Expected test results
Contents
OP-TEE unit tests
# xtest
Run test suite with level=0
TEE test application started over default TEE instance
######################################################
#
# regression
#
######################################################
* regression_1001 Core self tests
- 1001 - skip test, pseudo TA not found
regression_1001 OK
* regression_1002 PTA parameters
- 1002 - skip test, pseudo TA not found
regression_1002 OK
(...output truncated...)
regression_8101 OK
regression_8102 OK
regression_8103 OK
+-----------------------------------------------------
26197 subtests of which 0 failed
104 test cases of which 0 failed
0 test cases were skipped
TEE test application done!
#
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
Trusted Services and Client application unit tests
Expected command output for the Trusted Services:
# ts-service-test -sg ItsServiceTests -sg PsaCryptoApiTests -sg CryptoServicePackedcTests -sg CryptoServiceProtobufTests -sg CryptoServiceLimitTests -v
TEST(ItsServiceTests, storeNewItem) - 3903 ms
TEST(CryptoServicePackedcTests, generateRandomNumbers) - 8063 ms
TEST(CryptoServicePackedcTests, asymEncryptDecryptWithSalt) - 46995 ms
TEST(CryptoServicePackedcTests, asymEncryptDecrypt) - 11187 ms
TEST(CryptoServicePackedcTests, signAndVerifyEat) - 36934 ms
TEST(CryptoServicePackedcTests, signAndVerifyMessage) - 37118 ms
TEST(CryptoServicePackedcTests, signAndVerifyHash) - 37121 ms
TEST(CryptoServicePackedcTests, exportAndImportKeyPair) - 5506 ms
TEST(CryptoServicePackedcTests, exportPublicKey) - 7416 ms
TEST(CryptoServicePackedcTests, purgeKey) - 4631 ms
TEST(CryptoServicePackedcTests, copyKey) - 12366 ms
TEST(CryptoServicePackedcTests, generatePersistentKeys) - 8316 ms
TEST(CryptoServicePackedcTests, generateVolatileKeys) - 7886 ms
TEST(CryptoServiceProtobufTests, generateRandomNumbers) - 5785 ms
TEST(CryptoServiceProtobufTests, asymEncryptDecryptWithSalt) - 59963 ms
TEST(CryptoServiceProtobufTests, asymEncryptDecrypt) - 15982 ms
TEST(CryptoServiceProtobufTests, signAndVerifyMessage) - 37117 ms
TEST(CryptoServiceProtobufTests, signAndVerifyHash) - 37177 ms
TEST(CryptoServiceProtobufTests, exportAndImportKeyPair) - 5562 ms
TEST(CryptoServiceProtobufTests, exportPublicKey) - 7467 ms
TEST(CryptoServiceProtobufTests, generatePersistentKeys) - 8378 ms
TEST(CryptoServiceProtobufTests, generateVolatileKeys) - 7896 ms
TEST(CryptoServiceLimitTests, volatileRsaKeyPairLimit) - 814715 ms
TEST(CryptoServiceLimitTests, volatileEccKeyPairLimit) - 197333 ms
OK (43 tests, 24 ran, 206 checks, 0 ignored, 19 filtered out, 1425193 ms)
#
Expected command output for the Client application:
# ts-demo
Demonstrates use of trusted services from an application
---------------------------------------------------------
A client requests a set of crypto operations performed by
the Crypto service. Key storage for persistent keys is
provided by the Secure Storage service via the ITS client.
