root@fd091ded08b7:/mnt/optee/latest# xtest
Run test suite with level=0

TEE test application started over default TEE instance
######################################################
#
# regression+pkcs11+regression_nxp
#
######################################################
 
* regression_1001 Core self tests
  regression_1001 OK
 
* regression_1002 PTA parameters
  regression_1002 OK
 
* regression_1003 Core internal read/write mutex
    Number of parallel threads: 6 (2 writers and 4 readers)
    Max read concurrency: 2
    Max read waiters: 1
    Mean read concurrency: 1.4
    Mean read waiting: 1
  regression_1003 OK
 
* regression_1004 Test User Crypt TA
o regression_1004.1 AES encrypt
  regression_1004.1 OK
o regression_1004.2 AES decrypt
  regression_1004.2 OK
o regression_1004.3 SHA-256 test, 3 bytes input
  regression_1004.3 OK
o regression_1004.4 AES-256 ECB encrypt (32B, fixed key)
  regression_1004.4 OK
o regression_1004.5 AES-256 ECB decrypt (32B, fixed key)
  regression_1004.5 OK
  regression_1004 OK
 
* regression_1005 Many sessions
ta_entry_basic: enter  regression_1005 OK
 
* regre
ssion_1006 Test Basic OS featureGetting properties for current TAs

Getting properties for current client
Getting properties for implementation
system time 205.179
REE time 1707875014.781
E/TA:  test_time:577 TA time not stored
TA time 0.000
TA time 1.026
  regression_1006 OK
 
* regression_1007 Test Panic
ta_entry_panic: enter
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xbeef
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x8005f000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  7: va 0x80072000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  8: va 0x8019b000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x801aa000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8005f000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x8019b000
E/LD:  Call stack:
E/LD:   0x800614fc
E/LD:   0x800646c4
E/LD:   0x80062668
  regression_1007 OK
 
* regression_1008 TEE internal client API
o regression_1008.1 Invoke command
ta_entry_client: enter
  regression_1008.1 OK
o regression_1008.2 Invoke command with timeout
ta_entry_wait: waiting 2000
  regression_1008.2 OK
o regression_1008.3 Create session fail
n = 0
E/TC:? 0 tee_ta_open_session:768 Failed. Return error 0xffff0000
  regression_1008.3 OK
o regression_1008.4 Load corrupt TA
  regression_1008.4 OK
  regression_1008 OK
 
* regression_1009 TEE Wait
o regression_1009.1 TEE Wait 0.1s
ta_entry_wait: waiting 100
  regression_1009.1 OK
o regression_1009.2 TEE Wait 0.5s
ta_entry_wait: waiting 500
  regression_1009.2 OK
o regression_1009.3 TEE Wait 2s cancel
ta_entry_wait: waiting 2000
  regression_1009.3 OK
o regression_1009.4 TEE Wait 2s
ta_entry_wait: waiting 2000
  regression_1009.4 OK
  regression_1009 OK
 
* regression_1010 Invalid memory access
o regression_1010.1 Invalid memory access 1
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0x0 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce060   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #3          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080081398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080172c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800911d8 x17 00000000801ec320
E/TC:? 0  x18 0000000000000000 x19 0000000080091000
E/TC:? 0  x20 0000000080091000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800836c8 elr 00000000800809ac
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x8007e000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  7: va 0x80091000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  8: va 0x801e6000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x801f5000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8007e000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x801e6000
E/LD:  Call stack:
E/LD:   0x800809ac
E/LD:   0x800836c4
E/LD:   0x80081668
  regression_1010.1 OK
o regression_1010.2 Invalid memory access 2
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0xc00186c8 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce060   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #3          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000040000000
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008006f398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080160c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008007f1d8 x17 00000000801d3320
E/TC:? 0  x18 0000000000000000 x19 000000008007f000
E/TC:? 0  x20 000000008007f000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800716c8 elr 000000008006e9f4
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x8006c000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  7: va 0x8007f000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  8: va 0x801cd000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x801dc000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8006c000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x801cd000
E/LD:  Call stack:
E/LD:   0x8006e9f4
E/LD:   0x800716c4
E/LD:   0x8006f668
  regression_1010.2 OK
o regression_1010.3 Invalid memory access 3
E/TC:? 0 
E/TC:? 0 User mode prefetch-abort at address 0x0 (translation fault)
E/TC:? 0  esr 0x82000005  ttbr0 0x20000560ce060   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #3          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080079398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008016ac60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800891d8 x17 0000000080067320
E/TC:? 0  x18 0000000000000000 x19 0000000080089000
E/TC:? 0  x20 0000000080089000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 0000000080078934 elr 0000000000000000
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80061000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  7: va 0x80070000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:  region  8: va 0x80076000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  9: va 0x80089000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80076000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80061000
E/LD:  Call stack:
E/LD:   0x00000000
E/LD:   0x8007b6c4
E/LD:   0x80079668
  regression_1010.3 OK
o regression_1010.4 Invalid memory access 4
E/TC:? 0 
E/TC:? 0 User mode prefetch-abort at address 0xc00186c8 (translation fault)
E/TC:? 0  esr 0x82000005  ttbr0 0x20000560ce060   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #3          cpsr 0x60000100
E/TC:? 0  x0  0000000040000000 x1  0000000080018728
E/TC:? 0  x2  00000000c00186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080064398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080155c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800741d8 x17 000000008002d320
E/TC:? 0  x18 0000000000000000 x19 0000000080074000
E/TC:? 0  x20 0000000080074000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800639e4 elr 00000000c00186c8
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80027000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  7: va 0x80036000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:  region  8: va 0x80061000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  9: va 0x80074000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80061000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80027000
E/LD:  Call stack:
E/LD:   0xc00186c8
E/LD:   0x800666c4
E/LD:   0x80064668
  regression_1010.4 OK
o regression_1010.5 Invalid memory access 5
E/TC:? 0 
E/TC:? 0 User mode undef-abort at address 0x8003c994
E/TC:? 0  esr 0x02000000  ttbr0 0x20000560ce060   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #3          cpsr 0x60000100
E/TC:? 0  x0  0000000000000005 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008003d398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008012ec60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008004d1d8 x17 00000000801b4320
E/TC:? 0  x18 0000000000000000 x19 000000008004d000
E/TC:? 0  x20 000000008004d000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 000000008003f6c8 elr 000000008003c994
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x8003a000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  7: va 0x8004d000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  8: va 0x801ae000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x801bd000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8003a000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x801ae000
E/LD:  Call stack:
E/LD:   0x8003c994
E/LD:   0x8003f6c4
E/LD:   0x8003d668
  regression_1010.5 OK
o regression_1010.6 Invalid memory access 6
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0x1 (translation fault)
E/TC:? 0  esr 0x92000005  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000001 x1  0000000000000000
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008004f398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080140c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008005f248 x17 000000008016b020
E/TC:? 0  x18 0000000000000000 x19 000000008005f000
E/TC:? 0  x20 000000008005f000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 000000008004e9c0 elr 000000008004e9c4
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x8004c000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  7: va 0x8005f000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  8: va 0x80166000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x80175000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8004c000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80166000
E/LD:  Call stack:
E/LD:   0x8004e9c4
E/LD:   0x800516c4
E/LD:   0x8004f668
  regression_1010.6 OK
o regression_1010.7 Invalid memory access 7
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0x1 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000000000001
E/TC:? 0  x2  00000000801116c8 x3  0000000080111728
E/TC:? 0  x4  000000008001a398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008010bc60
E/TC:? 0  x8  0000000000000040 x9  0000000000000001
E/TC:? 0  x10 0000000000000001 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080111780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008002a248 x17 000000008015c020
E/TC:? 0  x18 0000000000000000 x19 000000008002a000
E/TC:? 0  x20 000000008002a000 x21 000000000000000a
E/TC:? 0  x22 0000000080111728 x23 0000000080111780
E/TC:? 0  x24 0000000000000001 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000801116a0
E/TC:? 0  x30 0000000080019978 elr 0000000080019984
E/TC:? 0  sp_el0 00000000801116a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80017000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  6: va 0x8002a000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  7: va 0x8010f000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  8: va 0x80157000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x80166000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80017000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80157000
E/LD:  Call stack:
E/LD:   0x80019984
E/LD:   0x8001c6c4
E/LD:   0x8001a668
  regression_1010.7 OK
o regression_1010.8 Invalid memory access 1 with 1024 bytes memref
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0x0 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080069398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008015ac60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800791d8 x17 00000000801a0320
E/TC:? 0  x18 0000000000000000 x19 0000000080079000
E/TC:? 0  x20 0000000080079000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 000000008006b6c8 elr 00000000800689ac
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4cce3000 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80066000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x80079000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x8019a000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x801a9000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80066000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x8019a000
E/LD:  Call stack:
E/LD:   0x800689ac
E/LD:   0x8006b6c4
E/LD:   0x80069668
  regression_1010.8 OK
o regression_1010.9 Invalid memory access 2 with 1024 bytes memref
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0xc00186c8 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000040000000
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008007f398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080170c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008008f1d8 x17 00000000801db320
E/TC:? 0  x18 0000000000000000 x19 000000008008f000
E/TC:? 0  x20 000000008008f000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800816c8 elr 000000008007e9f4
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4cce1000 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x8007c000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x8008f000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x801d5000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x801e4000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8007c000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x801d5000
E/LD:  Call stack:
E/LD:   0x8007e9f4
E/LD:   0x800816c4
E/LD:   0x8007f668
  regression_1010.9 OK
o regression_1010.10 Invalid memory access 3 with 1024 bytes memref
E/TC:? 0 
E/TC:? 0 User mode prefetch-abort at address 0x0 (translation fault)
E/TC:? 0  esr 0x82000005  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008001e398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008010fc60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008002e1d8 x17 0000000080122320
E/TC:? 0  x18 0000000000000000 x19 000000008002e000
E/TC:? 0  x20 000000008002e000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 000000008001d934 elr 0000000000000000
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4cce0000 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x8001b000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x8002e000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x8011c000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x8012b000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8001b000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x8011c000
E/LD:  Call stack:
E/LD:   0x00000000
E/LD:   0x800206c4
E/LD:   0x8001e668
  regression_1010.10 OK
o regression_1010.11 Invalid memory access 4 with 1024 bytes memref
E/TC:? 0 
E/TC:? 0 User mode prefetch-abort at address 0xc00186c8 (translation fault)
E/TC:? 0  esr 0x82000005  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000040000000 x1  0000000080018728
E/TC:? 0  x2  00000000c00186c8 x3  0000000080018728
E/TC:? 0  x4  000000008004f398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080140c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008005f1d8 x17 0000000080177320
E/TC:? 0  x18 0000000000000000 x19 000000008005f000
E/TC:? 0  x20 000000008005f000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 000000008004e9e4 elr 00000000c00186c8
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5f000 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x8004c000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x8005f000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x80171000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x80180000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8004c000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80171000
E/LD:  Call stack:
E/LD:   0xc00186c8
E/LD:   0x800516c4
E/LD:   0x8004f668
  regression_1010.11 OK
o regression_1010.12 Invalid memory access 5 with 1024 bytes memref
E/TC:? 0 
E/TC:? 0 User mode undef-abort at address 0x8005e994
E/TC:? 0  esr 0x02000000  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000005 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008005f398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080150c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008006f1d8 x17 000000008003e320
E/TC:? 0  x18 0000000000000000 x19 000000008006f000
E/TC:? 0  x20 000000008006f000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800616c8 elr 000000008005e994
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5e000 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80038000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  8: va 0x80047000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:  region  9: va 0x8005c000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region 10: va 0x8006f000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8005c000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80038000
E/LD:  Call stack:
E/LD:   0x8005e994
E/LD:   0x800616c4
E/LD:   0x8005f668
  regression_1010.12 OK
o regression_1010.13 Invalid memory access 1 with 65536 bytes memref
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0x0 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008007e398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008016fc60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008008e1d8 x17 00000000801ec320
E/TC:? 0  x18 0000000000000000 x19 000000008008e000
E/TC:? 0  x20 000000008008e000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800806c8 elr 000000008007d9ac
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5d000 size 0x010000 flags rw-- (param)
E/LD:  region  7: va 0x8007b000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x8008e000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x801e6000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x801f5000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8007b000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x801e6000
E/LD:  Call stack:
E/LD:   0x8007d9ac
E/LD:   0x800806c4
E/LD:   0x8007e668
  regression_1010.13 OK
o regression_1010.14 Invalid memory access 2 with 65536 bytes memref
E/TC:? 0 
E/TC:? 0 User mode data-abort at address 0xc00186c8 (translation fault)
E/TC:? 0  esr 0x92000045  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000040000000
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  000000008003c398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  000000008012dc60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 000000008004c1d8 x17 0000000080192320
E/TC:? 0  x18 0000000000000000 x19 000000008004c000
E/TC:? 0  x20 000000008004c000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 000000008003e6c8 elr 000000008003b9f4
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5d000 size 0x010000 flags rw-- (param)
E/LD:  region  7: va 0x80039000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x8004c000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x8018c000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x8019b000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80039000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x8018c000
E/LD:  Call stack:
E/LD:   0x8003b9f4
E/LD:   0x8003e6c4
E/LD:   0x8003c668
  regression_1010.14 OK
o regression_1010.15 Invalid memory access 3 with 65536 bytes memref
E/TC:? 0 
E/TC:? 0 User mode prefetch-abort at address 0x0 (translation fault)
E/TC:? 0  esr 0x82000005  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000000000000 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080072398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080163c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800821d8 x17 00000000801c5320
E/TC:? 0  x18 0000000000000000 x19 0000000080082000
E/TC:? 0  x20 0000000080082000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 0000000080071934 elr 0000000000000000
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5d000 size 0x010000 flags rw-- (param)
E/LD:  region  7: va 0x8006f000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x80082000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x801bf000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x801ce000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8006f000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x801bf000
E/LD:  Call stack:
E/LD:   0x00000000
E/LD:   0x800746c4
E/LD:   0x80072668
  regression_1010.15 OK
o regression_1010.16 Invalid memory access 4 with 65536 bytes memref
E/TC:? 0 
E/TC:? 0 User mode prefetch-abort at address 0xc00186c8 (translation fault)
E/TC:? 0  esr 0x82000005  ttbr0 0x20000560ce020   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #1          cpsr 0x60000100
E/TC:? 0  x0  0000000040000000 x1  0000000080018728
E/TC:? 0  x2  00000000c00186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080091398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080182c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800a11d8 x17 0000000080053320
E/TC:? 0  x18 0000000000000000 x19 00000000800a1000
E/TC:? 0  x20 00000000800a1000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800909e4 elr 00000000c00186c8
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5d000 size 0x010000 flags rw-- (param)
E/LD:  region  7: va 0x8004d000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  8: va 0x8005c000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:  region  9: va 0x8008e000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region 10: va 0x800a1000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8008e000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x8004d000
E/LD:  Call stack:
E/LD:   0xc00186c8
E/LD:   0x800936c4
E/LD:   0x80091668
  regression_1010.16 OK
o regression_1010.17 Invalid memory access 5 with 65536 bytes memref
E/TC:? 0 
E/TC:? 0 User mode undef-abort at address 0x80031994
E/TC:? 0  esr 0x02000000  ttbr0 0x20000560ce060   ttbr1 0x00000000   cidr 0x0
E/TC:? 0  cpu #3          cpsr 0x60000100
E/TC:? 0  x0  0000000000000005 x1  0000000080018728
E/TC:? 0  x2  00000000800186c8 x3  0000000080018728
E/TC:? 0  x4  0000000080032398 x5  0000000000000000
E/TC:? 0  x6  ffffffffffffffff x7  0000000080123c60
E/TC:? 0  x8  0000000000000040 x9  0000000000000071
E/TC:? 0  x10 0000000000000071 x11 0000000000000000
E/TC:? 0  x12 0000000000000000 x13 0000000080018780
E/TC:? 0  x14 0000000000000000 x15 0000000000000000
E/TC:? 0  x16 00000000800421d8 x17 0000000080156320
E/TC:? 0  x18 0000000000000000 x19 0000000080042000
E/TC:? 0  x20 0000000080042000 x21 000000000000000a
E/TC:? 0  x22 0000000080018728 x23 0000000080018780
E/TC:? 0  x24 0000000000000071 x25 0000000000000000
E/TC:? 0  x26 0000000000000000 x27 0000000000000000
E/TC:? 0  x28 0000000000000000 x29 00000000800186a0
E/TC:? 0  x30 00000000800346c8 elr 0000000080031994
E/TC:? 0  sp_el0 00000000800186a0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80019000 pa 0x4db5d000 size 0x010000 flags rw-- (param)
E/LD:  region  7: va 0x8002f000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  8: va 0x80042000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  9: va 0x80150000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region 10: va 0x8015f000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x8002f000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80150000
E/LD:  Call stack:
E/LD:   0x80031994
E/LD:   0x800346c4
E/LD:   0x80032668
  regression_1010.17 OK
  regression_1010 OK
 
