From 384c505225d76b618feee7b2b19f1e5f694e519e Mon Sep 17 00:00:00 2001 From: Ann Cheng Date: Fri, 12 Apr 2024 12:15:41 +0800 Subject: [PATCH 1/3] Add identify for SR v2.5 --- identify.py | 5 ++++- identify.yaml | 27 ++++++++++++++++++++------- schemas/identify-schema.yaml | 1 + 3 files changed, 25 insertions(+), 8 deletions(-) diff --git a/identify.py b/identify.py index ab86f3e..4ba84ec 100755 --- a/identify.py +++ b/identify.py @@ -212,6 +212,8 @@ if __name__ == '__main__': formatter_class=argparse.ArgumentDefaultsHelpFormatter) parser.add_argument( '--bbsr-seq', action='store_true', help='Print the BBSR.seq id') + parser.add_argument( + '--sbbr-seq', action='store_true', help='Print the SBBR.seq id') parser.add_argument( '--debug', action='store_true', help='Turn on debug messages') parser.add_argument( @@ -238,7 +240,8 @@ if __name__ == '__main__': path = f['path'] if (args.known_files or args.ebbr_seq and 'EBBR.seq' in path - or args.bbsr_seq and 'BBSR.seq' in path): + or args.bbsr_seq and 'BBSR.seq' in path + or args.sbbr_seq and 'SBBR.seq' in path): print(f"{path}: {f['name']}") if ver is None: diff --git a/identify.yaml b/identify.yaml index 6bf1bec..96e488c 100644 --- a/identify.yaml +++ b/identify.yaml @@ -31,7 +31,7 @@ known-files: path: acs_results/sct_results/Sequence/EBBR.seq - sha256: 7cb231d17fa9f580e75fee01c0295c9bd800fa6ba27501c7a1b941cbbdeaebfb name: BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 - .. v23.09_2.1.0 + .. v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 path: acs_results/sct_results/Sequence/BBSR.seq - sha256: a1682187e16336c71f82b73c7e4e475e56561e44b2b3fd4c9b4ca653c76d29b7 name: EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE @@ -39,6 +39,9 @@ known-files: - sha256: 7cb231d17fa9f580e75fee01c0295c9bd800fa6ba27501c7a1b941cbbdeaebfb name: BBSR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE path: acs_results/SIE/sct_results/Sequence/BBSR.seq + - sha256: 555ec00989f416b4fe29c11bf0018b7dccf3de2b358c083967b20c252d421330 + name: SBBR.seq from ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 + path: acs_results/sct_results/Sequence/SBBR.seq # We recognize the following files by searching for matches into their @@ -159,16 +162,26 @@ known-files: - BSA v1.0.6 - Version 1.0.6 + - name: SbsaResultsApp.log from ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 + path: acs_results/linux/SbsaResultsApp.log + search: + - SystemReady SR ACS v2 versions: # The following will be tried in order therefore put the most constrained # matches first. + - files: + - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 + .. v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 + - SBBR.seq from ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 + - SbsaResultsApp.log from ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 + version: SR v2.5 with SIE - files: - BBSR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 .. - v23.09_2.1.0 + v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - BSALinuxResults.log from ACS-IR v22.10_2.0.0_BETA-1 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE @@ -179,7 +192,7 @@ versions: - files: - BBSR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 .. - v23.09_2.1.0 + v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - BSALinuxResults.log from ACS-IR v23.03_2.0.0 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE @@ -199,7 +212,7 @@ versions: - BSALinuxResults.log from ACS-IR v23.09_2.1.0 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 .. - v23.09_2.1.0 + v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - FWTSResults.log from ACS-IR v23.09_2.1.0 version: IR v2.1 @@ -207,13 +220,13 @@ versions: - BSALinuxResults.log from ACS-IR v23.03_2.0.0 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 .. - v23.09_2.1.0 + v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - FWTSResults.log from ACS-IR v23.03_2.0.0 version: IR v2.0 - files: - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 .. - v23.09_2.1.0 + v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - BSALinuxResults.log from ACS-IR v22.10_2.0.0_BETA-1 - EBBR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 - FWTSResults.log from ACS-IR v22.10_2.0.0_BETA-1 @@ -263,7 +276,7 @@ versions: - files: - BBSR.seq from SIE ACS v21.10_SIE_REL1.0 / ACS-IR v22.10_2.0.0_BETA-1 .. - v23.09_2.1.0 + v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - ~EBBR.seq version: SIE v1.0 diff --git a/schemas/identify-schema.yaml b/schemas/identify-schema.yaml index a21b40e..159e60d 100644 --- a/schemas/identify-schema.yaml +++ b/schemas/identify-schema.yaml @@ -73,6 +73,7 @@ properties: - IR v2.0 with SIE - IR v2.1 with SIE - SIE v1.0 + - SR v2.5 with SIE required: - files - version -- GitLab From dc7f13e6a6e626fcd58b8c33c8257beb0fd9e0ff Mon Sep 17 00:00:00 2001 From: Ann Cheng Date: Fri, 12 Apr 2024 12:25:59 +0800 Subject: [PATCH 2/3] fix: pylint R0916: Too many boolean expressions in if statement --- identify.py | 9 ++++++--- 1 file changed, 6 insertions(+), 3 deletions(-) diff --git a/identify.py b/identify.py index 4ba84ec..2cf39a4 100755 --- a/identify.py +++ b/identify.py @@ -239,9 +239,12 @@ if __name__ == '__main__': for f in files: path = f['path'] - if (args.known_files or args.ebbr_seq and 'EBBR.seq' in path - or args.bbsr_seq and 'BBSR.seq' in path - or args.sbbr_seq and 'SBBR.seq' in path): + is_ebbr_file = args.ebbr_seq and 'EBBR.seq' in path + is_bbsr_file = args.bbsr_seq and 'BBSR.seq' in path + is_sbbr_file = args.sbbr_seq and 'SBBR.seq' in path + + if (args.known_files or is_ebbr_file + or is_bbsr_file or is_sbbr_file): print(f"{path}: {f['name']}") if ver is None: -- GitLab From f70f9c065834b1daab865b60271b936c90ca6a5e Mon Sep 17 00:00:00 2001 From: Ann Cheng Date: Mon, 15 Apr 2024 09:27:32 +0800 Subject: [PATCH 3/3] add identify test data for SR v2.5 --- identify.yaml | 2 +- schemas/identify-schema.yaml | 2 +- .../acs_results/fwts/FWTSResults.log | 10225 ++++++++++++++++ .../acs_results/linux/SbsaResultsApp.log | 14 + .../acs_results/sct_results/Sequence/BBSR.seq | Bin 0 -> 176332 bytes .../acs_results/sct_results/Sequence/SBBR.seq | Bin 0 -> 168350 bytes tests/test-identify | 4 + 7 files changed, 10245 insertions(+), 2 deletions(-) create mode 100644 tests/data/test-identify/v24.03_2.1.0_SR/acs_results/fwts/FWTSResults.log create mode 100644 tests/data/test-identify/v24.03_2.1.0_SR/acs_results/linux/SbsaResultsApp.log create mode 100644 tests/data/test-identify/v24.03_2.1.0_SR/acs_results/sct_results/Sequence/BBSR.seq create mode 100644 tests/data/test-identify/v24.03_2.1.0_SR/acs_results/sct_results/Sequence/SBBR.seq diff --git a/identify.yaml b/identify.yaml index 96e488c..e8135af 100644 --- a/identify.yaml +++ b/identify.yaml @@ -176,7 +176,7 @@ versions: .. v23.09_2.1.0 / ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - SBBR.seq from ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - SbsaResultsApp.log from ACS-SR v24.03_2.1.0 .. v23.09_2.0.0 - version: SR v2.5 with SIE + version: SR v2.5 - files: - BBSR.seq from ACS-IR v22.10_2.0.0_BETA-1 .. v23.09_2.1.0 with SIE diff --git a/schemas/identify-schema.yaml b/schemas/identify-schema.yaml index 159e60d..c7e54b3 100644 --- a/schemas/identify-schema.yaml +++ b/schemas/identify-schema.yaml @@ -73,7 +73,7 @@ properties: - IR v2.0 with SIE - IR v2.1 with SIE - SIE v1.0 - - SR v2.5 with SIE + - SR v2.5 required: - files - version diff --git a/tests/data/test-identify/v24.03_2.1.0_SR/acs_results/fwts/FWTSResults.log b/tests/data/test-identify/v24.03_2.1.0_SR/acs_results/fwts/FWTSResults.log new file mode 100644 index 0000000..2d42eae --- /dev/null +++ b/tests/data/test-identify/v24.03_2.1.0_SR/acs_results/fwts/FWTSResults.log @@ -0,0 +1,10225 @@ +Results generated by fwts: Version V24.01.00 (2024-01-22 06:40:52). + +Some of this work - Copyright (c) 1999 - 2023, Intel Corp. All rights reserved. +Some of this work - Copyright (c) 2010 - 2023, Canonical. +Some of this work - Copyright (c) 2016 - 2023, IBM. +Some of this work - Copyright (c) 2017 - 2023, ARM Ltd. + +This test run on 01/01/23 at 05:54:14 on host Linux buildroot +6.7.0-00002-g5e14fc31b616 #1 SMP PREEMPT Thu Mar 28 18:15:40 UTC 2024 aarch64. + +Command: "fwts -r stdout -q --uefi-set-var-multiple=1 +--uefi-get-mn-count-multiple=1 --sbbr esrt uefibootpath aest cedt slit srat hmat +pcct pdtt bgrt bert einj erst hest sdei nfit iort mpam ibft ras2". +Running tests: esrt uefibootpath aest cedt slit srat hmat pcct pdtt bgrt bert +einj erst hest sdei nfit iort mpam ibft ras2 esrt uefibootpath uefirtmisc +uefirtvariable uefirttime dmicheck xsdt spcr rsdp_sbbr pptt method mcfg madt +gtdt fadt_sbbr dbg2 acpi_sbbr acpitables. + +esrt: Sanity check UEFI ESRT Table. +-------------------------------------------------------------------------------- +Test 1 of 1: Sanity check UEFI ESRT Table. +PASSED: Test 1, No issues found in ESRT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +uefibootpath: Sanity check for UEFI Boot Path Boot####. +-------------------------------------------------------------------------------- +Test 1 of 1: Test UEFI Boot Path Boot####. +Name: Boot0000 +Info: ubuntu +PASSED: Test 1, Check bootpath Boot0000 test passed. +Name: Boot0001 +Info: UEFI: Built-in EFI Shell +PASSED: Test 1, Check bootpath Boot0001 test passed. +Name: Boot0002 +Info: Red Hat Enterprise Linux +PASSED: Test 1, Check bootpath Boot0002 test passed. +Name: Boot0003 +Info: Linux +PASSED: Test 1, Check bootpath Boot0003 test passed. +Name: Boot0004 +Info: sles-secureboot +PASSED: Test 1, Check bootpath Boot0004 test passed. +Name: Boot0008 +Info: UEFI: PXE IPv4 Intel(R) Ethernet Controller X550 18:C0:4D:8F:FF:53 +PASSED: Test 1, Check bootpath Boot0008 test passed. +Name: Boot0009 +Info: UEFI: PXE IPv4 Intel(R) Ethernet Controller X550 18:C0:4D:8F:FF:54 +PASSED: Test 1, Check bootpath Boot0009 test passed. +Name: Boot000A +Info: UEFI OS +PASSED: Test 1, Check bootpath Boot000A test passed. + +================================================================================ +8 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +aest: AEST Arm Error Source Table test. +-------------------------------------------------------------------------------- +No FACS found, fwts has faked one instead. +ACPI AEST table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +cedt: CEDT CXL Early Discovery Table test +-------------------------------------------------------------------------------- +ACPI CEDT table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +slit: SLIT System Locality Distance Information test. +-------------------------------------------------------------------------------- +Test 1 of 1: SLIT System Locality Distance Information test. +SLIT System Locality Distance Information Table: + Number of Localities: 0x0000000000000010 +PASSED: Test 1, No issues found in SLIT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +srat: SRAT System Resource Affinity Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: SRAT System Resource Affinity Table test. +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000002 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000004 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000005 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000006 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000007 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000008 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000009 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000000a + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000000b + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000000e + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000010 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000011 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000012 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000013 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000014 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000015 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000016 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000017 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000018 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000019 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000001a + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000001c + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000001d + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000001e + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000001f + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000020 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000021 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000022 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000023 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000024 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000025 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000026 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000027 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000028 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000029 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000002a + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000002b + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000002c + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000002d + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000002e + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000002f + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000030 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000031 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000032 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000033 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000034 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000035 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000036 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000037 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000038 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000003a + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000003b + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000003c + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000003d + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000003e + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000003f + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000040 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000041 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000042 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000043 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000044 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000046 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000048 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000049 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000004a + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000004b + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000004c + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000004d + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000004e + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x0000004f + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000050 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT GICC Affinity Structure: + Type: 0x03 + Length: 0x12 + Proximity Domain: 0x00000000 + ACPI Processor UID: 0x00000051 + Flags: 0x00000001 + Clock Domain 0x00000000 + +SRAT ITS Affinity Structure: + Type: 0x04 + Length: 0x0c + Proximity Domain: 0x00000000 + Reserved: 0x0000 + ITS ID 0x00000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x00000000 + Reserved: 0x0000 + Base Address: 0x0000000080000000 + Length: 0x0000007800000000 + Reserved: 0x00000000 + Flags: 0x00000001 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x00000008 + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x00000009 + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x0000000a + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x0000000b + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x0000000c + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x0000000d + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x0000000e + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +SRAT Memory Affinity Structure: + Type: 0x01 + Length: 0x28 + Proximity Domain: 0x0000000f + Reserved: 0x0000 + Base Address: 0x0000000000000000 + Length: 0x0000000000000000 + Reserved: 0x00000000 + Flags: 0x00000003 + Reserved: 0x0000000000000000 + +PASSED: Test 1, No issues found in SRAT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +hmat: HMAT Heterogeneous Memory Attribute Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: Validate HMAT table. +HMAT Heterogeneous Memory Attribute Table: + Reserved: 0x00000000 + System Locality Latency and Bandwidth Information (Type 1): + Type: 0x0001 + Reserved: 0x0000 + Length: 0x000002a0 + Flags: 0x00 + Data Type: 0x01 + MinTransferSize: 0x01 + Reserved: 0x00 + Number of Initiator PDs: 0x00000010 + Number of Target PDs: 0x00000010 + Reserved: 0x00000000 + Entry Base Unit: 0x00000000000003e8 + + System Locality Latency and Bandwidth Information (Type 1): + Type: 0x0001 + Reserved: 0x0000 + Length: 0x000002a0 + Flags: 0x00 + Data Type: 0x02 + MinTransferSize: 0x01 + Reserved: 0x00 + Number of Initiator PDs: 0x00000010 + Number of Target PDs: 0x00000010 + Reserved: 0x00000000 + Entry Base Unit: 0x00000000000003e8 + + System Locality Latency and Bandwidth Information (Type 1): + Type: 0x0001 + Reserved: 0x0000 + Length: 0x000002a0 + Flags: 0x00 + Data Type: 0x03 + MinTransferSize: 0x01 + Reserved: 0x00 + Number of Initiator PDs: 0x00000010 + Number of Target PDs: 0x00000010 + Reserved: 0x00000000 + Entry Base Unit: 0x00000000000003e8 + + +PASSED: Test 1, No issues found in HMAT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +pcct: PCCT Platform Communications Channel test. +-------------------------------------------------------------------------------- +ACPI PCCT table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +pdtt: PDTT Platform Debug Trigger Table test. +-------------------------------------------------------------------------------- +ACPI PDTT table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +bgrt: BGRT Boot Graphics Resource Table test. +-------------------------------------------------------------------------------- +ACPI BGRT table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +bert: BERT Boot Error Record Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: BERT Boot Error Record Table test. +Boot Error Record Table: + Error Region Length 0x00000014 + Error Region 0x000000785a22a780 + +ACPI table loaded from file so fwts will not memory map BERT boot error region +0x000000785a22a780, skipping boot error region sanity checks. +PASSED: Test 1, No issues found in BERT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +einj: EINJ Error Injection Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: EINJ Error Injection Table test. +EINJ Error Injection Table: + Injection Header Size: 0x0000000c + Injection Flags: 0x00 + Reserved: 0x00000000 + Injection Entry Count: 0x0000000a + + Injection Instruction Entry 00 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 01 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 02 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 03 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 04 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 05 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 06 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 07 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 08 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + + Injection Instruction Entry 09 + Injection Action : 0x00 + Instruction : 0x00 + Flags : 0x00 + Reserved : 0x00 + Address Space ID : 0x00 + Register Bit Width : 0x00 + Register Bit Offset : 0x00 + Access Size : 0x00 + Address : 0x0000000000000000 + Value : 0x0000000000000000 + Mask : 0x0000000000000000 + +PASSED: Test 1, No issues found in EINJ table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +erst: ERST Error Record Serialization Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: ERST Error Record Serialization Table test. +ERST Error Record Serialization Table : + Serialization Hdr. Size: 0x0000000c + Reserved: 0x00000000 + Instruction Entry Count: 0x00000013 +ERST header looks sane. +ERST Serialization Entry 0x0 looks sane. +ERST Serialization Entry 0x1 looks sane. +ERST Serialization Entry 0x2 looks sane. +ERST Serialization Entry 0x3 looks sane. +ERST Serialization Entry 0x4 looks sane. +ERST Serialization Entry 0x5 looks sane. +ERST Serialization Entry 0x6 looks sane. +ERST Serialization Entry 0x7 looks sane. +ERST Serialization Entry 0x8 looks sane. +ERST Serialization Entry 0x9 looks sane. +ERST Serialization Entry 0xa looks sane. +ERST Serialization Entry 0xb looks sane. +ERST Serialization Entry 0xc looks sane. +ERST Serialization Entry 0xd looks sane. +ERST Serialization Entry 0xe looks sane. +ERST Serialization Entry 0xf looks sane. +ERST Serialization Entry 0x10 looks sane. +ERST Serialization Entry 0x11 looks sane. +ERST Serialization Entry 0x12 looks sane. +PASSED: Test 1, No issues found in ERST table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +hest: HEST Hardware Error Source Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: HEST Hardware Error Source Table test. +HEST Hardware Error Source Table test + Error Source Count: 0x0000002c + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0a00 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a048 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000011c + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a058 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0136 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a048 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x00000136 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000011c + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a058 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0a01 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a078 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000011c + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a088 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0d01 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a0a8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000cc + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a0b8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0201 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a0d8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000bec4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a0e8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x012d + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a0d8 