Generating random bytes length: 1
Operation successful
Random bytes:
2B
Generating random bytes length: 7
Operation successful
Random bytes:
68 CF 0C 5D 87 C7 11
Generating random bytes length: 128
Operation successful
Random bytes:
BF C6 85 27 81 02 5F 83
60 97 E9 2C A6 30 8E F7
C6 81 44 CB 26 32 8D F5
62 BA 0F DE B8 2C 69 E2
DD C0 FF A0 04 E2 D0 C0
DC EA 11 CE DD 7E 33 87
62 07 89 02 00 68 FC 24
AD D2 E4 86 40 3F 6E 65
83 46 33 9A F8 84 14 3B
72 11 8D 63 59 6F 69 96
70 D2 83 8D 60 6D 9F A2
B3 54 F6 3E 5E B3 FE 07
C9 51 F1 6A F5 B0 0E AA
08 B3 AE F5 06 73 6C 8B
95 73 B2 FF 72 C6 CF 84
12 7A 7A 1F 07 F2 58 71
Generating ECC signing key
Operation successful
Signing message: "The quick brown fox" using key: 256
Operation successful
Signature bytes:
F9 F7 0E D0 4A B2 77 DF
67 40 F5 36 4D 92 38 A3
13 5B 04 A0 6C BD 84 40
03 E2 43 EE BF 6F C6 C4
5B 5D A4 21 D9 EB 17 86
B9 71 0D C9 84 0C FE 55
71 8E 5C F7 D4 7D EB 04
9B 5A 11 D7 46 96 BD A6
Verify signature using original message: "The quick brown fox"
Operation successful
Verify signature using modified message: "!he quick brown fox"
Successfully detected modified message
Signing message: "jumps over the lazy dog" using key: 256
Operation successful
Signature bytes:
45 40 14 E3 39 0C 3B 8A
5F 05 C8 0C E0 B6 A6 D2
8B 5E E3 76 49 DD F1 9E
50 A0 77 6F 1B FA FF C8
38 66 6A 2D 40 B1 79 9C
43 BE 59 F4 48 45 A2 0E
D0 17 3F 1F D3 D7 C0 84
65 AC 9B 8A FB 6E B6 B6
Verify signature using original message: "jumps over the lazy dog"
Operation successful
Verify signature using modified message: "!umps over the lazy dog"
Successfully detected modified message
Generating RSA encryption key
Operation successful
Encrypting message: "Top secret" using RSA key: 257
Operation successful
Encrypted message:
42 B6 53 D8 A3 03 BB 64
66 C0 31 A5 42 2C F8 F3
B8 E3 9C 58 42 7C 2C E0
19 43 F6 02 EB 60 6A DC
Decrypting message using RSA key: 257
Operation successful
Decrypted message: "Top secret"
Exporting public key: 256
Operation successful
Public key bytes:
04 D0 9A AF 76 18 9B 3B
08 38 65 BA 5F 81 B0 85
6A 39 42 19 5F 0D 17 86
CD 7E 2A E6 A4 CC A2 E4
B3 78 89 76 F6 CA 02 12
CB 07 2B AB CF 03 59 B3
34 8D 5D 0F 31 53 E0 68
9D 25 E2 AF 2E 0C 2C BE
51
Destroying signing key: 256
Operation successful
Destroying encryption key: 257
Operation successful
#
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
Trusty unit tests
console:/ # tipc-test -t ta2ta-ipc
ta2ta_ipc_test:
ipc-unittest-main: 2556: first_free_handle_index: 3
ipc-unittest-main: 2540: retry ret 0, event handle 1000, event 0x1
ipc-unittest-main: 2543: nested ret -13, event handle 1000, event 0x1
[ RUN ] ipc.wait_negative
[ OK ] ipc.wait_negative
[ RUN ] ipc.close_handle_negative
[ OK ] ipc.close_handle_negative
[ RUN ] ipc.set_cookie_negative
[ OK ] ipc.set_cookie_negative
[ RUN ] ipc.port_create_negative
[ OK ] ipc.port_create_negative
[ RUN ] ipc.port_create
[ OK ] ipc.port_create
[ RUN ] ipc.connect_negative
[ OK ] ipc.connect_negative
[ RUN ] ipc.connect_close
[ OK ] ipc.connect_close
[ RUN ] ipc.connect_access
[ OK ] ipc.connect_access
[ RUN ] ipc.accept_negative
[ OK ] ipc.accept_negative
[ DISABLED ] ipc.DISABLED_accept
[ RUN ] ipc.get_msg_negative
[ OK ] ipc.get_msg_negative
[ RUN ] ipc.put_msg_negative
[ OK ] ipc.put_msg_negative
[ RUN ] ipc.send_msg
[ OK ] ipc.send_msg
[ RUN ] ipc.send_msg_negative
[ OK ] ipc.send_msg_negative
[ RUN ] ipc.read_msg_negative
[ OK ] ipc.read_msg_negative
[ RUN ] ipc.end_to_end_msg
[ OK ] ipc.end_to_end_msg
[ RUN ] ipc.hset_create
[ OK ] ipc.hset_create
[ RUN ] ipc.hset_add_mod_del
[ OK ] ipc.hset_add_mod_del
[ RUN ] ipc.hset_add_self
[ OK ] ipc.hset_add_self
[ RUN ] ipc.hset_add_loop
[ OK ] ipc.hset_add_loop
[ RUN ] ipc.hset_add_duplicate
[ OK ] ipc.hset_add_duplicate
[ RUN ] ipc.hset_wait_on_empty_set
[ OK ] ipc.hset_wait_on_empty_set
[ DISABLED ] ipc.DISABLED_hset_add_chan
[ RUN ] ipc.send_handle_negative
[ OK ] ipc.send_handle_negative
[ RUN ] ipc.recv_handle
[ OK ] ipc.recv_handle
[ RUN ] ipc.recv_handle_negative
[ OK ] ipc.recv_handle_negative
[ RUN ] ipc.echo_handle_bulk
[ OK ] ipc.echo_handle_bulk
[ RUN ] ipc.tipc_connect
[ OK ] ipc.tipc_connect
[ RUN ] ipc.tipc_send_recv_1
[ OK ] ipc.tipc_send_recv_1
[ RUN ] ipc.tipc_send_recv_hdr_payload
[ OK ] ipc.tipc_send_recv_hdr_payload
[==========] 28 tests ran.