* regression_1011 Test TA-to-TA features with User Crypt TA
o regression_1011.1 TA-to-TA via non-secure shared memory
o regression_1011.1.1 AES encrypt
  regression_1011.1.1 OK
o regression_1011.1.2 AES decrypt
  regression_1011.1.2 OK
o regression_1011.1.3 SHA-256 test, 3 bytes input
  regression_1011.1.3 OK
o regression_1011.1.4 AES-256 ECB encrypt (32B, fixed key)
  regression_1011.1.4 OK
o regression_1011.1.5 AES-256 ECB decrypt (32B, fixed key)
  regression_1011.1.5 OK
  regression_1011.1 OK
o regression_1011.2 TA-to-TA via TA private memory
o regression_1011.2.1 AES encrypt
  regression_1011.2.1 OK
o regression_1011.2.2 AES decrypt
  regression_1011.2.2 OK
o regression_1011.2.3 SHA-256 test, 3 bytes input
  regression_1011.2.3 OK
o regression_1011.2.4 AES-256 ECB encrypt (32B, fixed key)
  regression_1011.2.4 OK
o regression_1011.2.5 AES-256 ECB decrypt (32B, fixed key)
  regression_1011.2.5 OK
  regression_1011.2 OK
  regression_1011 OK
 
* regression_1012 Test Single Instance Multi Session features with SIMS TA
o regression_1012.1 Single Instance Multi Session
  regression_1012.1 OK
  regression_1012 OK
 
* regression_1013 Test concurrency with concurrent TA
o regression_1013.1 Using small concurrency TA
o regression_1013.1.1 Busy loop repeat 10000
  regression_1013.1.1 OK
o regression_1013.1.2 SHA-256 loop repeat 1000
  regression_1013.1.2 OK
o regression_1013.1.3 Busy loop repeat 10000
  regression_1013.1.3 OK
o regression_1013.1.4 SHA-256 loop repeat 1000
  regression_1013.1.4 OK
o regression_1013.1.5 Busy loop repeat 10000
  regression_1013.1.5 OK
o regression_1013.1.6 SHA-256 loop repeat 1000
  regression_1013.1.6 OK
o regression_1013.1.7 Busy loop repeat 10000
  regression_1013.1.7 OK
o regression_1013.1.8 SHA-256 loop repeat 1000
  regression_1013.1.8 OK
o regression_1013.1.9 Busy loop repeat 10000
  regression_1013.1.9 OK
o regression_1013.1.10 SHA-256 loop repeat 1000
  regression_1013.1.10 OK
o regression_1013.1.11 Busy loop repeat 10000
  regression_1013.1.11 OK
o regression_1013.1.12 SHA-256 loop repeat 1000
  regression_1013.1.12 OK
o regression_1013.1.13 Busy loop repeat 10000
  regression_1013.1.13 OK
o regression_1013.1.14 SHA-256 loop repeat 1000
  regression_1013.1.14 OK
o regression_1013.1.15 Busy loop repeat 10000
  regression_1013.1.15 OK
o regression_1013.1.16 SHA-256 loop repeat 1000
  regression_1013.1.16 OK
o regression_1013.1.17 Busy loop repeat 10000
  regression_1013.1.17 OK
o regression_1013.1.18 SHA-256 loop repeat 1000
  regression_1013.1.18 OK
o regression_1013.1.19 Busy loop repeat 10000
  regression_1013.1.19 OK
o regression_1013.1.20 SHA-256 loop repeat 1000
  regression_1013.1.20 OK
o regression_1013.1.21 Busy loop repeat 10000
  regression_1013.1.21 OK
o regression_1013.1.22 SHA-256 loop repeat 1000
  regression_1013.1.22 OK
o regression_1013.1.23 Busy loop repeat 10000
  regression_1013.1.23 OK
o regression_1013.1.24 SHA-256 loop repeat 1000
  regression_1013.1.24 OK
    Number of parallel threads: 3
    Mean concurrency: 2
  regression_1013.1 OK
o regression_1013.2 Using large concurrency TA
o regression_1013.2.1 Busy loop repeat 10000
  regression_1013.2.1 OK
o regression_1013.2.2 SHA-256 loop repeat 1000
  regression_1013.2.2 OK
o regression_1013.2.3 Busy loop repeat 10000
  regression_1013.2.3 OK
o regression_1013.2.4 SHA-256 loop repeat 1000
  regression_1013.2.4 OK
o regression_1013.2.5 Busy loop repeat 10000
  regression_1013.2.5 OK
o regression_1013.2.6 SHA-256 loop repeat 1000
  regression_1013.2.6 OK
o regression_1013.2.7 Busy loop repeat 10000
  regression_1013.2.7 OK
o regression_1013.2.8 SHA-256 loop repeat 1000
  regression_1013.2.8 OK
o regression_1013.2.9 Busy loop repeat 10000
  regression_1013.2.9 OK
o regression_1013.2.10 SHA-256 loop repeat 1000
  regression_1013.2.10 OK
o regression_1013.2.11 Busy loop repeat 10000
  regression_1013.2.11 OK
o regression_1013.2.12 SHA-256 loop repeat 1000
  regression_1013.2.12 OK
o regression_1013.2.13 Busy loop repeat 10000
  regression_1013.2.13 OK
o regression_1013.2.14 SHA-256 loop repeat 1000
  regression_1013.2.14 OK
o regression_1013.2.15 Busy loop repeat 10000
  regression_1013.2.15 OK
o regression_1013.2.16 SHA-256 loop repeat 1000
  regression_1013.2.16 OK
o regression_1013.2.17 Busy loop repeat 10000
  regression_1013.2.17 OK
o regression_1013.2.18 SHA-256 loop repeat 1000
  regression_1013.2.18 OK
o regression_1013.2.19 Busy loop repeat 10000
  regression_1013.2.19 OK
o regression_1013.2.20 SHA-256 loop repeat 1000
  regression_1013.2.20 OK
o regression_1013.2.21 Busy loop repeat 10000
  regression_1013.2.21 OK
o regression_1013.2.22 SHA-256 loop repeat 1000
  regression_1013.2.22 OK
o regression_1013.2.23 Busy loop repeat 10000
  regression_1013.2.23 OK
o regression_1013.2.24 SHA-256 loop repeat 1000
  regression_1013.2.24 OK
    Number of parallel threads: 3
    Mean concurrency: 2
  regression_1013.2 OK
  regression_1013 OK
 
* regression_1015 FS hash-tree corner cases
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
E/TC:? 0 do_range:230 error: res = 0xf0100001
  regression_1015 OK
 
* regression_1016 Test TA to TA transfers (in/out/inout memrefs on the stack)
  regression_1016 OK
 
* regression_1017 Test coalescing memrefs
  regression_1017 OK
 
* regression_1018 Test memref out of bounds
o regression_1018.1 Out of bounds > 4kB on allocated shm
  regression_1018.1 OK
o regression_1018.2 Out of bounds by 1 byte on registered shm
  regression_1018.2 OK
o regression_1018.3 Out of bounds by 1 byte ref on allocated shm
  regression_1018.3 OK
  regression_1018 OK
 
* regression_1019 Test dynamically linked TA
E/TC:? 0 
E/TC:? 0 TA panicked with code 0x0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x80033000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  7: va 0x80046000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region  8: va 0x80147000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  9: va 0x80156000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80033000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x80147000
E/LD:  Call stack:
E/LD:   0x80035e6c
E/LD:   0x800386c4
E/LD:   0x80036668
  regression_1019 OK
 
* regression_1020 Test lockdep algorithm
 - 1020 -   skip test, feature not implemented
  regression_1020 OK
 
* regression_1021 Test panic context release
o regression_1021.1 Multiple Instances Single Session
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xbeef
E/LD:  Status of TA 528938ce-fc59-11e8-8eb2-f2801f1b9fd1
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x5623d000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x5623f000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x56249000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5624a000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5625a000 size 0x009000 flags rw-s (stack)
E/LD:  region  6: va 0x80037000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  7: va 0x8004d000 pa 0x00017000 size 0x00c000 flags rw-s [0]
E/LD:   [0] 528938ce-fc59-11e8-8eb2-f2801f1b9fd1 @ 0x80037000
E/LD:  Call stack:
E/LD:   0x80037434
E/LD:   0x80038b74
E/LD:   0x800374c8
  regression_1021.1 OK
o regression_1021.2 Single Instance Multi Sessions
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xbeef
E/LD:  Status of TA e6a33ed4-562b-463a-bb7e-ff5e15a493c8
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623c000 size 0x002000 flags rw-s (stack)
E/LD:  region  6: va 0x80075000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  7: va 0x8008b000 pa 0x00017000 size 0x014000 flags rw-s [0]
E/LD:   [0] e6a33ed4-562b-463a-bb7e-ff5e15a493c8 @ 0x80075000
E/LD:  Call stack:
E/LD:   0x80075434
E/LD:   0x80076b74
E/LD:   0x800754c8
  regression_1021.2 OK
o regression_1021.3 Single Instance Multi Sessions Keep Alive
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xbeef
E/LD:  Status of TA a4c04d50-f180-11e8-8eb2-f2801f1b9fd1
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623c000 size 0x002000 flags rw-s (stack)
E/LD:  region  6: va 0x80061000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  7: va 0x80077000 pa 0x00017000 size 0x014000 flags rw-s [0]
E/LD:   [0] a4c04d50-f180-11e8-8eb2-f2801f1b9fd1 @ 0x80061000
E/LD:  Call stack:
E/LD:   0x80061434
E/LD:   0x80062b74
E/LD:   0x800614c8
  regression_1021.3 OK
o regression_1021.4 Multi Sessions TA to TA
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xbeef
E/LD:  Status of TA a4c04d50-f180-11e8-8eb2-f2801f1b9fd1
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623c000 size 0x002000 flags rw-s (stack)
E/LD:  region  6: va 0x8003d000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  7: va 0x80053000 pa 0x00017000 size 0x014000 flags rw-s [0]
E/LD:   [0] a4c04d50-f180-11e8-8eb2-f2801f1b9fd1 @ 0x8003d000
E/LD:  Call stack:
E/LD:   0x8003d434
E/LD:   0x8003eb74
E/LD:   0x8003d4c8
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xbeef
E/LD:  Status of TA a4c04d50-f180-11e8-8eb2-f2801f1b9fd1
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x5623e000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56240000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5624a000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5624b000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x5624f000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5627a000 size 0x002000 flags rw-s (stack)
E/LD:  region  6: va 0x80089000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  7: va 0x8009f000 pa 0x00017000 size 0x014000 flags rw-s [0]
E/LD:   [0] a4c04d50-f180-11e8-8eb2-f2801f1b9fd1 @ 0x80089000
E/LD:  Call stack:
E/LD:   0x80089434
E/LD:   0x8008ab74
E/LD:   0x800894c8
  regression_1021.4 OK
  regression_1021 OK
 
* regression_1022 Test dlopen()/dlsym()/dlclose() API
E/TC:? 0 
E/TC:? 0 TA panicked with code 0x0
E/LD:  Status of TA 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5630a000 size 0x003000 flags rw-s (stack)
E/LD:  region  6: va 0x8003f000 pa 0x00000000 size 0x00f000 flags r-xs [1]
E/LD:  region  7: va 0x8004e000 pa 0x0000e000 size 0x002000 flags rw-s [1]
E/LD:  region  8: va 0x80080000 pa 0x00001000 size 0x013000 flags r-xs [0]
E/LD:  region  9: va 0x80093000 pa 0x00014000 size 0x0e5000 flags rw-s [0]
E/LD:  region 10: va 0x801b4000 pa 0x00000000 size 0x00f000 flags r-xs [2]
E/LD:  region 11: va 0x801c3000 pa 0x0000e000 size 0x002000 flags rw-s [2]
E/LD:   [0] 5b9e0e40-2636-11e1-ad9e-0002a5d5c51b @ 0x80080000
E/LD:   [1] ffd2bded-ab7d-4988-95ee-e4962fff7154 @ 0x8003f000
E/LD:   [2] b3091a65-9751-4784-abf7-0298a7cc35ba @ 0x801b4000
E/LD:  Call stack:
E/LD:   0x80082fb4
E/LD:   0x800856c4
E/LD:   0x80083668
  regression_1022 OK
 
* regression_1023 Test ELF initialization (.init_array)
  regression_1023 OK
 
* regression_1025 Test memref NULL and/or 0 bytes size
o regression_1025.1 Invalid NULL buffer memref registration
  regression_1025.1 OK
o regression_1025.2 Input/Output MEMREF Buffer NULL - Size 0 bytes
  regression_1025.2 OK
o regression_1025.3 Input MEMREF Buffer NULL - Size non 0 bytes
  regression_1025.3 OK
o regression_1025.4 Input MEMREF Buffer NULL over PTA invocation
  regression_1025.4 OK
  regression_1025 OK
 
* regression_1026 Session: public login
  regression_1026 OK
 
* regression_1027 Session: user login for current user
  regression_1027 OK
 
* regression_1028 Session: group login for current user's effective group
  regression_1028 OK
 
* regression_1029 Test __thread attribute
o regression_1029.1 TLS variables (main program)
 - 1029 -   skip test, TA returned TEEC_ERROR_NOT_SUPPORTED
  regression_1029.1 OK
o regression_1029.2 TLS variables (shared library)
 - 1029 -   skip test, TA returned TEEC_ERROR_NOT_SUPPORTED
  regression_1029.2 OK
  regression_1029 OK
 
* regression_1030 Test dl_iterate_phdr()
o regression_1030.1 Before dlopen()
  regression_1030.1 OK
o regression_1030.2 After dlopen()
  regression_1030.2 OK
  regression_1030 OK
 
* regression_1031 Test C++ features
o regression_1031.1 Global object constructor (main program)
TA not built with C++ support, skipping C++ tests
  regression_1031.1 OK
  regression_1031 OK
 
* regression_1032 Register read-only shared memory
  regression_1032 OK
 
* regression_1033 Test the supplicant plugin framework
o regression_1033.1 Pass values to/from a plugin
  regression_1033.1 OK
o regression_1033.2 Pass array to a plugin
  regression_1033.2 OK
o regression_1033.3 Get array from a plugin
  regression_1033.3 OK
o regression_1033.4 Not allow bad input to a plugin
  regression_1033.4 OK
o regression_1033.5 Call an unknown plugin
E/TA:  tee_invoke_supp_plugin:105 Invoke tee-supplicant's plugin failed: 0xffff0008
  regression_1033.5 OK
  regression_1033 OK
 
* regression_1034 Test loading a large TA
  regression_1034 OK
 
* regression_2001 Trivial TCP iSocket API tests
o regression_2001.1 Start server
  regression_2001.1 OK
o regression_2001.2 TCP Socket open
  regression_2001.2 OK
o regression_2001.3 TCP Socket send
  regression_2001.3 OK
o regression_2001.4 TCP Socket recv
  regression_2001.4 OK
o regression_2001.5 TCP Socket get error
  regression_2001.5 OK
o regression_2001.6 TCP Socket close
  regression_2001.6 OK
o regression_2001.7 TCP Socket ioctl
E/TC:? 0 
E/TC:? 0 TA panicked with code 0x0
E/LD:  Status of TA 873bcd08-c2c3-11e6-a937-d0bf9c45c61c
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x56234000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0x7c122338 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80018000 pa 0x7c1222c0 size 0x001000 flags rw-- (param)
E/LD:  region  8: va 0x8001f000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  9: va 0x80035000 pa 0x00017000 size 0x00c000 flags rw-s [0]
E/LD:   [0] 873bcd08-c2c3-11e6-a937-d0bf9c45c61c @ 0x8001f000
E/LD:  Call stack:
E/LD:   0x80025b40
E/LD:   0x800263b4
E/LD:   0x8001f4e8
E/TC:? 0 
E/TC:? 0 TA panicked with code 0x0
E/LD:  Status of TA 873bcd08-c2c3-11e6-a937-d0bf9c45c61c
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x56234000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0x7c122338 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80018000 pa 0x7c1222c0 size 0x001000 flags rw-- (param)
E/LD:  region  8: va 0x8008d000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  9: va 0x800a3000 pa 0x00017000 size 0x00c000 flags rw-s [0]
E/LD:   [0] 873bcd08-c2c3-11e6-a937-d0bf9c45c61c @ 0x8008d000
E/LD:  Call stack:
E/LD:   0x80093b40
E/LD:   0x800943b4
E/LD:   0x8008d4e8
  regression_2001.7 OK
  regression_2001 OK
 
