def test_random_getnode(self):
node = uuid._random_getnode()
# The multicast bit, i.e. the least significant bit of first octet,
# must be set for randomly generated MAC addresses. See RFC 4122,
# $4.1.6.
self.assertTrue(node & (1 << 40), '%012x' % node)
self.check_node(node)
def test_random_getnode(self):
node = uuid._random_getnode()
# The multicast bit, i.e. the least significant bit of first octet,
# must be set for randomly generated MAC addresses. See RFC 4122,
# $4.1.6.
self.assertTrue(node & (1 << 40), '%012x' % node)
self.check_node(node)
def uuid1mc():
"""
Return a UUID1 with a random multicast MAC id.
>>> isinstance(uuid1mc(), uuid.UUID)
True
"""
return uuid.uuid1(node=uuid._random_getnode())
def test_random_getnode(self):
node = uuid._random_getnode()
# Least significant bit of first octet must be set.
self.assertTrue(node & 0x010000000000, '%012x' % node)
self.check_node(node)
def test_random_getnode(self):
node = uuid._random_getnode()
# Least significant bit of first octet must be set.
self.assertTrue(node & 0x010000000000)
self.assertTrue(node < (1L << 48))
def test_random_getnode(self):
node = uuid._random_getnode()
# Least significant bit of first octet must be set.
self.assertTrue(node & 0x010000000000)
self.assertTrue(node < (1L << 48))
def test_random_getnode(self):
node = uuid._random_getnode()
self.assert_(0 <= node)
self.assert_(node < (1 <<48))
def uuid1mc():
"""
Return a UUID1 with a random multicast MAC id
"""
return uuid.uuid1(node=uuid._random_getnode())
def test_random_getnode(self):
node = uuid._random_getnode()
self.assert_(0 <= node)
self.assert_(node < (1L << 48))
def uuid1mc():
"""
Return a UUID1 with a random multicast MAC id
"""
return uuid.uuid1(node=uuid._random_getnode())
...
},
...
}
"""
import uuid
import random
import hashlib
import json
ABC = 'abcdefghijklmnopqrstuvwxyz'
namespaces = [
uuid.uuid1(node=uuid._random_getnode()),
uuid.uuid3(namespace=uuid.NAMESPACE_DNS, name='example.com'),
uuid.uuid4(),
uuid.uuid5(namespace=uuid.NAMESPACE_DNS, name='example.com'),
]
def names(n=10, k=8):
'''Generate random alphabetic names
n - the number of random names
k - the length of the random names
'''
def choices(population, k):
return [random.choice(population) for _ in range(k)]
def test_random_getnode(self):
node = uuid._random_getnode()
self.assertTrue(0 <= node)
self.assertTrue(node < (1 <<48))
def test_random_getnode(self):
node = uuid._random_getnode()
self.assertTrue(node & 1099511627776, '%012x' % node)
self.check_node(node)
def update_event(self, inp=-1):
self.set_output_val(0, uuid._random_getnode())