[ PASSED ] 28 tests.
[ DISABLED ] 2 tests.
console:/ #
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
Microdroid Demo unit tests
INFO: ADB connecting to 127.0.0.1:5555
INFO: ADB connected to 127.0.0.1:5555
INFO: Checking ro.product.name
INFO: ro.product.name matches tc_fvp
INFO: Checking path of com.android.microdroid.tc
INFO: APK Installed path is: /system/app/TCMicrodroidDemoApp/TCMicrodroidDemoApp.apk
Created VM from "/system/app/TCMicrodroidDemoApp/TCMicrodroidDemoApp.apk"!"assets/vm_config.json" with CID 10, state is NOT_STARTED.
Started VM, state now STARTING.
U-Boot 2022.01-15068-g240b124907 (Apr 14 2022 - 14:14:27 +0000)
DRAM: 256 MiB
## Android Verified Boot 2.0 version 1.1.0
read_is_device_unlocked not supported yet
read_rollback_index not supported yet
read_rollback_index not supported yet
read_rollback_index not supported yet
read_is_device_unlocked not supported yet
Verification passed successfully
Imported supplementary environment
Could not find "misc" partition
## Android Verified Boot 2.0 version 1.1.0
read_is_device_unlocked not supported yet
read_rollback_index not supported yet
read_is_device_unlocked not supported yet
Verification passed successfully
## Android Verified Boot 2.0 version 1.1.0
read_is_device_unlocked not supported yet
read_rollback_index not supported yet
read_rollback_index not supported yet
read_rollback_index not supported yet
read_is_device_unlocked not supported yet
Verification passed successfully
ANDROID: Loading vendor ramdisk from "vendor_boot_a", partition 3.
Booting kernel at 0x80200000 with fdt at 80000000 ramdisk 0x84200000:0x00195c30...
## Flattened Device Tree blob at 80000000
Booting using the fdt blob at 0x80000000
Loading Ramdisk to 8eadb000, end 8ec70c30 ... OK
Loading Device Tree to 000000008ead7000, end 000000008eadab80 ... OK
Starting kernel ...
[ 0.136679][ T1] virtio_blk virtio3: [vda] 192768 512-byte logical blocks (98.7 MB/94.1 MiB)
[ 0.136743][ T1] vda: detected capacity change from 0 to 98697216
[ 0.153152][ T1] GPT:Primary header thinks Alt. header is not at the end of the disk.
[ 0.153207][ T1] GPT:192712 != 192767
[ 0.153244][ T1] GPT:Alternate GPT header not at the end of the disk.
[ 0.153312][ T1] GPT:192712 != 192767
[ 0.153348][ T1] GPT: Use GNU Parted to correct GPT errors.
[ 0.153393][ T1] vda: vda1 vda2 vda3 vda4 vda5
[ 0.156140][ T1] virtio_blk virtio4: [vdb] 20992 512-byte logical blocks (10.7 MB/10.3 MiB)
[ 0.156265][ T1] vdb: detected capacity change from 0 to 10747904
[ 0.197172][ T1] GPT:Primary header thinks Alt. header is not at the end of the disk.
[ 0.197566][ T1] GPT:20968 != 20991
[ 0.197817][ T1] GPT:Alternate GPT header not at the end of the disk.
[ 0.198281][ T1] GPT:20968 != 20991
[ 0.198585][ T1] GPT: Use GNU Parted to correct GPT errors.
[ 0.198969][ T1] vdb: vdb1 vdb2 vdb3 vdb4
[ 0.201812][ T1] virtio_blk virtio5: [vdc] 3968 512-byte logical blocks (2.03 MB/1.94 MiB)
[ 0.202210][ T1] vdc: detected capacity change from 0 to 2031616
[ 0.226878][ T1] GPT:Primary header thinks Alt. header is not at the end of the disk.
[ 0.227043][ T1] GPT:3872 != 3967
[ 0.227141][ T1] GPT:Alternate GPT header not at the end of the disk.
[ 0.227301][ T1] GPT:3872 != 3967
[ 0.227399][ T1] GPT: Use GNU Parted to correct GPT errors.