* regression_2002 Concurrent stressing TCP iSocket API tests
o regression_2002.1 Stressing with 3 threads
  regression_2002.1 OK
  regression_2002 OK
 
* regression_2003 Timeout TCP iSocket API tests
o regression_2003.1 Start server
  regression_2003.1 OK
o regression_2003.2 TCP Socket open
  regression_2003.2 OK
o regression_2003.3 TCP Socket send (10 ms timeout)
  regression_2003.3 OK
o regression_2003.4 TCP Socket recv (10 ms timeout)
  regression_2003.4 OK
o regression_2003.5 TCP Socket get error
  regression_2003.5 OK
  regression_2003 OK
 
* regression_2004 UDP iSocket API tests
o regression_2004.1 Start server
  regression_2004.1 OK
o regression_2004.2 UDP Socket open
  regression_2004.2 OK
o regression_2004.3 UDP Socket send
  regression_2004.3 OK
o regression_2004.4 UDP Socket recv
  regression_2004.4 OK
o regression_2004.5 UDP Socket get error
  regression_2004.5 OK
o regression_2004.6 UDP Socket close
  regression_2004.6 OK
o regression_2004.7 UDP Socket ioctl
E/TC:? 0 
E/TC:? 0 TA panicked with code 0x0
E/LD:  Status of TA 873bcd08-c2c3-11e6-a937-d0bf9c45c61c
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x56234000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0x7c122338 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80018000 pa 0x7c122200 size 0x001000 flags rw-- (param)
E/LD:  region  8: va 0x8004b000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  9: va 0x80061000 pa 0x00017000 size 0x00c000 flags rw-s [0]
E/LD:   [0] 873bcd08-c2c3-11e6-a937-d0bf9c45c61c @ 0x8004b000
E/LD:  Call stack:
E/LD:   0x80051be0
E/LD:   0x800523b4
E/LD:   0x8004b4e8
E/TC:? 0 
E/TC:? 0 TA panicked with code 0x0
E/LD:  Status of TA 873bcd08-c2c3-11e6-a937-d0bf9c45c61c
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x56234000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0x7c122338 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80018000 pa 0x7c122200 size 0x001000 flags rw-- (param)
E/LD:  region  8: va 0x8003d000 pa 0x00001000 size 0x016000 flags r-xs [0]
E/LD:  region  9: va 0x80053000 pa 0x00017000 size 0x00c000 flags rw-s [0]
E/LD:   [0] 873bcd08-c2c3-11e6-a937-d0bf9c45c61c @ 0x8003d000
E/LD:  Call stack:
E/LD:   0x80043be0
E/LD:   0x800443b4
E/LD:   0x8003d4e8
  regression_2004.7 OK
o regression_2004.8 UDP Socket change port
o regression_2004.8.1 UDP Socket send
  regression_2004.8.1 OK
o regression_2004.8.2 UDP Socket recv
  regression_2004.8.2 OK
  regression_2004.8 OK
o regression_2004.9 UDP Socket change addr
o regression_2004.9.1 UDP Socket send
  regression_2004.9.1 OK
o regression_2004.9.2 UDP Socket recv
  regression_2004.9.2 OK
  regression_2004.9 OK
  regression_2004 OK
 
* regression_4001 Test TEE Internal API hash operations
o regression_4001.1 Hash case 0 algo 0x50000001
  regression_4001.1 OK
o regression_4001.2 Hash case 1 algo 0x50000002
  regression_4001.2 OK
o regression_4001.3 Hash case 2 algo 0x50000003
  regression_4001.3 OK
o regression_4001.4 Hash case 3 algo 0x50000004
  regression_4001.4 OK
o regression_4001.5 Hash case 4 algo 0x50000004
  regression_4001.5 OK
o regression_4001.6 Hash case 5 algo 0x50000005
  regression_4001.6 OK
o regression_4001.7 Hash case 6 algo 0x50000006
  regression_4001.7 OK
o regression_4001.8 Hash case 7 algo 0x50000007
  regression_4001.8 OK
o regression_4001.9 Hash case 8 algo 0x50000007
  regression_4001.9 OK
  regression_4001 OK
 
* regression_4002 Test TEE Internal API MAC operations
o regression_4002.1 MAC case 0 algo 0x30000001
  regression_4002.1 OK
o regression_4002.2 MAC case 1 algo 0x30000001
  regression_4002.2 OK
o regression_4002.3 MAC case 2 algo 0x30000002
  regression_4002.3 OK
o regression_4002.4 MAC case 3 algo 0x30000002
  regression_4002.4 OK
o regression_4002.5 MAC case 4 algo 0x30000003
  regression_4002.5 OK
o regression_4002.6 MAC case 5 algo 0x30000003
  regression_4002.6 OK
o regression_4002.7 MAC case 6 algo 0x30000004
  regression_4002.7 OK
o regression_4002.8 MAC case 7 algo 0x30000004
  regression_4002.8 OK
o regression_4002.9 MAC case 8 algo 0x30000004
  regression_4002.9 OK
o regression_4002.10 MAC case 9 algo 0x30000004
  regression_4002.10 OK
o regression_4002.11 MAC case 10 algo 0x30000005
  regression_4002.11 OK
o regression_4002.12 MAC case 11 algo 0x30000005
  regression_4002.12 OK
o regression_4002.13 MAC case 12 algo 0x30000006
  regression_4002.13 OK
o regression_4002.14 MAC case 13 algo 0x30000006
  regression_4002.14 OK
o regression_4002.15 MAC case 14 algo 0x30000110
  regression_4002.15 OK
o regression_4002.16 MAC case 15 algo 0x30000110
  regression_4002.16 OK
o regression_4002.17 MAC case 16 algo 0x30000111
  regression_4002.17 OK
o regression_4002.18 MAC case 17 algo 0x30000111
  regression_4002.18 OK
o regression_4002.19 MAC case 18 algo 0x30000113
  regression_4002.19 OK
o regression_4002.20 MAC case 19 algo 0x30000113
  regression_4002.20 OK
o regression_4002.21 MAC case 20 algo 0x30000510
  regression_4002.21 OK
o regression_4002.22 MAC case 21 algo 0x30000510
  regression_4002.22 OK
o regression_4002.23 MAC case 22 algo 0x30000511
  regression_4002.23 OK
o regression_4002.24 MAC case 23 algo 0x30000511
  regression_4002.24 OK
o regression_4002.25 MAC case 24 algo 0x30000513
  regression_4002.25 OK
o regression_4002.26 MAC case 25 algo 0x30000513
  regression_4002.26 OK
o regression_4002.27 MAC case 26 algo 0x30000510
  regression_4002.27 OK
o regression_4002.28 MAC case 27 algo 0x30000510
  regression_4002.28 OK
o regression_4002.29 MAC case 28 algo 0x30000511
  regression_4002.29 OK
o regression_4002.30 MAC case 29 algo 0x30000511
  regression_4002.30 OK
o regression_4002.31 MAC case 30 algo 0x30000513
  regression_4002.31 OK
o regression_4002.32 MAC case 31 algo 0x30000513
  regression_4002.32 OK
o regression_4002.33 MAC case 32 algo 0x30000513
  regression_4002.33 OK
o regression_4002.34 MAC case 33 algo 0x30000513
  regression_4002.34 OK
o regression_4002.35 MAC case 34 algo 0x30000610
  regression_4002.35 OK
o regression_4002.36 MAC case 35 algo 0x30000610
  regression_4002.36 OK
o regression_4002.37 MAC case 36 algo 0x30000610
  regression_4002.37 OK
o regression_4002.38 MAC case 37 algo 0x30000610
  regression_4002.38 OK
o regression_4002.39 MAC case 38 algo 0x30000610
  regression_4002.39 OK
o regression_4002.40 MAC case 39 algo 0x30000610
  regression_4002.40 OK
o regression_4002.41 MAC case 40 algo 0x30000610
  regression_4002.41 OK
o regression_4002.42 MAC case 41 algo 0x30000610
  regression_4002.42 OK
o regression_4002.43 MAC case 42 algo 0x30000610
  regression_4002.43 OK
o regression_4002.44 MAC case 43 algo 0x30000610
  regression_4002.44 OK
o regression_4002.45 MAC case 44 algo 0x30000610
  regression_4002.45 OK
o regression_4002.46 MAC case 45 algo 0x30000610
  regression_4002.46 OK
o regression_4002.47 MAC case 46 algo 0x30000610
  regression_4002.47 OK
o regression_4002.48 MAC case 47 algo 0x30000610
  regression_4002.48 OK
o regression_4002.49 MAC case 48 algo 0x30000610
  regression_4002.49 OK
o regression_4002.50 MAC case 49 algo 0x30000610
  regression_4002.50 OK
o regression_4002.51 MAC case 50 algo 0x30000610
  regression_4002.51 OK
o regression_4002.52 MAC case 51 algo 0x30000610
  regression_4002.52 OK
o regression_4002.53 MAC case 52 algo 0x30000610
  regression_4002.53 OK
o regression_4002.54 MAC case 53 algo 0x30000610
  regression_4002.54 OK
o regression_4002.55 MAC case 54 algo 0x30000610
  regression_4002.55 OK
o regression_4002.56 MAC case 55 algo 0x30000610
  regression_4002.56 OK
o regression_4002.57 MAC case 56 algo 0x30000610
  regression_4002.57 OK
o regression_4002.58 MAC case 57 algo 0xf0000613
  regression_4002.58 OK
o regression_4002.59 MAC case 58 algo 0xf0000613
  regression_4002.59 OK
o regression_4002.60 MAC case 59 algo 0xf0000613
  regression_4002.60 OK
o regression_4002.61 MAC case 60 algo 0xf0000613
  regression_4002.61 OK
o regression_4002.62 MAC case 61 algo 0xf0000613
  regression_4002.62 OK
o regression_4002.63 MAC case 62 algo 0xf0000613
  regression_4002.63 OK
o regression_4002.64 MAC case 63 algo 0xf0000613
  regression_4002.64 OK
o regression_4002.65 MAC case 64 algo 0xf0000613
  regression_4002.65 OK
o regression_4002.66 MAC case 65 algo 0xf0000613
  regression_4002.66 OK
o regression_4002.67 MAC case 66 algo 0xf0000613
  regression_4002.67 OK
o regression_4002.68 MAC case 67 algo 0xf0000613
  regression_4002.68 OK
o regression_4002.69 MAC case 68 algo 0xf0000613
  regression_4002.69 OK
o regression_4002.70 MAC case 69 algo 0xf0000613
  regression_4002.70 OK
o regression_4002.71 MAC case 70 algo 0xf0000613
  regression_4002.71 OK
o regression_4002.72 MAC case 71 algo 0x30000007
  regression_4002.72 OK
o regression_4002.73 MAC case 72 algo 0x30000007
  regression_4002.73 OK
o regression_4002.74 MAC case 73 algo 0x30000007
  regression_4002.74 OK
o regression_4002.75 MAC case 74 algo 0x30000007
  regression_4002.75 OK
  regression_4002 OK
 