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x0000012d + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000bec4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a0e8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0202 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a108 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000bec4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a118 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x012f + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a108 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x0000012f + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000bec4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a118 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0204 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a138 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000bec4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a148 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0205 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a168 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000bec4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a178 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0203 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a198 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001274 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a1a8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0206 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x000000e2 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a1c8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001274 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a1d8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c00 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a1f8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a208 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c01 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a228 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a238 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c02 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a258 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a268 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c03 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a288 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a298 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c04 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a2b8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a2c8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c05 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a2e8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a2f8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c06 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a318 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a328 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0c07 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a348 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001014 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a358 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0322 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000040 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a3d8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00002a14 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a3e8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x012c + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000040 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a3d8 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x0000012c + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00002a14 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a3e8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0321 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000040 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a3a8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00002a14 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a3b8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0310 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000020 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a408 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001314 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a418 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0134 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000020 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a408 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x00000134 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001314 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a418 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0330 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000020 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a438 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00001314 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a448 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0380 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a378 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x0000007c + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a388 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0502 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000028 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a498 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00002bd4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a4a8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x012e + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000028 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a498 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x0000012e + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00002bd4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a4a8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0501 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000028 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a468 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00002bd4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a478 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0503 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000028 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a4c8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000030d4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a4d8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0102 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000200 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a4f8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000fc + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a508 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0131 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000200 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a4f8 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x00000131 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000fc + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a508 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0103 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000200 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a528 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000fc + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a538 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0104 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000200 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a558 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000fc + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a568 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0132 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000200 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a558 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x00000132 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000fc + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a568 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0e00 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a588 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00000164 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a598 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0340 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5b8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000001e4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5c8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0137 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5b8 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x00000137 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000001e4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5c8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0402 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000010 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5e8 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00007894 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5f8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0133 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000010 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5e8 + Hardware Error Notification: + Type: 0x0b + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x00000133 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00007894 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a5f8 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0401 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000010 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a618 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00007894 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a628 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0b01 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000004 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a648 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x00000934 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a658 + Read Ack Preserve: 0x0000000000000000 + Read Ack Write: 0x0000000000000000 + +HEST Generic Hardware Error Source version 2 + Type: 0x000a + Source ID: 0x0341 + Related Source ID: 0xffff + Flags: 0x00 + Enabled: 0x01 + Num. Records. Prealloc.: 0x00000001 + Max. Sections Per Rec.: 0x00000001 + Max. Raw Data Length: 0x00000000 + Error Status Address: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a678 + Hardware Error Notification: + Type: 0x0a + Length: 0x00 + Config. Write. Enable: 0x0000 + Poll Interval: 0x00000000 + Interrupt Vector: 0x000000e2 + Sw. to Polling Value: 0x00000000 + Sw. to Polling Window: 0x00000000 + Error: Thresh. Value: 0x00000000 + Error: Thresh. Window: 0x00000000 + Error Status Blk. Length: 0x000000f4 + Read Ack Register: + Address Space ID: 0x00 + Register Bit Width 0x40 + Register Bit Offset 0x00 + Access Size 0x04 + Address 0x000000785a22a688 + Read Ack Preserve: 0x00000000fffffffe + Read Ack Write: 0x0000000000000001 + +PASSED: Test 1, No issues found in HEST table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +sdei: SDEI Software Delegated Exception Interface Table test +-------------------------------------------------------------------------------- +Test 1 of 1: Validate SDEI table. +SDEI (Software Delegated Exception Interface) Table: +PASSED: Test 1, No issues found in SDEI table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +nfit: NFIT NVDIMM Firmware Interface Table test. +-------------------------------------------------------------------------------- +ACPI NFIT table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +iort: IORT IO Remapping Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: IORT IO Remapping Table test. +IORT IO Remapping Table test + Number of IORT Nodes: 0x00000024 + IORT Node Array Offset: 0x00000030 + Reserved: 0x00000000 + +IORT ITS Group Node: + Type: 0x00 + Length: 0x0018 + Revision: 0x01 + Identifier: 0x00000000 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Number of ITSs: 0x00000001 + GIC ITS Identifier: 0x00000000 + +IORT Named Component Node: + Type: 0x01 + Length: 0x003d + Revision: 0x04 + Identifier: 0x0000000c + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000029 + Node Flags: 0x00000000 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + Device Memory Addr. Size: 0x31 + Device Object Name: \_SB_.QSP1 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x00000000 + Output Base: 0x00000600 + Output Reference: 0x00000267 + Flags: 0x00000001 + +IORT Named Component Node: + Type: 0x01 + Length: 0x003d + Revision: 0x04 + Identifier: 0x0000000d + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000029 + Node Flags: 0x00000000 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + Device Memory Addr. Size: 0x31 + Device Object Name: \_SB_.HWP0 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x00000000 + Output Base: 0x00000c00 + Output Reference: 0x00000267 + Flags: 0x00000001 + +IORT Named Component Node: + Type: 0x01 + Length: 0x003d + Revision: 0x04 + Identifier: 0x0000000e + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000029 + Node Flags: 0x00000000 + Cache Coherent Attribute: 0x00000000 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x00 + Device Memory Addr. Size: 0x31 + Device Object Name: \_SB_.PSC0 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x00000000 + Output Base: 0x00000209 + Output Reference: 0x00000267 + Flags: 0x00000001 + +IORT PCI Root Complex Node: + Type: 0x02 + Length: 0x003c + Revision: 0x04 + Identifier: 0x00000006 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000028 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + ATS Attribute: 0x00000000 + PCI Segment Number: 0x00000000 + Memory addr. size limit: 0x31 + PASID capabilities: 0x0000 + Reserved: 0x00 + Flags: 0x00000000 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x0000ffff + Output Base: 0x00010000 + Output Reference: 0x00000267 + Flags: 0x00000000 + +IORT PCI Root Complex Node: + Type: 0x02 + Length: 0x003c + Revision: 0x04 + Identifier: 0x00000007 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000028 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + ATS Attribute: 0x00000000 + PCI Segment Number: 0x00000002 + Memory addr. size limit: 0x31 + PASID capabilities: 0x0000 + Reserved: 0x00 + Flags: 0x00000000 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x0000ffff + Output Base: 0x00010000 + Output Reference: 0x000002bf + Flags: 0x00000000 + +IORT PCI Root Complex Node: + Type: 0x02 + Length: 0x003c + Revision: 0x04 + Identifier: 0x00000008 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000028 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + ATS Attribute: 0x00000000 + PCI Segment Number: 0x00000004 + Memory addr. size limit: 0x31 + PASID capabilities: 0x0000 + Reserved: 0x00 + Flags: 0x00000000 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x0000ffff + Output Base: 0x00010000 + Output Reference: 0x00000317 + Flags: 0x00000000 + +IORT PCI Root Complex Node: + Type: 0x02 + Length: 0x003c + Revision: 0x04 + Identifier: 0x00000009 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000028 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + ATS Attribute: 0x00000000 + PCI Segment Number: 0x00000006 + Memory addr. size limit: 0x31 + PASID capabilities: 0x0000 + Reserved: 0x00 + Flags: 0x00000000 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x0000ffff + Output Base: 0x00030000 + Output Reference: 0x00000317 + Flags: 0x00000000 + +IORT PCI Root Complex Node: + Type: 0x02 + Length: 0x003c + Revision: 0x04 + Identifier: 0x0000000a + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000028 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + ATS Attribute: 0x00000001 + PCI Segment Number: 0x00000008 + Memory addr. size limit: 0x31 + PASID capabilities: 0x0000 + Reserved: 0x00 + Flags: 0x00000000 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x0000ffff + Output Base: 0x00010000 + Output Reference: 0x000003db + Flags: 0x00000000 + +IORT PCI Root Complex Node: + Type: 0x02 + Length: 0x003c + Revision: 0x04 + Identifier: 0x0000000b + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000028 + Cache Coherent Attribute: 0x00000001 + Allocation Hints: 0x00 + Reserved: 0x0000 + Memory Access Flags 0x03 + ATS Attribute: 0x00000001 + PCI Segment Number: 0x00000009 + Memory addr. size limit: 0x31 + PASID capabilities: 0x0000 + Reserved: 0x00 + Flags: 0x00000000 +ID Mapping 0 + Input Base: 0x00000000 + ID Count: 0x0000ffff + Output Base: 0x00010000 + Output Reference: 0x00000383 + Flags: 0x00000000 + +IORT SMMUv3 node: + Type: 0x04 + Length: 0x0058 + Revision: 0x05 + Identifier: 0x00000001 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000044 + Base Address: 0x0000000011000000 + Flags: 0x00000009 + Reserved: 0x00000000 + VATOS Address: 0x0000000000000000 + Model: 0x00000000 + Event: 0x00000114 + PRI: 0x00000000 + GERR: 0x00000115 + Sync: 0x00000000 + Proximity Domain: 0x00000000 + DeviceId Mapping Index: 0x00000001 +ID Mapping 0 + Input Base: 0x00010000 + ID Count: 0x0000ffff + Output Base: 0x00010000 + Output Reference: 0x00000030 + Flags: 0x00000000 + +IORT SMMUv3 node: + Type: 0x04 + Length: 0x0058 + Revision: 0x05 + Identifier: 0x00000002 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000044 + Base Address: 0x0000000012000000 + Flags: 0x00000009 + Reserved: 0x00000000 + VATOS Address: 0x0000000000000000 + Model: 0x00000000 + Event: 0x0000011d + PRI: 0x00000000 + GERR: 0x0000011e + Sync: 0x00000000 + Proximity Domain: 0x00000000 + DeviceId Mapping Index: 0x00000001 +ID Mapping 0 + Input Base: 0x00010000 + ID Count: 0x0000ffff + Output Base: 0x00110000 + Output Reference: 0x00000030 + Flags: 0x00000000 + +IORT SMMUv3 node: + Type: 0x04 + Length: 0x006c + Revision: 0x05 + Identifier: 0x00000003 + Number of ID mappings: 0x00000002 + Reference to ID Array: 0x00000044 + Base Address: 0x0000000015000000 + Flags: 0x00000009 + Reserved: 0x00000000 + VATOS Address: 0x0000000000000000 + Model: 0x00000000 + Event: 0x00000126 + PRI: 0x00000000 + GERR: 0x00000127 + Sync: 0x00000000 + Proximity Domain: 0x00000000 + DeviceId Mapping Index: 0x00000002 +ID Mapping 0 + Input Base: 0x00010000 + ID Count: 0x0000ffff + Output Base: 0x00210000 + Output Reference: 0x00000030 + Flags: 0x00000000 +ID Mapping 1 + Input Base: 0x00030000 + ID Count: 0x0000ffff + Output Base: 0x00230000 + Output Reference: 0x00000030 + Flags: 0x00000000 + +IORT SMMUv3 node: + Type: 0x04 + Length: 0x0058 + Revision: 0x05 + Identifier: 0x00000004 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000044 + Base Address: 0x0000000016000000 + Flags: 0x00000009 + Reserved: 0x00000000 + VATOS Address: 0x0000000000000000 + Model: 0x00000000 + Event: 0x0000012f + PRI: 0x00000000 + GERR: 0x00000130 + Sync: 0x00000000 + Proximity Domain: 0x00000000 + DeviceId Mapping Index: 0x00000001 +ID Mapping 0 + Input Base: 0x00010000 + ID Count: 0x0000ffff + Output Base: 0x00310000 + Output Reference: 0x00000030 + Flags: 0x00000000 + +IORT SMMUv3 node: + Type: 0x04 + Length: 0x0058 + Revision: 0x05 + Identifier: 0x00000005 + Number of ID mappings: 0x00000001 + Reference to ID Array: 0x00000044 + Base Address: 0x0000000005000000 + Flags: 0x00000009 + Reserved: 0x00000000 + VATOS Address: 0x0000000000000000 + Model: 0x00000000 + Event: 0x00000138 + PRI: 0x00000000 + GERR: 0x00000139 + Sync: 0x00000000 + Proximity Domain: 0x00000000 + DeviceId Mapping Index: 0x00000001 +ID Mapping 0 + Input Base: 0x00010000 + ID Count: 0x0000ffff + Output Base: 0x00410000 + Output Reference: 0x00000030 + Flags: 0x00000000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000000f + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000011002000 + Overflow interrupt GSIV: 0x00000119 + Node reference: 0x00000267 + Page 1 Base Address: 0x0000000011022000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000010 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000011042000 + Overflow interrupt GSIV: 0x00000119 + Node reference: 0x00000267 + Page 1 Base Address: 0x0000000011052000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000011 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000011062000 + Overflow interrupt GSIV: 0x00000119 + Node reference: 0x00000267 + Page 1 Base Address: 0x0000000011072000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000012 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000011082000 + Overflow interrupt GSIV: 0x00000119 + Node reference: 0x00000267 + Page 1 Base Address: 0x0000000011092000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000013 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x00000000110a2000 + Overflow interrupt GSIV: 0x00000119 + Node reference: 0x00000267 + Page 1 Base Address: 0x00000000110b2000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000014 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000012002000 + Overflow interrupt GSIV: 0x00000122 + Node reference: 0x000002bf + Page 1 Base Address: 0x0000000012022000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000015 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000012042000 + Overflow interrupt GSIV: 0x00000122 + Node reference: 0x000002bf + Page 1 Base Address: 0x0000000012052000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000016 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000012062000 + Overflow interrupt GSIV: 0x00000122 + Node reference: 0x000002bf + Page 1 Base Address: 0x0000000012072000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000017 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000012082000 + Overflow interrupt GSIV: 0x00000122 + Node reference: 0x000002bf + Page 1 Base Address: 0x0000000012092000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000018 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x00000000120a2000 + Overflow interrupt GSIV: 0x00000122 + Node reference: 0x000002bf + Page 1 Base Address: 0x00000000120b2000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000019 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000015002000 + Overflow interrupt GSIV: 0x0000012b + Node reference: 0x00000317 + Page 1 Base Address: 0x0000000015022000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000001a + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000015042000 + Overflow interrupt GSIV: 0x0000012b + Node reference: 0x00000317 + Page 1 Base Address: 0x0000000015052000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000001b + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000015062000 + Overflow interrupt GSIV: 0x0000012b + Node reference: 0x00000317 + Page 1 Base Address: 0x0000000015072000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000001c + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000015082000 + Overflow interrupt GSIV: 0x0000012b + Node reference: 0x00000317 + Page 1 Base Address: 0x0000000015092000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000001d + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x00000000150a2000 + Overflow interrupt GSIV: 0x0000012b + Node reference: 0x00000317 + Page 1 Base Address: 0x00000000150b2000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000001e + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000016002000 + Overflow interrupt GSIV: 0x00000134 + Node reference: 0x00000383 + Page 1 Base Address: 0x0000000016022000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x0000001f + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000016042000 + Overflow interrupt GSIV: 0x00000134 + Node reference: 0x00000383 + Page 1 Base Address: 0x0000000016052000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000020 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000016062000 + Overflow interrupt GSIV: 0x00000134 + Node reference: 0x00000383 + Page 1 Base Address: 0x0000000016072000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000021 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000005002000 + Overflow interrupt GSIV: 0x0000013d + Node reference: 0x000003db + Page 1 Base Address: 0x0000000005022000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000022 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000005042000 + Overflow interrupt GSIV: 0x0000013d + Node reference: 0x000003db + Page 1 Base Address: 0x0000000005052000 + +IORT PMCG node: + Type: 0x05 + Length: 0x0028 + Revision: 0x02 + Identifier: 0x00000023 + Number of ID mappings: 0x00000000 + Reference to ID Array: 0x00000000 + Base Address: 0x0000000005062000 + Overflow interrupt GSIV: 0x0000013d + Node reference: 0x000003db + Page 1 Base Address: 0x0000000005072000 + +PASSED: Test 1, No issues found in IORT. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +mpam: MPAM Memory System Resource Partitioning And Monitoring Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: Validate MPAM table. +MPAM Memory System Resource Partitioning And Monitoring Table: +MPAM MSC node: + Length: 0x0060 + Interface type: 0x00 + Reserved: 0x00 + Identifier: 0x000000b7 + Base address: 0x0000670010088000 + MMIO size: 0x00004000 + Overflow interrupt: 0x00000146 + Overflow interrupt flags: 0x00000000 + Reserved1: 0x00000000 + Overflow interrupt affinity: 0x00000000 + Error interrupt: 0x00000147 + Error interrupt flags: 0x00000000 + Reserved2: 0x00000000 + Error interrupt affinity: 0x00000000 + MAX_NRDY_USEC: 0x00000002 + Hardware ID of linked device: 0x0000000000000000 + Instance ID of linked device: 0x00000000 + Number of resource nodes: 0x00000001 + List of resource nodes: + Identifier: 0x000000b6 + RIS Index: 0x00 + Reserved1: 0x0000 + Locator type: 0x00 + Locator: + Processor cache locator: + 01 00 00 00 00 00 00 00 00 00 00 00 + Number of functional dependencies: 0x00000000 + +PASSED: Test 1, No issues found in MPAM table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +ibft: iBFT iSCSI Boot Firmware Table test. +-------------------------------------------------------------------------------- +ACPI iBFT table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +ras2: ACPI RAS2 Feature Table test +-------------------------------------------------------------------------------- +ACPI RAS2 table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +esrt: Sanity check UEFI ESRT Table. +-------------------------------------------------------------------------------- +Test 1 of 1: Sanity check UEFI ESRT Table. +PASSED: Test 1, No issues found in ESRT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +uefibootpath: Sanity check for UEFI Boot Path Boot####. +-------------------------------------------------------------------------------- +Test 1 of 1: Test UEFI Boot Path Boot####. +Name: Boot0000 +Info: ubuntu +PASSED: Test 1, Check bootpath Boot0000 test passed. +Name: Boot0001 +Info: UEFI: Built-in EFI Shell +PASSED: Test 1, Check bootpath Boot0001 test passed. +Name: Boot0002 +Info: Red Hat Enterprise Linux +PASSED: Test 1, Check bootpath Boot0002 test passed. +Name: Boot0003 +Info: Linux +PASSED: Test 1, Check bootpath Boot0003 test passed. +Name: Boot0004 +Info: sles-secureboot +PASSED: Test 1, Check bootpath Boot0004 test passed. +Name: Boot0008 +Info: UEFI: PXE IPv4 Intel(R) Ethernet Controller X550 18:C0:4D:8F:FF:53 +PASSED: Test 1, Check bootpath Boot0008 test passed. +Name: Boot0009 +Info: UEFI: PXE IPv4 Intel(R) Ethernet Controller X550 18:C0:4D:8F:FF:54 +PASSED: Test 1, Check bootpath Boot0009 test passed. +Name: Boot000A +Info: UEFI OS +PASSED: Test 1, Check bootpath Boot000A test passed. + +================================================================================ +8 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +uefirtmisc: UEFI miscellaneous runtime service interface tests. +-------------------------------------------------------------------------------- +Test 1 of 4: Test for UEFI miscellaneous runtime service interfaces. +Testing UEFI runtime service GetNextHighMonotonicCount interface. +PASSED: Test 1, UEFI runtime service GetNextHighMonotonicCount interface test +passed. +Testing UEFI runtime service QueryCapsuleCapabilities interface. +SKIPPED: Test 1, Skipping test, QueryCapsuleCapabilities runtime service is not +supported on this platform. +SKIPPED: Test 1, Skipping test, QueryCapsuleCapabilities runtime service is not +supported on this platform. +SKIPPED: Test 1, Skipping test, QueryCapsuleCapabilities runtime service is not +supported on this platform. +SKIPPED: Test 1, Skipping test, QueryCapsuleCapabilities runtime service is not +supported on this platform. +SKIPPED: Test 1, Skipping test, QueryCapsuleCapabilities runtime service is not +supported on this platform. + +Test 2 of 4: Stress test for UEFI miscellaneous runtime service interfaces. +Stress testing for UEFI runtime service GetNextHighMonotonicCount interface 1 +times. +PASSED: Test 2, UEFI runtime service GetNextHighMonotonicCount interface test +passed. +SKIPPED: Test 2, Skipping test, QueryCapsuleCapabilities runtime service is not +supported on this platform. + +Test 3 of 4: Test GetNextHighMonotonicCount with invalid NULL parameter. +PASSED: Test 3, Test with invalid NULL parameter returned EFI_INVALID_PARAMETER +as expected. + +Test 4 of 4: Test UEFI miscellaneous runtime services unsupported status. +SKIPPED: Test 4, GetNextHighMonotonicCount runtime service supported, skip test. + +================================================================================ +3 passed, 0 failed, 0 warning, 0 aborted, 7 skipped, 0 info only. +================================================================================ + +uefirtvariable: UEFI Runtime service variable interface tests. +-------------------------------------------------------------------------------- +Test 1 of 9: Test UEFI RT service get variable interface. +PASSED: Test 1, UEFI runtime service GetVariable interface test passed. + +Test 2 of 9: Test UEFI RT service get next variable name interface. +The runtime service GetNextVariableName interface function test. +PASSED: Test 2, The runtime service GetNextVariableName interface function test +passed. +Check the GetNextVariableName returned value of VariableNameSize is equal to the +length of VariableName. +PASSED: Test 2, Check the GetNextVariableName returned value of VariableNameSize +is equal to the length of VariableName passed. +Test GetNextVariableName interface returns unique variables. +PASSED: Test 2, Test GetNextVariableName interface returns unique variables +passed. +The GetNextVariableName interface conformance tests. +PASSED: Test 2, The runtime service GetNextVariableName interface conformance +tests passed. + +Test 3 of 9: Test UEFI RT service set variable interface. +Testing SetVariable on two different GUIDs and the same variable name. +PASSED: Test 3, SetVariable on two different GUIDs and the same variable name +passed. +Testing SetVariable on the same and different variable data. +PASSED: Test 3, SetVariable on the same and different variable data passed. +Testing SetVariable on similar variable name. +PASSED: Test 3, SetVariable on similar variable name passed. +Testing SetVariable on DataSize is 0. +PASSED: Test 3, SetVariable on DataSize is 0 passed. +Testing SetVariable on Attributes is 0. +PASSED: Test 3, SetVariable on Attributes is 0 passed. +Testing SetVariable on Invalid Attributes. +PASSED: Test 3, SetVariable on Invalid Attributes passed. +Testing SetVariable with both Authenticated Attributes set. +PASSED: Test 3, Testing SetVariable with both Authenticated Attributes set +passed. +Testing SetVariable with EFI_VARIABLE_AUTHENTICATED_WRITE_ACCESS Attributes. +PASSED: Test 3, Testing SetVariable with with +EFI_VARIABLE_AUTHENTICATED_WRITE_ACCESS Attributes passed. + +Test 4 of 9: Test UEFI RT service query variable info interface. +PASSED: Test 4, UEFI runtime service query variable info interface test passed. + +Test 5 of 9: Test UEFI RT service variable interface stress test. +Testing GetVariable on getting the variable 1024 times. +PASSED: Test 5, GetVariable on getting the variable multiple times passed. +Testing GetNextVariableName on getting the variable multiple times. +PASSED: Test 5, GetNextVariableName on getting the next variable name multiple +times passed. + +Test 6 of 9: Test UEFI RT service set variable interface stress test. +Testing SetVariable on setting the variable with the same data 1 times. +PASSED: Test 6, SetVariable on setting the variable with the same data multiple +times passed. +Testing SetVariable on setting the variable with different data 1 times. +PASSED: Test 6, Testing SetVariable on setting the variable with different data +multiple times passed. +Testing SetVariable on setting the variable with different name 1 times. +PASSED: Test 6, Testing SetVariable on setting the variable with different name +multiple times passed. +Testing SetVariable on setting the variable with different name and data 1 +times. +PASSED: Test 6, Testing SetVariable on setting the variable with different name +and data multiple times passed. + +Test 7 of 9: Test UEFI RT service query variable info interface stress test. +Testing QueryVariableInfo on querying the variable 1024 times. +PASSED: Test 7, UEFI runtime service query variable info interface stress test +passed. + +Test 8 of 9: Test UEFI RT service get variable interface, invalid parameters. +Testing GetVariable with NULL variable name. +PASSED: Test 8, GetVariable with NULL variable name returned error +EFI_INVALID_PARAMETER as expected. +Testing GetVariable with NULL vendor GUID. +PASSED: Test 8, GetVariable with NULL vendor GUID returned error +EFI_INVALID_PARAMETER as expected. +Testing GetVariable with NULL datasize. +PASSED: Test 8, GetVariable with NULL datasize returned error +EFI_INVALID_PARAMETER as expected. +Testing GetVariable with NULL data. +PASSED: Test 8, GetVariable with NULL data returned error EFI_INVALID_PARAMETER +as expected. +Testing GetVariable with NULL variable name, vendor GUID, datasize and data. +PASSED: Test 8, GetVariable with NULL variable name, vendor GUID, datasize and +data returned error EFI_INVALID_PARAMETER as expected. + +Test 9 of 9: Test UEFI RT variable services unsupported status. +SKIPPED: Test 9, SetVariable runtime service supported, skip test. +SKIPPED: Test 9, GetVariable runtime service supported, skip test. +SKIPPED: Test 9, GetNextVarName runtime service supported, skip test. +SKIPPED: Test 9, QueryVarInfo runtime service supported, skip test. + +================================================================================ +26 passed, 0 failed, 0 warning, 0 aborted, 4 skipped, 0 info only. +================================================================================ + +uefirttime: UEFI Runtime service time interface tests. +-------------------------------------------------------------------------------- +Test 1 of 36: Test UEFI RT service get time interface. +PASSED: Test 1, UEFI runtime service GetTime interface test passed. + +Test 2 of 36: Test UEFI RT service get time interface, NULL time parameter. +PASSED: Test 2, UEFI runtime service GetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 3 of 36: Test UEFI RT service get time interface, NULL time and NULL +capabilities parameters. +PASSED: Test 3, UEFI runtime service GetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 4 of 36: Test UEFI RT service set time interface. +PASSED: Test 4, UEFI runtime service SetTime interface test passed. + +Test 5 of 36: Test UEFI RT service set time interface, invalid year 1899. +PASSED: Test 5, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 6 of 36: Test UEFI RT service set time interface, invalid year 10000. +PASSED: Test 6, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 7 of 36: Test UEFI RT service set time interface, invalid month 0. +PASSED: Test 7, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 8 of 36: Test UEFI RT service set time interface, invalid month 13. +PASSED: Test 8, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 9 of 36: Test UEFI RT service set time interface, invalid day 0. +PASSED: Test 9, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 10 of 36: Test UEFI RT service set time interface, invalid day 32. +PASSED: Test 10, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 11 of 36: Test UEFI RT service set time interface, invalid hour 24. +PASSED: Test 11, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 12 of 36: Test UEFI RT service set time interface, invalid minute 60. +PASSED: Test 12, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 13 of 36: Test UEFI RT service set time interface, invalid second 60. +PASSED: Test 13, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 14 of 36: Test UEFI RT service set time interface, invalid nanosecond +1000000000. +PASSED: Test 14, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 15 of 36: Test UEFI RT service set time interface, invalid timezone -1441. +PASSED: Test 15, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 16 of 36: Test UEFI RT service set time interface, invalid timezone 1441. +PASSED: Test 16, UEFI runtime service SetTime interface test passed, returned +EFI_INVALID_PARAMETER as expected. + +Test 17 of 36: Test UEFI RT service get wakeup time interface. +SKIPPED: Test 17, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 18 of 36: Test UEFI RT service get wakeup time interface, NULL enabled +parameter. +SKIPPED: Test 18, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 19 of 36: Test UEFI RT service get wakeup time interface, NULL pending +parameter. +SKIPPED: Test 19, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 20 of 36: Test UEFI RT service get wakeup time interface, NULL time +parameter. +SKIPPED: Test 20, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 21 of 36: Test UEFI RT service get wakeup time interface, NULL enabled, +pending and time parameters. +SKIPPED: Test 21, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 22 of 36: Test UEFI RT service set wakeup time interface. +SKIPPED: Test 22, Skipping test, SetWakeupTime runtime service is not supported +on this platform. + +Test 23 of 36: Test UEFI RT service set wakeup time interface, NULL time +parameter. +SKIPPED: Test 23, Skipping test, SetWakeupTime runtime service is not supported +on this platform. + +Test 24 of 36: Test UEFI RT service set wakeup time interface, invalid year +1899. +SKIPPED: Test 24, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 25 of 36: Test UEFI RT service set wakeup time interface, invalid year +10000. +SKIPPED: Test 25, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 26 of 36: Test UEFI RT service set wakeup time interface, invalid month 0. +SKIPPED: Test 26, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 27 of 36: Test UEFI RT service set wakeup time interface, invalid month 13. +SKIPPED: Test 27, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 28 of 36: Test UEFI RT service set wakeup time interface, invalid day 0. +SKIPPED: Test 28, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 29 of 36: Test UEFI RT service set wakeup time interface, invalid day 32. +SKIPPED: Test 29, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 30 of 36: Test UEFI RT service set wakeup time interface, invalid hour 24. +SKIPPED: Test 30, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 31 of 36: Test UEFI RT service set wakeup time interface, invalid minute +60. +SKIPPED: Test 31, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 32 of 36: Test UEFI RT service set wakeup time interface, invalid second +60. +SKIPPED: Test 32, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 33 of 36: Test UEFI RT service set wakeup time interface, invalid +nanosecond 1000000000. +SKIPPED: Test 33, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 34 of 36: Test UEFI RT service set wakeup time interface, invalid timezone +-1441. +SKIPPED: Test 34, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 35 of 36: Test UEFI RT service set wakeup time interface, invalid timezone +1441. +SKIPPED: Test 35, Skipping test, GetWakeupTime runtime service is not supported +on this platform. + +Test 36 of 36: Test UEFI RT time services unsupported status. +SKIPPED: Test 36, GetTime runtime service supported, skip test. +SKIPPED: Test 36, SetTime runtime service supported, skip test. +PASSED: Test 36, UEFI SetWakeupTime runtime service unsupported status test +passed. +PASSED: Test 36, UEFI GetWakeupTime runtime service unsupported status test +passed. + +================================================================================ +18 passed, 0 failed, 0 warning, 0 aborted, 21 skipped, 0 info only. +================================================================================ + +dmicheck: DMI/SMBIOS table tests. +-------------------------------------------------------------------------------- +Test 1 of 4: Find and test SMBIOS Table Entry Points. +This test tries to find and sanity check the SMBIOS data structures. +PASSED: Test 1, Found SMBIOS30 Table Entry Point at 0x7856516018 +SMBIOS30 Entry Point Structure: + Anchor String : _SM3_ + Checksum : 0x66 + Entry Point Length : 0x18 + Major Version : 0x03 + Minor Version : 0x06 + Docrev : 0x00 + Entry Point Revision : 0x01 + Reserved : 0x00 + Table maximum size : 0x00000c03 + Table address : 0x00000078560a0000 + +PASSED: Test 1, SMBIOS30 Table Entry Point Checksum is valid. +PASSED: Test 1, SMBIOS30 Table Entry Point Length is valid. +SMBIOS30 table loaded from /sys/firmware/dmi/tables/DMI +PASSED: Test 1, SMBIOS 3.0 Table Entry Structure Table Address and Length looks +valid. + +Test 2 of 4: Test DMI/SMBIOS tables for errors. + +Test 3 of 4: Test DMI/SMBIOS3 tables for errors. +SMBIOS30 table loaded from /sys/firmware/dmi/tables/DMI +PASSED: Test 3, Entry @ 0x560a0000 'BIOS Information (Type 0)' +PASSED: Test 3, Entry @ 0x560a0034 'System Information (Type 1)' +PASSED: Test 3, Entry @ 0x560a00ab 'Base Board Information (Type 2)' +PASSED: Test 3, Entry @ 0x560a0125 'Chassis Information (Type 3)' +PASSED: Test 3, Entry @ 0x560a0199 'BIOS Language Information (Type 13)' +PASSED: Test 3, Entry @ 0x560a01c0 'System Boot Information (Type 32)' +PASSED: Test 3, Entry @ 0x560a01cd 'Firmware Inventory Information (Type 45)' +PASSED: Test 3, Entry @ 0x560a0258 'IPMI Device Information (Type 38)' +PASSED: Test 3, Entry @ 0x560a026c 'Firmware Inventory Information (Type 45)' +PASSED: Test 3, Entry @ 0x560a02d5 'Management Controller Host Interface (Type +42)' +PASSED: Test 3, Entry @ 0x560a02e8 'System Power Supply (Type 39)' +PASSED: Test 3, Entry @ 0x560a0300 'System Power Supply (Type 39)' +PASSED: Test 3, Entry @ 0x560a0318 'System Power Supply (Type 39)' +PASSED: Test 3, Entry @ 0x560a0330 'TPM Device (Type 43)' +PASSED: Test 3, Entry @ 0x560a0361 'Firmware Inventory Information (Type 45)' +PASSED: Test 3, Entry @ 0x560a03e6 'Management Controller Host Interface (Type +42)' +PASSED: Test 3, Entry @ 0x560a0469 'Cache Information (Type 7)' +PASSED: Test 3, Entry @ 0x560a049a 'Cache Information (Type 7)' +PASSED: Test 3, Entry @ 0x560a04c4 'Cache Information (Type 7)' +PASSED: Test 3, Entry @ 0x560a04e9 'Cache Information (Type 7)' +FAILED [LOW] DMIStringIndexOutOfRange: Test 3, Out of range string index 0x53 +while accessing entry 'Processor Information (Type 4)' @ 0x560a050e, field +'Asset Tag', offset 0x21 + +ADVICE: DMI strings are stored in a manner that uses a special index to fetch +the Nth string from the data. For this particular DMI string the index given is +not in range which means this particular entry is broken. The Linux kernel does +not use this string, so this error will not cause any system errors. + +FAILED [LOW] DMIStringIndexOutOfRange: Test 3, Out of range string index 0xc0 +while accessing entry 'Processor Information (Type 4)' @ 0x560a050e, field 'Part +Number', offset 0x22 + +ADVICE: DMI strings are stored in a manner that uses a special index to fetch +the Nth string from the data. For this particular DMI string the index given is +not in range which means this particular entry is broken. The Linux kernel does +not use this string, so this error will not cause any system errors. + + +ADVICE: It may be worth checking against section 7.5 of the System Management +BIOS (SMBIOS) Reference Specification (see http://www.dmtf.org/standards +/smbios). + +PASSED: Test 3, Entry @ 0x560a057c 'Port Connector Information (Type 8)' +PASSED: Test 3, Entry @ 0x560a059d 'OEM Strings (Type 11)' +PASSED: Test 3, Entry @ 0x560a05a4 'Physical Memory Array (Type 16)' +PASSED: Test 3, Entry @ 0x560a05bd 'Memory Device (Type 17)' +PASSED: Test 3, Entry @ 0x560a0645 'Memory Array Mapped Address (Type 19)' +PASSED: Test 3, Entry @ 0x560a0666 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a068a 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a06b0 'Unknown (Type 134)' +PASSED: Test 3, Entry @ 0x560a06bc 'Unknown (Type 128)' +PASSED: Test 3, Entry @ 0x560a06c4 'System Slot Information (Type 9)' +PASSED: Test 3, Entry @ 0x560a06e5 'System Slot Information (Type 9)' +PASSED: Test 3, Entry @ 0x560a0706 'System Slot Information (Type 9)' +PASSED: Test 3, Entry @ 0x560a0727 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0740 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0752 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0777 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0790 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a07a2 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a07c7 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a07e0 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a07f2 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0817 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0830 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0842 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0867 