[ 0.227544][ T1] vdc: vdc1 vdc2 vdc3 vdc4
[ 0.242286][ T1] device-mapper: verity: sha1 using implementation "sha1-generic"
[ 0.250605][ T1] EXT4-fs (dm-2): mounted filesystem with ordered data mode. Opts: errors=panic
[ 0.252168][ T1] device-mapper: verity: sha1 using implementation "sha1-generic"
[ 0.254868][ T1] EXT4-fs (dm-3): mounted filesystem without journal. Opts: errors=panic
[ 0.350347][ T1] SELinux: Permission nlmsg_getneigh in class netlink_route_socket not defined in policy.
[ 0.350480][ T1] SELinux: Permission bpf in class capability2 not defined in policy.
[ 0.350556][ T1] SELinux: Permission checkpoint_restore in class capability2 not defined in policy.
[ 0.350652][ T1] SELinux: Permission bpf in class cap2_userns not defined in policy.
[ 0.350765][ T1] SELinux: Permission checkpoint_restore in class cap2_userns not defined in policy.
[ 0.350898][ T1] SELinux: the above unknown classes and permissions will be denied
[ 0.353749][ T1] SELinux: policy capability network_peer_controls=1
[ 0.353824][ T1] SELinux: policy capability open_perms=1
[ 0.353878][ T1] SELinux: policy capability extended_socket_class=1
[ 0.353974][ T1] SELinux: policy capability always_check_network=0
[ 0.354040][ T1] SELinux: policy capability cgroup_seclabel=0
[ 0.354113][ T1] SELinux: policy capability nnp_nosuid_transition=1
[ 0.354210][ T1] SELinux: policy capability genfs_seclabel_symlinks=0
[ 0.500954][ T21] audit: type=1403 audit(1682216952.892:2): auid=4294967295 ses=4294967295 lsm=selinux res=1
[ 0.507132][ T21] audit: type=1404 audit(1682216952.896:3): enforcing=1 old_enforcing=0 auid=4294967295 ses=4294967295 enabled=1 old-enabled=1 lsm=selinux res=1
[ 0.705758][ T128] binder: 128:128 transaction failed 29189/-22, size 0-0 line 2758
[ 0.705896][ T129] binder: 129:129 transaction failed 29189/-22, size 0-0 line 2758
[ 0.730365][ T131] device-mapper: verity: sha256 using implementation "sha256-ce"
[ 0.770587][ C0] blk_update_request: I/O error, dev vdc, sector 0 op 0x1:(WRITE) flags 0x800 phys_seg 0 prio class 0
[ 0.773769][ T137] device-mapper: verity: sha256 using implementation "sha256-ce"
[ 0.795051][ T137] EXT4-fs (dm-5): mounted filesystem without journal. Opts: (null)
[ 0.800970][ T137] EXT4-fs (loop2): mounted filesystem without journal. Opts: (null)
libc: Access denied finding property "persist.arm64.memtag.default"
libc: Access denied finding property "libc.debug.gwp_asan.sample_rate.microdroid_launcher"
libc: Access denied finding property "libc.debug.gwp_asan.sample_rate.system_default"
libc: Access denied finding property "libc.debug.gwp_asan.process_sampling.microdroid_launcher"
libc: Access denied finding property "libc.debug.gwp_asan.process_sampling.system_default"
libc: Access denied finding property "libc.debug.gwp_asan.max_allocs.microdroid_launcher"
libc: Access denied finding property "libc.debug.gwp_asan.max_allocs.system_default"
libc: Access denied finding property "heapprofd.enable"
libc: Access denied finding property "ro.arch"
libc: Access denied finding property "ro.arch"
libc: Access denied finding property "ro.arch"
[ 1.826111][ T21] audit: type=1400 audit(1682216954.216:4): avc: denied { getattr } for pid=152 comm="microdroid_laun" path="socket:[11462]" dev="sockfs" ino=11462 scontext=u:r:microdroid_app:s0 tcontext=u:r:microdroid_manager:s0 tclass=vsock_socket permissive=0
Hello Microdroid!
payload finished with exit code 0
[ 1.829062][ T18] binder: undelivered transaction 38, process died.