* regression_4003 Test TEE Internal API cipher operations
o regression_4003.1 Cipher case 0 algo 0x10000010 line 2029
  regression_4003.1 OK
o regression_4003.2 Cipher case 1 algo 0x10000010 line 2029
  regression_4003.2 OK
o regression_4003.3 Cipher case 2 algo 0x10000110 line 2032
  regression_4003.3 OK
o regression_4003.4 Cipher case 3 algo 0x10000110 line 2032
  regression_4003.4 OK
o regression_4003.5 Cipher case 4 algo 0x10000210 line 2036
  regression_4003.5 OK
o regression_4003.6 Cipher case 5 algo 0x10000210 line 2036
  regression_4003.6 OK
o regression_4003.7 Cipher case 6 algo 0x10000210 line 2040
  regression_4003.7 OK
o regression_4003.8 Cipher case 7 algo 0x10000210 line 2040
  regression_4003.8 OK
o regression_4003.9 Cipher case 8 algo 0x10000210 line 2044
  regression_4003.9 OK
o regression_4003.10 Cipher case 9 algo 0x10000210 line 2044
  regression_4003.10 OK
o regression_4003.11 Cipher case 10 algo 0x10000210 line 2048
  regression_4003.11 OK
o regression_4003.12 Cipher case 11 algo 0x10000210 line 2048
  regression_4003.12 OK
o regression_4003.13 Cipher case 12 algo 0x10000210 line 2052
  regression_4003.13 OK
o regression_4003.14 Cipher case 13 algo 0x10000210 line 2052
  regression_4003.14 OK
o regression_4003.15 Cipher case 14 algo 0x10000110 line 2057
  regression_4003.15 OK
o regression_4003.16 Cipher case 15 algo 0x10000110 line 2057
  regression_4003.16 OK
o regression_4003.17 Cipher case 16 algo 0x10000110 line 2058
  regression_4003.17 OK
o regression_4003.18 Cipher case 17 algo 0x10000110 line 2058
  regression_4003.18 OK
o regression_4003.19 Cipher case 18 algo 0x10000310 line 2061
  regression_4003.19 OK
o regression_4003.20 Cipher case 19 algo 0x10000310 line 2061
  regression_4003.20 OK
o regression_4003.21 Cipher case 20 algo 0x10000310 line 2062
  regression_4003.21 OK
o regression_4003.22 Cipher case 21 algo 0x10000310 line 2062
  regression_4003.22 OK
o regression_4003.23 Cipher case 22 algo 0x10000310 line 2063
  regression_4003.23 OK
o regression_4003.24 Cipher case 23 algo 0x10000310 line 2063
  regression_4003.24 OK
o regression_4003.25 Cipher case 24 algo 0x10000310 line 2064
  regression_4003.25 OK
o regression_4003.26 Cipher case 25 algo 0x10000310 line 2064
  regression_4003.26 OK
o regression_4003.27 Cipher case 26 algo 0x10000310 line 2065
  regression_4003.27 OK
o regression_4003.28 Cipher case 27 algo 0x10000310 line 2065
  regression_4003.28 OK
o regression_4003.29 Cipher case 28 algo 0x10000310 line 2066
  regression_4003.29 OK
o regression_4003.30 Cipher case 29 algo 0x10000310 line 2066
  regression_4003.30 OK
o regression_4003.31 Cipher case 30 algo 0x10000310 line 2067
  regression_4003.31 OK
o regression_4003.32 Cipher case 31 algo 0x10000310 line 2067
  regression_4003.32 OK
o regression_4003.33 Cipher case 32 algo 0x10000310 line 2068
  regression_4003.33 OK
o regression_4003.34 Cipher case 33 algo 0x10000310 line 2068
  regression_4003.34 OK
o regression_4003.35 Cipher case 34 algo 0x10000011 line 2071
  regression_4003.35 OK
o regression_4003.36 Cipher case 35 algo 0x10000011 line 2071
  regression_4003.36 OK
o regression_4003.37 Cipher case 36 algo 0x10000011 line 2074
  regression_4003.37 OK
o regression_4003.38 Cipher case 37 algo 0x10000011 line 2074
  regression_4003.38 OK
o regression_4003.39 Cipher case 38 algo 0x10000111 line 2077
  regression_4003.39 OK
o regression_4003.40 Cipher case 39 algo 0x10000111 line 2077
  regression_4003.40 OK
o regression_4003.41 Cipher case 40 algo 0x10000013 line 2082
  regression_4003.41 OK
o regression_4003.42 Cipher case 41 algo 0x10000013 line 2082
  regression_4003.42 OK
o regression_4003.43 Cipher case 42 algo 0x10000013 line 2085
  regression_4003.43 OK
o regression_4003.44 Cipher case 43 algo 0x10000013 line 2085
  regression_4003.44 OK
o regression_4003.45 Cipher case 44 algo 0x10000113 line 2088
  regression_4003.45 OK
o regression_4003.46 Cipher case 45 algo 0x10000113 line 2088
  regression_4003.46 OK
o regression_4003.47 Cipher case 46 algo 0x10000013 line 2094
  regression_4003.47 OK
o regression_4003.48 Cipher case 47 algo 0x10000013 line 2094
  regression_4003.48 OK
o regression_4003.49 Cipher case 48 algo 0x10000113 line 2097
  regression_4003.49 OK
o regression_4003.50 Cipher case 49 algo 0x10000113 line 2097
  regression_4003.50 OK
o regression_4003.51 Cipher case 50 algo 0x10000410 line 2103
  regression_4003.51 OK
o regression_4003.52 Cipher case 51 algo 0x10000410 line 2103
  regression_4003.52 OK
o regression_4003.53 Cipher case 52 algo 0x10000410 line 2104
  regression_4003.53 OK
o regression_4003.54 Cipher case 53 algo 0x10000410 line 2104
  regression_4003.54 OK
o regression_4003.55 Cipher case 54 algo 0x10000410 line 2105
  regression_4003.55 OK
o regression_4003.56 Cipher case 55 algo 0x10000410 line 2105
  regression_4003.56 OK
o regression_4003.57 Cipher case 56 algo 0x10000410 line 2106
  regression_4003.57 OK
o regression_4003.58 Cipher case 57 algo 0x10000410 line 2106
  regression_4003.58 OK
o regression_4003.59 Cipher case 58 algo 0x10000410 line 2107
  regression_4003.59 OK
o regression_4003.60 Cipher case 59 algo 0x10000410 line 2107
  regression_4003.60 OK
o regression_4003.61 Cipher case 60 algo 0x10000410 line 2108
  regression_4003.61 OK
o regression_4003.62 Cipher case 61 algo 0x10000410 line 2108
  regression_4003.62 OK
o regression_4003.63 Cipher case 62 algo 0x10000410 line 2109
  regression_4003.63 OK
o regression_4003.64 Cipher case 63 algo 0x10000410 line 2109
  regression_4003.64 OK
o regression_4003.65 Cipher case 64 algo 0x10000410 line 2110
  regression_4003.65 OK
o regression_4003.66 Cipher case 65 algo 0x10000410 line 2110
  regression_4003.66 OK
o regression_4003.67 Cipher case 66 algo 0x10000410 line 2111
  regression_4003.67 OK
o regression_4003.68 Cipher case 67 algo 0x10000410 line 2111
  regression_4003.68 OK
o regression_4003.69 Cipher case 68 algo 0x10000410 line 2112
  regression_4003.69 OK
o regression_4003.70 Cipher case 69 algo 0x10000410 line 2112
  regression_4003.70 OK
o regression_4003.71 Cipher case 70 algo 0x10000410 line 2113
  regression_4003.71 OK
o regression_4003.72 Cipher case 71 algo 0x10000410 line 2113
  regression_4003.72 OK
o regression_4003.73 Cipher case 72 algo 0x10000410 line 2114
  regression_4003.73 OK
o regression_4003.74 Cipher case 73 algo 0x10000410 line 2114
  regression_4003.74 OK
o regression_4003.75 Cipher case 74 algo 0x10000410 line 2115
  regression_4003.75 OK
o regression_4003.76 Cipher case 75 algo 0x10000410 line 2115
  regression_4003.76 OK
o regression_4003.77 Cipher case 76 algo 0x10000410 line 2116
  regression_4003.77 OK
o regression_4003.78 Cipher case 77 algo 0x10000410 line 2116
  regression_4003.78 OK
o regression_4003.79 Cipher case 78 algo 0x10000410 line 2117
  regression_4003.79 OK
o regression_4003.80 Cipher case 79 algo 0x10000410 line 2117
  regression_4003.80 OK
o regression_4003.81 Cipher case 80 algo 0x10000410 line 2118
  regression_4003.81 OK
o regression_4003.82 Cipher case 81 algo 0x10000410 line 2118
  regression_4003.82 OK
o regression_4003.83 Cipher case 82 algo 0x10000410 line 2119
  regression_4003.83 OK
o regression_4003.84 Cipher case 83 algo 0x10000410 line 2119
  regression_4003.84 OK
o regression_4003.85 Cipher case 84 algo 0x10000410 line 2120
  regression_4003.85 OK
o regression_4003.86 Cipher case 85 algo 0x10000410 line 2120
  regression_4003.86 OK
o regression_4003.87 Cipher case 86 algo 0x10000410 line 2121
  regression_4003.87 OK
o regression_4003.88 Cipher case 87 algo 0x10000410 line 2121
  regression_4003.88 OK
o regression_4003.89 Cipher case 88 algo 0x10000014 line 2124
  regression_4003.89 OK
o regression_4003.90 Cipher case 89 algo 0x10000014 line 2124
  regression_4003.90 OK
o regression_4003.91 Cipher case 90 algo 0x10000114 line 2127
  regression_4003.91 OK
o regression_4003.92 Cipher case 91 algo 0x10000114 line 2127
  regression_4003.92 OK
o regression_4003.93 Cipher case 92 algo 0x10000114 line 2131
  regression_4003.93 OK
o regression_4003.94 Cipher case 93 algo 0x10000114 line 2131
  regression_4003.94 OK
o regression_4003.95 Cipher case 94 algo 0x10000214 line 2135
  regression_4003.95 OK
o regression_4003.96 Cipher case 95 algo 0x10000214 line 2135
  regression_4003.96 OK
o regression_4003.97 Cipher case 96 algo 0x10000214 line 2139
  regression_4003.97 OK
o regression_4003.98 Cipher case 97 algo 0x10000214 line 2139
  regression_4003.98 OK
  regression_4003 OK
 
* regression_4004 Test TEE Internal API get random
o regression_4004.1 TEE get random
  regression_4004.1 OK
  regression_4004 OK
 
* regression_4005 Test TEE Internal API Authenticated Encryption operations
o regression_4005.1 AE case 0 algo 0x40000710 line 2426
  regression_4005.1 OK
o regression_4005.2 AE case 1 algo 0x40000710 line 2426
  regression_4005.2 OK
o regression_4005.3 AE case 2 algo 0x40000710 line 2427
  regression_4005.3 OK
o regression_4005.4 AE case 3 algo 0x40000710 line 2427
  regression_4005.4 OK
o regression_4005.5 AE case 4 algo 0x40000710 line 2428
  regression_4005.5 OK
o regression_4005.6 AE case 5 algo 0x40000710 line 2428
  regression_4005.6 OK
o regression_4005.7 AE case 6 algo 0x40000810 line 2430
  regression_4005.7 OK
o regression_4005.8 AE case 7 algo 0x40000810 line 2430
  regression_4005.8 OK
o regression_4005.9 AE case 8 algo 0x40000810 line 2431
  regression_4005.9 OK
o regression_4005.10 AE case 9 algo 0x40000810 line 2431
  regression_4005.10 OK
o regression_4005.11 AE case 10 algo 0x40000810 line 2432
  regression_4005.11 OK
o regression_4005.12 AE case 11 algo 0x40000810 line 2432
  regression_4005.12 OK
o regression_4005.13 AE case 12 algo 0x40000810 line 2433
  regression_4005.13 OK
o regression_4005.14 AE case 13 algo 0x40000810 line 2433
  regression_4005.14 OK
o regression_4005.15 AE case 14 algo 0x40000810 line 2434
  regression_4005.15 OK
o regression_4005.16 AE case 15 algo 0x40000810 line 2434
  regression_4005.16 OK
o regression_4005.17 AE case 16 algo 0x40000810 line 2435
  regression_4005.17 OK
o regression_4005.18 AE case 17 algo 0x40000810 line 2435
  regression_4005.18 OK
o regression_4005.19 AE case 18 algo 0x40000810 line 2436
  regression_4005.19 OK
o regression_4005.20 AE case 19 algo 0x40000810 line 2436
  regression_4005.20 OK
o regression_4005.21 AE case 20 algo 0x40000810 line 2437
  regression_4005.21 OK
o regression_4005.22 AE case 21 algo 0x40000810 line 2437
  regression_4005.22 OK
o regression_4005.23 AE case 22 algo 0x40000810 line 2438
  regression_4005.23 OK
o regression_4005.24 AE case 23 algo 0x40000810 line 2438
  regression_4005.24 OK
o regression_4005.25 AE case 24 algo 0x40000810 line 2439
  regression_4005.25 OK
o regression_4005.26 AE case 25 algo 0x40000810 line 2439
  regression_4005.26 OK
o regression_4005.27 AE case 26 algo 0x40000810 line 2440
  regression_4005.27 OK
o regression_4005.28 AE case 27 algo 0x40000810 line 2440
  regression_4005.28 OK
o regression_4005.29 AE case 28 algo 0x40000810 line 2441
  regression_4005.29 OK
o regression_4005.30 AE case 29 algo 0x40000810 line 2441
  regression_4005.30 OK
o regression_4005.31 AE case 30 algo 0x40000810 line 2442
  regression_4005.31 OK
o regression_4005.32 AE case 31 algo 0x40000810 line 2442
  regression_4005.32 OK
o regression_4005.33 AE case 32 algo 0x40000810 line 2443
  regression_4005.33 OK
o regression_4005.34 AE case 33 algo 0x40000810 line 2443
  regression_4005.34 OK
o regression_4005.35 AE case 34 algo 0x40000810 line 2444
  regression_4005.35 OK
o regression_4005.36 AE case 35 algo 0x40000810 line 2444
  regression_4005.36 OK
o regression_4005.37 AE case 36 algo 0x40000810 line 2445
  regression_4005.37 OK
o regression_4005.38 AE case 37 algo 0x40000810 line 2445
  regression_4005.38 OK
o regression_4005.39 AE case 38 algo 0x40000810 line 2446
  regression_4005.39 OK
o regression_4005.40 AE case 39 algo 0x40000810 line 2446
  regression_4005.40 OK
o regression_4005.41 AE case 40 algo 0x40000810 line 2447
  regression_4005.41 OK
o regression_4005.42 AE case 41 algo 0x40000810 line 2447
  regression_4005.42 OK
o regression_4005.43 AE case 42 algo 0x40000810 line 2448
  regression_4005.43 OK
o regression_4005.44 AE case 43 algo 0x40000810 line 2448
  regression_4005.44 OK
  regression_4005 OK
 
* regression_4006 Test TEE Internal API Asymmetric Cipher operations
o regression_4006.1 Asym Crypto case 0 algo 0x60000030 line 2784
  regression_4006.1 OK
o regression_4006.2 Asym Crypto case 1 algo 0x60000030 line 2786
  regression_4006.2 OK
o regression_4006.3 Asym Crypto case 2 algo 0x60000030 line 2788
  regression_4006.3 OK
o regression_4006.4 Asym Crypto case 3 algo 0x60000030 line 2790
  regression_4006.4 OK
o regression_4006.5 Asym Crypto case 4 algo 0x60000030 line 2792
  regression_4006.5 OK
o regression_4006.6 Asym Crypto case 5 algo 0x60000030 line 2794
  regression_4006.6 OK
o regression_4006.7 Asym Crypto case 6 algo 0x60000030 line 2796
  regression_4006.7 OK
o regression_4006.8 Asym Crypto case 7 algo 0x60000030 line 2798
  regression_4006.8 OK
o regression_4006.9 Asym Crypto case 8 algo 0x70002830 line 2800
  regression_4006.9 OK
o regression_4006.10 Asym Crypto case 9 algo 0x70002830 line 2802
  regression_4006.10 OK
o regression_4006.11 Asym Crypto case 20 algo 0x70003830 line 2825
  regression_4006.11 OK
o regression_4006.12 Asym Crypto case 21 algo 0x70003830 line 2827
  regression_4006.12 OK
o regression_4006.13 Asym Crypto case 22 algo 0xf0000830 line 2831
  regression_4006.13 OK
o regression_4006.14 Asym Crypto case 23 algo 0xf0000830 line 2833
  regression_4006.14 OK
o regression_4006.15 Asym Crypto case 24 algo 0x70004830 line 2837
  regression_4006.15 OK
o regression_4006.16 Asym Crypto case 25 algo 0x70004830 line 2839
  regression_4006.16 OK
o regression_4006.17 Asym Crypto case 26 algo 0x70005830 line 2842
  regression_4006.17 OK
o regression_4006.18 Asym Crypto case 27 algo 0x70005830 line 2844
  regression_4006.18 OK
o regression_4006.19 Asym Crypto case 28 algo 0x70006830 line 2847
  regression_4006.19 OK
o regression_4006.20 Asym Crypto case 29 algo 0x70006830 line 2849
  regression_4006.20 OK
o regression_4006.21 Asym Crypto case 34 algo 0x70414930 line 2865
  regression_4006.21 OK
o regression_4006.22 Asym Crypto case 35 algo 0x70414930 line 2868
  regression_4006.22 OK
o regression_4006.23 Asym Crypto case 40 algo 0x60000130 line 2886
  regression_4006.23 OK
o regression_4006.24 Asym Crypto case 41 algo 0x60000130 line 2888
  regression_4006.24 OK
o regression_4006.25 Asym Crypto case 46 algo 0x60210230 line 2899
  regression_4006.25 OK
o regression_4006.26 Asym Crypto case 47 algo 0x60210230 line 2902
  regression_4006.26 OK
o regression_4006.27 Asym Crypto case 52 algo 0x60000030 line 2919
  regression_4006.27 OK
o regression_4006.28 Asym Crypto case 53 algo 0x60000030 line 2921
  regression_4006.28 OK
o regression_4006.29 Asym Crypto case 56 algo 0x70002830 line 2927
  regression_4006.29 OK
o regression_4006.30 Asym Crypto case 57 algo 0x70002830 line 2929
  regression_4006.30 OK
o regression_4006.31 Asym Crypto case 68 algo 0x70004830 line 2951
  regression_4006.31 OK
o regression_4006.32 Asym Crypto case 69 algo 0x70004830 line 2953
  regression_4006.32 OK
o regression_4006.33 Asym Crypto case 78 algo 0x70414930 line 2975
  regression_4006.33 OK
o regression_4006.34 Asym Crypto case 79 algo 0x70414930 line 2978
  regression_4006.34 OK
o regression_4006.35 Asym Crypto case 84 algo 0x60000130 line 2994
  regression_4006.35 OK
o regression_4006.36 Asym Crypto case 85 algo 0x60000130 line 2996
  regression_4006.36 OK
o regression_4006.37 Asym Crypto case 90 algo 0x60210230 line 3007
  regression_4006.37 OK
o regression_4006.38 Asym Crypto case 91 algo 0x60210230 line 3010
  regression_4006.38 OK
o regression_4006.39 Asym Crypto case 156 algo 0x70004131 line 3095
  regression_4006.39 OK
o regression_4006.40 Asym Crypto case 157 algo 0x70004131 line 3096
  regression_4006.40 OK
o regression_4006.41 Asym Crypto case 276 algo 0x70001041 line 3230
  regression_4006.41 OK
o regression_4006.42 Asym Crypto case 277 algo 0x70001041 line 3232
  regression_4006.42 OK
o regression_4006.43 Asym Crypto case 426 algo 0x80000045 line 3545
  regression_4006.43 OK
o regression_4006.44 Asym Crypto case 427 algo 0x80000045 line 3547
  regression_4006.44 OK
o regression_4006.45 Asym Crypto case 428 algo 0x80000045 line 3549
  regression_4006.45 OK
o regression_4006.46 Asym Crypto case 429 algo 0x70006045 line 3552
  regression_4006.46 OK
o regression_4006.47 Asym Crypto case 430 algo 0x70006045 line 3554
  regression_4006.47 OK
  regression_4006 OK
 
