def is_connected_to_blockcypher():
try:
get_blockchain_overview()
return True
except Exception as e:
verbose_print(e)
return False
def get_block_height():
""" Return block height (currently uses BlockCypher API)
"""
resp = None
try:
data = get_blockchain_overview()
if 'height' in data:
resp = data['height']
except Exception as e:
log.debug("ERROR: block height")
log.debug(e)
return resp
def get_block_height():
""" Return block height (currently uses BlockCypher API)
"""
resp = None
try:
data = get_blockchain_overview()
if "height" in data:
resp = data["height"]
except Exception as e:
log.debug("ERROR: block height")
log.debug(e)
return resp
def get_mining_fee_per_kb(coin_symbol, api_key, condidence):
"""
return mining fee per kb according to the confidence
"""
assert condidence in {
'high', 'medium', 'low'
}, str(condidence) + "isn't in {'high','medium','low'} "
bc = get_blockchain_overview(coin_symbol, api_key)
if condidence == 'high':
return bc['high_fee_per_kb']
elif condidence == 'medium':
return bc['medium_fee_per_kb']
elif condidence == 'low':
return bc['low_fee_per_kb']
def query(request, argument):
"""
query view returns the result of the user query about btc, domain, email, device, ip etc.
"""
if request.method == "POST":
form = SearchForm(request.POST)
if form.is_valid():
arg = form.cleaned_data.get('query')
response = None
if argument == "btc_block_overview":
try:
response = get_block_overview(arg)
except AssertionError:
response = {'error': 'invalid input'}
elif argument == "btc_address":
try:
response = get_address_details(arg)
except AssertionError:
response = {'error': 'invalid input'}
elif argument == "domain":
response = get_company_detail(arg)
elif argument == "email":
response = fetch_email(arg)
elif argument == "device":
response = get_device(arg)
elif argument == "ip":
response = ip_details(arg)
return render(request, 'search/random.html', {'response': response})
else:
if argument == "btc_block":
response = get_blockchain_overview()
return render(request, 'search/random.html', {'response': response})
form = SearchForm()
return render(request, 'search/osint.html', {'form': form})
def fetch_blockchain_from_blockcypher(coin):
response = get_blockchain_overview(coin)
print(response)
#The JSON module is mainly used to convert the python dictionary above into a JSON string that can be written into a file.
response = json.dumps(response, default=myconverter)
return response
if choice == 2 or choice == 9 or choice == 11:
haash = input(
"Enter Hash (sample: 43fa951e1bea87c282f6725cf8bdc08bb48761396c3af8dd5a41a085ab62acc9): "
)
elif choice == 4 or choice == 5 or choice == 6 or choice == 12:
address = input(
"Enter Address (sample: 1DEP8i3QJCsomS4BSMY2RpU1upv62aGvhD): ")
elif choice == 3:
block_height = input("Enter Block Height (sample: 671142): ")
elif choice == 7 or choice == 8:
wallet_Name = input("Enter Wallet Name (sample: alice): ")
else:
print()
if choice == 1:
result = get_blockchain_overview()
print("Block Height: ", result['height'])
elif choice == 2:
result = get_block_overview(haash)
print("Block Height: ", result['height'])
print("Number of Transactions: ", len(result['txids']))
elif choice == 3:
result = get_block_overview(block_height, txn_limit=1, txn_offset=1)
print("Number of Transactions: ", len(result['txids']))
elif choice == 4:
result = get_address_overview(address)
print("Received: ", result['total_received'], " sat")
print("Sent: ", result['total_sent'], " sat")
print("Balance: ", result['balance'], " sat")
elif choice == 5:
result = get_address_details(address)
async def get_current_transaction_fees(self):
overview = get_blockchain_overview(coin_symbol=self.coin_symbol)
high_fee_per_kb = overview['high_fee_per_kb']
medium_fee_per_kb = overview['medium_fee_per_kb']
low_fee_per_kb = overview['low_fee_per_kb']
return low_fee_per_kb, medium_fee_per_kb, high_fee_per_kb
