191         ASSERT_EQ(0, sTun2.init());  in SetUpTestCase()
195         ASSERT_LE(sTun2.name().size(), static_cast<size_t>(IFNAMSIZ));  in SetUpTestCase()
203         sTun2.destroy();  in TearDownTestCase()
236     static TunInterface sTun2;  member in NetdBinderTest
242 TunInterface NetdBinderTest::sTun2;  member in NetdBinderTest
803     status = mNetd->interfaceAddAddress(sTun2.name(), kLinkLocalAddress, 64);  in TEST_F()
818     sin6_2.sin6_scope_id = if_nametoindex(sTun2.name().c_str());  in TEST_F()
842     status = mNetd->interfaceDelAddress(sTun2.name(), kLinkLocalAddress, 64);  in TEST_F()
1584     EXPECT_TRUE(mNetd->networkAddInterface(TEST_NETID2, sTun2.name()).isOk());  in TEST_F()
1586     binder::Status status = mNetd->ipfwdAddInterfaceForward(sTun.name(), sTun2.name());  in TEST_F()
1588     expectIpfwdRuleExists(sTun.name().c_str(), sTun2.name().c_str());  in TEST_F()
1590     status = mNetd->ipfwdRemoveInterfaceForward(sTun.name(), sTun2.name());  in TEST_F()
1592     expectIpfwdRuleNotExists(sTun.name().c_str(), sTun2.name().c_str());  in TEST_F()
2942     binder::Status status = mNetd->tetherAddForward(sTun.name(), sTun2.name());  in TEST_F()
2944     expectNatEnable(sTun.name(), sTun2.name());  in TEST_F()
2946     status = mNetd->tetherRemoveForward(sTun.name(), sTun2.name());  in TEST_F()
3088             {"ndc ipfwd add " + sTun.name() + " " + sTun2.name(),  in TEST_F()
3090             {"ndc ipfwd remove " + sTun.name() + " " + sTun2.name(),  in TEST_F()
3219     sTun2.destroy();  in createVpnNetworkWithUid()
3220     sTun2.init();  in createVpnNetworkWithUid()
3236     EXPECT_TRUE(mNetd->networkAddInterface(vpnNetId, sTun2.name()).isOk());  in createVpnNetworkWithUid()
3241     EXPECT_TRUE(mNetd->networkAddRoute(TEST_NETID2, sTun2.name(), "2001:db8::/32", "").isOk());  in createVpnNetworkWithUid()
3270     createPhysicalNetwork(otherNetId, sTun2.name());  in createDefaultAndOtherPhysicalNetwork()
3271     EXPECT_TRUE(mNetd->networkAddRoute(otherNetId, sTun2.name(), "::/0", "").isOk());  in createDefaultAndOtherPhysicalNetwork()
3488     expectVpnFallthroughWorks(mNetd.get(), false /* bypassable */, TEST_UID1, sTun, sTun2);  in TEST_F()
3495     expectVpnFallthroughWorks(mNetd.get(), true /* bypassable */, TEST_UID1, sTun, sTun2);  in TEST_F()
3535     EXPECT_TRUE(mNetd->networkAddInterface(TEST_NETID2, sTun2.name()).isOk());  in TEST_F()
4185     int appDefaultFd = sTun2.getFdForTesting();  in TEST_F()
4223     int appDefaultFd = sTun2.getFdForTesting();  in TEST_F()
4264     int appDefaultFd = sTun2.getFdForTesting();  in TEST_F()
4303     createPhysicalNetwork(APP_DEFAULT_NETID, sTun2.name(), INetd::PERMISSION_SYSTEM);  in TEST_F()
4337     int appDefaultFd = sTun2.getFdForTesting();  in TEST_P()
4402             expectedFd = sTun2.getFdForTesting();  in TEST_P()
4460     int appDefaultFd = sTun2.getFdForTesting();  in TEST_P()
4545     createPhysicalNetwork(TEST_NETID2, sTun2.name());  in TEST_F()
4546     EXPECT_TRUE(mNetd->networkAddRoute(TEST_NETID2, sTun2.name(), "::/0", "").isOk());  in TEST_F()
4557     verifyAppUidRules({true}, uidRangeConfig2, sTun2.name());  in TEST_F()
4568     verifyAppUidRules({true}, uidRangeConfig2, sTun2.name());  in TEST_F()
4572     verifyAppUidRules({false}, uidRangeConfig2, sTun2.name());  in TEST_F()
4576     verifyAppUidRules({false}, uidRangeConfig2, sTun2.name());  in TEST_F()
4594     EXPECT_TRUE(mNetd->networkAddInterface(VPN_NETID2, sTun2.name()).isOk());  in TEST_P()
4606     verifyVpnUidRules({true}, uidRangeConfig2, sTun2.name(), isSecureVPN);  in TEST_P()
4611     verifyVpnUidRules({true}, uidRangeConfig2, sTun2.name(), isSecureVPN);  in TEST_P()
4614     verifyVpnUidRules({false}, uidRangeConfig2, sTun2.name(), isSecureVPN);  in TEST_P()
4688     int appDefault_1_Fd = sTun2.getFdForTesting();  in TEST_F()