* regression_4007_dh Test TEE Internal API Generate DH key
o regression_4007_dh.1 Generate DH key 256 bits - Private bits = 0
  regression_4007_dh.1 OK
o regression_4007_dh.2 Generate DH key 320 bits - Private bits = 256
  regression_4007_dh.2 OK
  regression_4007_dh OK
 
* regression_4007_dsa Test TEE Internal API Generate DSA key
o regression_4007_dsa.1 Generate DSA key 1024 bits
  regression_4007_dsa.1 OK
o regression_4007_dsa.2 Generate DSA key 512 bits
  regression_4007_dsa.2 OK
o regression_4007_dsa.3 Generate DSA key 576 bits
  regression_4007_dsa.3 OK
o regression_4007_dsa.4 Generate DSA key 640 bits
  regression_4007_dsa.4 OK
o regression_4007_dsa.5 Generate DSA key 704 bits
  regression_4007_dsa.5 OK
o regression_4007_dsa.6 Generate DSA key 768 bits
  regression_4007_dsa.6 OK
o regression_4007_dsa.7 Generate DSA key 832 bits
  regression_4007_dsa.7 OK
o regression_4007_dsa.8 Generate DSA key 896 bits
  regression_4007_dsa.8 OK
o regression_4007_dsa.9 Generate DSA key 960 bits
  regression_4007_dsa.9 OK
o regression_4007_dsa.10 Generate DSA key 1024 bits
  regression_4007_dsa.10 OK
  regression_4007_dsa OK
 
* regression_4007_ecc Test TEE Internal API Generate ECC key
o regression_4007_ecc.1 Generate ECDSA-192
  regression_4007_ecc.1 OK
o regression_4007_ecc.2 Generate ECDH-192
  regression_4007_ecc.2 OK
  regression_4007_ecc OK
 
* regression_4007_rsa Test TEE Internal API Generate RSA key
o regression_4007_rsa.1 Generate RSA-256 key
  regression_4007_rsa.1 OK
  regression_4007_rsa OK
 
* regression_4007_symmetric Test TEE Internal API Generate Symmetric key
o regression_4007_symmetric.1 Generate AES key
  regression_4007_symmetric.1 OK
o regression_4007_symmetric.2 Generate DES key
  regression_4007_symmetric.2 OK
o regression_4007_symmetric.3 Generate DES3 key
  regression_4007_symmetric.3 OK
o regression_4007_symmetric.4 Generate HMAC-MD5 key
  regression_4007_symmetric.4 OK
o regression_4007_symmetric.5 Generate HMAC-SHA1 key
  regression_4007_symmetric.5 OK
o regression_4007_symmetric.6 Generate HMAC-SHA224 key
  regression_4007_symmetric.6 OK
o regression_4007_symmetric.7 Generate HMAC-SHA256 key
  regression_4007_symmetric.7 OK
o regression_4007_symmetric.8 Generate HMAC-SHA384 key
  regression_4007_symmetric.8 OK
o regression_4007_symmetric.9 Generate HMAC-SHA512 key
  regression_4007_symmetric.9 OK
o regression_4007_symmetric.10 Generate Generic secret key
  regression_4007_symmetric.10 OK
  regression_4007_symmetric OK
 
* regression_4008 Test TEE Internal API Derive key
o regression_4008.1 Derive DH key success
  regression_4008.1 OK
  regression_4008 OK
 
* regression_4009 Test TEE Internal API Derive key ECDH
o regression_4009.1 Derive ECDH key - algo = 0x80001042
  regression_4009.1 OK
o regression_4009.2 Derive ECDH key - algo = 0x80002042
  regression_4009.2 OK
o regression_4009.3 Derive ECDH key - algo = 0x80003042
  regression_4009.3 OK
o regression_4009.4 Derive ECDH key - algo = 0x80004042
  regression_4009.4 OK
o regression_4009.5 Derive ECDH key - algo = 0x80005042
  regression_4009.5 OK
  regression_4009 OK
 
* regression_4010 Test TEE Internal API create transient object (negative)
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff000f
E/LD:  Status of TA cb3e5ba0-adf1-11e0-998b-0002a5d5c51b
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5627a000 size 0x009000 flags rw-s (stack)
E/LD:  region  6: va 0x8001f000 pa 0xbe6ea470 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80055000 pa 0x00001000 size 0x058000 flags r-xs [0]
E/LD:  region  8: va 0x800ad000 pa 0x00059000 size 0x010000 flags rw-s [0]
E/LD:   [0] cb3e5ba0-adf1-11e0-998b-0002a5d5c51b @ 0x80055000
E/LD:  Call stack:
E/LD:   0x8006006c
E/LD:   0x800567c8
E/LD:   0x80065064
E/LD:   0x8005b368
  regression_4010 OK
 
* regression_4011 Test TEE Internal API Bleichenbacher attack (negative)
Iteration 0
Iteration 1
Iteration 2
Iteration 3
Iteration 4
Iteration 5
Iteration 6
Iteration 7
Iteration 8
  regression_4011 OK
 
* regression_4012 Test seeding RNG entropy
  regression_4012 OK
 
* regression_4013 Test generation of device unique TA keys
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
E/TA:  derive_unique_key:44 Failure when calling PTA_SYSTEM_DERIVE_TA_UNIQUE_KEY
  regression_4013 OK
 
* regression_4014 Test SM2 KEP (key derivation)
o regression_4014.1 Initiator side
  regression_4014.1 OK
o regression_4014.2 Responder side
  regression_4014.2 OK
  regression_4014 OK
 
* regression_4101 Test TEE Internal API Arithmetical API - Bigint init
o regression_4101.1 Normal allocation and initialization
  regression_4101.1 OK
o regression_4101.2 Zero allocation
  regression_4101.2 OK
o regression_4101.3 Too large
  regression_4101.3 OK
o regression_4101.4 Boundaries
  regression_4101.4 OK
  regression_4101 OK
 
* regression_4102 Test TEE Internal API Arithmetical API - Octet string
o regression_4102.1 "01020304"
  regression_4102.1 OK
o regression_4102.2 "0102030405"
  regression_4102.2 OK
o regression_4102.3 "11224455667788"
  regression_4102.3 OK
o regression_4102.4 "01020304"
  regression_4102.4 OK
  regression_4102 OK
 
* regression_4103 Test TEE Internal API Arithmetical API - S32
o regression_4103.1 1 (0x1)
  regression_4103.1 OK
o regression_4103.2 -1 (0xffffffff)
  regression_4103.2 OK
o regression_4103.3 123 (0x7b)
  regression_4103.3 OK
o regression_4103.4 -123 (0xffffff85)
  regression_4103.4 OK
o regression_4103.5 2147483647 (0x7fffffff)
  regression_4103.5 OK
o regression_4103.6 -2147483648 (0x80000000)
  regression_4103.6 OK
o regression_4103.7 -1 (0xffffffff)
  regression_4103.7 OK
o regression_4103.8 0 (0x0)
  regression_4103.8 OK
o regression_4103.9 "1FFFFFFFFF" (overflow)
  regression_4103.9 OK
o regression_4103.10 "-1FFFFFFFFF" (overflow)
  regression_4103.10 OK
  regression_4103 OK
 
* regression_4104 Test TEE Internal API Arithmetical API - Compare
o regression_4104.1 Compare bigints
  regression_4104.1 OK
o regression_4104.2 Compare S32
  regression_4104.2 OK
  regression_4104 OK
 
* regression_4105 Test TEE Internal API Arithmetical API - Add, Sub
  regression_4105 OK
 
* regression_4106 Test TEE Internal API Arithmetical API - Neg
  regression_4106 OK
 
* regression_4107 Test TEE Internal API Arithmetical API - Mul
  regression_4107 OK
 
* regression_4108 Test TEE Internal API Arithmetical API - Div
  regression_4108 OK
 
* regression_4109 Test TEE Internal API Arithmetical API - Mod
  regression_4109 OK
 
* regression_4110 Test TEE Internal API Arithmetical API - Mod arith
  regression_4110 OK
 
* regression_4111 Test TEE Internal API Arithmetical API - Invmod
  regression_4111 OK
 
* regression_4112 Test TEE Internal API Arithmetical API - Is prime
  regression_4112 OK
 
* regression_4113 Test TEE Internal API Arithmetical API - shift right
  regression_4113 OK
 
* regression_4114 Test TEE Internal API Arithmetical API - GCD
  regression_4114 OK
 
* regresE/LD:  init_elf:437 sys_open_ta_bin(534d1192-6143-234c-4755-5352544f4f59)
sion_5006 Tests for Global platfE/TC:? 0 ldelf_init_with_ldelf:126 ldelf failed with res: 0xffff0008
orm TEEC
o regression_5006.1 ClE/LD:  init_elf:437 sys_open_ta_bin(534d1192-6143-234c-4755-5352544f4f59)
oseSession_null
  regression_50E/TC:? 0 ldelf_init_with_ldelf:126 ldelf failed with res: 0xffff0008
06.1 OK
o regression_5006.2 Allocate_In
  regression_5006.2 OK
o regression_5006.3 Allocate_out_of_memory
  regression_5006.3 OK
o regression_5006.4 OpenSession_error_notExistingTA
  regression_5006.4 OK
o regression_5006.5 Allocate_InOut
  regression_5006.5 OK
o regression_5006.6 Register_In
  regression_5006.6 OK
o regression_5006.7 Register_notZeroLength_Out
  regression_5006.7 OK
o regression_5006.8 Register_InOut
  regression_5006.8 OK
o regression_5006.9 Register_zeroLength_Out
  regression_5006.9 OK
o regression_5006.10 Allocate_Out
  regression_5006.10 OK
o regression_5006.11 FinalizeContext_null
  regression_5006.11 OK
o regression_5006.12 InitializeContext_NotExistingTEE
  regression_5006.12 OK
o regression_5006.13 AllocateThenRegister_SameMemory
  regression_5006.13 OK
o regression_5006.14 AllocateSameMemory_twice
  regression_5006.14 OK
o regression_5006.15 RegisterSameMemory_twice
  regression_5006.15 OK
o regression_5006.16 Allocate_sharedMemory_32k
  regression_5006.16 OK
o regression_5006.17 Register_sharedMemory_32k
  regression_5006.17 OK
  regression_5006 OK
 
* regression_6001 Test TEE_CreatePersistentObject
o regression_6001.1 Storage id: 00000001
  regression_6001.1 OK
o regression_6001.2 Storage id: 80000000
  regression_6001.2 OK
  regression_6001 OK
 
* regression_6002 Test TEE_OpenPersistentObject
o regression_6002.1 Storage id: 00000001
  regression_6002.1 OK
o regression_6002.2 Storage id: 80000000
  regression_6002.2 OK
  regression_6002 OK
 
* regression_6003 Test TEE_ReadObjectData
o regression_6003.1 Storage id: 00000001
  regression_6003.1 OK
o regression_6003.2 Storage id: 80000000
  regression_6003.2 OK
  regression_6003 OK
 
* regression_6004 Test TEE_WriteObjectData
o regression_6004.1 Storage id: 00000001
  regression_6004.1 OK
o regression_6004.2 Storage id: 80000000
  regression_6004.2 OK
  regression_6004 OK
 
* regression_6005 Test TEE_SeekObjectData
o regression_6005.1 Storage id: 00000001
  regression_6005.1 OK
o regression_6005.2 Storage id: 80000000
  regression_6005.2 OK
  regression_6005 OK
 
* regression_6006 Test TEE_CloseAndDeletePersistentObject
o regression_6006.1 Storage id: 00000001
  regression_6006.1 OK
o regression_6006.2 Storage id: 80000000
  regression_6006.2 OK
  regression_6006 OK
 
* regression_6007 Test TEE_TruncateObjectData
o regression_6007.1 Storage id: 00000001
o regression_6007.1.1 Test truncate file length
  regression_6007.1.1 OK
o regression_6007.1.2 Test extend file length
  regression_6007.1.2 OK
o regression_6007.1.3 Test file hole
  regression_6007.1.3 OK
  regression_6007.1 OK
o regression_6007.2 Storage id: 80000000
o regression_6007.2.1 Test truncate file length
  regression_6007.2.1 OK
o regression_6007.2.2 Test extend file length
  regression_6007.2.2 OK
o regression_6007.2.3 Test file hole
  regression_6007.2.3 OK
  regression_6007.2 OK
  regression_6007 OK
 
* regression_6008 Test TEE_RenamePersistentObject
o regression_6008.1 Storage id: 00000001
  regression_6008.1 OK
o regression_6008.2 Storage id: 80000000
  regression_6008.2 OK
  regression_6008 OK
 
* regression_6009 Test TEE Internal API Persistent Object Enumeration Functions
o regression_6009.1 Storage id: 00000001
  regression_6009.1 OK
o regression_6009.2 Storage id: 80000000
  regression_6009.2 OK
  regression_6009 OK
 
* regression_6010 Test Storage
o regression_6010.1 Storage id: 00000001
o regression_6010.1.1 CreatePersistentObject AccessConflict
E/TC:? 0 
  regression_6010.1.1 OK
o regrE/TC:? 0 TA panicked with code 0xffff0007
ession_6010.1.2 RestrictObjectUsE/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
age Panic
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80094000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  7: va 0x800ab000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80094000
E/LD:  Call stack:
E/LD:   0x80097354
E/LD:   0x80094dcc
E/LD:   0x8009c994
E/LD:   0x80095058
  regression_6010.1.2 OK
E/TC:? 0 
o regression_6010.1.3 SeekObjectE/TC:? 0 TA panicked with code 0xffff0007
Data BadHandle
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x8004d000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  7: va 0x80064000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x8004d000
E/LD:  Call stack:
E/LD:   0x80051500
E/LD:   0x8004d510
E/LD:   0x80055994
E/LD:   0x8004e058
  regression_6010.1.3 OK
E/TC:? 0 
o regression_6010.1.4 SeekObjectData NotPersist
E/TC:? 0 TA panicked with code 0xffff0007
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x8003a000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  7: va 0x80051000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x8003a000
E/LD:  Call stack:
E/LD:   0x8003e500
E/LD:   0x8003a510
E/LD:   0x80042994
E/LD:   0x8003b058
  regression_6010.1.4 OK
o regression_6010.1.5 SeekWriteRead
  regression_6010.1.5 OK
o regression_6010.1.6 Rename Access Conflict
  regression_6010.1.6 OK
o regression_6010.1.7 Rename Access Conflict 2
  regression_6010.1.7 OK
o regression_6010.1.8 AllocPersistentObjectEnumerator + ResetPersistentObjectEnumerator
  regression_6010.1.8 OK
o regression_6010.1.9 StartPersistentObjectEnumerator ItemNotFound
  regression_6010.1.9 OK
o regression_6010.1.10 RenamePersistent ReadWrite
  regression_6010.1.10 OK
o regression_6010.1.11 Close Free Reset Null
  regression_6010.1.11 OK
  regression_6010.1 OK
o regression_6010.2 Storage id: 80000000
o regression_6010.2.1 CreatePersistentObject AccessConflict
  regression_6010.2.1 OK
o regression_6010.2.2 RestrictObjectUsage Panic
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0007
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x8004f000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  7: va 0x80066000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x8004f000
E/LD:  Call stack:
E/LD:   0x80052354
E/LD:   0x8004fdcc
E/LD:   0x80057994
E/LD:   0x80050058
  regression_6010.2.2 OK
E/TC:? 0 
o regression_6010.2.3 SeekObjectData BadHandle
E/TC:? 0 TA panicked with code 0xffff0007
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80036000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  7: va 0x8004d000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80036000
E/LD:  Call stack:
E/LD:   0x8003a500
E/LD:   0x80036510
E/LD:   0x8003e994
E/LD:   0x80037058
  regression_6010.2.3 OK
E/TC:? 0 
o regression_6010.2.4 SeekObjectData NotPersist
E/TC:? 0 TA panicked with code 0xffff0007
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80051000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  7: va 0x80068000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80051000
E/LD:  Call stack:
E/LD:   0x80055500
E/LD:   0x80051510
E/LD:   0x80059994
E/LD:   0x80052058
  regression_6010.2.4 OK
o regression_6010.2.5 SeekWriteRead
  regression_6010.2.5 OK
o regression_6010.2.6 Rename Access Conflict
  regression_6010.2.6 OK
o regression_6010.2.7 Rename Access Conflict 2
  regression_6010.2.7 OK
o regression_6010.2.8 AllocPersistentObjectEnumerator + ResetPersistentObjectEnumerator
  regression_6010.2.8 OK
o regression_6010.2.9 StartPersistentObjectEnumerator ItemNotFound
  regression_6010.2.9 OK
o regression_6010.2.10 RenamePersistent ReadWrite
  regression_6010.2.10 OK
o regression_6010.2.11 Close Free Reset Null
  regression_6010.2.11 OK
  regression_6010.2 OK
  regression_6010 OK
 
