Searched refs:GUID_LEN (Results 1 – 12 of 12) sorted by relevance
| /system/public/zircon/device/ |
| A D | block.h | 142 #define GUID_LEN 16 macro
148 uint8_t type[GUID_LEN];
149 uint8_t guid[GUID_LEN];
203 uint8_t old_guid[GUID_LEN];
204 uint8_t new_guid[GUID_LEN];
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| /system/utest/fvm/ |
| A D | fvm.cpp | 598 memcpy(request.guid, kTestUniqueGUID, GUID_LEN); in TestAllocateOne()
640 memcpy(request.guid, kTestUniqueGUID, GUID_LEN); in TestAllocateMany()
685 memcpy(request.guid, kTestUniqueGUID, GUID_LEN); in TestCloseDuringAccess()
755 memcpy(request.guid, kTestUniqueGUID, GUID_LEN); in TestReleaseDuringAccess()
811 memcpy(request.guid, kTestUniqueGUID, GUID_LEN); in TestDestroyDuringAccess()
884 memcpy(request.guid, kTestUniqueGUID, GUID_LEN); in TestVPartitionExtend()
1608 uint8_t guid[GUID_LEN]; in TestSliceAccessNonContiguousPhysical()
1751 uint8_t guid[GUID_LEN]; in TestSliceAccessNonContiguousVirtual()
2184 char fake_guid[GUID_LEN]; in TestVPartitionUpgrade()
2185 memset(fake_guid, 0, GUID_LEN); in TestVPartitionUpgrade()
[all …]
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| /system/fidl/fuchsia-hardware-nand/ |
| A D | nand.fidl | 8 const uint32 GUID_LEN = 16;
26 array<uint8>:GUID_LEN partition_guid; // Partition type GUID from partition map.
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| A D | ram-nand.fidl | 14 array<uint8>:GUID_LEN type_guid;
17 array<uint8>:GUID_LEN unique_guid;
35 array<uint8>:GUID_LEN device_guid;
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| /system/utest/crypto/ |
| A D | hkdf.cpp | 29 ASSERT_OK(salt.Randomize(GUID_LEN)); in TestInit()
43 ASSERT_OK(salt.Randomize(GUID_LEN)); in TestInit()
62 ASSERT_OK(salt.Randomize(GUID_LEN)); in TestDerive()
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| /system/fidl/fuchsia-hardware-skipblock/ |
| A D | skip-block.fidl | 10 const uint32 GUID_LEN = 16;
14 array<uint8>:GUID_LEN partition_guid;
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| /system/ulib/fs-management/ |
| A D | fvm.cpp | 38 uint8_t buf[GUID_LEN]; in is_partition()
45 } else if (memcmp(buf, typeGUID, GUID_LEN) != 0) { in is_partition()
52 } else if (memcmp(buf, uniqueGUID, GUID_LEN) != 0) { in is_partition()
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| /system/ulib/zxcrypt/ |
| A D | volume.cpp | 79 const size_t kHeaderLen = sizeof(zxcrypt_magic) + GUID_LEN + sizeof(uint32_t);
560 if ((rc = guid_.Randomize(GUID_LEN)) != ZX_OK) { in CreateBlock()
565 memcpy(out, guid_.get(), GUID_LEN); in CreateBlock()
566 out += GUID_LEN; in CreateBlock()
655 if ((rc = guid_.Copy(in, GUID_LEN)) != ZX_OK) { in UnsealBlock()
658 in += GUID_LEN; in UnsealBlock()
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| /system/dev/block/fvm/ |
| A D | fvm.cpp | 441 if (!memcmp(old_guid, new_guid, GUID_LEN)) { in Upgrade()
449 !memcmp(entry->guid, old_guid, GUID_LEN)) { in Upgrade()
452 !memcmp(entry->guid, new_guid, GUID_LEN)) { in Upgrade()
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| /system/uapp/disk-pave/ |
| A D | device-partitioner.cpp | 166 uint8_t buf[GUID_LEN]; in OpenBlockPartition()
169 memcmp(buf, type_guid, GUID_LEN) != 0) { in OpenBlockPartition()
175 memcmp(buf, unique_guid, GUID_LEN) != 0) { in OpenBlockPartition()
199 if (status != ZX_OK || memcmp(info.partition_guid, type_guid, GUID_LEN) != 0) { in OpenSkipBlockPartition()
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| A D | pave-lib.cpp | 840 GUID_LEN) < 0) { in FvmStreamPartitions()
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| /system/utest/zxcrypt/ |
| A D | test-device.cpp | 351 for (uint8_t i = 0; i < GUID_LEN; ++i) { in CreateFvmPart()
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