| /system/core/trusty/storage/proxy/ |
| D | checkpoint_handling.cpp | 33 int is_data_checkpoint_active(bool* active) { in is_data_checkpoint_active() argument
34 if (!active) { in is_data_checkpoint_active()
39 *active = false; in is_data_checkpoint_active()
76 *active = true; in is_data_checkpoint_active()
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| D | checkpoint_handling.h | 33 int is_data_checkpoint_active(bool* active);
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| /system/vold/bench/ |
| D | benchgen.py | 178 active = set() variable
190 active.add(handle)
203 if handle in active:
204 active.remove(handle)
209 if handle in active:
214 if handle in active:
219 if handle in active:
228 if handle in active:
237 if handle in active:
245 if handle in active:
[all …]
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| /system/logging/logd/ |
| D | PkgIds.cpp | 42 bool active = false; member
78 global->active = false; in WatchPackageList()
80 if (!global->active) { in WatchPackageList()
97 global->active = true; in WatchPackageList()
104 global->active = false; in WatchPackageList()
113 global->active = false; in WatchPackageList()
144 if (gPkgIdMap->active) { in uidToName()
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| /system/bpfprogs/ |
| D | timeInState.c | 63 uint8_t freq_idx, uint32_t active, in update_uid() argument
74 key.bucket = active / CPUS_PER_ENTRY; in update_uid()
77 concurrent_val_t zero_val = {.active = {0}, .policy = {0}}; in update_uid()
81 if (ct) ct->active[active % CPUS_PER_ENTRY] += delta; in update_uid()
87 concurrent_val_t zero_val = {.active = {0}, .policy = {0}}; in update_uid()
121 uint32_t* active = bpf_nr_active_map_lookup_elem(&zero); variable
122 if (!active) return ALLOW;
132 uint32_t nactive = *active - 1;
136 __sync_fetch_and_add(active, 1);
149 __sync_fetch_and_add(active, -1);
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| D | time_in_state_test.cpp | 29 int bpf_policy_nr_active_map_update_elem(uint32_t* policy, uint32_t* active, uint64_t flags);
68 std::vector<uint32_t> frequencies, bool active) { in initCpuPolicy() argument
87 if (active) { in initCpuPolicy()
137 ASSERT_EQ(expectedActive[i], value->active[i]); in assertConcurrentTimes()
139 ASSERT_EQ(0, value->active[i]); in assertConcurrentTimes()
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| /system/linkerconfig/modules/tests/ |
| D | apex_test.cc | 255 modulePath="/data/apex/active/foo.apex" in TEST_F()
259 modulePath="/data/apex/active/sharedlibs.apex" in TEST_F()
282 modulePath="/data/apex/active/foo.apex" in TEST_F()
297 modulePath="/data/apex/active/foo.apex" in TEST_F()
311 modulePath="/data/apex/active/foo.apex" in TEST_F()
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| /system/nfc/tools/casimir/scripts/ |
| D | t4at.py | 68 await self.active(packet.sender)
89 await self.active(response.sender)
102 async def active(self, peer: int): member in T4AT
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| /system/chre/apps/rpc_world/src/ |
| D | rpc_world_manager.cc | 90 CHRE_ASSERT(mIncrementCall.active()); in start()
96 CHRE_ASSERT(mTimerCall.active()); in start()
102 CHRE_ASSERT(mAddCall.active()); in start()
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| /system/apex/tests/testdata/ |
| D | trigger_reboot.sh | 4 active_apex=/data/apex/active/`/system/bin/getprop persist.debug.trigger_reboot_after_activation`
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| /system/bpf/progs/include/ |
| D | bpf_timeinstate.h | 43 uint64_t active[CPUS_PER_ENTRY]; member
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| /system/memory/libmemunreachable/ |
| D | README.md | 6 …g every call to malloc and free, it queries the allocator (jemalloc) for active allocations when l…
136 5. Registers contents, active stack areas, and memory mapping information are collected.
