Searched refs:secure (Results 1 - 10 of 10) sorted by relevance

/system/extras/tests/storage/
H A Dwipe_blkdev.c51 static int wipe_block_device(int fd, u64 len, int secure) argument
59 if (secure) {
68 secure ? "Secure" : "Nonsecure", errno);
82 int secure = 0; local
95 secure = 1;
127 ret = wipe_block_device(fd, len, secure);
/system/netd/server/
H A DRouteController.h50 static int addInterfaceToVirtualNetwork(unsigned netId, const char* interface, bool secure,
52 static int removeInterfaceFromVirtualNetwork(unsigned netId, const char* interface, bool secure,
59 static int addUsersToVirtualNetwork(unsigned netId, const char* interface, bool secure,
61 static int removeUsersFromVirtualNetwork(unsigned netId, const char* interface, bool secure,
H A DVirtualNetwork.h23 // A VirtualNetwork may be "secure" or not.
25 // A secure VPN is the usual type of VPN that grabs the default route (and thus all user traffic).
28 // A non-secure VPN ("bypassable" VPN) also grabs all user traffic by default. But all apps are
32 VirtualNetwork(unsigned netId, bool hasDns, bool secure);
H A DVirtualNetwork.cpp24 VirtualNetwork::VirtualNetwork(unsigned netId, bool hasDns, bool secure) : argument
25 Network(netId), mHasDns(hasDns), mSecure(secure) {
H A DRouteController.cpp476 bool secure, bool add) {
485 if (secure) {
503 WARN_UNUSED_RESULT int modifyVpnSystemPermissionRule(unsigned netId, uint32_t table, bool secure, argument
514 uint32_t priority = secure ? RULE_PRIORITY_SECURE_VPN : RULE_PRIORITY_BYPASSABLE_VPN;
758 const UidRanges& uidRanges, bool secure, bool add,
766 if (int ret = modifyVpnUidRangeRule(table, range.first, range.second, secure, add)) {
786 if (int ret = modifyVpnSystemPermissionRule(netId, table, secure, add)) {
1002 bool secure, const UidRanges& uidRanges) {
1003 if (int ret = modifyVirtualNetwork(netId, interface, uidRanges, secure, ACTION_ADD,
1012 bool secure, cons
475 modifyVpnUidRangeRule(uint32_t table, uid_t uidStart, uid_t uidEnd, bool secure, bool add) argument
757 modifyVirtualNetwork(unsigned netId, const char* interface, const UidRanges& uidRanges, bool secure, bool add, bool modifyNonUidBasedRules) argument
1001 addInterfaceToVirtualNetwork(unsigned netId, const char* interface, bool secure, const UidRanges& uidRanges) argument
1011 removeInterfaceFromVirtualNetwork(unsigned netId, const char* interface, bool secure, const UidRanges& uidRanges) argument
1034 addUsersToVirtualNetwork(unsigned netId, const char* interface, bool secure, const UidRanges& uidRanges) argument
1040 removeUsersFromVirtualNetwork(unsigned netId, const char* interface, bool secure, const UidRanges& uidRanges) argument
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H A DNetworkController.h64 int createVirtualNetwork(unsigned netId, bool hasDns, bool secure) WARN_UNUSED_RESULT;
H A DNetworkController.cpp304 int NetworkController::createVirtualNetwork(unsigned netId, bool hasDns, bool secure) { argument
319 mNetworks[netId] = new VirtualNetwork(netId, hasDns, secure);
H A DCommandListener.cpp1641 // network create <netId> vpn <hasDns> <secure>
1649 bool secure = atoi(argv[5]); local
1650 if (int ret = sNetCtrl->createVirtualNetwork(netId, hasDns, secure)) {
/system/gatekeeper/include/gatekeeper/
H A Dgatekeeper.h120 * The failure record should be written to hardware-backed secure storage, such as
123 * If 'secure' is false, password is operating in a fallback mode. Implementations
124 * may store the failure record in memory or in non-secure storage if this value is false.
129 bool secure) = 0;
134 * Must be persisted in secure storage if the target device supports it.
136 * If 'secure' is false, password is operating in a fallback mode. Implementations
137 * may store the failure record in memory or in non-secure storage if this value is false.
141 virtual bool ClearFailureRecord(uint32_t uid, secure_id_t user_id, bool secure) = 0;
146 * Must be persisted in secure storage if the target device supports it.
148 * If 'secure' i
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/system/gatekeeper/
H A Dgatekeeper.cpp257 failure_record_t *record, bool secure, GateKeeperMessage *response) {
272 if (!WriteFailureRecord(uid, record, secure)) {
285 failure_record_t *record, bool secure) {
290 return WriteFailureRecord(uid, record, secure);
256 ThrottleRequest(uint32_t uid, uint64_t timestamp, failure_record_t *record, bool secure, GateKeeperMessage *response) argument
284 IncrementFailureRecord(uint32_t uid, secure_id_t user_id, uint64_t timestamp, failure_record_t *record, bool secure) argument

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