def auth(self):
self.qrbg = qrbg(auth['qrbg']['login'], auth['qrbg']['pass'])
self.qrng = QuantumRNG()
def auth(self):
self.qrbg = qrbg(auth['qrbg']['login'], auth['qrbg']['pass'])
self.qrng = QuantumRNG()
class RandomMess:
begin = 1
end = 21000
def __init__(self):
self.qrbg = None
self.qrng = None
self.active = next(self.algs.itervalues())
# Behold! Stats!
self.generations = 0
self.total_time_s = 0.0
def auth(self):
self.qrbg = qrbg(auth['qrbg']['login'], auth['qrbg']['pass'])
self.qrng = QuantumRNG()
def set_active(self, alg):
if alg in self.algs:
self.active = alg
def random_short(self):
pass
def random_int(self):
self.measure()
result = self.algs[self.active](self)
if result is None:
raise MessedUpException("Could not get random number!")
self.measure(end=True)
return abs(result)
def random_range(self, begin=begin, end=end):
self.measure()
result = self.algs[self.active](self, begin, end)
if result is None:
raise MessedUpException("Could not get random number!")
self.measure(end=True)
return result
def random_float(self):
return abs(self.algs[self.active](self, floating=True))
# Sub-methods #
def random_numpy(self, floating = False):
return np.random.randint(1, Kanji.query.count())
def random_gsl(self, begin=begin, end=end, floating = False):
pass
def random_org(self, begin=begin, end=end, floating = False):
return RandomDotOrg().randint(begin, end)
def random_qrBitG(self, begin=begin, end=end, floating = False):
if self.qrbg is None:
raise MessedUpException("Not authorized on QR-BIT-G service!")
return self.qrbg.getShort()
def random_qrNumberG(self, begin=begin, end=end, floating = False):
if self.qrng is None or not self.qrng.active():
raise MessedUpException("Not authorized on QR-NUMBER-G service!")
result = self.qrng.getInt()
if result is not None:
return result.value
# Algorithms names and corresponding methods
algs = {'Quantum Random Number Generator' : random_qrNumberG,
'Quantum Random Bit Generator' : random_qrBitG,
'Random.org' : random_org,
#'GNU Scientific Library' : random_gsl,
'Numpy random sampling' : random_numpy,
}
# Utility methods #
def measure(self, end=False):
if not end:
self.start_time = time()
else:
passed = time() - self.start_time
self.generations += 1
self.total_time_s += passed
print passed
def ex_stats(self):
return "[RNG perfomance] Total generations: %d | total time: %f (sec)" \
% (self.generations, self.total_time_s)
class RandomMess:
begin = 1
end = 21000
def __init__(self):
self.qrbg = None
self.qrng = None
self.active = next(self.algs.itervalues())
# Behold! Stats!
self.generations = 0
self.total_time_s = 0.0
def auth(self):
self.qrbg = qrbg(auth['qrbg']['login'], auth['qrbg']['pass'])
self.qrng = QuantumRNG()
def set_active(self, alg):
if alg in self.algs:
self.active = alg
def random_short(self):
pass
def random_int(self):
self.measure()
result = self.algs[self.active](self)
if result is None:
raise MessedUpException("Could not get random number!")
self.measure(end=True)
return abs(result)
def random_range(self, begin=begin, end=end):
self.measure()
result = self.algs[self.active](self, begin, end)
if result is None:
raise MessedUpException("Could not get random number!")
self.measure(end=True)
return result
def random_float(self):
return abs(self.algs[self.active](self, floating=True))
# Sub-methods #
def random_numpy(self, floating=False):
return np.random.randint(1, Kanji.query.count())
def random_gsl(self, begin=begin, end=end, floating=False):
pass
def random_org(self, begin=begin, end=end, floating=False):
return RandomDotOrg().randint(begin, end)
def random_qrBitG(self, begin=begin, end=end, floating=False):
if self.qrbg is None:
raise MessedUpException("Not authorized on QR-BIT-G service!")
return self.qrbg.getShort()
def random_qrNumberG(self, begin=begin, end=end, floating=False):
if self.qrng is None or not self.qrng.active():
raise MessedUpException("Not authorized on QR-NUMBER-G service!")
result = self.qrng.getInt()
if result is not None:
return result.value
# Algorithms names and corresponding methods
algs = {
'Quantum Random Number Generator': random_qrNumberG,
'Quantum Random Bit Generator': random_qrBitG,
'Random.org': random_org,
#'GNU Scientific Library' : random_gsl,
'Numpy random sampling': random_numpy,
}
# Utility methods #
def measure(self, end=False):
if not end:
self.start_time = time()
else:
passed = time() - self.start_time
self.generations += 1
self.total_time_s += passed
print passed
def ex_stats(self):
return "[RNG perfomance] Total generations: %d | total time: %f (sec)" \
% (self.generations, self.total_time_s)