* regression_6012 Test TEE GP TTA DS init objects
o regression_6012.1 Storage id: 00000001
  regression_6012.1 OK
o regression_6012.2 Storage id: 80000000
  regression_6012.2 OK
  regression_6012 OK
 
* regression_6013 Key usage in Persistent objects
o regression_6013.1 Storage id: 00000001
  regression_6013.1 OK
o regression_6013.2 Storage id: 80000000
  regression_6013.2 OK
  regression_6013 OK
 
* regression_6014 Loop on Persistent objects
o regression_6014.1 Storage id: 00000001
  regression_6014.1 OK
o regression_6014.2 Storage id: 80000000
  regression_6014.2 OK
  regression_6014 OK
 
* regression_6015 Storage isolation
o regression_6015.1 Storage id: 00000001
  regression_6015.1 OK
o regression_6015.2 Storage id: 80000000
  regression_6015.2 OK
  regression_6015 OK
 
* regression_6016 Storage concurency
o regression_6016.1 Storage id: 00000001
    threads: 4, loops: 8
  regression_6016.1 OK
o regression_6016.2 Storage id: 80000000
    threads: 4, loops: 8
  regression_6016.2 OK
  regression_6016 OK
 
* regression_6017 Test Persistent objects info
o regression_6017.1 Storage id: 00000001
  regression_6017.1 OK
o regression_6017.2 Storage id: 80000000
  regression_6017.2 OK
  regression_6017 OK
 
* regression_6018 Large object
o regression_6018.1 Storage id: 00000001
writing 0
writing 1
writing 2
writing 3
writing 4
writing 5
writing 6
writing 7
writing 8
writing 9
writing 10
writing 11
writing 12
writing 13
writing 14
writing 15
writing 16
writing 17
writing 18
writing 19
reading 0
reading 1
reading 2
reading 3
reading 4
reading 5
reading 6
reading 7
reading 8
reading 9
reading 10
reading 11
reading 12
reading 13
reading 14
reading 15
reading 16
reading 17
reading 18
reading 19
  regression_6018.1 OK
o regression_6018.2 Storage id: 80000000
writing 0
writing 1
writing 2
writing 3
writing 4
writing 5
writing 6
writing 7
writing 8
writing 9
writing 10
writing 11
writing 12
writing 13
writing 14
writing 15
writing 16
writing 17
writing 18
writing 19
reading 0
reading 1
reading 2
reading 3
reading 4
reading 5
reading 6
reading 7
reading 8
reading 9
reading 10
reading 11
reading 12
reading 13
reading 14
reading 15
reading 16
reading 17
reading 18
reading 19
  regression_6018.2 OK
  regression_6018 OK
 
* regression_6019 Storage independence
o regression_6019.1 Storage id: 00000001
  regression_6019.1 OK
o regression_6019.2 Storage id: 80000000
  regression_6019.2 OK
  regression_6019 OK
 
* regression_6020 Object IDs in SHM (negative)
o regression_6020.1 Storage id: 00000001
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80029000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  8: va 0x80040000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80029000
E/LD:  Call stack:
E/LD:   0x8002ce28
E/LD:   0x800290a8
E/LD:   0x80031994
E/LD:   0x8002a058
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80056000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  8: va 0x8006d000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80056000
E/LD:  Call stack:
E/LD:   0x80059f70
E/LD:   0x800562c8
E/LD:   0x8005e994
E/LD:   0x80057058
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x8007b000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  8: va 0x80092000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x8007b000
E/LD:  Call stack:
E/LD:   0x8007f084
E/LD:   0x80083994
E/LD:   0x8007c058
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6068 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80018000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  8: va 0x8008f000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  9: va 0x800a6000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x8008f000
E/LD:  Call stack:
E/LD:   0x80092f70
E/LD:   0x8008f18c
E/LD:   0x80097994
E/LD:   0x80090058
  regression_6020.1 OK
o regression_6020.2 Storage id: 80000000
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80081000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  8: va 0x80098000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80081000
E/LD:  Call stack:
E/LD:   0x80084e28
E/LD:   0x800810a8
E/LD:   0x80089994
E/LD:   0x80082058
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x8005f000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  8: va 0x80076000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x8005f000
E/LD:  Call stack:
E/LD:   0x80062f70
E/LD:   0x8005f2c8
E/LD:   0x80067994
E/LD:   0x80060058
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80070000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  8: va 0x80087000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80070000
E/LD:  Call stack:
E/LD:   0x80074084
E/LD:   0x80078994
E/LD:   0x80071058
E/TC:? 0 
E/TC:? 0 TA panicked with code 0xffff0001
E/LD:  Status of TA b689f2a7-8adf-477a-9f99-32e90c0ad0a2
E/LD:   arch: aarch64
E/LD:  region  0: va 0x80004000 pa 0x56200000 size 0x002000 flags rw-s (ldelf)
E/LD:  region  1: va 0x80006000 pa 0x56202000 size 0x00a000 flags r-xs (ldelf)
E/LD:  region  2: va 0x80010000 pa 0x5620c000 size 0x001000 flags rw-s (ldelf)
E/LD:  region  3: va 0x80011000 pa 0x5620d000 size 0x004000 flags rw-s (ldelf)
E/LD:  region  4: va 0x80015000 pa 0x56211000 size 0x001000 flags r--s
E/LD:  region  5: va 0x80016000 pa 0x5623d000 size 0x001000 flags rw-s (stack)
E/LD:  region  6: va 0x80017000 pa 0xbe4b6068 size 0x001000 flags rw-- (param)
E/LD:  region  7: va 0x80018000 pa 0xbe4b6048 size 0x001000 flags rw-- (param)
E/LD:  region  8: va 0x80062000 pa 0x00001000 size 0x017000 flags r-xs [0]
E/LD:  region  9: va 0x80079000 pa 0x00018000 size 0x014000 flags rw-s [0]
E/LD:   [0] b689f2a7-8adf-477a-9f99-32e90c0ad0a2 @ 0x80062000
E/LD:  Call stack:
E/LD:   0x80065f70
E/LD:   0x8006218c
E/LD:   0x8006a994
E/LD:   0x80063058
  regression_6020.2 OK
  regression_6020 OK
 
* regression_8001 Test TEE Internal API key derivation extensions
o regression_8001.1 HKDF RFC 5869 A.1 (SHA-256)
  regression_8001.1 OK
o regression_8001.2 HKDF RFC 5869 A.2 (SHA-256)
  regression_8001.2 OK
o regression_8001.3 HKDF RFC 5869 A.3 (SHA-256) [1]
  regression_8001.3 OK
o regression_8001.4 HKDF RFC 5869 A.3 (SHA-256) [2]
  regression_8001.4 OK
o regression_8001.5 HKDF RFC 5869 A.4 (SHA-1)
  regression_8001.5 OK
o regression_8001.6 HKDF RFC 5869 A.5 (SHA-1)
  regression_8001.6 OK
o regression_8001.7 HKDF RFC 5869 A.6 (SHA-1) [1]
  regression_8001.7 OK
o regression_8001.8 HKDF RFC 5869 A.6 (SHA-1) [2]
  regression_8001.8 OK
o regression_8001.9 HKDF RFC 5869 A.7 (SHA-1) [1]
  regression_8001.9 OK
o regression_8001.10 HKDF RFC 5869 A.7 (SHA-1) [2]
  regression_8001.10 OK
o regression_8001.11 Concat KDF JWA-37 C (SHA-256)
  regression_8001.11 OK
o regression_8001.12 PBKDF2 RFC 6070 1 (HMAC-SHA1)
  regression_8001.12 OK
o regression_8001.13 PBKDF2 RFC 6070 2 (HMAC-SHA1)
  regression_8001.13 OK
o regression_8001.14 PBKDF2 RFC 6070 3 (HMAC-SHA1)
  regression_8001.14 OK
o regression_8001.15 PBKDF2 RFC 6070 5 (HMAC-SHA1)
  regression_8001.15 OK
o regression_8001.16 PBKDF2 RFC 6070 6 (HMAC-SHA1)
  regression_8001.16 OK
  regression_8001 OK
 
* regression_8002 Secure Storage Key Manager API Self Test
E/LD:  init_elf:437 sys_open_ta_bin(17e5e280-d12e-11e4-a41a-0002a5d5c51b)
E/TC:? 0 ldelf_init_with_ldelf:126 ldelf failed with res: 0xffff0008
Ignore test due to TA does not exist
  regression_8002 OK
 
* regression_8101 TA mbedTLS self tests
  AES-ECB-128 (dec): passed
  AES-ECB-128 (enc): passed
  AES-ECB-192 (dec): passed
  AES-ECB-192 (enc): passed
  AES-ECB-256 (dec): passed
  AES-ECB-256 (enc): passed

  AES-CBC-128 (dec): passed
  AES-CBC-128 (enc): passed
  AES-CBC-192 (dec): passed
  AES-CBC-192 (enc): passed
  AES-CBC-256 (dec): passed
  AES-CBC-256 (enc): passed

  DES -ECB- 56 (dec): passed
  DES -ECB- 56 (enc): passed
  DES3-ECB-112 (dec): passed
  DES3-ECB-112 (enc): passed
  DES3-ECB-168 (dec): passed
  DES3-ECB-168 (enc): passed

  DES -CBC- 56 (dec): passed
  DES -CBC- 56 (enc): passed
  DES3-CBC-112 (dec): passed
  DES3-CBC-112 (enc): passed
  DES3-CBC-168 (dec): passed
  DES3-CBC-168 (enc): passed

  MD5 test #1: passed
  MD5 test #2: passed
  MD5 test #3: passed
  MD5 test #4: passed
  MD5 test #5: passed
  MD5 test #6: passed
  MD5 test #7: passed

  SHA-1 test #1: passed
  SHA-1 test #2: passed
  SHA-1 test #3: passed

  SHA-224 test #1: passed
  SHA-224 test #2: passed
  SHA-224 test #3: passed
  SHA-256 test #1: passed
  SHA-256 test #2: passed
  SHA-256 test #3: passed

  Base64 encoding test: passed
  Base64 decoding test: passed

  MPI test #1 (mul_mpi): passed
  MPI test #2 (div_mpi): passed
  MPI test #3 (exp_mod): passed
  MPI test #4 (inv_mod): passed
  MPI test #5 (simple gcd): passed

  RSA key validation: passed
  PKCS#1 encryption : passed
  PKCS#1 decryption : passed
  PKCS#1 data sign  : passed
  PKCS#1 sig. verify: passed

  X.509 certificate load: passed
  X.509 signature verify: passed

  regression_8101 OK
 
* regression_8102 TA mbedTLS test cert chain
  regression_8102 OK
 
* regression_8103 TA mbedTLS process certificate request
  regression_8103 OK
 
* pkcs11_1000 Initialize and close Cryptoki library
  pkcs11_1000 OK
 
* pkcs11_1001 PKCS11: List PKCS#11 slots and get information from
o pkcs11_1001.1 Test C_GetFunctionList()
  pkcs11_1001.1 OK
o pkcs11_1001.2 Test C_GetInfo()
  pkcs11_1001.2 OK
o pkcs11_1001.3 Test C_GetSlotList()
  pkcs11_1001.3 OK
o pkcs11_1001.4 Test C_Get{Slot|Token}Info()
  pkcs11_1001.4 OK
o pkcs11_1001.5 Test C_GetMechanism{List|Info}()
  pkcs11_1001.5 OK
o pkcs11_1001.6 Test C_GetMechanismList() with larger result buffer
  pkcs11_1001.6 OK
o pkcs11_1001.7 Test C_Get*Info() with invalid reference
  pkcs11_1001.7 OK
  pkcs11_1001 OK
 
* pkcs11_1002 PKCS11: Open and close PKCS#11 sessions
o pkcs11_1002.1 Test C_OpenSession()/C_GetSessionInfo()
  pkcs11_1002.1 OK
o pkcs11_1002.2 Test C_CloseSession()
  pkcs11_1002.2 OK
  pkcs11_1002 OK
 
* pkcs11_1003 PKCS11: Login to PKCS#11 token
o pkcs11_1003.1 C_InitToken() on uninitialized token
  pkcs11_1003.1 OK
o pkcs11_1003.2 C_InitToken() on initialized token
  pkcs11_1003.2 OK
o pkcs11_1003.3 Test C_Login()/C_Logout()
  pkcs11_1003.3 OK
o pkcs11_1003.4 Test C_SetPIN() user_type 1
  pkcs11_1003.4 OK
o pkcs11_1003.5 Test C_SetPIN() user_type 0
  pkcs11_1003.5 OK
o pkcs11_1003.6 Test C_SetPIN() user_type 2
  pkcs11_1003.6 OK
  pkcs11_1003 OK
 
* pkcs11_1004 PKCS11: create/destroy PKCS#11 simple objects
o pkcs11_1004.1 Create and destroy a volatile object
  pkcs11_1004.1 OK
o pkcs11_1004.2 Create and destroy a persistent object
  pkcs11_1004.2 OK
o pkcs11_1004.3 Create and destroy many session objects
    created object count: 27
  pkcs11_1004.3 OK
o pkcs11_1004.4 Create objects in a read-only session
  pkcs11_1004.4 OK
o pkcs11_1004.5 Create objects in a read/write session
  pkcs11_1004.5 OK
  pkcs11_1004 OK
 
* pkcs11_1005 PKCS11: Check ciphering with valid and invalid keys #1
o pkcs11_1005.1 valid usage #0
  pkcs11_1005.1 OK
o pkcs11_1005.2 valid usage #1
  pkcs11_1005.2 OK
o pkcs11_1005.3 valid usage #2
  pkcs11_1005.3 OK
o pkcs11_1005.4 valid usage #3
  pkcs11_1005.4 OK
o pkcs11_1005.5 invalid usage #0
  pkcs11_1005.5 OK
o pkcs11_1005.6 invalid usage #1
  pkcs11_1005.6 OK
o pkcs11_1005.7 invalid usage #2
  pkcs11_1005.7 OK
o pkcs11_1005.8 invalid usage #3
  pkcs11_1005.8 OK
  pkcs11_1005 OK
 
* pkcs11_1006 PKCS11: Check ciphering with valid and invalid keys #2
  pkcs11_1006 OK
 
* pkcs11_1007 PKCS11: Check operations release at session closure
    created sessions count: 17
  pkcs11_1007 OK
 