141 …10. *Sweeper process*: A list of all active allocations is produced by examining the memory mappin…
155 - `HeapWalker.cpp`: Performs the mark-and-sweep pass over active allocations.
161 …quires a small interface to the allocator in order to collect information about active allocations.
165 - `malloc_iterate()`: call a callback on each active allocation in a given heap region.
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| /system/netd/server/ |
| D | TetherController.cpp | 655 existingEntry->active = true; in addForwardingPair()
661 .active = true in addForwardingPair()
672 existingEntry->active = false; in markForwardingPairDisabled()
678 return existingEntry != nullptr && existingEntry->active; in isForwardingPairEnabled()
684 if (it->second.active) { in isAnyForwardingEnabledOnUpstream()
693 if (it.second.active) { in isAnyForwardingPairEnabled()
931 (it.second.active ? "ACTIVE" : "DISABLED")); in dumpIfaces()
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| D | TetherController.h | 42 bool active; member
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| /system/libbase/ |
| D | scopeguard_test.cpp | 45 EXPECT_FALSE(scopeguard.active()); in TEST()
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| /system/libbase/include/android-base/ |
| D | scopeguard.h | 51 constexpr bool active() const { return active_; } in active() function
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| /system/gsid/ |
| D | gsid.rc | 13 chmod 0664 /metadata/gsi/dsu/active
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| /system/chre/host/common/test/ |
| D | chre_test_rpc.cc | 130 if (!call.active()) { in main()
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| /system/update_engine/ |
| D | README.md | 37 other artifacts like [DLC]), has two copies. We call these two copies active (A)
38 and inactive (B). The system is booted into the active partition (depending on
41 the previously inactive partition becomes active and the old active partition
135 periodic update checks so we can have statistics on the number of active devices
141 partition and it is marked as active. At this point, after the reboot, the
164 * During an active update it periodically checkpoints the state of the update
168 * If it fails to apply a delta payload (due to bit changes on the active
171 The updater clients writes its active preferences in
214 system reboots. The latest active log is symlinked to
262 update generated by comparing the source image (the active partitions) and the
[all …]
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| /system/apex/apexd/ |
| D | apexservice.cpp | 526 const auto& active = ::android::apex::GetActivePackages(); in getAllPackages() local
528 for (const ApexFile& pkg : active) { in getAllPackages()
537 if (std::find_if(active.begin(), active.end(), same_path) == active.end()) { in getAllPackages()
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| D | apexd.cpp | 1556 const std::vector<ApexFile>& active) { in CalculateInactivePackages() argument
1559 inactive.begin(), inactive.end(), [&active](const ApexFile& apex) { in CalculateInactivePackages()
1560 return std::any_of(active.begin(), active.end(), in CalculateInactivePackages()
1584 const std::vector<ApexFile> active(GetActivePackages()); in EmitApexInfoList() local
1590 inactive = CalculateInactivePackages(active); in EmitApexInfoList()
1594 CollectApexInfoList(xml, active, inactive); in EmitApexInfoList()
3875 std::vector<ApexFile> active(GetActivePackages()); in UpdateApexInfoList() local
3876 std::vector<ApexFile> inactive = CalculateInactivePackages(active); in UpdateApexInfoList()
3879 CollectApexInfoList(xml, active, inactive); in UpdateApexInfoList()
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| /system/libsysprop/srcs/android/sysprop/ |
| D | TelephonyProperties.sysprop | 445 # How many logical modems can be active simultaneously. For example, if a device is dual-SIM
446 # capable but currently only one SIM slot and one logical modem is active, this value is still
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| /system/sepolicy/private/ |
| D | statsd.te | 63 # /data/misc/stats-active-metric
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| /system/memory/lmkd/ |
| D | README.md | 108 active one).
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| /system/apex/docs/ |
| D | README.md | 593 decompressed APEX will be hard linked to the `/data/apex/active` directory.
597 `/data/apex/active`.
614 `/data/apex/active/com.android.foo@37.apex`.
616 for `/data/apex/active/com.android.foo@37.apex`.
625 version compared to what is currently active on the device, some free space must
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