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0880 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0892 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a08b7 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a08d0 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a08e2 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0907 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0920 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0932 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0957 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0979 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0994 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a09b9 'Unknown (Type 131)' +PASSED: Test 3, Entry @ 0x560a0a17 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0a39 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0a54 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0a79 'Unknown (Type 131)' +PASSED: Test 3, Entry @ 0x560a0ad7 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0af4 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0b0a 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0b2f 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0b50 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0b6a 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0b8f 'Onboard Device (Type 41)' +PASSED: Test 3, Entry @ 0x560a0ba8 'On Board Devices (Type 10)' +PASSED: Test 3, Entry @ 0x560a0bba 'Unknown (Type 130)' +PASSED: Test 3, Entry @ 0x560a0bdf 'Unknown (Type 132)' +PASSED: Test 3, Entry @ 0x560a0bf1 'Unknown (Type 133)' + +Test 4 of 4: Test ARM SBBR SMBIOS structure requirements. +PASSED: Test 4, SMBIOS structure BIOS Information (Type 0) found. +PASSED: Test 4, SMBIOS structure System Information (Type 1) found. +PASSED: Test 4, SMBIOS structure Baseboard Information (Type 2) found. +PASSED: Test 4, SMBIOS structure System Enclosure or Chassis (Type 3) found. +PASSED: Test 4, SMBIOS structure Processor Information (Type 4) found. +PASSED: Test 4, SMBIOS structure Cache Information (Type 7) found. +PASSED: Test 4, SMBIOS structure Port Connector Information (Type 8) found. +PASSED: Test 4, SMBIOS structure System Slots (Type 9) found. +PASSED: Test 4, SMBIOS structure OEM Strings (Type 11) found. +PASSED: Test 4, SMBIOS structure BIOS Language Information (Type 13) found. +SKIPPED: Test 4, SMBIOS structure System Event Log (Type 15) not found. This +structure is recommended. +PASSED: Test 4, SMBIOS structure Physical Memory Array (Type 16) found. +PASSED: Test 4, SMBIOS structure Memory Device (Type 17) found. +PASSED: Test 4, SMBIOS structure Memory Array Mapped Address (Type 19) found. +PASSED: Test 4, SMBIOS structure System Boot Information (Type 32) found. +PASSED: Test 4, SMBIOS structure IPMI Device Information (Type 38) found. +PASSED: Test 4, SMBIOS structure Onboard Devices Extended Information (Type 41) +found. +PASSED: Test 4, SMBIOS structure Redfish Host Interface (Type 42) found. + +================================================================================ +93 passed, 2 failed, 0 warning, 0 aborted, 1 skipped, 0 info only. +================================================================================ + +xsdt: XSDT Extended System Description Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: XSDT Extended System Description Table test. +PASSED: Test 1, XSDT is present, pointed at by XsdrAddress=0xbff00000 and +contain valid pointers to 33 other ACPI tables mandated by SBBR + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +spcr: SPCR Serial Port Console Redirection Table test. +-------------------------------------------------------------------------------- +Test 1 of 3: SPCR Serial Port Console Redirection Table test. +Serial Interface: ARM SBSA Generic UART +Baud Rate: 115200 +Terminal Type: ANSI +PASSED: Test 1, No issues found in SPCR table. + +Test 2 of 3: SPCR Revision Test. +PASSED: Test 2, SPCR revision is up to date. + +Test 3 of 3: SPCR GSIV Interrupt Test. +PASSED: Test 3, SPCR appears to be populated with correct GSIV interruptrouting +information for ARM PL011 UART Device + +================================================================================ +3 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +rsdp_sbbr: SBBR RSDP Root System Description Pointer tests. +-------------------------------------------------------------------------------- +Test 1 of 1: RSDP Root System Description Pointer test. +RSDP Signature = RSD PTR +RSDP Checksum = 0x0 +RSDP Revision = 0x2 +RSDP Length = 0x24 +RSDP Extended Checksum = 0x0 +PASSED: Test 1, SBBR RSDP: Structure of RSDP Table is consistent with ACPI 6.0 +or later and uses 64 bit xsdt addresses. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +pptt: PPTT Processor Properties Topology Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: Validate PPTT table. +PPTT Processor Properties Topology Table: + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x18 + Reserved: 0x0000 + Flags: 0x00000011 + Parent: 0x00000000 + ACPI Processor ID: 0x00000000 + Number of Private Resources: 0x00000001 + Private Resources[0]: 0x000020dc + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000002 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000020c0 + Private Resources[1]: 0x000020a4 + Private Resources[2]: 0x00002088 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000004 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x0000206c + Private Resources[1]: 0x00002050 + Private Resources[2]: 0x00002034 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000005 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00002018 + Private Resources[1]: 0x00001ffc + Private Resources[2]: 0x00001fe0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000006 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001fc4 + Private Resources[1]: 0x00001fa8 + Private Resources[2]: 0x00001f8c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000007 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001f70 + Private Resources[1]: 0x00001f54 + Private Resources[2]: 0x00001f38 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000008 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001f1c + Private Resources[1]: 0x00001f00 + Private Resources[2]: 0x00001ee4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000009 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001ec8 + Private Resources[1]: 0x00001eac + Private Resources[2]: 0x00001e90 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000000a + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001e74 + Private Resources[1]: 0x00001e58 + Private Resources[2]: 0x00001e3c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000000b + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001e20 + Private Resources[1]: 0x00001e04 + Private Resources[2]: 0x00001de8 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000000e + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001dcc + Private Resources[1]: 0x00001db0 + Private Resources[2]: 0x00001d94 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000010 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001d78 + Private Resources[1]: 0x00001d5c + Private Resources[2]: 0x00001d40 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000011 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001d24 + Private Resources[1]: 0x00001d08 + Private Resources[2]: 0x00001cec + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000012 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001cd0 + Private Resources[1]: 0x00001cb4 + Private Resources[2]: 0x00001c98 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000013 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001c7c + Private Resources[1]: 0x00001c60 + Private Resources[2]: 0x00001c44 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000014 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001c28 + Private Resources[1]: 0x00001c0c + Private Resources[2]: 0x00001bf0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000015 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001bd4 + Private Resources[1]: 0x00001bb8 + Private Resources[2]: 0x00001b9c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000016 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001b80 + Private Resources[1]: 0x00001b64 + Private Resources[2]: 0x00001b48 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000017 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001b2c + Private Resources[1]: 0x00001b10 + Private Resources[2]: 0x00001af4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000018 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001ad8 + Private Resources[1]: 0x00001abc + Private Resources[2]: 0x00001aa0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000019 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001a84 + Private Resources[1]: 0x00001a68 + Private Resources[2]: 0x00001a4c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000001a + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001a30 + Private Resources[1]: 0x00001a14 + Private Resources[2]: 0x000019f8 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000001c + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000019dc + Private Resources[1]: 0x000019c0 + Private Resources[2]: 0x000019a4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000001d + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001988 + Private Resources[1]: 0x0000196c + Private Resources[2]: 0x00001950 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000001e + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001934 + Private Resources[1]: 0x00001918 + Private Resources[2]: 0x000018fc + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000001f + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000018e0 + Private Resources[1]: 0x000018c4 + Private Resources[2]: 0x000018a8 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000020 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x0000188c + Private Resources[1]: 0x00001870 + Private Resources[2]: 0x00001854 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000021 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001838 + Private Resources[1]: 0x0000181c + Private Resources[2]: 0x00001800 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000022 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000017e4 + Private Resources[1]: 0x000017c8 + Private Resources[2]: 0x000017ac + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000023 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001790 + Private Resources[1]: 0x00001774 + Private Resources[2]: 0x00001758 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000024 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x0000173c + Private Resources[1]: 0x00001720 + Private Resources[2]: 0x00001704 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000025 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000016e8 + Private Resources[1]: 0x000016cc + Private Resources[2]: 0x000016b0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000026 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001694 + Private Resources[1]: 0x00001678 + Private Resources[2]: 0x0000165c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000027 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001640 + Private Resources[1]: 0x00001624 + Private Resources[2]: 0x00001608 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000028 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000015ec + Private Resources[1]: 0x000015d0 + Private Resources[2]: 0x000015b4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000029 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001598 + Private Resources[1]: 0x0000157c + Private Resources[2]: 0x00001560 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000002a + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001544 + Private Resources[1]: 0x00001528 + Private Resources[2]: 0x0000150c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000002b + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000014f0 + Private Resources[1]: 0x000014d4 + Private Resources[2]: 0x000014b8 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000002c + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x0000149c + Private Resources[1]: 0x00001480 + Private Resources[2]: 0x00001464 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000002d + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001448 + Private Resources[1]: 0x0000142c + Private Resources[2]: 0x00001410 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000002e + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000013f4 + Private Resources[1]: 0x000013d8 + Private Resources[2]: 0x000013bc + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000002f + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000013a0 + Private Resources[1]: 0x00001384 + Private Resources[2]: 0x00001368 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000030 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x0000134c + Private Resources[1]: 0x00001330 + Private Resources[2]: 0x00001314 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000031 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000012f8 + Private Resources[1]: 0x000012dc + Private Resources[2]: 0x000012c0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000032 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000012a4 + Private Resources[1]: 0x00001288 + Private Resources[2]: 0x0000126c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000033 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001250 + Private Resources[1]: 0x00001234 + Private Resources[2]: 0x00001218 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000034 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000011fc + Private Resources[1]: 0x000011e0 + Private Resources[2]: 0x000011c4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000035 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000011a8 + Private Resources[1]: 0x0000118c + Private Resources[2]: 0x00001170 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000036 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001154 + Private Resources[1]: 0x00001138 + Private Resources[2]: 0x0000111c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000037 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001100 + Private Resources[1]: 0x000010e4 + Private Resources[2]: 0x000010c8 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000038 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000010ac + Private Resources[1]: 0x00001090 + Private Resources[2]: 0x00001074 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000003a + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001058 + Private Resources[1]: 0x0000103c + Private Resources[2]: 0x00001020 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000003b + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00001004 + Private Resources[1]: 0x00000fe8 + Private Resources[2]: 0x00000fcc + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000003c + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000fb0 + Private Resources[1]: 0x00000f94 + Private Resources[2]: 0x00000f78 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000003d + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000f5c + Private Resources[1]: 0x00000f40 + Private Resources[2]: 0x00000f24 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000003e + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000f08 + Private Resources[1]: 0x00000eec + Private Resources[2]: 0x00000ed0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000003f + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000eb4 + Private Resources[1]: 0x00000e98 + Private Resources[2]: 0x00000e7c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000040 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000e60 + Private Resources[1]: 0x00000e44 + Private Resources[2]: 0x00000e28 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000041 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000e0c + Private Resources[1]: 0x00000df0 + Private Resources[2]: 0x00000dd4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000042 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000db8 + Private Resources[1]: 0x00000d9c + Private Resources[2]: 0x00000d80 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000043 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000d64 + Private Resources[1]: 0x00000d48 + Private Resources[2]: 0x00000d2c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000044 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000d10 + Private Resources[1]: 0x00000cf4 + Private Resources[2]: 0x00000cd8 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000046 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000cbc + Private Resources[1]: 0x00000ca0 + Private Resources[2]: 0x00000c84 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000048 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000c68 + Private Resources[1]: 0x00000c4c + Private Resources[2]: 0x00000c30 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000049 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000c14 + Private Resources[1]: 0x00000bf8 + Private Resources[2]: 0x00000bdc + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000004a + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000bc0 + Private Resources[1]: 0x00000ba4 + Private Resources[2]: 0x00000b88 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000004b + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000b6c + Private Resources[1]: 0x00000b50 + Private Resources[2]: 0x00000b34 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000004c + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000b18 + Private Resources[1]: 0x00000afc + Private Resources[2]: 0x00000ae0 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000004d + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000ac4 + Private Resources[1]: 0x00000aa8 + Private Resources[2]: 0x00000a8c + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000004e + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000a70 + Private Resources[1]: 0x00000a54 + Private Resources[2]: 0x00000a38 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x0000004f + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000a1c + Private Resources[1]: 0x00000a00 + Private Resources[2]: 0x000009e4 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000050 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x000009c8 + Private Resources[1]: 0x000009ac + Private Resources[2]: 0x00000990 + + Processor hierarchy node structure (Type 0): + Type: 0x00 + Length: 0x20 + Reserved: 0x0000 + Flags: 0x0000000a + Parent: 0x00000024 + ACPI Processor ID: 0x00000051 + Number of Private Resources: 0x00000003 + Private Resources[0]: 0x00000974 + Private Resources[1]: 0x00000958 + Private Resources[2]: 0x0000093c + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000974 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000974 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x000009c8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024601 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x000009c8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014601 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004601 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000a1c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024501 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000a1c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014501 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004501 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000a70 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000a70 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000ac4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000ac4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000b18 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000b18 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000b6c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000b6c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000bc0 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02024001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000bc0 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02014001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01004001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000c14 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023f01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000c14 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013f01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003f01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000c68 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023e01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000c68 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013e01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003e01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000cbc + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023d01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000cbc + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013d01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003d01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000d10 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023c01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000d10 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013c01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003c01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000d64 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Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000db8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000e0c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000e0c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000e60 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023801 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000e60 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013801 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003801 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000eb4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02023701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000eb4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02013701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01003701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level 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Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02012a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01002a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x0000134c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02022901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x0000134c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02012901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level 