* pkcs11_1008 PKCS11: Check Compliance of C_Sign - HMAC algorithms
o pkcs11_1008.1 Sign case 0 algo (CKM_AES_CMAC)
  pkcs11_1008.1 OK
o pkcs11_1008.2 Sign case 1 algo (CKM_AES_CMAC)
  pE/TA:  step_symm_operation:922 Invalid signature size: 0
kcs11_1008.2 OK
o pkcs11_1008.3 E/TA:  step_symm_operation:922 Invalid signature size: 65
Sign case 2 algo (CKM_AES_CMAC)
  pkcs11_1008.3 OK
o pkcs11_1008.4 Sign case 3 algo (CKM_MD5_HMAC)
  pkcs11_1008.4 OK
o pkcs11_1008.5 Sign case 4 algo (CKM_SHA_1_HMAC)
  pkcs11_1008.5 OK
o pkcs11_1008.6 Sign case 5 algo (CKM_SHA224_HMAC)
  pkcs11_1008.6 OK
o pkcs11_1008.7 Sign case 6 algo (CKM_SHA256_HMAC)
  pkcs11_1008.7 OK
o pkcs11_1008.8 Sign case 7 algo (CKM_SHA256_HMAC)
  pkcs11_1008.8 OK
o pkcs11_1008.9 Sign case 8 algo (CKM_SHA384_HMAC)
  pkcsE/TA:  step_symm_operation:922 Invalid signature size: 0
11_1008.9 OK
o pkcs11_1008.10 Sign case 9 algo (CKM_SHA512_HMAC)
  pkcs11_1008.10 OK
o pkcs11_1008.11 Sign case 10 algo (CKE/TA:  step_symm_operation:922 Invalid signature size: 65
M_AES_CMAC_GENERAL)
  pkcs11_1008.11 OK
o pkcs11_1008.12 Sign caE/TA:  step_symm_operation:922 Invalid signature size: 0
se 11 algo (CKM_AES_CMAC_GENERAL)E/TA:  step_symm_operation:922 Invalid signature size: 65

  pkcs11_1008.12 OK
o pkcs11_1008.13 Sign case 12 algo (CKM_AES_CMAC_GENERAL)
  pkcs11_1008.13 OK
o pkcs11_1008.14 Sign case 13 algo (CKM_MD5_HMAC_GENERAL)
  pkcs11_1008.14 OK
o pkcs11_1008.15 Sign case 14 algo (CKM_SHA_1_HMAC_GENERAL)
  pkcs11_1008.15 OK
o pkcs11_1008.16 Sign case 15 algo (CKM_SHA224_HMAC_GENERAL)
  pkcs11_1008.16E/TA:  step_symm_operation:922 Invalid signature size: 0
 OK
o pkcs11_1008.17 Sign case 16 algo (CKM_SHA256_HMAC_GENERAL)
  pkcs11_1008.17 OK
o pkcs11_1008.18 Sign case 17 algo (CKM_SHA256_HMAC_GENERAL)
  pkcs11_1008.18 OK
o pkcs11_1008.19 Sign case 18 algo (CKM_SHA384_HMAC_GENERAL)
  pkcs11_1008.19 E/TA:  step_symm_operation:922 Invalid signature size: 65
OK
o pkcs11_1008.20 Sign case 19 algo (CKM_SHA512_HMAC_GENERAL)
  pkcs11_1008.20 OK
  pkcs11_1008 OK
 
* pkcs11_1009 PKCS11: Check Compliance of C_Verify - HMAC Algorithms
o pkcs11_1009.1 Verify case 0 algo (CKM_AES_CMAC)
  pkcs11_1009.1 OK
o pkcs11_1009.2 Verify case 1 algo (CKM_AES_CMAC)
  pkcs11_100E/TA:  step_symm_operation:922 Invalid signature size: 0
9.2 OK
o pkcs11_1009.3 Verify case 2 algo (CKM_AES_CMAC)
  pkcE/TA:  step_symm_operation:922 Invalid signature size: 65
s11_1009.3 OK
o pkcs11_1009.4 Verify case 3 algo (CKM_MD5_HMAC)
  pkcs11_1009.4 OK
o pkcs11_1009.5 Verify case 4 algo (CKM_SHA_1_HMAC)
  pkcs11_1009.5 OK
o pkcs11_1009.6 Verify case 5 algo (CKM_SHA224_HMAC)
  pkcs11_1009.6 OK
o pkcs11_1009.7 Verify case 6 algo (CKM_SHA256_HMAC)
  pkcs11_1009.7 OK
o pkcs11_1009.8 Verify case 7 algo (CKM_SHA256_HMAC)
  pkcs11_1009E/TA:  step_symm_operation:922 Invalid signature size: 0
.8 OK
o pkcs11_1009.9 Verify casE/TA:  step_symm_operation:922 Invalid signature size: 65
e 8 algo (CKM_SHA384_HMAC)
  pkcs11_1009.9 OK
o pkcs11_1009.10 Verify case 9 algo (CKM_SHA512_HMAC)
  pkcs11_1009.10 OK
o pkcs11_1009.11 Verify case 10 algo (CKM_AES_CMAC_GENERAL)
  pkcs11_1009.11 OK
o pkcs11_1009.12 Verify case 11 algo (CKM_AES_CMAC_GENERAL)
  pkcs11_1009.12 OK
o pkcs11_1009.13 Verify E/TA:  step_symm_operation:922 Invalid signature size: 0
case 12 algo (CKM_AES_CMAC_GENERAL)
  pkcs11_1009.13 OK
o pkcsE/TA:  step_symm_operation:922 Invalid signature size: 65
11_1009.14 Verify case 13 algo (CKM_MD5_HMAC_GENERAL)
  pkcs11_1009.14 OK
o pkcs11_1009.15 Verify case 14 algo (CKM_SHA_1_HMAC_GENERAL)
  pkcs11_1009.15 OK
o pkcs11_1009.16 Verify case 15 algo (CKM_SHA224_HMAC_GENERAL)
  pkcs11_1009.16 OK
o pkcs11_1009.17 Verify case 16 algo (CKM_SHA256_HMAC_GENERAL)
  pkcs11_1009.17 OK
o pkcs11_1009.18 Verify case 17 algo (CKM_SHA256_HMAC_GENERAL)
  pkcs11_1009.18 OK
o pkcs11_1009.19 Verify case 18 algo (CKM_SHA384_HMAC_GENERAL)
  pkcs11_1009.19 OK
o pkcs11_1009.20 Verify case 19 algo (CKM_SHA512_HMAC_GENERAL)
  pkcs11_1009.20 OK
  pkcs11_1009 OK
 
* pkcs11_1010 PKCS11: Key Generation
o pkcs11_1010.1 Generate Secret Key with Invalid Templates
  pkcs11_1010.1 OK
o pkcs11_1010.2 Generate Generic Secret Key - Try Encrypting
  pkcs11_1010.2 OK
o pkcs11_1010.3 Generate Generic Secret Key - Try Signing
  pkcs11_1010.3 OK
o pkcs11_1010.4 Generate AES Key - Try Encrypting
  pkcs11_1010.4 OK
  pkcs11_1010 OK
 
* pkcs11_1011 PKCS11: Test Find Objects
o pkcs11_1011.1 Find created Data objects when logged in
  pkcs11_1011E/TA:  entry_find_objects_init:534 Active object search already in progress
.1 OK
o pkcs11_1011.2 Find all objects by passing NULL template
  pkcs11_1011.2 OK
o pkcs11_1011.3 Initiate and finalize straight a search
  pkcs11_1011.3 OK
o pkcs11_1011.4 Find created Data objects when logged out
  pkcs11_1011.4 OK
o pkcs11_1011.5 Find objects 1 by 1 and match handles
  pkcs11_1011.5 OK
o pkcs11_1011.6 Find persistent objects
  pkcs11_1011.6 OK
o pkcs11_1011.7 Find session objects
  pkcs11_1011.7 OK
o pkcs11_1011.8 Login again and find Data objects
  pkcs11_1011.8 OK
o pkcs11_1011.9 Find objects from brand new session
  pkcs11_1011.9 OK
o pkcs11_1011.10 Invalid cases
  pkcs11_1011.10 OK
  pkcs11_1011 OK
 
* pkcs11_1012 PKCS11: Serializer tests
o pkcs11_1012.1 Get Attribute - boolean + class
  pkcs11_1012.1 OK
o pkcs11_1012.2 Get Attribute - class + boolean
  pkcs11_1012.2 OK
o pkcs11_1012.3 Get Attribute - query size boolean + class
  pkcs11_1012.3 OK
o pkcs11_1012.4 Get Attribute - query size class + boolean
  pkcs11_1012.4 OK
o pkcs11_1012.5 Get Attribute - value with exact size buffer
  pkcs11_1012.5 OK
o pkcs11_1012.6 Get Attribute - value with larger buffer
  pkcs11_1012.6 OK
o pkcs11_1012.7 Get Attribute - bool + value with exact size + class + bool
  pkcs11_1012.7 OK
o pkcs11_1012.8 Get Attribute - bool + value with larger buffer + class + bool
  pkcs11_1012.8 OK
o pkcs11_1012.9 Get Attribute - allowed mechanism list
  pkcs11_1012.9 OK
  pkcs11_1012 OK
 
* pkcs11_1013 PKCS11: Object creation upon session type
o pkcs11_1013.1 Create objects in R/O Public Session
  pkcs11_1013.1 OK
o pkcs11_1013.2 Create objects in R/O Public Session
  pkcs11_1013.2 OK
o pkcs11_1013.3 Create objects in R/O User Session
  pkcs11_1013.3 OK
o pkcs11_1013.4 Create objects in R/W User SesE/TA:  check_mechanism_against_processing:140 Processing 0x1081/AES_ECB not permitted (3/0)
sion
  pkcs11_1013.4 OK
o pkcs11_1013.5 Create objects in R/W SO Session
  pkcs11_1013.5 OK
  pkcs11_1013 OK
 
* pkcs11_1014 PKCS11: Test C_SetAttributeValue()
o pkcs11_1014.1 Set attributes on secret key object
  pkcs11_1014.1 OK
o pkcs11_1014.2 Test Invalid template with R/O Attributes
  pkcs11_1014.2 OK
o pkcs11_1014.3 Test Invalid template with Invalid Attribute
  pkcs11_1014.3 OK
o pkcs11_1014.4 Set CKA_TRUSTED with and w/o SO Login
  pkcs11_1014.4 OK
  pkcs11_1014 OK
 
* pkcs11_1015 PKCS11: Test C_CopyObject()
o pkcs11_1015.1 Copy Local Obj with NULL Template
  pkcs11_1015.1 OK
o pkcs11_1015.2 Copy a non-local object with NULL Template
  pkcs11_1015.2 OK
o pkcs11_1015.3 Copy Object with Valid Template
  pkcs11_1015.3 OK
o pkcs11_1015.4 Copy Object as a Private Object
  pkcs11_1015.4 OK
o pkcs11_1015.5 Copy Object with Invalid Template
  pkcs11_1015.5 OK
o pkcs11_1015.6 Copy Object with COPYABLE false
  pkcs11_1015.6 OK
o pkcs11_1015.7 Copy session object to token in RO session
  pkcs11_1015.7 OK
  pkcs11_1015 OK
 
* pkcs11_1016 PKCS11: Random number generator tests
o pkcs11_1016.1 Seed random bytes
  pkcs11_1016.1 OK
o pkcs11_1016.2 Seed random bytes with zero length buffer
  pkcs11_1016.2 OK
o pkcs11_1016.3 Generate random bytes
  pkcs11_1016.3 OK
o pkcs11_1016.4 Generate random bytes with zero length buffer
  pkcs11_1016.4 OK
  pkcs11_1016 OK
 
* pkcs11_1017 PKCS11: AES Key Derivation tests
o pkcs11_1017.1 Derive Generic secret - AES-ECB Mechanism
  pkcs11_1017.1 OK
o pkcs11_1017.2 Derive AES key using AES-EBC
  pkcs11_1017.2 OK
o pkcs11_1017.3 Derive AES key using AES-CBC
  pkcs11_1017.3 OK
o pkcs11_1017.4 Derive Generic secret key using AES-CBC
  pkcs11_1017.4 OK
o pkcs11_1017.5 Invalid parameters during derivation
  pkcs11_1017.5 OK
o pkcs11_1017.6 Failure if operation already active
  pkcs11_1017.6 OK
o pkcs11_1017.7 Failure if parent key CKA_ENCRYPT is TRUE
  pkcs11_1017.7 OK
o pkcs11_1017.8 Failure if parent key CKA_DERIVE is FALSE
  pkcs11_1017.8 OK
  pkcs11_1017 OK
 
* pkcs11_1018 PKCS11: Digest tests
o pkcs11_1018.1 Simple digest tests - update - CKM_MD5/empty
  pkcs11_1018.1 OK
o pkcs11_1018.2 Simple digest tests - oneshot - CKM_MD5/empty
  pkcs11_1018.2 OK
o pkcs11_1018.3 Simple digest tests - AES key update - SHA-256
  pkcs11_1018.3 OK
o pkcs11_1018.4 Simple digest tests - generic secret key update - SHA-256
  pkcs11_1018.4 OK
o pkcs11_1018.5 Query digest size - C_DigestFinal
  pkcs11_1018.5 OK
o pkcs11_1018.6 Query digest size - C_Digest
  pkcs11_1018.6 OK
o pkcs11_1018.7 Query digest size - buffer too small
  pkcs11_1018.7 OK
o pkcs11_1018.8 Test bad arguments - C_DigestUpdate
  pkcs11_1018.8 OK
o pkcs11_1018.9 Test bad arguments - C_DigestFinal with NULL digest
  pkcs11_1018.9 OK
o pkcs11_1018.10 Test bad arguments - C_DigestFinal with digest but NULL size
  pkcs11_1018.10 OK
o pkcs11_1018.11 Test bad arguments - C_Digest with NULL data but non-zero size
  pkcs11_1018.11 OK
o pkcs11_1018.12 Test bad arguments - C_Digest with NULL digest
  pkcs11_1018.12 OK
o pkcs11_1018.13 Test bad arguments - C_DigestFinal with digest but NULL size
  pkcs11_1018.13 OK
o pkcs11_1018.14 Test bad arguments - C_DigestKey with invalid key handle
  pkcs11_1018.14 OK
o pkcs11_1018.15 Test bad arguments - C_DigestKey with non-secret key type
  pkcs11_1018.15 OK
  pkcs11_1018 OK
 
* pkcs11_1019 PKCS11: Elliptic Curve key generation and signing
o pkcs11_1019.1 P-256: Generate key pair
  pkcs11_1019.1 OK
o pkcs11_1019.2 P-256: Sign & verify tests - oneshot - CKM_ECDSA
  pkcs11_1019.2 OK
o pkcs11_1019.3 P-256: Sign & verify - oneshot - CKM_ECDSA_SHA1
  pkcs11_1019.E/TA:  create_attributes_from_template:1071 Inconsistent class/type
3 OK
o pkcs11_1019.4 P-256: Sign & verify - oneshot - CKM_ECDSA_SHA224
  pkcs11_1019.4 OK
o pkcs11_1019.5 P-256: Sign & verify - oneshot - CKM_ECDSA_SHA256
  pkcs11_1019.5 OK
o pkcs11_1019.6 P-256: Sign & verify - oneshot - CKM_ECDSA_SHA384
  pkcs11_1019.6 OK
o pkcs11_1019.7 P-256: Sign & verify - oneshot - CKM_ECDSA_SHA512
  pkcs11_1019.7 OK
o pkcs11_1019.8 P-256: Destroy keys
  pkcs11_1019.8 OK
o pkcs11_1019.9 P-384: Generate key pair
  pkcs11_1019.9 OK
o pkcs11_1019.10 P-384: Sign & verify tests - oneshot - CKM_ECDSA
  pkcs11_1019.10 OK
o pkcs11_1019.11 P-384: Sign & verify - oneshot - CKM_ECDSA_SHA1
  pkcs11_1019.11 OK
o pkcs11_1019.12 P-384: Sign & verify - oneshot - CKM_ECDSA_SHA224
  pkcs11_1019.12 OK
o pkcs11_1019.13 P-384: Sign & verify - oneshot - CKM_ECDSA_SHA256
  pkcs11_1019.13 OK
o pkcs11_1019.14 P-384: Sign & verify - oneshot - CKM_ECDSA_SHA384
  pkcs11_1019.14 OK
o pkcs11_1019.15 P-384: Sign & verify - oneshot - CKM_ECDSA_SHA512
  pkcs11_1019.15 OK
o pkcs11_1019.16 P-384: Destroy keys
  pkcs11_1019.16 OK
  pkcs11_1019 OK
 
* pkcs11_1020 PKCS11: AES Key Wrap/UnWrap tests
o pkcs11_1020.1 Test key wrap with AES ECB
  pkcs11_1020.1 OK
o pkcs11_1020.2 Test key unwrap with AES ECB
  pkcs11_1020.2 OK
o pkcs11_1020.3 Invalid UnWrap cases
  pkcs11_1020.3 OK
o pkcs11_1020.4 Invalid Wrap cases
E/TA:  check_mechanism_against_processing:140 Processing 0x211/MD5_HMAC not permitted (4/0)
  pkcs11_1020.4 OK
o pkcs11_1020.5 Wrap with different length key
  pkcs11_1020.5 OK
o pkcs11_1020.6 Test Wrap/Unwrap with indirect template
  pkcs11_1020.6 OK
o pkcs11_1020.7 Test usage of CKA_WRAP_WITH_TRUSTED
  pkcs11_1020.7 OK
  pkcs11_1020 OK
 
