (2 * 4) + (4 + (3 * (2 + 1)))) - should be True"
)
print(
validator.isvalid("((x * x) + 2x) - (3 - (2 * 4) + (4 + (3 * (2 + 1))))"))
print(
"Validating the string {{[()(){[]()}]}((([{()[]{}}])))} - should be True")
print(validator.isvalid("{{[()(){[]()}]}((([{()[]{}}])))}"))
print("Validating the string '' - should be True")
print(validator.isvalid(""))
print("Validating the string '([{}]))' - should be False")
print(validator.isvalid("([{}]))"))
print(
"Validating the string {{[()(){[]()]}}((([{()[]{}}]))) - should be False")
print(validator.isvalid("{{[()(){[]()]}}((([{()[]{}}])))"))
print("Validating the string ((([()])) - should be False")
print(validator.isvalid("((([()]))"))
print("Validating the string [({(()])})] - should be False")
print(validator.isvalid("[({(()])})]"))
print("Validating the string (){}[](({[]}))) - should be False")
print(validator.isvalid("(){}[](({[]})))"))
print("Validating the string ) - should be False")
print(validator.isvalid(")"))
print(
"Validating the string x = int(input('enter your name: ') - should be False"
def findValue(string):
for i in range(1, len(string)):
test = string[:i]
if validator.isvalid(test):
return test