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Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02022101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x000015ec + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02012101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01002101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001640 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02022001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001640 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Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01001401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001a84 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02021301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001a84 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02011301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01001301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001ad8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02021201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001ad8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02011201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01001201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001b2c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02021101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001b2c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02011101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01001101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001b80 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02021001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001b80 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02011001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01001001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001bd4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020f01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001bd4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010f01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000f01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001c28 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020e01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001c28 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010e01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000e01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001c7c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020d01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001c7c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010d01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000d01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001cd0 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020c01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001cd0 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010c01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000c01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001d24 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020b01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001d24 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010b01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000b01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001d78 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001d78 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000a01 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001dcc + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001dcc + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000901 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001e20 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020801 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001e20 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010801 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000801 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001e74 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001e74 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000701 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001ec8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020601 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001ec8 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010601 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000601 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001f1c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020501 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001f1c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010501 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000501 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001f70 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001f70 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000401 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001fc4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00001fc4 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000301 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00002018 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00002018 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000201 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x0000206c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x0000206c + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000101 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x000020c0 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x02 + Line size: 0x0040 + Cache ID: 0x02020001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x000020c0 + Size: 0x00010000 + Number of sets: 0x00000100 + Associativity: 0x04 + Attributes: 0x04 + Line size: 0x0040 + Cache ID: 0x02010001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x00100000 + Number of sets: 0x00000800 + Associativity: 0x08 + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x01000001 + + Cache Type Structure (Type 1): + Type: 0x01 + Length: 0x1c + Reserved: 0x0000 + Flags: 0x000000ff + Next Level of Cache: 0x00000000 + Size: 0x07200000 + Number of sets: 0x00026000 + Associativity: 0x0c + Attributes: 0x0a + Line size: 0x0040 + Cache ID: 0x00000001 + +PASSED: Test 1, No issues found in PPTT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +method: ACPI DSDT Method Semantic tests. +-------------------------------------------------------------------------------- +FADT Preferred PM profile indicates this is not a Mobile Platform. +Test 1 of 209: Test Method Names. +Found 1291 Objects +PASSED: Test 1, Method names contain legal characters. + +Test 2 of 209: Test _AEI. +PASSED: Test 2, \_SB_.GPI0._AEI correctly returned a sane looking buffer. + +Test 3 of 209: Test _EVT (Event Method). +PASSED: Test 3, \_SB.GPI0._EVT returned no values as expected. + +Test 4 of 209: Test _DLM (Device Lock Mutex). +SKIPPED: Test 4, Skipping test for non-existent object _DLM. + +Test 5 of 209: Test _PIC (Inform AML of Interrupt Model). +SKIPPED: Test 5, Skipping test for non-existent object _PIC. + +Test 6 of 209: Test _CID (Compatible ID). +PASSED: Test 6, \_SB_.FUN0._CID returned a string 'ARMHC500' as expected. +PASSED: Test 6, \_SB_.ETF0._CID returned a string 'ARMHC500' as expected. +PASSED: Test 6, \_SB_.PCI9._CID returned an integer 0x030ad041 (EISA ID +PNP0A03). +PASSED: Test 6, \_SB_.PCI0._CID returned an integer 0x030ad041 (EISA ID +PNP0A03). +PASSED: Test 6, \_SB_.PCI2._CID returned an integer 0x030ad041 (EISA ID +PNP0A03). +PASSED: Test 6, \_SB_.PCI4._CID returned an integer 0x030ad041 (EISA ID +PNP0A03). +PASSED: Test 6, \_SB_.PCI6._CID returned an integer 0x030ad041 (EISA ID +PNP0A03). +PASSED: Test 6, \_SB_.PCI8._CID returned an integer 0x030ad041 (EISA ID +PNP0A03). + +Test 7 of 209: Test _CLS (Class Code). +SKIPPED: Test 7, Skipping test for non-existent object _CLS. + +Test 8 of 209: Test _DDN (DOS Device Name). +SKIPPED: Test 8, Skipping test for non-existent object _DDN. + +Test 9 of 209: Test _HID (Hardware ID). +PASSED: Test 9, \_SB_.GED0._HID returned a string 'ACPI0013' as expected. +PASSED: Test 9, \_SB_.GED1._HID returned a string 'ACPI0013' as expected. +PASSED: Test 9, \_SB_.HWP0._HID returned a string 'NVDA2006' as expected. +PASSED: Test 9, \_SB_.PSC0._HID returned a string 'NVDA2003' as expected. +PASSED: Test 9, \_SB_.RASD._HID returned a string 'PNP0C33' as expected. +PASSED: Test 9, \_SB_.CLNK._HID returned a string 'NVDA2004' as expected. +PASSED: Test 9, \_SB_.C2C_._HID returned a string 'NVDA2005' as expected. +PASSED: Test 9, \_SB_.QSP1._HID returned a string 'NVDA1513' as expected. +PASSED: Test 9, \_SB_.MISC._HID returned a string 'NVDA2010' as expected. +PASSED: Test 9, \_SB_.FUSE._HID returned a string 'NVDA200F' as expected. +PASSED: Test 9, \_SB_.FLS1._HID returned a string 'PRP0001' as expected. +PASSED: Test 9, \_SB_.GPI0._HID returned a string 'NVDA0508' as expected. +PASSED: Test 9, \_SB_.I2C3._HID returned a string 'NVDA0301' as expected. +PASSED: Test 9, \_SB_.I2C3.SSIF._HID returned a string 'IPI0001' as expected. +PASSED: Test 9, \_SB_.MNV0._HID returned a string 'NVDA1180' as expected. +PASSED: Test 9, \_SB_.MC20._HID returned a string 'NVDA1180' as expected. +PASSED: Test 9, \_SB_.GSH0._HID returned a string 'NVDA1180' as expected. +PASSED: Test 9, \_SB_.PSH0._HID returned a string 'NVDA1180' as expected. +PASSED: Test 9, \_SB_.STM0._HID returned a string 'ARMHC502' as expected. +PASSED: Test 9, \_SB_.FUN0._HID returned a string 'ARMHC9FF' as expected. +PASSED: Test 9, \_SB_.ETF0._HID returned a string 'ARMHC97C' as expected. +PASSED: Test 9, \_SB_.SQ00._HID returned a string 'NVDA200C' as expected. +PASSED: Test 9, \_SB_.SQ01._HID returned a string 'NVDA200C' as expected. +PASSED: Test 9, \_SB_.SQ02._HID returned a string 'NVDA200C' as expected. +PASSED: Test 9, \_SB_.GQ00._HID returned a string 'NVDA200C' as expected. +PASSED: Test 9, \_SB_.GQ01._HID returned a string 'NVDA200C' as expected. +PASSED: Test 9, \_SB_.C000._HID returned a string 'ACPI0010' as expected. +PASSED: Test 9, \_SB_.C000.C000._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C000.E000._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C001._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C001.E001._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C002._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C002.E002._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C003._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C003.E003._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C004._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C004.E004._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C005._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C005.E005._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C006._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C006.E006._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C007._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C007.E007._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C008._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C008.E008._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C009._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C009.E009._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C00A._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C00A.E00A._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C00B._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C00B.E00B._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C00C._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C00C.E00C._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C00D._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C00D.E00D._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C00E._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C00E.E00E._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C00F._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C00F.E00F._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C010._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C010.E010._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C011._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C011.E011._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C012._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C012.E012._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C013._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C013.E013._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C014._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C014.E014._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C015._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C015.E015._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C016._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C016.E016._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C017._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C017.E017._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C018._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C018.E018._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C019._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C019.E019._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C01A._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C01A.E01A._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C01B._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C01B.E01B._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C01C._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C01C.E01C._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C01D._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C01D.E01D._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C01E._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C01E.E01E._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C01F._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C01F.E01F._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C020._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C020.E020._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C021._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C021.E021._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C022._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C022.E022._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C023._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C023.E023._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C024._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C024.E024._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C025._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C025.E025._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C026._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C026.E026._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C027._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C027.E027._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C028._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C028.E028._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C029._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C029.E029._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C02A._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C02A.E02A._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C02B._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C02B.E02B._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C02C._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C02C.E02C._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C02D._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C02D.E02D._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C02E._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C02E.E02E._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C02F._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C02F.E02F._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C030._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C030.E030._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C031._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C031.E031._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C032._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C032.E032._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C033._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C033.E033._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C034._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C034.E034._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C035._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C035.E035._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C036._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C036.E036._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C037._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C037.E037._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C038._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C038.E038._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C039._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C039.E039._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C03A._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C03A.E03A._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C03B._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C03B.E03B._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C03C._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C03C.E03C._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C03D._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C03D.E03D._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C03E._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C03E.E03E._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C03F._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C03F.E03F._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C040._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C040.E040._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C041._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C041.E041._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C042._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C042.E042._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C043._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C043.E043._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C044._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C044.E044._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C045._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C045.E045._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C046._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C046.E046._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.C000.C047._HID returned a string 'ACPI0007' as expected. +PASSED: Test 9, \_SB_.C000.C047.E047._HID returned a string 'ARMHC500' as +expected. +PASSED: Test 9, \_SB_.PCI9._HID returned an integer 0x080ad041 (EISA ID +PNP0A08). +PASSED: Test 9, \_SB_.PCI9.RES0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). +PASSED: Test 9, \_SB_.COM1._HID returned a string 'ARMH0011' as expected. +PASSED: Test 9, \_SB_.TPM1._HID returned a string 'PRP0001' as expected. +PASSED: Test 9, \_SB_.BPM0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). +PASSED: Test 9, \_SB_.PM00._HID returned a string 'ACPI000D' as expected. +PASSED: Test 9, \_SB_.PM01._HID returned a string 'ACPI000D' as expected. +PASSED: Test 9, \_SB_.PM02._HID returned a string 'ACPI000D' as expected. +PASSED: Test 9, \_SB_.PM03._HID returned a string 'ACPI000D' as expected. +PASSED: Test 9, \_SB_.PCI0._HID returned an integer 0x080ad041 (EISA ID +PNP0A08). +PASSED: Test 9, \_SB_.PCI0.RES0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). +PASSED: Test 9, \_SB_.PCI2._HID returned an integer 0x080ad041 (EISA ID +PNP0A08). +PASSED: Test 9, \_SB_.PCI2.RES0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). +PASSED: Test 9, \_SB_.PCI4._HID returned an integer 0x080ad041 (EISA ID +PNP0A08). +PASSED: Test 9, \_SB_.PCI4.RES0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). +PASSED: Test 9, \_SB_.PCI6._HID returned an integer 0x080ad041 (EISA ID +PNP0A08). +PASSED: Test 9, \_SB_.PCI6.RES0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). +PASSED: Test 9, \_SB_.PCI8._HID returned an integer 0x080ad041 (EISA ID +PNP0A08). +PASSED: Test 9, \_SB_.PCI8.RES0._HID returned an integer 0x020cd041 (EISA ID +PNP0C02). + +Test 10 of 209: Test _HRV (Hardware Revision Number). +SKIPPED: Test 10, Skipping test for non-existent object _HRV. + +Test 11 of 209: Test _MLS (Multiple Language String). +SKIPPED: Test 11, Skipping test for non-existent object _MLS. + +Test 12 of 209: Test _PLD (Physical Device Location). +SKIPPED: Test 12, Skipping test for non-existent object _PLD. + +Test 13 of 209: Test _SUB (Subsystem ID). +SKIPPED: Test 13, Skipping test for non-existent object _SUB. + +Test 14 of 209: Test _SUN (Slot User Number). +SKIPPED: Test 14, Skipping test for non-existent object _SUN. + +Test 15 of 209: Test _STR (String). +PASSED: Test 15, \_SB_.I2C3.SSIF._STR correctly returned a buffer of 20 +elements. +PASSED: Test 15, \_SB_.TZ00._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ01._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ02._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ03._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ04._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ05._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ06._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ07._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ08._STR correctly returned a buffer of 46 elements. +PASSED: Test 15, \_SB_.TZ09._STR correctly returned a buffer of 48 elements. +PASSED: Test 15, \_SB_.TZ0A._STR correctly returned a buffer of 48 elements. +PASSED: Test 15, \_SB_.TZ0B._STR correctly returned a buffer of 48 elements. +PASSED: Test 15, \TZL0._STR correctly returned a buffer of 50 elements. + +Test 16 of 209: Test _UID (Unique ID). +PASSED: Test 16, \_SB_.GED0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.GED1._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.HWP0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.PSC0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.RASD._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.CLNK._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.C2C_._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.QSP1._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.MISC._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.FUSE._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.FLS1._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.GPI0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.I2C3._UID