* pkcs11_1021 PKCS11: RSA PKCS key generation and signing
o pkcs11_1021.1 RSA-1024: Generate key pair
  pkcs11_1021.1 OK
o pkcs11_1021.2 RSA-1024: Sign & verify tests - oneshot - CKM_RSA_PKCS
  pkcs11_1021.2 OK
o pkcs11_1021.3 RSA-1024: Sign & verify - oneshot - CKM_MD5_RSA_PKCS
  pkcs11_1021.3 OK
o pkcs11_1021.4 RSA-1024: Sign & verify - oneshot - CKM_SHA1_RSA_PKCS
  pkcs11_1021.4 OK
o pkcs11_1021.5 RSA-1024: Sign & verify - oneshot - CKM_SHA224_RSA_PKCS
  pkcs11_1021.5 OK
o pkcs11_1021.6 RSA-1024: Sign & verify - oneshot - CKM_SHA256_RSA_PKCS
  pkcs11_1021.6 OK
o pkcs11_1021.7 RSA-1024: Sign & verify - oneshot - CKM_SHA384_RSA_PKCS
  pkcs11_1021.7 OK
o pkcs11_1021.8 RSA-1024: Sign & verify - oneshot - CKM_SHA512_RSA_PKCS
  pkcs11_1021.8 OK
o pkcs11_1021.9 RSA-2048: Generate key pair
  pkcs11_1021.9 OK
o pkcs11_1021.10 RSA-2048: Sign & verify tests - oneshot - CKM_RSA_PKCS
  pkcs11_1021.10 OK
o pkcs11_1021.11 RSA-2048: Sign & verify - oneshot - CKM_MD5_RSA_PKCS
  pkcs11_1021.11 OK
o pkcs11_1021.12 RSA-2048: Sign & verify - oneshot - CKM_SHA1_RSA_PKCS
  pkcs11_1021.12 OK
o pkcs11_1021.13 RSA-2048: Sign & verify - oneshot - CKM_SHA224_RSA_PKCS
  pkcs11_1021.13 OK
o pkcs11_1021.14 RSA-2048: Sign & verify - oneshot - CKM_SHA256_RSA_PKCS
  pkcs11_1021.14 OK
o pkcs11_1021.15 RSA-2048: Sign & verify - oneshot - CKM_SHA384_RSA_PKCS
  pkcs11_1021.15 OK
o pkcs11_1021.16 RSA-2048: Sign & verify - oneshot - CKM_SHA512_RSA_PKCS
  pkcs11_1021.16 OK
  pkcs11_1021 OK
 
* pkcs11_1022 PKCS11: RSA PSS key generation and signing
o pkcs11_1022.1 RSA-1024: Generate key pair
  pkcs11_1022.1 OK
o pkcs11_1022.2 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA1
  pkcs11_1022.2 OK
o pkcs11_1022.3 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA1/mech
  pkcs11_1022.3 OK
o pkcs11_1022.4 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA224
  pkcs11_1022.4 OK
o pkcs11_1022.5 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA224/mech
  pkcs11_1022.5 OK
o pkcs11_1022.6 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA256
  pkcs11_1022.6 OK
o pkcs11_1022.7 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA256/mech
  pkcs11_1022.7 OK
o pkcs11_1022.8 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA384
  pkcs11_1022.8 OK
o pkcs11_1022.9 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA384/mech
  pkcs11_1022.9 OK
o pkcs11_1022.10 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA512
  pkcs11_1022.10 OK
o pkcs11_1022.11 RSA-1024: Sign & verify - oneshot - RSA-PSS/SHA512/mech
  pkcs11_1022.11 OK
o pkcs11_1022.12 RSA-2048: Generate key pair
  pkcs11_1022.12 OK
o pkcs11_1022.13 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA1
  pkcs11_1022.13 OK
o pkcs11_1022.14 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA1/mech
  pkcs11_1022.14 OK
o pkcs11_1022.15 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA224
  pkcs11_1022.15 OK
o pkcs11_1022.16 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA224/mech
  pkcs11_1022.16 OK
o pkcs11_1022.17 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA256
  pkcs11_1022.17 OK
o pkcs11_1022.18 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA256/mech
  pkcs11_1022.18 OK
o pkcs11_1022.19 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA384
  pkcs11_1022.19 OK
o pkcs11_1022.20 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA384/mech
  pkcs11_1022.20 OK
o pkcs11_1022.21 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA512
  pkcs11_1022.21 OK
o pkcs11_1022.22 RSA-2048: Sign & verify - oneshot - RSA-PSS/SHA512/mech
  pkcs11_1022.22 OK
  pkcs11_1022 OK
 
* pkcs11_1023 PKCS11: RSA OAEP key generation and crypto operations
o pkcs11_1023.1 RSA-1024: Generate key pair
  pkcs11_1023.1 OK
o pkcs11_1023.2 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA1
  pkcs11_1023.2 OK
o pkcs11_1023.3 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA1/label
  pkcs11_1023.3 OK
o pkcs11_1023.4 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA224
  pkcs11_1023.4 OK
o pkcs11_1023.5 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA224/label
  pkcs11_1023.5 OK
o pkcs11_1023.6 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA256
  pkcs11_1023.6 OK
o pkcs11_1023.7 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA256/label
  pkcs11_1023.7 OK
o pkcs11_1023.8 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA384
  pkcs11_1023.8 OK
o pkcs11_1023.9 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA384/label
  pkcs11_1023.9 OK
o pkcs11_1023.10 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA512
  pkcs11_1023.10 OK
o pkcs11_1023.11 RSA-1024: Encrypt & decrypt - oneshot - RSA-OAEP/SHA512/label
  pkcs11_1023.11 OK
o pkcs11_1023.12 RSA-2048: Generate key pair
  pkcs11_1023.12 OK
o pkcs11_1023.13 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA1
  pkcs11_1023.13 OK
o pkcs11_1023.14 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA1/label
  pkcs11_1023.14 OK
o pkcs11_1023.15 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA224
  pkcs11_1023.15 OK
o pkcs11_1023.16 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA224/label
  pkcs11_1023.16 OK
o pkcs11_1023.17 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA256
  pkcs11_1023.17 OK
o pkcs11_1023.18 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA256/label
  pkcs11_1023.18 OK
o pkcs11_1023.19 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA384
  pkcs11_1023.19 OK
o pkcs11_1023.20 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA384/label
  pkcs11_1023.20 OK
o pkcs11_1023.21 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA512
  pkcs11_1023.21 OK
o pkcs11_1023.22 RSA-2048: Encrypt & decrypt - oneshot - RSA-OAEP/SHA512/label
  pkcs11_1023.22 OK
  pkcs11_1023 OK
 
* pkcs11_1024 PKCS11: X509 Certificate operations
o pkcs11_1024.1 Import X.509 Certificate
  pkcs11_1024.1 OK
o pkcs11_1024.2 Import X.509 Certificate with default values
  pkcs11_1024.2 OK
o pkcs11_1024.3 Try import with invalid category
E/TA:  create_certificate_attributes:674 Invalid certificate category 0xffffffff
  pkcs11_1024.3 OK
o pkcs11_1024.4 Try import with invalid category size
  pkcs11_1024.4 OK
o pkcs11_1024.5 Try import with invalid name hash alg size
  pkcs11_1024.5 OK
  pkcs11_1024 OK
 
* regression_nxp_0001 Test TEE cipher AES CTR operation byte incremental in/out
  regression_nxp_0001 OK
 
* regression_nxp_0002 Test TEE cipher AES CTR decrypt byte per byte
  regression_nxp_0002 OK
 
* regression_nxp_0003 Test TEE cipher operations with big buffers
Allocated big Input buffer @0xffffbf01f010 - 133120 bytes
Allocated big Output buffer @0xffffbeffe010 - 133120 bytes
Allocated big Decrypt buffer @0xffffbefdd010 - 133120 bytes
  regression_nxp_0003 OK
 
* regression_nxp_0004 Test TEE AES CTR cipher in place operation
  regression_nxp_0004 OK
 
* regression_nxp_0006 Test LS I2C driver with RTC clock (Will take around 10 Seconds)
E/LD:  init_elf:437 sys_open_ta_bin(4daa5ac7-e9d2-498f-a24a-4b2eab7b4b01)
E/TC:? 0 ldelf_init_with_ldelf:126 ldelf failed with res: 0xffff0008
regression_nxp 0006 - skip test, PTA not found
  regression_nxp_0006 OK
 
* regression_nxp_0010 Test i.MX OCOTP PTA
o regression_nxp_0010.1 Open OCOTP PTA
  regression_nxp_0010.1 OK
o regression_nxp_0010.2 Test i.MX Chip IUD read
o regression_nxp_0010.2.1 Request UID size 0
  regression_nxp_0010.2.1 OK
o regression_nxp_0010.2.2 Request UID size 18446744073709551615
  regression_nxp_0010.2.2 OK
o regression_nxp_0010.2.3 Request UID size 1
  regression_nxp_0010.2.3 OK
E/TC:? 0 generate_dek_blob_pta:102 DEK Blob Encapsulation 0xffff000d

  regression_nxp_0010.2.4 OK
o regression_nxp_0010.2.5 Request UID size 8
Chip UID: ffaa02002669f8ec
  regression_nxp_0010E/TC:? 0 caam_sm_free_page:144 Partition 1 not owned by used JR
E/TC:? 0 generate_dek_blob_pta:102 DEK Blob Encapsulation 0xffff000c
.2.5 OK
o regression_nxp_0010.2.E/TC:? 0 caam_sm_free_page:144 Partition 1 not owned by used JR
6 Request UID size 9
  regressE/TC:? 0 generate_dek_blob_pta:102 DEK Blob Encapsulation 0xffff000c
ion_nxp_0010.2.6 OK
o regressionE/TC:? 0 caam_sm_free_page:144 Partition 20 not owned by used JR
E/TC:? 0 generate_dek_blob_pta:102 DEK Blob Encapsulation 0xffff000c
_nxp_0010.2.7 Request UID size 16
  regression_nxp_0010.2.7 OK
o regression_nxp_0010.2.8 Request UID size 255
  regression_nxp_0010.2.8 OK
  regression_nxp_0010.2 OK
o regression_nxp_0010.3 Test i.MX OCOTP fuse read
o regression_nxp_0010.3.1 Request fuse read bank 0 word 1
Fuse: 0x2AAFF
  regression_nxp_0010.3.1 OK
o regression_nxp_0010.3.2 Request fuse read bank 0 word 2
Fuse: 0xECF86926
  regression_nxp_0010.3.2 OK
o regression_nxp_0010.3.3 Request fuse read bank -1 word -1
  regression_nxp_0010.3.3 OK
o regression_nxp_0010.3.4 Request fuse read bank 1 word 128
  regression_nxp_0010.3.4 OK
o regression_nxp_0010.3.5 Request fuse read bank 128 word 1
  regression_nxp_0010.3.5 OK
  regression_nxp_0010.3 OK
  regression_nxp_0010 OK
 
* regression_nxp_0011 Test i.MX DIGPROG PTA
i.MX Platform Digprog 0x824311
  regression_nxp_0011 OK
 
* regression_nxp_1001 Test TEE DEK Blob generation
o regression_nxp_1001.1 Generation using 16 bytes key and backward compatibility
  regression_nxp_1001.1 OK
o regression_nxp_1001.2 Generation using 24 bytes key and backward compatibility
  regression_nxp_1001.2 OK
o regression_nxp_1001.3 Generation using 32 bytes key and backward compatibility
  regression_nxp_1001.3 OK
o regression_nxp_1001.4 Generation using 32 bytes key, big buffer for output and backward compatibility
  regression_nxp_1001.4 OK
o regression_nxp_1001.5 Generation using 16 bytes key
  regression_nxp_1001.5 OK
o regression_nxp_1001.6 Generation using 24 bytes key
  regression_nxp_1001.6 OK
o regression_nxp_1001.7 Generation using 32 bytes key
  regression_nxp_1001.7 OK
o regression_nxp_1001.8 Generation using 32 bytes key and a big buffer for output
  regression_nxp_1001.8 OK
o regression_nxp_1001.9 Generation using invalid 8 bytes key
  regression_nxp_1001.9 OK
o regression_nxp_1001.10 Generation using invalid 64 bytes key
  regression_nxp_1001.10 OK
o regression_nxp_1001.11 Generation using buffer too small to store output
  regression_nxp_1001.11 OK
o regression_nxp_1001.12 Generation using buffer just under correct size to store output
  regression_nxp_1001.12 OK
o regression_nxp_1001.13 Generation using a secure memory partition not owned
  regression_nxp_1001.13 OK
o regression_nxp_1001.14 Generation using invalid secure memory page as first one
  regression_nxp_1001.14 OK
o regression_nxp_1001.15 Generation using invalid number of secure memory page
  regression_nxp_1001.15 OK
o regression_nxp_1001.16 Generation using invalid secure memory partition
  regression_nxp_1001.16 OK
  regression_nxp_1001 OK
+-----------------------------------------------------
Result of testsuite regression+pkcs11+regression_nxp:
regression_1001 OK
regression_1002 OK
regression_1003 OK
regression_1004 OK
regression_1005 OK
regression_1006 OK
regression_1007 OK
regression_1008 OK
regression_1009 OK
regression_1010 OK
regression_1011 OK
regression_1012 OK
regression_1013 OK
regression_1015 OK
regression_1016 OK
regression_1017 OK
regression_1018 OK
regression_1019 OK
regression_1020 OK
regression_1021 OK
regression_1022 OK
regression_1023 OK
regression_1025 OK
regression_1026 OK
regression_1027 OK
regression_1028 OK
regression_1029 OK
regression_1030 OK
regression_1031 OK
regression_1032 OK
regression_1033 OK
regression_1034 OK
regression_2001 OK
regression_2002 OK
regression_2003 OK
regression_2004 OK
regression_4001 OK
regression_4002 OK
regression_4003 OK
regression_4004 OK
regression_4005 OK
regression_4006 OK
regression_4007_dh OK
regression_4007_dsa OK
regression_4007_ecc OK
regression_4007_rsa OK
regression_4007_symmetric OK
regression_4008 OK
regression_4009 OK
regression_4010 OK
regression_4011 OK
regression_4012 OK
regression_4013 OK
regression_4014 OK
regression_4101 OK
regression_4102 OK
regression_4103 OK
regression_4104 OK
regression_4105 OK
regression_4106 OK
regression_4107 OK
regression_4108 OK
regression_4109 OK
regression_4110 OK
regression_4111 OK
regression_4112 OK
regression_4113 OK
regression_4114 OK
regression_5006 OK
regression_6001 OK
regression_6002 OK
regression_6003 OK
regression_6004 OK
regression_6005 OK
regression_6006 OK
regression_6007 OK
regression_6008 OK
regression_6009 OK
regression_6010 OK
regression_6012 OK
regression_6013 OK
regression_6014 OK
regression_6015 OK
regression_6016 OK
regression_6017 OK
regression_6018 OK
regression_6019 OK
regression_6020 OK
regression_8001 OK
regression_8002 OK
regression_8101 OK
regression_8102 OK
regression_8103 OK
pkcs11_1000 OK
pkcs11_1001 OK
pkcs11_1002 OK
pkcs11_1003 OK
pkcs11_1004 OK
pkcs11_1005 OK
pkcs11_1006 OK
pkcs11_1007 OK
pkcs11_1008 OK
pkcs11_1009 OK
pkcs11_1010 OK
pkcs11_1011 OK
pkcs11_1012 OK
pkcs11_1013 OK
pkcs11_1014 OK
pkcs11_1015 OK
pkcs11_1016 OK
pkcs11_1017 OK
pkcs11_1018 OK
pkcs11_1019 OK
pkcs11_1020 OK
pkcs11_1021 OK
pkcs11_1022 OK
pkcs11_1023 OK
pkcs11_1024 OK
regression_nxp_0001 OK
regression_nxp_0002 OK
regression_nxp_0003 OK
regression_nxp_0004 OK
regression_nxp_0006 OK
regression_nxp_0010 OK
regression_nxp_0011 OK
regression_nxp_1001 OK
+-----------------------------------------------------
35632 subtests of which 0 failed
126 test cases of which 0 failed
0 test cases were skipped
TEE test application done!