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
Kernel selftest unit tests
# ./run_kselftest.sh --summary
[ 407.778719][ T234] kselftest: Running tests in arm64
TAP version 13
1..10
# selftests: arm64: check_gcr_el1_cswitch
ok 1 selftests: arm64: check_gcr_el1_cswitch
# selftests: arm64: check_ksm_options
not ok 2 selftests: arm64: check_ksm_options # exit=1
# selftests: arm64: check_tags_inclusion
ok 3 selftests: arm64: check_tags_inclusion
# selftests: arm64: check_user_mem
ok 4 selftests: arm64: check_user_mem
# selftests: arm64: check_mmap_options
ok 5 selftests: arm64: check_mmap_options
# selftests: arm64: check_child_memory
ok 6 selftests: arm64: check_child_memory
# selftests: arm64: check_buffer_fill
ok 7 selftests: arm64: check_buffer_fill
# selftests: arm64: btitest
ok 8 selftests: arm64: btitest
# selftests: arm64: nobtitest
ok 9 selftests: arm64: nobtitest
# selftests: arm64: pac
ok 10 selftests: arm64: pac
#
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
MPAM unit tests
# testing_mpam.sh
Testing the number of partitions supported. It should be 0-63
Pass
Partition 0 is the default partition to which all tasks will be assigned. Checking if task 5 is assigned to partition 0
Pass
Testing the number of bits required to set the cache portion bitmap. It should be 8
Pass
Testing the default cpbm configured in the DSU for all the partitions. It should be 0-7 for all the partitions
[ 305.081818][ T236] MPAM_arch: PART_SEL: 0x0
Pass
Setting the cpbm 4-5 (00110000) in DSU for partition 45 and reading it back
[ 305.081969][ T233] MPAM_arch: PART_SEL: 0x2d
[ 305.081974][ T233] MPAM_arch: CPBM: 0x30 @ffff80000a803000
[ 305.082588][ T237] MPAM_arch: PART_SEL: 0x2d
Pass
#
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
MPMM unit tests
# test_mpmm.sh fvp
This is a test script to check the MPMM functionality
This is based on the PCT configured in the SCP which can be found at
product/tc2/scp_ramfw/config_mpmm.c
Testing MPMM in FVP
Testing the MPMM of A520 cores
******************************
According to the PCT, the max frequency should be 1840000
Current set frequency of the cpu0 is 1537000
PASS
Starting a vector intensive workload on cpu0
According to the PCT, the max frequency should be 1537000
Current set frequency of the cpu0 is 1537000
PASS
Starting a vector intensive workload on cpu1
According to the PCT, the max frequency should be 1537000
Current set frequency of the cpu0 is 1537000
PASS
Starting a vector intensive workload on cpu2
According to the PCT, the max frequency should be 1153000
Current set frequency of the cpu0 is 1153000
PASS
Starting a vector intensive workload on cpu3
According to the PCT, the max frequency should be 1153000
Current set frequency of the cpu0 is 1153000
PASS
Testing the MPMM of A720 cores
******************************
According to the PCT, the max frequency should be 2271000
Current set frequency of the cpu4 is 1893000
PASS
Starting a vector intensive workload on cpu4
According to the PCT, the max frequency should be 1893000
Current set frequency of the cpu4 is 1893000
PASS
Starting a vector intensive workload on cpu5
According to the PCT, the max frequency should be 1893000
Current set frequency of the cpu4 is 1893000
PASS
Starting a vector intensive workload on cpu6
According to the PCT, the max frequency should be 1893000
Current set frequency of the cpu4 is 1893000
PASS
Testing the MPMM of X4 cores
******************************
According to the PCT, the max frequency should be 3047000
Current set frequency of the cpu7 is 1088000
PASS
Starting a vector intensive workload on cpu7
According to the PCT, the max frequency should be 2612000
Current set frequency of the cpu7 is 2612000
PASS
#
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
BTI unit tests
console:/data/nativetest64/bti-unit-tests # ./bti-unit-tests
[==========] Running 17 tests from 7 test suites.
[----------] Global test environment set-up.
