38  * Create a socket and verify SIOCGSKNS returns the correct network namespace.
62 	/* Verify they match */  in TEST()
241 	/* Verify all return the same network namespace */  in TEST()
261  * Create a socket in netns A, switch to netns B, verify SIOCGSKNS still
296 	/* Verify it still points to netns A */  in TEST()
338  * Create multiple sockets, verify closing some doesn't affect others.
373 	/* Verify all point to same netns */  in TEST()
406  * Verify that as long as the socket FD exists, the namespace remains active.
566 	/* Verify it matches current namespace */  in TEST()
581  * Verify that a network namespace kept alive by a socket FD appears in
743 	/* Now verify with owner filtering */  in TEST()
764 	/* Verify it's no longer in listns() output */  in TEST()
784  * Verify that a network namespace kept alive by a socket FD can be
927 	/* Verify it's the same namespace */  in TEST()
965 	/* Verify it's the same namespace */  in TEST()
979  * Create a netns, keep it alive with a socket, verify it appears in listns(),
1142 	/* Verify namespace appears in listns() */  in TEST()
1206 	/* Verify namespace appears in listns() */  in TEST()
1232 	/* Verify namespace appears in listns() */  in TEST()
1668 	 * Test 1: Verify net_L3A is visible in listns() after resurrection.  in TEST()
1704 	 * Test 2: Verify net_L3A can be reopened via file handle.  in TEST()
1726 	 * Test 3: Verify that when we close the netns FD (dropping the last  in TEST()
1759 	 * Test 4: Verify file handle no longer works for inactive namespace.  in TEST()
1770 	 * Test 5: Verify that calling SIOCGSKNS again resurrects the tree again.  in TEST()
1779 	/* Verify the namespace tree is resurrected and visible in listns() */  in TEST()
1805 	/* Verify we can reopen via file handle again */  in TEST()