correctly returned sane looking value +0x00000003. +PASSED: Test 16, \_SB_.I2C3.SSIF._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.MNV0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.MC20._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.GSH0._UID correctly returned sane looking value +0x00000002. +PASSED: Test 16, \_SB_.PSH0._UID correctly returned sane looking value +0x00000003. +PASSED: Test 16, \_SB_.STM0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.FUN0._UID correctly returned sane looking value +0x00001001. +PASSED: Test 16, \_SB_.ETF0._UID correctly returned sane looking value +0x00001000. +PASSED: Test 16, \_SB_.SQ00._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.SQ01._UID correctly returned sane looking value +0x00000002. +PASSED: Test 16, \_SB_.SQ02._UID correctly returned sane looking value +0x00000003. +PASSED: Test 16, \_SB_.GQ00._UID correctly returned sane looking value +0x00000004. +PASSED: Test 16, \_SB_.GQ01._UID correctly returned sane looking value +0x00000005. +PASSED: Test 16, \_SB_.C000._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.C000.C000._UID correctly returned sane looking value +0x00000002. +PASSED: Test 16, \_SB_.C000.C000.E000._UID correctly returned sane looking value +0x00000002. +PASSED: Test 16, \_SB_.C000.C001._UID correctly returned sane looking value +0x00000004. +PASSED: Test 16, \_SB_.C000.C001.E001._UID correctly returned sane looking value +0x00000004. +PASSED: Test 16, \_SB_.C000.C002._UID correctly returned sane looking value +0x00000005. +PASSED: Test 16, \_SB_.C000.C002.E002._UID correctly returned sane looking value +0x00000005. +PASSED: Test 16, \_SB_.C000.C003._UID correctly returned sane looking value +0x00000006. +PASSED: Test 16, \_SB_.C000.C003.E003._UID correctly returned sane looking value +0x00000006. +PASSED: Test 16, \_SB_.C000.C004._UID correctly returned sane looking value +0x00000007. +PASSED: Test 16, \_SB_.C000.C004.E004._UID correctly returned sane looking value +0x00000007. +PASSED: Test 16, \_SB_.C000.C005._UID correctly returned sane looking value +0x00000008. +PASSED: Test 16, \_SB_.C000.C005.E005._UID correctly returned sane looking value +0x00000008. +PASSED: Test 16, \_SB_.C000.C006._UID correctly returned sane looking value +0x00000009. +PASSED: Test 16, \_SB_.C000.C006.E006._UID correctly returned sane looking value +0x00000009. +PASSED: Test 16, \_SB_.C000.C007._UID correctly returned sane looking value +0x0000000a. +PASSED: Test 16, \_SB_.C000.C007.E007._UID correctly returned sane looking value +0x0000000a. +PASSED: Test 16, \_SB_.C000.C008._UID correctly returned sane looking value +0x0000000b. +PASSED: Test 16, \_SB_.C000.C008.E008._UID correctly returned sane looking value +0x0000000b. +PASSED: Test 16, \_SB_.C000.C009._UID correctly returned sane looking value +0x0000000e. +PASSED: Test 16, \_SB_.C000.C009.E009._UID correctly returned sane looking value +0x0000000e. +PASSED: Test 16, \_SB_.C000.C00A._UID correctly returned sane looking value +0x00000010. +PASSED: Test 16, \_SB_.C000.C00A.E00A._UID correctly returned sane looking value +0x00000010. +PASSED: Test 16, \_SB_.C000.C00B._UID correctly returned sane looking value +0x00000011. +PASSED: Test 16, \_SB_.C000.C00B.E00B._UID correctly returned sane looking value +0x00000011. +PASSED: Test 16, \_SB_.C000.C00C._UID correctly returned sane looking value +0x00000012. +PASSED: Test 16, \_SB_.C000.C00C.E00C._UID correctly returned sane looking value +0x00000012. +PASSED: Test 16, \_SB_.C000.C00D._UID correctly returned sane looking value +0x00000013. +PASSED: Test 16, \_SB_.C000.C00D.E00D._UID correctly returned sane looking value +0x00000013. +PASSED: Test 16, \_SB_.C000.C00E._UID correctly returned sane looking value +0x00000014. +PASSED: Test 16, \_SB_.C000.C00E.E00E._UID correctly returned sane looking value +0x00000014. +PASSED: Test 16, \_SB_.C000.C00F._UID correctly returned sane looking value +0x00000015. +PASSED: Test 16, \_SB_.C000.C00F.E00F._UID correctly returned sane looking value +0x00000015. +PASSED: Test 16, \_SB_.C000.C010._UID correctly returned sane looking value +0x00000016. +PASSED: Test 16, \_SB_.C000.C010.E010._UID correctly returned sane looking value +0x00000016. +PASSED: Test 16, \_SB_.C000.C011._UID correctly returned sane looking value +0x00000017. +PASSED: Test 16, \_SB_.C000.C011.E011._UID correctly returned sane looking value +0x00000017. +PASSED: Test 16, \_SB_.C000.C012._UID correctly returned sane looking value +0x00000018. +PASSED: Test 16, \_SB_.C000.C012.E012._UID correctly returned sane looking value +0x00000018. +PASSED: Test 16, \_SB_.C000.C013._UID correctly returned sane looking value +0x00000019. +PASSED: Test 16, \_SB_.C000.C013.E013._UID correctly returned sane looking value +0x00000019. +PASSED: Test 16, \_SB_.C000.C014._UID correctly returned sane looking value +0x0000001a. +PASSED: Test 16, \_SB_.C000.C014.E014._UID correctly returned sane looking value +0x0000001a. +PASSED: Test 16, \_SB_.C000.C015._UID correctly returned sane looking value +0x0000001c. +PASSED: Test 16, \_SB_.C000.C015.E015._UID correctly returned sane looking value +0x0000001c. +PASSED: Test 16, \_SB_.C000.C016._UID correctly returned sane looking value +0x0000001d. +PASSED: Test 16, \_SB_.C000.C016.E016._UID correctly returned sane looking value +0x0000001d. +PASSED: Test 16, \_SB_.C000.C017._UID correctly returned sane looking value +0x0000001e. +PASSED: Test 16, \_SB_.C000.C017.E017._UID correctly returned sane looking value +0x0000001e. +PASSED: Test 16, \_SB_.C000.C018._UID correctly returned sane looking value +0x0000001f. +PASSED: Test 16, \_SB_.C000.C018.E018._UID correctly returned sane looking value +0x0000001f. +PASSED: Test 16, \_SB_.C000.C019._UID correctly returned sane looking value +0x00000020. +PASSED: Test 16, \_SB_.C000.C019.E019._UID correctly returned sane looking value +0x00000020. +PASSED: Test 16, \_SB_.C000.C01A._UID correctly returned sane looking value +0x00000021. +PASSED: Test 16, \_SB_.C000.C01A.E01A._UID correctly returned sane looking value +0x00000021. +PASSED: Test 16, \_SB_.C000.C01B._UID correctly returned sane looking value +0x00000022. +PASSED: Test 16, \_SB_.C000.C01B.E01B._UID correctly returned sane looking value +0x00000022. +PASSED: Test 16, \_SB_.C000.C01C._UID correctly returned sane looking value +0x00000023. +PASSED: Test 16, \_SB_.C000.C01C.E01C._UID correctly returned sane looking value +0x00000023. +PASSED: Test 16, \_SB_.C000.C01D._UID correctly returned sane looking value +0x00000024. +PASSED: Test 16, \_SB_.C000.C01D.E01D._UID correctly returned sane looking value +0x00000024. +PASSED: Test 16, \_SB_.C000.C01E._UID correctly returned sane looking value +0x00000025. +PASSED: Test 16, \_SB_.C000.C01E.E01E._UID correctly returned sane looking value +0x00000025. +PASSED: Test 16, \_SB_.C000.C01F._UID correctly returned sane looking value +0x00000026. +PASSED: Test 16, \_SB_.C000.C01F.E01F._UID correctly returned sane looking value +0x00000026. +PASSED: Test 16, \_SB_.C000.C020._UID correctly returned sane looking value +0x00000027. +PASSED: Test 16, \_SB_.C000.C020.E020._UID correctly returned sane looking value +0x00000027. +PASSED: Test 16, \_SB_.C000.C021._UID correctly returned sane looking value +0x00000028. +PASSED: Test 16, \_SB_.C000.C021.E021._UID correctly returned sane looking value +0x00000028. +PASSED: Test 16, \_SB_.C000.C022._UID correctly returned sane looking value +0x00000029. +PASSED: Test 16, \_SB_.C000.C022.E022._UID correctly returned sane looking value +0x00000029. +PASSED: Test 16, \_SB_.C000.C023._UID correctly returned sane looking value +0x0000002a. +PASSED: Test 16, \_SB_.C000.C023.E023._UID correctly returned sane looking value +0x0000002a. +PASSED: Test 16, \_SB_.C000.C024._UID correctly returned sane looking value +0x0000002b. +PASSED: Test 16, \_SB_.C000.C024.E024._UID correctly returned sane looking value +0x0000002b. +PASSED: Test 16, \_SB_.C000.C025._UID correctly returned sane looking value +0x0000002c. +PASSED: Test 16, \_SB_.C000.C025.E025._UID correctly returned sane looking value +0x0000002c. +PASSED: Test 16, \_SB_.C000.C026._UID correctly returned sane looking value +0x0000002d. +PASSED: Test 16, \_SB_.C000.C026.E026._UID correctly returned sane looking value +0x0000002d. +PASSED: Test 16, \_SB_.C000.C027._UID correctly returned sane looking value +0x0000002e. +PASSED: Test 16, \_SB_.C000.C027.E027._UID correctly returned sane looking value +0x0000002e. +PASSED: Test 16, \_SB_.C000.C028._UID correctly returned sane looking value +0x0000002f. +PASSED: Test 16, \_SB_.C000.C028.E028._UID correctly returned sane looking value +0x0000002f. +PASSED: Test 16, \_SB_.C000.C029._UID correctly returned sane looking value +0x00000030. +PASSED: Test 16, \_SB_.C000.C029.E029._UID correctly returned sane looking value +0x00000030. +PASSED: Test 16, \_SB_.C000.C02A._UID correctly returned sane looking value +0x00000031. +PASSED: Test 16, \_SB_.C000.C02A.E02A._UID correctly returned sane looking value +0x00000031. +PASSED: Test 16, \_SB_.C000.C02B._UID correctly returned sane looking value +0x00000032. +PASSED: Test 16, \_SB_.C000.C02B.E02B._UID correctly returned sane looking value +0x00000032. +PASSED: Test 16, \_SB_.C000.C02C._UID correctly returned sane looking value +0x00000033. +PASSED: Test 16, \_SB_.C000.C02C.E02C._UID correctly returned sane looking value +0x00000033. +PASSED: Test 16, \_SB_.C000.C02D._UID correctly returned sane looking value +0x00000034. +PASSED: Test 16, \_SB_.C000.C02D.E02D._UID correctly returned sane looking value +0x00000034. +PASSED: Test 16, \_SB_.C000.C02E._UID correctly returned sane looking value +0x00000035. +PASSED: Test 16, \_SB_.C000.C02E.E02E._UID correctly returned sane looking value +0x00000035. +PASSED: Test 16, \_SB_.C000.C02F._UID correctly returned sane looking value +0x00000036. +PASSED: Test 16, \_SB_.C000.C02F.E02F._UID correctly returned sane looking value +0x00000036. +PASSED: Test 16, \_SB_.C000.C030._UID correctly returned sane looking value +0x00000037. +PASSED: Test 16, \_SB_.C000.C030.E030._UID correctly returned sane looking value +0x00000037. +PASSED: Test 16, \_SB_.C000.C031._UID correctly returned sane looking value +0x00000038. +PASSED: Test 16, \_SB_.C000.C031.E031._UID correctly returned sane looking value +0x00000038. +PASSED: Test 16, \_SB_.C000.C032._UID correctly returned sane looking value +0x0000003a. +PASSED: Test 16, \_SB_.C000.C032.E032._UID correctly returned sane looking value +0x0000003a. +PASSED: Test 16, \_SB_.C000.C033._UID correctly returned sane looking value +0x0000003b. +PASSED: Test 16, \_SB_.C000.C033.E033._UID correctly returned sane looking value +0x0000003b. +PASSED: Test 16, \_SB_.C000.C034._UID correctly returned sane looking value +0x0000003c. +PASSED: Test 16, \_SB_.C000.C034.E034._UID correctly returned sane looking value +0x0000003c. +PASSED: Test 16, \_SB_.C000.C035._UID correctly returned sane looking value +0x0000003d. +PASSED: Test 16, \_SB_.C000.C035.E035._UID correctly returned sane looking value +0x0000003d. +PASSED: Test 16, \_SB_.C000.C036._UID correctly returned sane looking value +0x0000003e. +PASSED: Test 16, \_SB_.C000.C036.E036._UID correctly returned sane looking value +0x0000003e. +PASSED: Test 16, \_SB_.C000.C037._UID correctly returned sane looking value +0x0000003f. +PASSED: Test 16, \_SB_.C000.C037.E037._UID correctly returned sane looking value +0x0000003f. +PASSED: Test 16, \_SB_.C000.C038._UID correctly returned sane looking value +0x00000040. +PASSED: Test 16, \_SB_.C000.C038.E038._UID correctly returned sane looking value +0x00000040. +PASSED: Test 16, \_SB_.C000.C039._UID correctly returned sane looking value +0x00000041. +PASSED: Test 16, \_SB_.C000.C039.E039._UID correctly returned sane looking value +0x00000041. +PASSED: Test 16, \_SB_.C000.C03A._UID correctly returned sane looking value +0x00000042. +PASSED: Test 16, \_SB_.C000.C03A.E03A._UID correctly returned sane looking value +0x00000042. +PASSED: Test 16, \_SB_.C000.C03B._UID correctly returned sane looking value +0x00000043. +PASSED: Test 16, \_SB_.C000.C03B.E03B._UID correctly returned sane looking value +0x00000043. +PASSED: Test 16, \_SB_.C000.C03C._UID correctly returned sane looking value +0x00000044. +PASSED: Test 16, \_SB_.C000.C03C.E03C._UID correctly returned sane looking value +0x00000044. +PASSED: Test 16, \_SB_.C000.C03D._UID correctly returned sane looking value +0x00000046. +PASSED: Test 16, \_SB_.C000.C03D.E03D._UID correctly returned sane looking value +0x00000046. +PASSED: Test 16, \_SB_.C000.C03E._UID correctly returned sane looking value +0x00000048. +PASSED: Test 16, \_SB_.C000.C03E.E03E._UID correctly returned sane looking value +0x00000048. +PASSED: Test 16, \_SB_.C000.C03F._UID correctly returned sane looking value +0x00000049. +PASSED: Test 16, \_SB_.C000.C03F.E03F._UID correctly returned sane looking value +0x00000049. +PASSED: Test 16, \_SB_.C000.C040._UID correctly returned sane looking value +0x0000004a. +PASSED: Test 16, \_SB_.C000.C040.E040._UID correctly returned sane looking value +0x0000004a. +PASSED: Test 16, \_SB_.C000.C041._UID correctly returned sane looking value +0x0000004b. +PASSED: Test 16, \_SB_.C000.C041.E041._UID correctly returned sane looking value +0x0000004b. +PASSED: Test 16, \_SB_.C000.C042._UID correctly returned sane looking value +0x0000004c. +PASSED: Test 16, \_SB_.C000.C042.E042._UID correctly returned sane looking value +0x0000004c. +PASSED: Test 16, \_SB_.C000.C043._UID correctly returned sane looking value +0x0000004d. +PASSED: Test 16, \_SB_.C000.C043.E043._UID correctly returned sane looking value +0x0000004d. +PASSED: Test 16, \_SB_.C000.C044._UID correctly returned sane looking value +0x0000004e. +PASSED: Test 16, \_SB_.C000.C044.E044._UID correctly returned sane looking value +0x0000004e. +PASSED: Test 16, \_SB_.C000.C045._UID correctly returned sane looking value +0x0000004f. +PASSED: Test 16, \_SB_.C000.C045.E045._UID correctly returned sane looking value +0x0000004f. +PASSED: Test 16, \_SB_.C000.C046._UID correctly returned sane looking value +0x00000050. +PASSED: Test 16, \_SB_.C000.C046.E046._UID correctly returned sane looking value +0x00000050. +PASSED: Test 16, \_SB_.C000.C047._UID correctly returned sane looking value +0x00000051. +PASSED: Test 16, \_SB_.C000.C047.E047._UID correctly returned sane looking value +0x00000051. +PASSED: Test 16, \_SB_.PCI9._UID correctly returned sane looking value +0x00000009. +PASSED: Test 16, \_SB_.COM1._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.TPM1._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.BPM0._UID returned a string 'BPMP IPC Socket 0' as +expected. +PASSED: Test 16, \_SB_.PM00._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.PM01._UID correctly returned sane looking value +0x00000001. +PASSED: Test 16, \_SB_.PM02._UID correctly returned sane looking value +0x00000002. +PASSED: Test 16, \_SB_.PM03._UID correctly returned sane looking value +0x00000003. +PASSED: Test 16, \_SB_.PCI0._UID correctly returned sane looking value +0x00000000. +PASSED: Test 16, \_SB_.PCI2._UID correctly returned sane looking value +0x00000002. +PASSED: Test 16, \_SB_.PCI4._UID correctly returned sane looking value +0x00000004. +PASSED: Test 16, \_SB_.PCI6._UID correctly returned sane looking value +0x00000006. +PASSED: Test 16, \_SB_.PCI8._UID correctly returned sane looking value +0x00000008. + +Test 17 of 209: Test _CDM (Clock Domain). +SKIPPED: Test 17, Skipping test for non-existent object _CDM. + +Test 18 of 209: Test _CRS (Current Resource Settings). +PASSED: Test 18, \_SB_.GED0._CRS (Extended IRQ Descriptor) looks sane. +PASSED: Test 18, \_SB_.GED1._CRS (Extended IRQ Descriptor) looks sane. +PASSED: Test 18, \_SB_.HWP0._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.PSC0._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.QSP1._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.MISC._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.FUSE._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.FLS1._CRS (Generic Serial Bus Connection Descriptor) +looks sane. +PASSED: Test 18, \_SB_.GPI0._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.I2C3._CRS (32-bit Fixed Location Memory Range Descriptor) +looks sane. +PASSED: Test 18, \_SB_.I2C3.SSIF._CRS (Generic Serial Bus Connection Descriptor) +looks sane. +PASSED: Test 18, \_SB_.STM0._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.FUN0._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.ETF0._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.SQ00._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.SQ01._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.SQ02._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.GQ00._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.GQ01._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI9._CRS (WORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI9.RES0._CRS (QWORD Address Space Descriptor) looks +sane. +PASSED: Test 18, \_SB_.COM1._CRS (QWORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.TPM1._CRS (Generic Serial Bus Connection Descriptor) +looks sane. +PASSED: Test 18, \_SB_.PCI0._CRS (WORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI0.RES0._CRS (QWORD Address Space Descriptor) looks +sane. +PASSED: Test 18, \_SB_.PCI2._CRS (WORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI2.RES0._CRS (QWORD Address Space Descriptor) looks +sane. +PASSED: Test 18, \_SB_.PCI4._CRS (WORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI4.RES0._CRS (QWORD Address Space Descriptor) looks +sane. +PASSED: Test 18, \_SB_.PCI6._CRS (WORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI6.RES0._CRS (QWORD Address Space Descriptor) looks +sane. +PASSED: Test 18, \_SB_.PCI8._CRS (WORD Address Space Descriptor) looks sane. +PASSED: Test 18, \_SB_.PCI8.RES0._CRS (QWORD Address Space Descriptor) looks +sane. + +Test 19 of 209: Test _DSD (Device Specific Data). +PASSED: Test 19, \_SB_.PSC0._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.QSP1._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.FLS1._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.I2C3._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.STM0._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.FUN0._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.ETF0._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.PCI9.RP00.GPU0._DSD correctly returned a sane looking +package. +PASSED: Test 19, \_SB_.COM1._DSD correctly returned a sane looking package. +PASSED: Test 19, \_SB_.TPM1._DSD correctly returned a sane looking package. + +Test 20 of 209: Test _DIS (Disable). +SKIPPED: Test 20, Skipping test for non-existent object _DIS. + +Test 21 of 209: Test _DMA (Direct Memory Access). +SKIPPED: Test 21, Skipping test for non-existent object _DMA. + +Test 22 of 209: Test _FIX (Fixed Register Resource Provider). +SKIPPED: Test 22, Skipping test for non-existent object _FIX. + +Test 23 of 209: Test _GSB (Global System Interrupt Base). +SKIPPED: Test 23, Skipping test for non-existent object _GSB. + +Test 24 of 209: Test _HPP (Hot Plug Parameters). +SKIPPED: Test 24, Skipping test for non-existent object _HPP. + +Test 25 of 209: Test _MAT (Multiple APIC Table Entry). +SKIPPED: Test 25, Skipping test for non-existent object _MAT. + +Test 26 of 209: Test _PRS (Possible Resource Settings). +SKIPPED: Test 26, Skipping test for non-existent object _PRS. + +Test 27 of 209: Test _PRT (PCI Routing Table). +PASSED: Test 27, \_SB_.PCI9._PRT correctly returned a sane looking package. +PASSED: Test 27, \_SB_.PCI0._PRT correctly returned a sane looking package. +PASSED: Test 27, \_SB_.PCI2._PRT correctly returned a sane looking package. +PASSED: Test 27, \_SB_.PCI4._PRT correctly returned a sane looking package. +PASSED: Test 27, \_SB_.PCI6._PRT correctly returned a sane looking package. +PASSED: Test 27, \_SB_.PCI8._PRT correctly returned a sane looking package. + +Test 28 of 209: Test _PXM (Proximity). +PASSED: Test 28, \_SB_.PCI9._PXM correctly returned an integer. +PASSED: Test 28, \_SB_.PCI0._PXM correctly returned an integer. +PASSED: Test 28, \_SB_.PCI2._PXM correctly returned an integer. +PASSED: Test 28, \_SB_.PCI4._PXM correctly returned an integer. +PASSED: Test 28, \_SB_.PCI6._PXM correctly returned an integer. +PASSED: Test 28, \_SB_.PCI8._PXM correctly returned an integer. + +Test 29 of 209: Test _SLI (System Locality Information). +SKIPPED: Test 29, Skipping test for non-existent object _SLI. + +Test 30 of 209: Test _CCA (Cache Coherency Attribute). +PASSED: Test 30, \_SB_.HWP0._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PSC0._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.QSP1._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.SQ00._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.SQ01._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.SQ02._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.GQ00._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.GQ01._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PCI9._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PCI0._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PCI2._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PCI4._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PCI6._CCA correctly returned sane looking value +0x00000001. +PASSED: Test 30, \_SB_.PCI8._CCA correctly returned sane looking value +0x00000001. + +Test 31 of 209: Test _EDL (Eject Device List). +SKIPPED: Test 31, Skipping test for non-existent object _EDL. + +Test 32 of 209: Test _EJD (Ejection Dependent Device). +SKIPPED: Test 32, Skipping test for non-existent object _EJD. + +Test 33 of 209: Test _EJ0 (Eject). +SKIPPED: Test 33, Skipping test for non-existent object _EJ0. + +Test 34 of 209: Test _EJ1 (Eject). +SKIPPED: Test 34, Skipping test for non-existent object _EJ1. + +Test 35 of 209: Test _EJ2 (Eject). +SKIPPED: Test 35, Skipping test for non-existent object _EJ2. + +Test 36 of 209: Test _EJ3 (Eject). +SKIPPED: Test 36, Skipping test for non-existent object _EJ3. + +Test 37 of 209: Test _EJ4 (Eject). +SKIPPED: Test 37, Skipping test for non-existent object _EJ4. + +Test 38 of 209: Test _LCK (Lock). +SKIPPED: Test 38, Skipping test for non-existent object _LCK. + +Test 39 of 209: Test _RMV (Remove). +SKIPPED: Test 39, Skipping test for non-existent object _RMV. + +Test 40 of 209: Test _STA (Status). +PASSED: Test 40, \_SB_.GED0._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.HWP0._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.PSC0._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.RASD._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.QSP1._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.MISC._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.FUSE._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.FLS1._STA correctly returned sane looking value +0x00000000. +PASSED: Test 