def DoEncodeDecodeB58Checked(msgToEncode, encodedMsg):
for x in range(1, 10):
myMsgHash = Nakasendo.MessageHash(msgToEncode)
encoded = myMsgHash.Base58CheckedEncode()
if (encoded != encodedMsg):
print('API ENCODE 58 Checked panic %s is not equal to %s' %
(encoded, encodedMsg))
decoded = myMsgHash.Base58CheckedDecode(encoded)
if (decoded != msgToEncode):
print('API DECODE 58 Checked panic %s is not equal to %s' %
(encoded, encodedMsg))
def DoEncodeDecode(msgToEncode, encodedMsg):
for x in range(1, 10):
myMsgHash = Nakasendo.MessageHash(msgToEncode)
encoded = myMsgHash.Base64Encode()
if (encoded != encodedMsg):
print('API ENCODE PANIC %s is not equal to %s' %
(encoded, encodedMsg))
#print (encoded)
decoded = myMsgHash.Bas64Decode(encoded)
if (decoded != msgToEncode):
print('API DECODE PANIC %s is not equal to %s' %
(decoded, msgToEncode))
def test_EncodeBase58API(test_data_dir):
# Reading test data from the file
with open(test_data_dir / "testData_Encode58Decode",
"r") as encodeFile_txt:
for x in encodeFile_txt.readlines():
encode_Value = x.split(",")
# Encode given string in base58
actual_Value = Nakasendo.MessageHash(encode_Value[0])
# Verifying the actual value with expected value
assert actual_Value.Base58Encode() == encode_Value[1].rstrip(
"\n"), "Test failed"
def test_DecodeBase64API(test_data_dir):
# Reading test data from the file
with open(test_data_dir / "testData_Encode64Decode",
"r") as decodeFile_txt:
for x in decodeFile_txt.readlines():
decode_Value = x.split(",")
# Decode given string in base64
actual_Value = Nakasendo.MessageHash(decode_Value[1].rstrip("\n"))
actual_Value = actual_Value.Bas64Decode(
decode_Value[1].rstrip("\n"))
# Verifying the actual value with expected value
assert actual_Value == decode_Value[0], "Test failed"
def test_EncodeBase58CheckedAPI(test_data_dir):
# Reading test data from the file
with open(
test_data_dir / "testData_Encode58CheckedDecode", "r"
) as encode58File_txt: # Test data were generated using our python interface to encode the input value and decode the output for same input value
for x in encode58File_txt.readlines():
encode58_Value = x.split(",")
# Encode given string in base58
actual_Value = Nakasendo.MessageHash(encode58_Value[0])
# Verifying the actual value with expected value
assert actual_Value.Base58CheckedEncode(
) == encode58_Value[1].rstrip("\n"), "Test failed"
import Nakasendo
except ImportError as e:
print('Error while loading SDKLibraries python modules {}'.format(
e.message))
print(
'Try to define environment variable SDKLIBRARIES_ROOT pointing to the location of installed SDKLibraries or add this to PYTHONPATH'
)
raise ImportError('Unable to load SDKLibraries python modules')
if __name__ == "__main__":
print("starting.....")
print("Testing Base64..Encoding")
msgToEncode = 'Development team'
for x in range(1, 10):
myMsgHash = Nakasendo.MessageHash(msgToEncode)
encoded = myMsgHash.Base64Encode()
#print (encoded)
if (encoded != 'RGV2ZWxvcG1lbnQgdGVhbQ=='):
print("WEIRDNESS")
decoded = myMsgHash.Bas64Decode(encoded)
#print (decoded)
msgToEncode = 'Research team'
for x in range(1, 10):
myMsgHash = Nakasendo.MessageHash(msgToEncode)
encoded = myMsgHash.Base64Encode()
#print(encoded)
if (encoded != 'UmVzZWFyY2ggdGVhbQ=='):
print('WEIRDNESS')
decoded = myMsgHash.Bas64Decode(encoded)
#print(decoded)
