| /system/bt/service/common/bluetooth/ |
| D | gatt_identifier.h | 122 std::size_t seed = 0;
124 hash_combine(seed, key.device_address_);
125 hash_combine(seed, key.is_primary_);
126 hash_combine(seed, key.service_uuid_);
127 hash_combine(seed, key.char_uuid_);
128 hash_combine(seed, key.desc_uuid_);
129 hash_combine(seed, key.service_instance_id_);
130 hash_combine(seed, key.char_instance_id_);
131 hash_combine(seed, key.desc_instance_id_);
133 return seed;
[all …]
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| /system/core/libmemunreachable/ |
| D | Leak.h | 32 std::size_t seed = 0;
34 hash_combine(seed, key.num_frames);
36 hash_combine(seed, key.frames[i]);
39 return seed;
44 inline void hash_combine(std::size_t& seed, const T& v) const {
46 seed ^= hasher(v) + 0x9e3779b9 + (seed << 6) + (seed >> 2);
|
| /system/extras/mmap-perf/ |
| D | mmapPerf.cpp | 37 uint64_t seed = (unsigned long long)rand() | ((unsigned long long)rand() << 32); in fillPageJunk() local
40 *target = seed ^ (uint64_t)(uintptr_t)target; in fillPageJunk()
41 seed = (seed << 1) | ((seed >> 63) & 1); in fillPageJunk()
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| /system/update_engine/update_manager/ |
| D | prng.h | 31 explicit PRNG(uint32_t seed) : gen_(seed) {} in PRNG() argument
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| D | chromeos_policy.cc | 604 const uint64_t* seed = ec->GetValue(state->random_provider()->var_seed()); in NextUpdateCheckTime() local
605 POLICY_CHECK_VALUE_AND_FAIL(seed, error); in NextUpdateCheckTime()
607 PRNG prng(*seed); in NextUpdateCheckTime()
837 const uint64_t* seed = ec->GetValue(state->random_provider()->var_seed()); in UpdateBackoffAndDownloadUrl() local
838 POLICY_CHECK_VALUE_AND_FAIL(seed, error); in UpdateBackoffAndDownloadUrl()
839 PRNG prng(*seed); in UpdateBackoffAndDownloadUrl()
891 const uint64_t* seed = ec->GetValue(state->random_provider()->var_seed()); in UpdateScattering() local
892 POLICY_CHECK_VALUE_AND_FAIL(seed, error); in UpdateScattering()
893 PRNG prng(*seed); in UpdateScattering()
|
| /system/extras/tests/ext4/ |
| D | rand_emmc_perf.c | 192 unsigned int seed; in main() local
250 if (read(fd2, &seed, sizeof(seed)) != sizeof(seed)) { in main()
254 srand(seed); in main()
|
| /system/bt/test/suite/gatt/ |
| D | gatt_unittest.cpp | 29 static void create_random_uuid(bt_uuid_t *uuid, int seed) { in create_random_uuid() argument
30 srand(seed < 0 ? time(NULL) : seed); in create_random_uuid()
|
| /system/extras/puncture_fs/ |
| D | puncture_fs.c | 202 int seed = time(NULL); in main() local
212 seed = atoi(optarg); in main()
244 srandom(seed); in main()
245 fprintf(stderr, "\nRandom seed is: %d\n", seed); in main()
|
| /system/extras/perfprofd/ |
| D | perfprofdcore.cc | 799 unsigned seed = 0; in set_seed() local
805 seed = use_fixed_seed; in set_seed()
810 seed = arc4random(); in set_seed()
812 W_ALOGI("random seed set to %u", seed); in set_seed()
816 random_seed[0] = seed & 0xffff; in set_seed()
817 random_seed[1] = (seed >> 16); in set_seed()
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| /system/core/adb/ |
| D | test_adb.py | 212 random.seed(0)
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| D | test_device.py | 1082 random.seed(0)
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| /system/extras/perfprofd/tests/ |
| D | perfprofd_test.cc | 612 I: random seed set to 12345678 in TEST_F()
668 I: random seed set to 12345678 in TEST_F()
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| /system/tpm/trunks/generator/ |
| D | raw_commands_fixed.txt | 1287 5) If the handle references a primary seed for a hierarchy (TPM_RH_ENDORSEMENT,
4289 The encryption key is derived from the symmetric seed in the sensitive area of the parent.
5721 …he key associated with keyHandle is used to recover a seed from secret, which is the encrypted see…
5722 The Name of the object associated with activateHandle and the recovered seed are used in a KDF to
5723 recover the symmetric key. The recovered seed (but not the Name) is used is used in a KDF to recover
5793 keyHandle algorithm-dependent encrypted seed that
6922 seed protected by the asymmetric algorithms of new
7197 and used to integrity check and decrypt inDuplicate. A new protection seed value is generated accor…
7274 seed for symmetric key
7275 needs oldParent private key to recover the seed and
[all …]
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| D | raw_commands.txt | 1287 5) If the handle references a primary seed for a hierarchy (TPM_RH_ENDORSEMENT,
4287 The encryption key is derived from the symmetric seed in the sensitive area of the parent.
5719 …he key associated with keyHandle is used to recover a seed from secret, which is the encrypted see…
5720 The Name of the object associated with activateHandle and the recovered seed are used in a KDF to
5721 recover the symmetric key. The recovered seed (but not the Name) is used is used in a KDF to recover
5791 keyHandle algorithm-dependent encrypted seed that
6916 seed protected by the asymmetric algorithms of new
7191 and used to integrity check and decrypt inDuplicate. A new protection seed value is generated accor…
7266 seed for symmetric key
7267 needs oldParent private key to recover the seed and
[all …]
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| D | raw_structures.txt | 15073 seed; for other objects, the obfuscation value
15127 …res are CFBencrypted using a key and Initialization Vector (IV) that are derived from a seed value.
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| D | raw_structures_fixed.txt | 15065 seed; for other objects, the obfuscation value
15119 …res are CFBencrypted using a key and Initialization Vector (IV) that are derived from a seed value.
|