| /system/keymaster/ng/include/ |
| D | AndroidKeymaster41Device.h | 62 using super = V4_0::ng::AndroidKeymaster4Device; variable
65 explicit AndroidKeymaster41Device(SecurityLevel securityLevel) : super(securityLevel) {} in AndroidKeymaster41Device()
72 Return<void> getHardwareInfo(super::getHardwareInfo_cb _hidl_cb) override { in getHardwareInfo()
73 return super::getHardwareInfo(_hidl_cb); in getHardwareInfo()
76 Return<void> getHmacSharingParameters(super::getHmacSharingParameters_cb _hidl_cb) override { in getHmacSharingParameters()
77 return super::getHmacSharingParameters(_hidl_cb); in getHmacSharingParameters()
81 super::computeSharedHmac_cb _hidl_cb) override { in computeSharedHmac()
82 return super::computeSharedHmac(params, _hidl_cb); in computeSharedHmac()
88 super::verifyAuthorization_cb _hidl_cb) override { in verifyAuthorization()
89 return super::verifyAuthorization(challenge, parametersToVerify, authToken, _hidl_cb); in verifyAuthorization()
[all …]
|
| /system/keymaster/legacy_support/ |
| D | ecdsa_keymaster1_operation.h | 53 typedef BaseOperation super; typedef
60 wrapped_operation_(super::purpose(), engine) { in EcdsaKeymaster1Operation()
62 assert(super::purpose() != KM_PURPOSE_VERIFY); in EcdsaKeymaster1Operation()
63 assert(super::purpose() != KM_PURPOSE_ENCRYPT); in EcdsaKeymaster1Operation()
68 keymaster_error_t error = wrapped_operation_.Begin(super::ecdsa_key_, input_params); in Begin()
71 return super::Begin(input_params, output_params); in Begin()
77 keymaster_error_t error = wrapped_operation_.PrepareFinish(super::ecdsa_key_, input_params); in Finish()
80 error = super::Finish(input_params, input, signature, output_params, output); in Finish()
81 if (wrapped_operation_.GetError(super::ecdsa_key_) != KM_ERROR_OK) in Finish()
82 error = wrapped_operation_.GetError(super::ecdsa_key_); in Finish()
[all …]
|
| D | rsa_keymaster1_operation.h | 53 typedef BaseOperation super; typedef
60 wrapped_operation_(super::purpose(), engine) { in RsaKeymaster1Operation()
62 assert(super::purpose() != KM_PURPOSE_VERIFY); in RsaKeymaster1Operation()
63 assert(super::purpose() != KM_PURPOSE_ENCRYPT); in RsaKeymaster1Operation()
68 keymaster_error_t error = wrapped_operation_.Begin(super::rsa_key_, input_params); in Begin()
71 return super::Begin(input_params, output_params); in Begin()
77 keymaster_error_t error = wrapped_operation_.PrepareFinish(super::rsa_key_, input_params); in Finish()
80 error = super::Finish(input_params, input, signature, output_params, output); in Finish()
81 if (wrapped_operation_.GetError(super::rsa_key_) != KM_ERROR_OK) in Finish()
82 error = wrapped_operation_.GetError(super::rsa_key_); in Finish()
[all …]
|
| D | ec_keymaster0_key.cpp | 44 return super::GenerateKey(key_description, key_blob, hw_enforced, sw_enforced); in GenerateKey()
76 return super::ImportKey(key_description, input_key_material_format, input_key_material, in ImportKey()
109 …return super::LoadKey(move(key_material), additional_params, move(hw_enforced), move(sw_enforced),… in LoadKey()
|
| /system/extras/partition_tools/ |
| D | README.md | 5 lpmake is a command-line tool for generating a "super" partition image. It can currently generate t…
11 * `-d,--device-size` - The size of the "super" partition on the device. It must match exactly, and …
20 * `--alignment-offset=N` - In some cases, the "super" partition is misaligned within its parent blo…
25 Example usage. This specifies a 10GB super partition for an A/B device, with a single 64MiB "cache"…
31 -o /tmp/super.img \
49 lpadd is a command-line tool for adding images to a super.img file, or a partition to a super\_empt…
57 * `SUPER_FILE` - The `super.img` or `super_empty.img` file. If the image is sparsed, it will be tem…
60 * `IMAGE_FILE` - If specified, the contents of the image will be embedded in the given super.img. T…
|
| D | lpdumpd.rc | 23 # On Launch devices, assume "super". On virtual devices, ${ro.boot.super_partition}
25 file /dev/block/by-name/${ro.boot.super_partition:-super} r
|
| D | lpadd.cc | 465 SuperHelper super(super_path); in main() local
466 if (!super.Open()) { in main()
474 if (!super.AddPartition(partition_name, group_name, attributes, image_path)) { in main()
477 if (!super.Finalize()) { in main()
|
| /system/core/fs_mgr/libsnapshot/ |
| D | snapshot_fuzz.cpp | 130 const std::string* super; in SNAPSHOT_FUZZ_FUNCTION() local
132 super = &GetSnapshotFuzzEnv()->super(); in SNAPSHOT_FUZZ_FUNCTION()
134 super = &args.super(); in SNAPSHOT_FUZZ_FUNCTION()
137 *super, std::chrono::milliseconds(args.timeout_millis())); in SNAPSHOT_FUZZ_FUNCTION()
151 auto partition_opener = std::make_unique<TestPartitionOpener>(GetSnapshotFuzzEnv()->super()); in SNAPSHOT_FUZZ_FUNCTION()
154 params.block_device = GetSnapshotFuzzEnv()->super(); in SNAPSHOT_FUZZ_FUNCTION()
|
| /system/bt/gd/cert/ |
| D | truth.py | 58 super().__init__(value)
99 super().__init__(value)
124 super().__init__(value)
136 super().__init__(value)
|
| /system/core/fs_mgr/libsnapshot/android/snapshot/ |
| D | snapshot_fuzz.proto | 60 string super = 2; field
98 // - if super_data is empty, create empty super partition metadata.