[----------] 3 tests from BR_Test
[ RUN ] BR_Test.GuardedMemoryWithX16OrX17
[ OK ] BR_Test.GuardedMemoryWithX16OrX17 (181 ms)
[ RUN ] BR_Test.NonGuardedMemoryAnyRegister
[ OK ] BR_Test.NonGuardedMemoryAnyRegister (0 ms)
[ RUN ] BR_Test.GuardedMemoryOtherRegisters
[ OK ] BR_Test.GuardedMemoryOtherRegisters (122 ms)
[----------] 3 tests from BR_Test (304 ms total)
[----------] 3 tests from BRAA_Test
[ RUN ] BRAA_Test.GuardedMemoryWithX16OrX17
[ OK ] BRAA_Test.GuardedMemoryWithX16OrX17 (344 ms)
[ RUN ] BRAA_Test.NonGuardedMemoryAnyRegister
[ OK ] BRAA_Test.NonGuardedMemoryAnyRegister (0 ms)
[ RUN ] BRAA_Test.GuardedMemoryOtherRegisters
[ OK ] BRAA_Test.GuardedMemoryOtherRegisters (233 ms)
[----------] 3 tests from BRAA_Test (578 ms total)
[----------] 3 tests from BRAB_Test
[ RUN ] BRAB_Test.GuardedMemoryWithX16OrX17
[ OK ] BRAB_Test.GuardedMemoryWithX16OrX17 (310 ms)
[ RUN ] BRAB_Test.NonGuardedMemoryAnyRegister
[ OK ] BRAB_Test.NonGuardedMemoryAnyRegister (0 ms)
[ RUN ] BRAB_Test.GuardedMemoryOtherRegisters
[ OK ] BRAB_Test.GuardedMemoryOtherRegisters (297 ms)
[----------] 3 tests from BRAB_Test (608 ms total)
[----------] 2 tests from BLR_Test
[ RUN ] BLR_Test.GuardedMemoryAnyRegister
[ OK ] BLR_Test.GuardedMemoryAnyRegister (332 ms)
[ RUN ] BLR_Test.NonGuardedMemoryAnyRegister
[ OK ] BLR_Test.NonGuardedMemoryAnyRegister (0 ms)
[----------] 2 tests from BLR_Test (333 ms total)
[----------] 2 tests from BLRAA_Test
[ RUN ] BLRAA_Test.GuardedMemoryAnyRegister
[ OK ] BLRAA_Test.GuardedMemoryAnyRegister (745 ms)
[ RUN ] BLRAA_Test.NonGuardedMemoryAnyRegister
[ OK ] BLRAA_Test.NonGuardedMemoryAnyRegister (0 ms)
[----------] 2 tests from BLRAA_Test (745 ms total)
[----------] 2 tests from BLRAB_Test
[ RUN ] BLRAB_Test.GuardedMemoryAnyRegister
[ OK ] BLRAB_Test.GuardedMemoryAnyRegister (748 ms)
[ RUN ] BLRAB_Test.NonGuardedMemoryAnyRegister
[ OK ] BLRAB_Test.NonGuardedMemoryAnyRegister (0 ms)
[----------] 2 tests from BLRAB_Test (748 ms total)
[----------] 2 tests from BTI_LinkerTest
[ RUN ] BTI_LinkerTest.CallBasicFunction
[ OK ] BTI_LinkerTest.CallBasicFunction (0 ms)
[ RUN ] BTI_LinkerTest.BypassLandingPad
[ OK ] BTI_LinkerTest.BypassLandingPad (35 ms)
[----------] 2 tests from BTI_LinkerTest (35 ms total)
[----------] Global test environment tear-down
[==========] 17 tests from 7 test suites ran. (3354 ms total)
[ PASSED ] 17 tests.
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
MTE unit tests
console:/data/nativetest64/mte-unit-tests # ./mte-unit-tests
[==========] Running 12 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 12 tests from MTETest
[ RUN ] MTETest.CreateRandomTag
[ OK ] MTETest.CreateRandomTag (0 ms)
[ RUN ] MTETest.IncrementTag
[ OK ] MTETest.IncrementTag (0 ms)
[ RUN ] MTETest.ExcludedTags
[ OK ] MTETest.ExcludedTags (0 ms)
[ RUN ] MTETest.PointerSubtraction
[ OK ] MTETest.PointerSubtraction (0 ms)
[ RUN ] MTETest.TagStoreAndLoad
[ OK ] MTETest.TagStoreAndLoad (0 ms)
[ RUN ] MTETest.DCGZVA
[ OK ] MTETest.DCGZVA (0 ms)
[ RUN ] MTETest.DCGVA
[ OK ] MTETest.DCGVA (0 ms)
[ RUN ] MTETest.Segfault
[ OK ] MTETest.Segfault (41 ms)
[ RUN ] MTETest.UseAfterFree
[ OK ] MTETest.UseAfterFree (0 ms)
[ RUN ] MTETest.CopyOnWrite
[ OK ] MTETest.CopyOnWrite (0 ms)
[ RUN ] MTETest.mmapTempfile
[ OK ] MTETest.mmapTempfile (5 ms)
[ RUN ] MTETest.MTEIsEnabled
[ OK ] MTETest.MTEIsEnabled (0 ms)
[----------] 12 tests from MTETest (48 ms total)
[----------] Global test environment tear-down
[==========] 12 tests from 1 test suite ran. (48 ms total)
[ PASSED ] 12 tests.
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
PAUTH unit tests
console:/data/nativetest64/pauth-unit-tests $ ./pauth-unit-tests
PAC is enabled by the kernel: 1
PAC2 is implemented by the hardware: 1
FPAC is implemented by the hardware: 1
[==========] Running 18 tests from 3 test suites.
[----------] Global test environment set-up.
