const IOAddress address_non_zero1("::ff");
EXPECT_FALSE(address_non_zero1.isV6Zero());
// ff::
- const IOAddress address_non_zero2("::ff");
+ const IOAddress address_non_zero2("ff::");
EXPECT_FALSE(address_non_zero2.isV6Zero());
}
/// and a subnet
///
/// There can be at most one lease for a given HW address in a single
- /// pool, so this method with either return a single lease or NULL.
+ /// pool, so this method will either return a single lease or NULL.
///
/// @param hwaddr hardware address of the client
/// @param subnet_id identifier of the subnet that lease must belong to
/// @brief Returns existing IPv4 lease for specified client-id
///
- /// There can be at most one lease for a given HW address in a single
- /// pool, so this method with either return a single lease or NULL.
+ /// There can be at most one lease for a given client-id in a single
+ /// pool, so this method will either return a single lease or NULL.
///
/// @param clientid client identifier
/// @param subnet_id identifier of the subnet that lease must belong to
old_lease_);
ASSERT_FALSE(offered_lease);
- // Client A tries to renew the lease. The renewal should fail because
+ // Client A trys to renew the lease. The renewal should fail because
// server detects that Client A doesn't have reservation for this
// address.
ASSERT_FALSE(engine.allocateLease4(subnet_, clientid_, hwaddr_,
}
// This test checks that the allocation engine refuses to allocate an
-// address when the pool is exhausted, and the only one available
+// address when the pool is exhausted, and the only available
// address is reserved for a different client.
TEST_F(AllocEngine4Test, reservedAddressShortPool) {
AllocEngine engine(AllocEngine::ALLOC_ITERATIVE, 100, false);