354     root_of_trust.blob.data = boot_params_.verified_boot_key.begin();  in BuildHiddenAuthorizations()
355     root_of_trust.blob.data_length =  in BuildHiddenAuthorizations()
359     root_of_trust.blob.data =  in BuildHiddenAuthorizations()
361     root_of_trust.blob.data_length = sizeof(boot_params_.verified_boot_state);  in BuildHiddenAuthorizations()
364     root_of_trust.blob.data =  in BuildHiddenAuthorizations()
366     root_of_trust.blob.data_length = sizeof(boot_params_.device_locked);  in BuildHiddenAuthorizations()
411         KeymasterKeyBlob* blob) const {  in CreateAuthEncryptedKeyBlob()
455     *blob = std::move(*serialized_key);  in CreateAuthEncryptedKeyBlob()
481         KeymasterKeyBlob* blob,  in CreateKeyBlob()  argument
532                                        std::move(sdd), blob);  in CreateKeyBlob()
626         const KeymasterKeyBlob& blob) const {  in DeserializeKmCompatKeyBlob()
642     auto keyType = *(blob.begin() + kKeystoreKeyTypeOffset);  in DeserializeKmCompatKeyBlob()
647                 KeymasterKeyBlob(blob.begin() + kKeystoreKeyBlobPrefixSize,  in DeserializeKmCompatKeyBlob()
648                                  blob.size() - kKeystoreKeyBlobPrefixSize));  in DeserializeKmCompatKeyBlob()
660 bool is_km_compat_blob(const KeymasterKeyBlob& blob) {  in is_km_compat_blob()  argument
661     return blob.size() >= kKeystoreKeyBlobPrefixSize &&  in is_km_compat_blob()
663                       kKeystoreKeyBlobMagic.end(), blob.begin());  in is_km_compat_blob()
667         const KeymasterKeyBlob& blob) const {  in DeserializeKeyBlob()
668     if (is_km_compat_blob(blob)) {  in DeserializeKeyBlob()
669         return DeserializeKmCompatKeyBlob(blob);  in DeserializeKeyBlob()
671         return DeserializeAuthEncryptedBlob(blob);  in DeserializeKeyBlob()
676         const KeymasterKeyBlob& blob,  in ParseKeyBlob()  argument
685     KmErrorOr<DeserializedKey> deserialized_key = DeserializeKeyBlob(blob);  in ParseKeyBlob()
739         const KeymasterKeyBlob& blob) const {  in DeleteKey()
740     KmErrorOr<DeserializedKey> deserialized_key = DeserializeKeyBlob(blob);  in DeleteKey()
949 #define PROTO_BYTES_DOES_NOT_MATCH_BLOB(blob, proto) \  argument
950     ((blob).data_length != (proto).size) ||          \
951             (memcmp((blob).data, (proto).bytes, (proto).size) != 0)
973                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.brand);  in VerifyAndCopyDeviceIds()
979                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.device);  in VerifyAndCopyDeviceIds()
985                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.product);  in VerifyAndCopyDeviceIds()
991                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.serial);  in VerifyAndCopyDeviceIds()
997                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.imei);  in VerifyAndCopyDeviceIds()
1005                         entry.blob, ids.second_imei);  in VerifyAndCopyDeviceIds()
1020                         !validate_second_imei(entry.blob, imei_numeric);  in VerifyAndCopyDeviceIds()
1032                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.meid);  in VerifyAndCopyDeviceIds()
1037             found_mismatch |= PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob,  in VerifyAndCopyDeviceIds()
1044                     PROTO_BYTES_DOES_NOT_MATCH_BLOB(entry.blob, ids.model);  in VerifyAndCopyDeviceIds()