[----------] 2 tests from PAuthDeathTest
[ RUN ] PAuthDeathTest.SignFailure
[ OK ] PAuthDeathTest.SignFailure (113 ms)
[ RUN ] PAuthDeathTest.AuthFailure
[ OK ] PAuthDeathTest.AuthFailure (137 ms)
[----------] 2 tests from PAuthDeathTest (250 ms total)
[----------] 13 tests from PAuthTest
[ RUN ] PAuthTest.Signing
[ OK ] PAuthTest.Signing (0 ms)
[ RUN ] PAuthTest.Authentication
[ OK ] PAuthTest.Authentication (146 ms)
[ RUN ] PAuthTest.Stripping
vendor/arm/examples/pauth/pauth_unit_tests/pauth_unit_tests.cpp:279: Skipped
[ SKIPPED ] PAuthTest.Stripping (0 ms)
[ RUN ] PAuthTest.Roundtrip
[ OK ] PAuthTest.Roundtrip (0 ms)
[ RUN ] PAuthTest.StrippingWithBuiltinReturnAddress
[ OK ] PAuthTest.StrippingWithBuiltinReturnAddress (0 ms)
[ RUN ] PAuthTest.ExtractPAC
[ OK ] PAuthTest.ExtractPAC (0 ms)
[ RUN ] PAuthTest.PACMask
[ OK ] PAuthTest.PACMask (0 ms)
[ RUN ] PAuthTest.KeyChange
[ OK ] PAuthTest.KeyChange (1 ms)
[ RUN ] PAuthTest.GenericAuthentication
[ OK ] PAuthTest.GenericAuthentication (0 ms)
[ RUN ] PAuthTest.Unwind
[ OK ] PAuthTest.Unwind (8 ms)
[ RUN ] PAuthTest.CheckReturnAddressSigned
[ OK ] PAuthTest.CheckReturnAddressSigned (0 ms)
[ RUN ] PAuthTest.AuthenticateThenReturn
[ OK ] PAuthTest.AuthenticateThenReturn (93 ms)
[ RUN ] PAuthTest.CheckHWCAP
[ OK ] PAuthTest.CheckHWCAP (0 ms)
[----------] 13 tests from PAuthTest (251 ms total)
[----------] 3 tests from PAuthTestData
[ RUN ] PAuthTestData.Signing
[ OK ] PAuthTestData.Signing (0 ms)
[ RUN ] PAuthTestData.Authentication
[ OK ] PAuthTestData.Authentication (92 ms)
[ RUN ] PAuthTestData.Roundtrip
[ OK ] PAuthTestData.Roundtrip (0 ms)
[----------] 3 tests from PAuthTestData (92 ms total)
[----------] Global test environment tear-down
[==========] 18 tests from 3 test suites ran. (594 ms total)
[ PASSED ] 17 tests.
[ SKIPPED ] 1 test, listed below:
[ SKIPPED ] PAuthTest.Stripping
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
EAS with Lisa unit tests
The following expressions will be executed:
EnergyModelWakeMigration:test_dmesg
EnergyModelWakeMigration:test_slack
EnergyModelWakeMigration:test_task_placement
OneSmallTask:test_dmesg
OneSmallTask:test_slack
OneSmallTask:test_task_placement
RampDown:test_dmesg
RampDown:test_slack
RampDown:test_task_placement
RampUp:test_dmesg
RampUp:test_slack
RampUp:test_task_placement
ThreeSmallTasks:test_dmesg
ThreeSmallTasks:test_slack
ThreeSmallTasks:test_task_placement
TwoBigTasks:test_dmesg
TwoBigTasks:test_slack
TwoBigTasks:test_task_placement
TwoBigThreeSmall:test_dmesg
TwoBigThreeSmall:test_slack
TwoBigThreeSmall:test_task_placement
Used trace events:
- sched_switch
- sched_wakeup
- sched_wakeup_new
- task_rename
- userspace@rtapp_loop
- userspace@rtapp_stats
(...output truncated...)