99 // - otherwise, create super partition metadata accordingly.
100 // If false, no valid super partition metadata (it is zeroed)
|
| /system/bt/gd/hci/cert/ |
| D | acl_manager_test.py | 28 super().setup_class(dut_module='HCI_INTERFACES', cert_module='HCI')
32 super().setup_test()
38 super().teardown_test()
|
| D | controller_test.py | 29 super().setup_class(dut_module='HCI_INTERFACES', cert_module='HCI_INTERFACES')
|
| /system/sepolicy/private/ |
| D | lpdumpd.te | 10 # Allow lpdumpd to find the super partition block device.
13 # Allow lpdumpd to read super partition metadata.
|
| D | fastbootd.te | 23 # at the second half of super.
|
| /system/sepolicy/prebuilts/api/30.0/private/ |
| D | lpdumpd.te | 10 # Allow lpdumpd to find the super partition block device.
13 # Allow lpdumpd to read super partition metadata.
|
| /system/sepolicy/prebuilts/api/29.0/private/ |
| D | lpdumpd.te | 10 # Allow lpdumpd to find the super partition block device.
13 # Allow lpdumpd to read super partition metadata.
|
| /system/bt/gd/neighbor/cert/ |
| D | neighbor_test.py | 32 super().setup_class(dut_module='HCI_INTERFACES', cert_module='HCI')
35 super().setup_test()
46 super().teardown_test()
|
| /system/bt/gd/shim/cert/ |
| D | stack_test.py | 26 super().setup_class(dut_module='SHIM', cert_module='SHIM')
|
| D | shim_test.py | 33 super().setup_class(dut_module='SHIM', cert_module='SHIM')
|
| /system/extras/tests/bootloader/ |
| D | shelltest.py | 21 super(ShellTest, self).__init__(*args, **kwargs)
|
| /system/core/fs_mgr/liblp/ |
| D | builder.cpp | 478 LpMetadataBlockDevice& super = block_devices_[0]; in Init() local
484 if (super.size < total_reserved) { in Init()
492 if (super.alignment || super.alignment_offset) { in Init()
493 ok = AlignTo(free_area_start, super.alignment, &free_area_start); in Init()
501 super.first_logical_sector = free_area_start / LP_SECTOR_SIZE; in Init()
504 uint64_t minimum_disk_size = (super.first_logical_sector * LP_SECTOR_SIZE) + logical_block_size; in Init()
505 if (super.size < minimum_disk_size) { in Init()
507 << super.size; in Init()
781 const auto& super = block_devices_[0]; in PrioritizeSecondHalfOfSuper() local
782 uint64_t first_sector = super.first_logical_sector; in PrioritizeSecondHalfOfSuper()
[all …]
|
| /system/keymaster/include/keymaster/legacy_support/ |
| D | rsa_keymaster0_key.h | 34 typedef RsaKeyFactory super; typedef
|
| D | ec_keymaster0_key.h | 34 typedef EcKeyFactory super; typedef
|
| /system/bt/gd/l2cap/le/cert/ |
| D | dual_l2cap_test.py | 39 super().setup_class(dut_module='L2CAP', cert_module='HCI_INTERFACES')
42 super().setup_test()
76 super().teardown_test()
|
| /system/sepolicy/prebuilts/api/29.0/public/ |
| D | update_engine_common.te | 65 # read / write metadata on super device to resize partitions
68 # ioctl on super device to get block device alignment and alignment offset
|