def test_distance(self, qty=10):
#sdm.initialize()
for i in range(qty):
a = Bitstring()
d1 = sdm.distance(a)
d2 = sdm.thread_distance(a)
self.assertEqual(d1, d2)
def sample_radius(rounds=1, verbose=0):
if verbose > 0:
print 'Initializing SDM'
sdm.initialize()
dimension = sdm.get_dimension()
v = []
for i in xrange(rounds):
if verbose > 0:
print 'Round #%d' % (i+1)
addr = Bitstring()
dist = sdm.distance(addr)
if verbose > 0:
print ' Processing results'
w = [0]*(dimension+1)
for d in dist:
w[d] += 1
u = [0]*(dimension+1)
for d, n in enumerate(w):
for j in range(d, dimension+1):
u[j] += n
v.append(u)
sdm.free()
return v
def test_mean_distance(self, qty=10):
#sdm.initialize()
for i in range(qty):
a = Bitstring()
arr = array(sdm.distance(a))
value = abs(arr.mean()-sdm.get_dimension()/2.)/arr.std()
self.assertTrue(value <= 1.5)
def sample_radius(rounds=1, verbose=0):
if verbose > 0:
print 'Initializing SDM'
sdm.initialize()
dimension = sdm.get_dimension()
v = []
for i in xrange(rounds):
if verbose > 0:
print 'Round #%d' % (i + 1)
addr = Bitstring()
dist = sdm.distance(addr)
if verbose > 0:
print ' Processing results'
w = [0] * (dimension + 1)
for d in dist:
w[d] += 1
u = [0] * (dimension + 1)
for d, n in enumerate(w):
for j in range(d, dimension + 1):
u[j] += n
v.append(u)
sdm.free()
return v
def sample():
print 'Initializing SDM'
sdm.initialize()
dimension = sdm.get_dimension()
addr = Bitstring()
dist = sdm.distance(addr)
sdm.free()
return dist
def sample():
print 'Initializing SDM'
sdm.initialize()
dimension = sdm.get_dimension()
addr = Bitstring()
dist = sdm.distance(addr)
sdm.free()
return dist
sdm.free()
m1 = self._memused()
self.assertTrue(m1 < 40000)
<<<<<<< HEAD
>>>>>>> FETCH_HEAD
=======
>>>>>>> FETCH_HEAD
def test_mean_distance(self, qty=10):
sdm.initialize()
for i in range(qty):
a = Bitstring()
<<<<<<< HEAD
arr = array(sdm.thread_distance(a))
=======
arr = array(sdm.distance(a))
<<<<<<< HEAD
>>>>>>> FETCH_HEAD
=======
>>>>>>> FETCH_HEAD
self.assertTrue(abs(arr.mean()-500) <= 1.5)
sdm.free()
def test_writeread(self, qty=10):
sdm.initialize()
for i in range(qty):
a = Bitstring()
sdm.thread_write(a, a)
b = sdm.thread_read(a)
self.assertEqual(a.distance_to(b), 0)
sdm.free()