[2023-09-05 10:57:24,399][EXEKALL] INFO Result summary:
EnergyModelWakeMigration[board=tc]:test_dmesg UUID=40d036f38fd64fbbbffbea7d2e9ddbc6 PASSED: dmesg output:
EnergyModelWakeMigration[board=tc]:test_slack UUID=0843b7d55cc5498094b2dd7856adddab PASSED: emwm_0-0 delayed activations: 2.7944111776447107 %
EnergyModelWakeMigration[board=tc]:test_task_placement UUID=b88941b8bc1c44b19722dc7d3ef087ba PASSED
energy threshold: 7737.468929123666 bogo-joules
estimated energy: 7146.545812339864 bogo-joules
noisiest task:
comm: kworker/5:1
duration (abs): 0.0006058100001951061 s
duration (rel): 0.007507425508119742 %
pid: 69
OneSmallTask[board=tc]:test_dmesg UUID=1429aa06cf5242ef8fb9fd3929b85361 PASSED: dmesg output:
OneSmallTask[board=tc]:test_slack UUID=cf55513dad2d4bc4bfd4da4385edc1b3 PASSED: small-0 delayed activations: 0.0 %
OneSmallTask[board=tc]:test_task_placement UUID=398f2a58624841c2beeda8feb7a68844 PASSED
energy threshold: 60.32967281693774 bogo-joules
estimated energy: 57.456831254226415 bogo-joules
noisiest task:
comm: init
duration (abs): 0.0001531899999918096 s
duration (rel): 0.015442352118088516 %
pid: 1
RampDown[board=tc]:test_dmesg UUID=f4a8f3054eb34bdeaff8545408d87817 PASSED: dmesg output:
RampDown[board=tc]:test_slack UUID=049088a94b1a401d9a9faf572dbb969e PASSED: down-0 delayed activations: 0.2145922746781116 %
RampDown[board=tc]:test_task_placement UUID=44b916a863e74f1aa8fe8322d958e2cd PASSED
energy threshold: 5075.609124026213 bogo-joules
estimated energy: 4499.802859646464 bogo-joules
noisiest task:
comm: kworker/5:1
duration (abs): 0.0005715100001566498 s
duration (rel): 0.007681529072919605 %
pid: 69
RampUp[board=tc]:test_dmesg UUID=df45eca48be84805ac07162e0313b614 PASSED: dmesg output:
RampUp[board=tc]:test_slack UUID=c59e63e892c2436d93f09db4a9b690e0 PASSED: up-0 delayed activations: 0.0 %
RampUp[board=tc]:test_task_placement UUID=88fe93bcbc004665b92678564355e4c9 PASSED
energy threshold: 4511.9916490978 bogo-joules
estimated energy: 3825.2514695943355 bogo-joules
noisiest task:
comm: kworker/5:1
duration (abs): 0.0005233000001680921 s
duration (rel): 0.00703361144586148 %
pid: 69
ThreeSmallTasks[board=tc]:test_dmesg UUID=6da8a02fbce14536a5497368576f41a1 PASSED: dmesg output:
ThreeSmallTasks[board=tc]:test_slack UUID=80d93c17789d44a79734f1caefea1571 PASSED
small_0-0 delayed activations: 0.0 %
small_1-1 delayed activations: 0.0 %
small_2-2 delayed activations: 0.0 %
ThreeSmallTasks[board=tc]:test_task_placement UUID=cd4d878f560d4bfcb47aeea155aa9680 PASSED
energy threshold: 206.84414838330824 bogo-joules
estimated energy: 172.37012365275686 bogo-joules
noisiest task:
comm: init
duration (abs): 0.00015036999991480116 s
duration (rel): 0.015158063503586424 %
pid: 1
TwoBigTasks[board=tc]:test_dmesg UUID=c4048cd03dfa40c4ace83722b6add40f PASSED: dmesg output:
TwoBigTasks[board=tc]:test_slack UUID=03d5041fb8fb4e0ea4ca3b9ddbf33be8 SKIPPED: skipped-reason: The workload will result in overutilized status for all possible task placement, making it unsuitable to test EAS on this platform
TwoBigTasks[board=tc]:test_task_placement UUID=3fc72b13185c4d149a4f8057e9c9c138 SKIPPED: skipped-reason: The workload will result in overutilized status for all possible task placement, making it unsuitable to test EAS on this platform
TwoBigThreeSmall[board=tc]:test_dmesg UUID=bdaf2fba329b474a8377631cac3aa4d0 PASSED: dmesg output:
TwoBigThreeSmall[board=tc]:test_slack UUID=6c5fbb8dae80474aa89ed1edee65734c SKIPPED: skipped-reason: The workload will result in overutilized status for all possible task placement, making it unsuitable to test EAS on this platform
TwoBigThreeSmall[board=tc]:test_task_placement UUID=14a242efc9184c3aaf46d41c0192b42f SKIPPED: skipped-reason: The workload will result in overutilized status for all possible task placement, making it unsuitable to test EAS on this platform
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
CPU hardware capabilities
# test_feats_arch.sh
Testing FEAT_AFP HW CAP
Pass
Testing FEAT_ECV HW CAP
Pass
Testing FEAT_WFXT HW CAP
Pass
#
Note
To obtain more information on how to run this sanity test, please refer to the Total Compute Platform User Guide - Running sanity tests document section.
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