40, \_SB_.GPI0._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.I2C3._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.I2C3.SSIF._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.COM1._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.TPM1._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.PM00._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.PM01._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.PM02._STA correctly returned sane looking value +0x0000000f. +PASSED: Test 40, \_SB_.PM03._STA correctly returned sane looking value +0x0000000f. + +Test 41 of 209: Test _DEP (Operational Region Dependencies). +SKIPPED: Test 41, Skipping test for non-existent object _DEP. + +Test 42 of 209: Test _FIT (Firmware Interface Table). +SKIPPED: Test 42, Skipping test for non-existent object _FIT. + +Test 43 of 209: Test _BDN (BIOS Dock Name). +SKIPPED: Test 43, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BDN. + +Test 44 of 209: Test _BBN (Base Bus Number). +PASSED: Test 44, \_SB_.PCI9._BBN correctly returned an integer. +PASSED: Test 44, \_SB_.PCI0._BBN correctly returned an integer. +PASSED: Test 44, \_SB_.PCI2._BBN correctly returned an integer. +PASSED: Test 44, \_SB_.PCI4._BBN correctly returned an integer. +PASSED: Test 44, \_SB_.PCI6._BBN correctly returned an integer. +PASSED: Test 44, \_SB_.PCI8._BBN correctly returned an integer. + +Test 45 of 209: Test _DCK (Dock). +SKIPPED: Test 45, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _DCK. + +Test 46 of 209: Test _INI (Initialize). +PASSED: Test 46, \_SB_.GED0._INI returned no values as expected. + +Test 47 of 209: Test _GLK (Global Lock). +SKIPPED: Test 47, Skipping test for non-existent object _GLK. + +Test 48 of 209: Test _SEG (Segment). +PASSED: Test 48, \_SB_.PCI9._SEG correctly returned an integer. +PASSED: Test 48, \_SB_.PCI0._SEG correctly returned an integer. +PASSED: Test 48, \_SB_.PCI2._SEG correctly returned an integer. +PASSED: Test 48, \_SB_.PCI4._SEG correctly returned an integer. +PASSED: Test 48, \_SB_.PCI6._SEG correctly returned an integer. +PASSED: Test 48, \_SB_.PCI8._SEG correctly returned an integer. + +Test 49 of 209: Test _LSI (Label Storage Information). +SKIPPED: Test 49, Skipping test for non-existent object _LSI. + +Test 50 of 209: Test _CBR (CXL Host Bridge Register). +SKIPPED: Test 50, Skipping test for non-existent object _CBR. + +Test 51 of 209: Test _OFF (Set resource off). +SKIPPED: Test 51, Skipping test for non-existent object _OFF. + +Test 52 of 209: Test _ON_ (Set resource on). +SKIPPED: Test 52, Skipping test for non-existent object _ON_. + +Test 53 of 209: Test _DSW (Device Sleep Wake). +SKIPPED: Test 53, Skipping test for non-existent object _DSW. + +Test 54 of 209: Test _IRC (In Rush Current). +SKIPPED: Test 54, Skipping test for non-existent object _IRC. + +Test 55 of 209: Test _PRE (Power Resources for Enumeration). +SKIPPED: Test 55, Skipping test for non-existent object _PRE. + +Test 56 of 209: Test _PR0 (Power Resources for D0). +SKIPPED: Test 56, Skipping test for non-existent object _PR0. + +Test 57 of 209: Test _PR1 (Power Resources for D1). +SKIPPED: Test 57, Skipping test for non-existent object _PR1. + +Test 58 of 209: Test _PR2 (Power Resources for D2). +SKIPPED: Test 58, Skipping test for non-existent object _PR2. + +Test 59 of 209: Test _PR3 (Power Resources for D3). +SKIPPED: Test 59, Skipping test for non-existent object _PR3. + +Test 60 of 209: Test _PRW (Power Resources for Wake). +SKIPPED: Test 60, Skipping test for non-existent object _PRW. + +Test 61 of 209: Test _PS0 (Power State 0). +SKIPPED: Test 61, Skipping test for non-existent object _PS0. + +Test 62 of 209: Test _PS1 (Power State 1). +SKIPPED: Test 62, Skipping test for non-existent object _PS1. + +Test 63 of 209: Test _PS2 (Power State 2). +SKIPPED: Test 63, Skipping test for non-existent object _PS2. + +Test 64 of 209: Test _PS3 (Power State 3). +SKIPPED: Test 64, Skipping test for non-existent object _PS3. + +Test 65 of 209: Test _PSC (Power State Current). +SKIPPED: Test 65, Skipping test for non-existent object _PSC. + +Test 66 of 209: Test _PSE (Power State for Enumeration). +SKIPPED: Test 66, Skipping test for non-existent object _PSE. + +Test 67 of 209: Test _PSW (Power State Wake). +SKIPPED: Test 67, Skipping test for non-existent object _PSW. + +Test 68 of 209: Test _S1D (S1 Device State). +SKIPPED: Test 68, Skipping test for non-existent object _S1D. + +Test 69 of 209: Test _S2D (S2 Device State). +SKIPPED: Test 69, Skipping test for non-existent object _S2D. + +Test 70 of 209: Test _S3D (S3 Device State). +SKIPPED: Test 70, Skipping test for non-existent object _S3D. + +Test 71 of 209: Test _S4D (S4 Device State). +SKIPPED: Test 71, Skipping test for non-existent object _S4D. + +Test 72 of 209: Test _S0W (S0 Device Wake State). +SKIPPED: Test 72, Skipping test for non-existent object _S0W. + +Test 73 of 209: Test _S1W (S1 Device Wake State). +SKIPPED: Test 73, Skipping test for non-existent object _S1W. + +Test 74 of 209: Test _S2W (S2 Device Wake State). +SKIPPED: Test 74, Skipping test for non-existent object _S2W. + +Test 75 of 209: Test _S3W (S3 Device Wake State). +SKIPPED: Test 75, Skipping test for non-existent object _S3W. + +Test 76 of 209: Test _S4W (S4 Device Wake State). +SKIPPED: Test 76, Skipping test for non-existent object _S4W. + +Test 77 of 209: Test _RST (Device Reset). +PASSED: Test 77, \_SB_.I2C3._RST returned no values as expected. +PASSED: Test 77, \_SB_.PCI9.RP00.GPU0._RST returned no values as expected. + +Test 78 of 209: Test _PRR (Power Resource for Reset). +SKIPPED: Test 78, Skipping test for non-existent object _PRR. + +Test 79 of 209: Test _DSC (Deepest State for Configuration). +SKIPPED: Test 79, Skipping test for non-existent object _DSC. + +Test 80 of 209: Test _S0_ (S0 System State). +SKIPPED: Test 80, Skipping test for non-existent object _S0_. + +Test 81 of 209: Test _S1_ (S1 System State). +SKIPPED: Test 81, Skipping test for non-existent object _S1_. + +Test 82 of 209: Test _S2_ (S2 System State). +SKIPPED: Test 82, Skipping test for non-existent object _S2_. + +Test 83 of 209: Test _S3_ (S3 System State). +SKIPPED: Test 83, Skipping test for non-existent object _S3_. + +Test 84 of 209: Test _S4_ (S4 System State). +SKIPPED: Test 84, Skipping test for non-existent object _S4_. + +Test 85 of 209: Test _S5_ (S5 System State). +SKIPPED: Test 85, Skipping test for non-existent object _S5_. + +Test 86 of 209: Test _SWS (System Wake Source). +SKIPPED: Test 86, Skipping test for non-existent object _SWS. + +Test 87 of 209: Test _PSS (Performance Supported States). +SKIPPED: Test 87, Skipping test for non-existent object _PSS. + +Test 88 of 209: Test _CPC (Continuous Performance Control). +PASSED: Test 88, \_SB_.C000.C000._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C001._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C002._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C003._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C004._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C005._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C006._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C007._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C008._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C009._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C00A._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C00B._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C00C._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C00D._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C00E._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C00F._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C010._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C011._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C012._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C013._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C014._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C015._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C016._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C017._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C018._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C019._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C01A._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C01B._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C01C._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C01D._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C01E._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C01F._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C020._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C021._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C022._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C023._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C024._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C025._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C026._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C027._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C028._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C029._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C02A._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C02B._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C02C._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C02D._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C02E._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C02F._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C030._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C031._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C032._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C033._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C034._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C035._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C036._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C037._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C038._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C039._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C03A._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C03B._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C03C._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C03D._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C03E._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C03F._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C040._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C041._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C042._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C043._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C044._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C045._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C046._CPC correctly returned a sane looking package. +PASSED: Test 88, \_SB_.C000.C047._CPC correctly returned a sane looking package. + +Test 89 of 209: Test _CSD (C State Dependencies). +SKIPPED: Test 89, Skipping test for non-existent object _CSD. + +Test 90 of 209: Test _CST (C States). +SKIPPED: Test 90, Skipping test for non-existent object _CST. + +Test 91 of 209: Test _PCT (Performance Control). +SKIPPED: Test 91, Skipping test for non-existent object _PCT. + +Test 92 of 209: Test _PDL (P-State Depth Limit). +SKIPPED: Test 92, Skipping test for non-existent object _PDL. + +Test 93 of 209: Test _PPC (Performance Present Capabilities). +SKIPPED: Test 93, Skipping test for non-existent object _PPC. + +Test 94 of 209: Test _PPE (Polling for Platform Error). +SKIPPED: Test 94, Skipping test for non-existent object _PPE. + +Test 95 of 209: Test _PSD (Power State Dependencies). +SKIPPED: Test 95, Skipping test for non-existent object _PSD. + +Test 96 of 209: Test _PTC (Processor Throttling Control). +SKIPPED: Test 96, Skipping test for non-existent object _PTC. + +Test 97 of 209: Test _TDL (T-State Depth Limit). +SKIPPED: Test 97, Skipping test for non-existent object _TDL. + +Test 98 of 209: Test _TPC (Throttling Present Capabilities). +SKIPPED: Test 98, Skipping test for non-existent object _TPC. + +Test 99 of 209: Test _TSD (Throttling State Dependencies). +SKIPPED: Test 99, Skipping test for non-existent object _TSD. + +Test 100 of 209: Test _TSS (Throttling Supported States). +SKIPPED: Test 100, Skipping test for non-existent object _TSS. + +Test 101 of 209: Test _LPI (Low Power Idle States). +PASSED: Test 101, \_SB_.C000.C000._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C001._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C002._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C003._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C004._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C005._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C006._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C007._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C008._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C009._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C00A._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C00B._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C00C._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C00D._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C00E._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C00F._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C010._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C011._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C012._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C013._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C014._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C015._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C016._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C017._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C018._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C019._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C01A._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C01B._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C01C._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C01D._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C01E._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C01F._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C020._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C021._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C022._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C023._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C024._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C025._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C026._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C027._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C028._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C029._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C02A._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C02B._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C02C._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C02D._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C02E._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C02F._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C030._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C031._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C032._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C033._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C034._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C035._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C036._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C037._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C038._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C039._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C03A._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C03B._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C03C._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C03D._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C03E._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C03F._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C040._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C041._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C042._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C043._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C044._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C045._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C046._LPI correctly returned a sane looking +package. +PASSED: Test 101, \_SB_.C000.C047._LPI correctly returned a sane looking +package. + +Test 102 of 209: Test _RDI (Resource Dependencies for Idle). +SKIPPED: Test 102, Skipping test for non-existent object _RDI. + +Test 103 of 209: Test _PUR (Processor Utilization Request). +SKIPPED: Test 103, Skipping test for non-existent object _PUR. + +Test 104 of 209: Test _MSG (Message). +SKIPPED: Test 104, Skipping test for non-existent object _MSG. + +Test 105 of 209: Test _SST (System Status). +SKIPPED: Test 105, Skipping test for non-existent object _SST. +WARNING: Test 105, _SST method not found. This should be treated as error if the +platform provides user visible status such as LED. + +Test 106 of 209: Test _ALC (Ambient Light Colour Chromaticity). +SKIPPED: Test 106, Skipping test for non-existent object _ALC. + +Test 107 of 209: Test _ALI (Ambient Light Illuminance). +SKIPPED: Test 107, Skipping test for non-existent object _ALI. + +Test 108 of 209: Test _ALT (Ambient Light Temperature). +SKIPPED: Test 108, Skipping test for non-existent object _ALT. + +Test 109 of 209: Test _ALP (Ambient Light Polling). +SKIPPED: Test 109, Skipping test for non-existent object _ALP. + +Test 110 of 209: Test _ALR (Ambient Light Response). +SKIPPED: Test 110, Skipping test for non-existent object _ALR. + +Test 111 of 209: Test _LID (Lid Status). +SKIPPED: Test 111, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _LID. + +Test 112 of 209: Test _GTF (Get Task File). +SKIPPED: Test 112, Skipping test for non-existent object _GTF. + +Test 113 of 209: Test _GTM (Get Timing Mode). +SKIPPED: Test 113, Skipping test for non-existent object _GTM. + +Test 114 of 209: Test _MBM (Memory Bandwidth Monitoring Data). +SKIPPED: Test 114, Skipping test for non-existent object _MBM. + +Test 115 of 209: Test _UPC (USB Port Capabilities). +SKIPPED: Test 115, Skipping test for non-existent object _UPC. + +Test 116 of 209: Test _PDO (USB Power Data Object). +SKIPPED: Test 116, Skipping test for non-existent object _PDO. + +Test 117 of 209: Test _UPD (User Presence Detect). +SKIPPED: Test 117, Skipping test for non-existent object _UPD. + +Test 118 of 209: Test _UPP (User Presence Polling). +SKIPPED: Test 118, Skipping test for non-existent object _UPP. + +Test 119 of 209: Test _GCP (Get Capabilities). +SKIPPED: Test 119, Skipping test for non-existent object _GCP. + +Test 120 of 209: Test _GRT (Get Real Time). +SKIPPED: Test 120, Skipping test for non-existent object _GRT. + +Test 121 of 209: Test _GWS (Get Wake Status). +SKIPPED: Test 121, Skipping test for non-existent object _GWS. + +Test 122 of 209: Test _CWS (Clear Wake Status). +SKIPPED: Test 122, Skipping test for non-existent object _CWS. + +Test 123 of 209: Test _SRT (Set Real Time). +SKIPPED: Test 123, Skipping test for non-existent object _SRT. + +Test 124 of 209: Test _STP (Set Expired Timer Wake Policy). +SKIPPED: Test 124, Skipping test for non-existent object _STP. + +Test 125 of 209: Test _STV (Set Timer Value). +SKIPPED: Test 125, Skipping test for non-existent object _STV. + +Test 126 of 209: Test _TIP (Expired Timer Wake Policy). +SKIPPED: Test 126, Skipping test for non-existent object _TIP. + +Test 127 of 209: Test _TIV (Timer Values). +SKIPPED: Test 127, Skipping test for non-existent object _TIV. + +Test 128 of 209: Test _NBS (NVDIMM Boot Status). +SKIPPED: Test 128, Skipping test for non-existent object _NBS. + +Test 129 of 209: Test _NCH (NVDIMM Current Health Information). +SKIPPED: Test 129, Skipping test for non-existent object _NCH. + +Test 130 of 209: Test _NIC (NVDIMM Health Error Injection Capabilities). +SKIPPED: Test 130, Skipping test for non-existent object _NIC. + +Test 131 of 209: Test _NIH (NVDIMM Inject/Clear Health Errors). +SKIPPED: Test 131, Skipping test for non-existent object _NIH. + +Test 132 of 209: Test _NIG (NVDIMM Inject Health Error Status). +SKIPPED: Test 132, Skipping test for non-existent object _NIG. + +Test 133 of 209: Test _SBS (Smart Battery Subsystem). +SKIPPED: Test 133, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _SBS. + +Test 134 of 209: Test _BCT (Battery Charge Time). +SKIPPED: Test 134, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BCT. + +Test 135 of 209: Test _BIF (Battery Information). +SKIPPED: Test 135, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BIF. + +Test 136 of 209: Test _BIX (Battery Information Extended). +SKIPPED: Test 136, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BIX. + +Test 137 of 209: Test _BMA (Battery Measurement Averaging). +SKIPPED: Test 137, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BMA. + +Test 138 of 209: Test _BMC (Battery Maintenance Control). +SKIPPED: Test 138, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BMC. + +Test 139 of 209: Test _BMD (Battery Maintenance Data). +SKIPPED: Test 139, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BMD. + +Test 140 of 209: Test _BMS (Battery Measurement Sampling Time). +SKIPPED: Test 140, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BMS. + +Test 141 of 209: Test _BPC (Battery Power Characteristics). +SKIPPED: Test 141, Skipping test for non-existent object _BPC. + +Test 142 of 209: Test _BPS (Battery Power State). +SKIPPED: Test 142, Skipping test for non-existent object _BPS. + +Test 143 of 209: Test _BPT (Battery Power Threshold). +SKIPPED: Test 143, Skipping test for non-existent object _BPT. + +Test 144 of 209: Test _BST (Battery Status). +SKIPPED: Test 144, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BST. + +Test 145 of 209: Test _BTP (Battery Trip Point). +SKIPPED: Test 145, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BTP. + +Test 146 of 209: Test _BTH (Battery Throttle Limit). +SKIPPED: Test 146, Skipping test for non-existent object _BTH. + +Test 147 of 209: Test _BTM (Battery Time). +SKIPPED: Test 147, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _BTM. + +Test 148 of 209: Test _PCL (Power Consumer List). +SKIPPED: Test 148, Machine is not a mobile platform, skipping test for +non-existent mobile platform related object _PCL. + +Test 149 of 209: Test _PIF (Power Source Information). +SKIPPED: Test 149, Skipping test for non-existent object _PIF. + +Test 150 of 209: Test _PRL (Power Source Redundancy List). +SKIPPED: Test 150, Skipping test for non-existent object _PRL. + +Test 151 of 209: Test _PSR (Power Source). +SKIPPED: Test 151, Skipping test for non-existent object _PSR. + +Test 152 of 209: Test _GAI (Get Averaging Level). +PASSED: Test 152, \_SB_.PM00._GAI correctly returned an integer. +PASSED: Test 152, \_SB_.PM01._GAI correctly returned an integer. +PASSED: Test 152, \_SB_.PM02._GAI correctly returned an integer. +PASSED: Test 152, \_SB_.PM03._GAI correctly returned an integer. + +Test 153 of 209: Test _GHL (Get Hardware Limit). +PASSED: Test 153, \_SB_.PM00._GHL correctly returned an integer. +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 153, Detected an infinite loop when evaluating method +'\_SB_.PM01._GHL'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +PASSED: Test 153, \_SB_.PM02._GHL correctly returned an integer. +PASSED: Test 153, \_SB_.PM03._GHL correctly returned an integer. + +Test 154 of 209: Test _PMC (Power Meter Capabilities). +PASSED: Test 154, \_SB_.PM00._PMC correctly returned a sane looking package. +PASSED: Test 154, \_SB_.PM01._PMC correctly returned a sane looking package. +PASSED: Test 154, \_SB_.PM02._PMC correctly returned a sane looking package. +PASSED: Test 154, \_SB_.PM03._PMC correctly returned a sane looking package. + +Test 155 of 209: Test _PMD (Power Meter Devices). +PASSED: Test 155, \_SB_.PM00._PMD returned a sane package of 1 references. +PASSED: Test 155, \_SB_.PM01._PMD returned a sane package of 1 references. +PASSED: Test 155, \_SB_.PM02._PMD returned a sane package of 1 references. +PASSED: Test 155, \_SB_.PM03._PMD returned a sane package of 1 references. + +Test 156 of 209: Test _PMM (Power Meter Measurement). +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 156, Detected an infinite loop when evaluating method +'\_SB_.PM00._PMM'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 156, Detected an infinite loop when evaluating method +'\_SB_.PM01._PMM'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 156, Detected an infinite loop when evaluating method +'\_SB_.PM02._PMM'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 156, Detected an infinite loop when evaluating method +'\_SB_.PM03._PMM'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + + +Test 157 of 209: Test _WPC (Wireless Power Calibration). +SKIPPED: Test 157, Skipping test for non-existent object _WPC. + +Test 158 of 209: Test _WPP (Wireless Power Polling). +SKIPPED: Test 158, Skipping test for non-existent object _WPP. + +Test 159 of 209: Test _FIF (Fan Information). +SKIPPED: Test 159, Skipping test for non-existent object _FIF. + +Test 160 of 209: Test _FPS (Fan Performance States). +SKIPPED: Test 160, Skipping test for non-existent object _FPS. + +Test 161 of 209: Test _FSL (Fan Set Level). +SKIPPED: Test 161, Skipping test for non-existent object _FSL. + +Test 162 of 209: Test _FST (Fan Status). +SKIPPED: Test 162, Skipping test for non-existent object _FST. + +Test 163 of 209: Test _ACx (Active Cooling). +SKIPPED: Test 163, Skipping test for non-existent object _AC0. + +SKIPPED: Test 163, Skipping test for non-existent object _AC1. + +SKIPPED: Test 163, Skipping test for non-existent object _AC2. + +SKIPPED: Test 163, Skipping test for non-existent object _AC3. + +SKIPPED: Test 163, Skipping test for non-existent object _AC4. + +SKIPPED: Test 163, Skipping test for non-existent object _AC5. + +SKIPPED: Test 163, Skipping test for non-existent object _AC6. + +SKIPPED: Test 163, Skipping test for non-existent object _AC7. + +SKIPPED: Test 163, Skipping test for non-existent object _AC8. + +SKIPPED: Test 163, Skipping test for non-existent object _AC9. + + +Test 164 of 209: Test _ART (Active Cooling Relationship Table). +SKIPPED: Test 164, Skipping test for non-existent object _ART. + +Test 165 of 209: Test _ALx (Active List). +SKIPPED: Test 165, Skipping test for non-existent object _AL0. + +SKIPPED: Test 165, Skipping test for non-existent object _AL1. + +SKIPPED: Test 165, Skipping test for non-existent object _AL2. + +SKIPPED: Test 165, Skipping test for non-existent object _AL3. + +SKIPPED: Test 165, Skipping test for non-existent object _AL4. + +SKIPPED: Test 165, Skipping test for non-existent object _AL5. + +SKIPPED: Test 165, Skipping test for non-existent object _AL6. + +SKIPPED: Test 165, Skipping test for non-existent object _AL7. + +SKIPPED: Test 165, Skipping test for non-existent object _AL8. + +SKIPPED: Test 165, Skipping test for non-existent object _AL9. + + +Test 166 of 209: Test _CRT (Critical Trip Point). +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) +PASSED: Test 166, _CRT correctly returned sane looking value 0x00000ec1 (377.7 +degrees K) + +Test 167 of 209: Test _CR3 (Warm/Standby Temperature). +SKIPPED: Test 167, Skipping test for non-existent object _CR3. + +Test 168 of 209: Test _DTI (Device Temperature Indication). +SKIPPED: Test 168, Skipping test for non-existent object _DTI. + +Test 169 of 209: Test _HOT (Hot Temperature). +SKIPPED: Test 169, Skipping test for non-existent object _HOT. + +Test 170 of 209: Test _MTL (Minimum Throttle Limit). +SKIPPED: Test 170, Skipping test for non-existent object _MTL. + +Test 171 of 209: Test _NTT (Notification Temp Threshold). +SKIPPED: Test 171, Skipping test for non-existent object _NTT. + +Test 172 of 209: Test _PSL (Passive List). +PASSED: Test 172, \_SB_.TZ09._PSL returned a sane package of 1 references. + +Test 173 of 209: Test _PSV (Passive Temp). +PASSED: Test 173, _PSV correctly returned sane looking value 0x00000e94 (373.2 +degrees K) + +Test 174 of 209: Test _RTV (Relative Temp Values). +SKIPPED: Test 174, Skipping test for non-existent object _RTV. + +Test 175 of 209: Test _SCP (Set Cooling Policy). +SKIPPED: Test 175, Skipping test for non-existent object _DTI. + +Test 176 of 209: Test _TC1 (Thermal Constant 1). +PASSED: Test 176, \_SB_.TZ09._TC1 correctly returned an integer. + +Test 177 of 209: Test _TC2 (Thermal Constant 2). +PASSED: Test 177, \_SB_.TZ09._TC2 correctly returned an integer. + +Test 178 of 209: Test _TFP (Thermal fast Sampling Period). +PASSED: Test 178, \_SB_.TZ09._TFP correctly returned an integer. + +Test 179 of 209: Test _TMP (Thermal Zone Current Temp). +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ00._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ01._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ02._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ03._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ04._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ05._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ06._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ07._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ08._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ09._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ0A._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +ACPICA Exception AE_AML_LOOP_TIMEOUT during execution of method BIPC +WARNING: Test 179, Detected an infinite loop when evaluating method +'\_SB_.TZ0B._TMP'. + +ADVICE: This may occur because we are emulating the execution in this test +environment and cannot handshake with the embedded controller or jump to the +BIOS via SMIs. However, the fact that AML code spins forever means that lockup +conditions are not being checked for in the AML bytecode. + +PASSED: Test 179, \TZL0._TMP correctly returned a sane looking return type. + +Test 180 of 209: Test _TPT (Trip Point Temperature). +SKIPPED: Test 180, Skipping test for non-existent object _TPT. + +Test 181 of 209: Test _TRT (Thermal Relationship Table). +SKIPPED: Test 181, Skipping test for non-existent object _TRT. + +Test 182 of 209: Test _TSN (Thermal Sensor Device). +SKIPPED: Test 182, Skipping test for non-existent object _TSN. + +Test 183 of 209: Test _TSP (Thermal Sampling Period). +PASSED: Test 183, _TSP correctly returned sane looking value 0.100000 seconds + +Test 184 of 209: Test _TST (Temperature Sensor Threshold). +SKIPPED: Test 184, Skipping test for non-existent object _TST. + +Test 185 of 209: Test _TZD (Thermal Zone Devices). +SKIPPED: Test 185, Skipping test for non-existent object _TZD. + +Test 186 of 209: Test _TZM (Thermal Zone member). +SKIPPED: Test 186, Skipping test for non-existent object _TZM. + +Test 187 of 209: Test _TZP (Thermal Zone Polling). +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds +PASSED: Test 187, _TZP correctly returned sane looking value 0.100000 seconds + +Test 188 of 209: Test _GPE (General Purpose Events). +SKIPPED: Test 188, Skipping test for non-existent object _GPE. + +Test 189 of 209: Test _EC_ (EC Offset Query). +SKIPPED: Test 189, Skipping test for non-existent object _EC_. + +Test 190 of 209: Test _PTS (Prepare to Sleep). + +Test 191 of 209: Test _TTS (Transition to State). +SKIPPED: Test 191, Optional control method _TTS does not exist. + +Test 192 of 209: Test _WAK (System Wake). + +Test 193 of 209: Test _ADR (Return Unique ID for Device). +PASSED: Test 193, \_SB_.I2C3.SSIF._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI9.RP00._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI9.RP00.GPU0._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI0.RP00._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI2.RP00._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI4.RP00._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI6.RP00._ADR correctly returned an integer. +PASSED: Test 193, \_SB_.PCI8.RP00._ADR correctly returned an integer. + +Test 194 of 209: Test _BCL (Query List of Brightness Control Levels Supported). +SKIPPED: Test 194, Skipping test for non-existent object _BCL. + +Test 195 of 209: Test _BCM (Set Brightness Level). +SKIPPED: Test 195, Skipping test for non-existent object _BCM. + +Test 196 of 209: Test _BQC (Brightness Query Current Level). +SKIPPED: Test 196, Skipping test for non-existent object _BQC. + +Test 197 of 209: Test _DCS (Return the Status of Output Device). +SKIPPED: Test 197, Skipping test for non-existent object _DCS. + +Test 198 of 209: Test _DDC (Return the EDID for this Device). +SKIPPED: Test 198, Skipping test for non-existent object _DDC. + +Test 199 of 209: Test _DSS (Device Set State). +SKIPPED: Test 199, Skipping test for non-existent object _DSS. + +Test 200 of 209: Test _DGS (Query Graphics State). +SKIPPED: Test 200, Skipping test for non-existent object _DGS. + +Test 201 of 209: Test _DOD (Enumerate All Devices Attached to Display Adapter). +SKIPPED: Test 201, Skipping test for non-existent object _DOD. + +Test 202 of 209: Test _DOS (Enable/Disable Output Switching). +SKIPPED: Test 202, Skipping test for non-existent object _DOS. + +Test 203 of 209: Test _GPD (Get POST Device). +SKIPPED: Test 203, Skipping test for non-existent object _GPD. + +Test 204 of 209: Test _ROM (Get ROM Data). +SKIPPED: Test 204, Skipping test for non-existent object _ROM. + +Test 205 of 209: Test _SPD (Set POST Device). +SKIPPED: Test 205, Skipping test for non-existent object _SPD. + +Test 206 of 209: Test _VPO (Video POST Options). +SKIPPED: Test 206, Skipping test for non-existent object _VPO. + +Test 207 of 209: Test _CBA (Configuration Base Address). +SKIPPED: Test 207, Skipping test for non-existent object _CBA. + +Test 208 of 209: Test _IFT (IPMI Interface Type). +PASSED: Test 208, \_SB_.I2C3.SSIF._IFT correctly returned an integer. + +Test 209 of 209: Test _SRV (IPMI Interface Revision). +PASSED: Test 209, \_SB_.I2C3.SSIF._SRV correctly returned an integer. + +================================================================================ +701 passed, 0 failed, 18 warnings, 0 aborted, 189 skipped, 0 info only. +================================================================================ + +mcfg: MCFG PCI Express* memory mapped config space test. +-------------------------------------------------------------------------------- +Test 1 of 2: Validate MCFG table. +This test tries to validate the MCFG table by comparing the first 16 bytes in +the MMIO mapped config space with the 'traditional' config space of the first +PCI device (root bridge). The MCFG data is only trusted if it is marked reserved +in the UEFI run-time service memory map + +Memory Map Layout +----------------- + +MCFG table found, size is 96 bytes (excluding header) (6 entries). +Configuration Entry #0: + Base Address : 0x600010000000 + Segment : 0 + Start bus : 0 + End bus : 255 +Configuration Entry #1: + Base Address : 0x610010000000 + Segment : 2 + Start bus : 0 + End bus : 255 +Configuration Entry #2: + Base Address : 0x620010000000 + Segment : 4 + Start bus : 0 + End bus : 255 +Configuration Entry #3: + Base Address : 0x630010000000 + Segment : 6 + Start bus : 0 + End bus : 255 +Configuration Entry #4: + Base Address : 0x650010000000 + Segment : 8 + Start bus : 0 + End bus : 255 +Configuration Entry #5: + Base Address : 0x660010000000 + Segment : 9 + Start bus : 0 + End bus : 255 +PASSED: Test 1, MCFG MMIO config space is reserved in memory map table. + +Test 2 of 2: Validate MCFG PCI config space. +PASSED: Test 2, PCI config space verified. + +================================================================================ +2 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +madt: MADT Multiple APIC Description Table (spec compliant). +-------------------------------------------------------------------------------- +Test 1 of 5: MADT checksum test. +PASSED: Test 1, MADT checksum is correct + +Test 2 of 5: MADT revision test. +Most recent FADT revision is 6.5. +Most recent MADT revision is 6. +PASSED: Test 2, MADT revision 6 is defined. +PASSED: Test 2, MADT revision 6 is in sync with FADT revision 6.5. + +Test 3 of 5: MADT architecture minimum revision test. +PASSED: Test 3, MADT revision 6 meets the minimum needed (3) for the aarch64 +architecture. + +Test 4 of 5: MADT flags field reserved bits test. +PASSED: Test 4, MADT flags reserved bits are not set. + +Test 5 of 5: MADT subtable tests. +PASSED: Test 5, MADT revision 6 is defined. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 2. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 4. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 5. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 6. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 7. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 8. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 9. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 10. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 11. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 14. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 16. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 17. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 18. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 19. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 20. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 21. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 22. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 23. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 24. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 25. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 26. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 28. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 29. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 30. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 31. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 32. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 33. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 34. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 35. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 36. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 37. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 38. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 39. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 40. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 41. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 42. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 43. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 44. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 45. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 46. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 47. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 48. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 49. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 50. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 51. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 52. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 53. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 54. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 55. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 56. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 58. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 59. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 60. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 61. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 62. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 63. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 64. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 65. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 66. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 67. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 68. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 70. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 72. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 73. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 74. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 75. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 76. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 77. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 78. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 79. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 80. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 11 (GICC CPU Interface) is defined. +PASSED: Test 5, MADT GICC CPU Interface reserved field properly set to zero. +PASSED: Test 5, MADT GICC has matching processor UID 81. +PASSED: Test 5, MADT GICC CPU Interface, flags, bits 4..31 are reserved and +properly set to zero. +PASSED: Test 5, MADT GICC CPU Interface, is using a defined parking protocol +version. +PASSED: Test 5, MADT subtable type 12 (GICD GIC Distributor) is defined. +PASSED: Test 5, MADT GICD GIC Distributor reserved field properly set to zero. +PASSED: Test 5, MADT GICD GIC Distributor system vector base field is properly +set to zero. +PASSED: Test 5, MADT GICD GIC Distributor GIC version field is in 0..4. +PASSED: Test 5, MADT GICD GIC Distributor second reserved field is properly set +to zero. +PASSED: Test 5, MADT subtable type 14 (GICR Redistributor) is defined. +PASSED: Test 5, MADT GICR Redistributor reserved field properly set to zero. +PASSED: Test 5, MADT GICR Redistributor discovery range length of 22020096 > 0. +PASSED: Test 5, MADT subtable type 15 (GIC Interrupt Translation Service (ITS)) +is defined. +PASSED: Test 5, MADT GIC Interrupt Translation Service (ITS) first reserved +field is properly set to zero. +PASSED: Test 5, MADT GIC Interrupt Translation Service (ITS) ITS ID 0x0 is +unique as is required. +PASSED: Test 5, MADT GIC Interrupt Translation Service (ITS) second reserved +field is properly set to zero. + +================================================================================ +378 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +gtdt: GTDT Generic Timer Description Table test. +-------------------------------------------------------------------------------- +Test 1 of 1: GTDT Generic Timer Description Table test. +PASSED: Test 1, No issues found in GTDT table. + +================================================================================ +1 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +fadt_sbbr: SBBR FADT Fixed ACPI Description Table tests. +-------------------------------------------------------------------------------- +Test 1 of 3: FADT Revision Test. +FADT revision: 6.5 +PASSED: Test 1, FADT revision is up to date. + +Test 2 of 3: FADT Reduced HW Test. +PASSED: Test 2, FADT indicates ACPI is in reduced hardware mode. +PASSED: Test 2, All FADT reduced hardware fields are zero. +PASSED: Test 2, All FADT reduced hardware flags are not set. +PASSED: Test 2, FADT APIC flags are not set in reduced hardware mode. + +Test 3 of 3: FADT PSCI Compliant Test. +PASSED: Test 3, PSCI_COMPLIANT is set, PSCI is implemented. + +================================================================================ +6 passed, 0 failed, 0 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +dbg2: DBG2 (Debug Port Table 2) test. +-------------------------------------------------------------------------------- +ACPI DBG2 table does not exist, skipping test +================================================================================ +0 passed, 0 failed, 0 warning, 0 aborted, 2 skipped, 0 info only. +================================================================================ + +acpi_sbbr: ACPI table headers sanity tests. +-------------------------------------------------------------------------------- +Test 1 of 3: Test that processors only exist in the _SB namespace. +PASSED: Test 1, All processor devices were located in the _SB_ namespace. + +Test 2 of 3: Test DSDT and SSDT tables are implemented. +PASSED: Test 2, Table DSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. +PASSED: Test 2, Table SSDT has valid signature and ID strings. + +Test 3 of 3: Check for mandatory and recommended ACPI tables. +PASSED: Test 3, SBBR mandatory ACPI table "RSDP" found. +PASSED: Test 3, SBBR mandatory ACPI table "XSDT" found. +PASSED: Test 3, SBBR mandatory ACPI table "FACP" found. +PASSED: Test 3, SBBR mandatory ACPI table "DSDT" found. +PASSED: Test 3, SBBR mandatory ACPI table "APIC" found. +PASSED: Test 3, SBBR mandatory ACPI table "GTDT" found. +FAILED [CRITICAL] SBBRTableNotFound: Test 3, SBBR mandatory ACPI table "DBG2" +not found. +PASSED: Test 3, SBBR mandatory ACPI table "SPCR" found. +PASSED: Test 3, SBBR mandatory ACPI table "MCFG" found. +PASSED: Test 3, SBBR mandatory ACPI table "PPTT" found. +PASSED: Test 3, SBBR Recommended ACPI table "IORT" found. +PASSED: Test 3, SBBR Recommended ACPI table "BERT" found. +PASSED: Test 3, SBBR Recommended ACPI table "EINJ" found. +PASSED: Test 3, SBBR Recommended ACPI table "ERST" found. +PASSED: Test 3, SBBR Recommended ACPI table "HEST" found. +PASSED: Test 3, SBBR Recommended ACPI table "SDEI" found. +WARNING: Test 3, SBBR Recommended ACPI table "AEST" not found. +PASSED: Test 3, SBBR Recommended ACPI table "SLIT" found. +PASSED: Test 3, SBBR Recommended ACPI table "SRAT" found. +PASSED: Test 3, SBBR Recommended ACPI table "HMAT" found. +WARNING: Test 3, SBBR Recommended ACPI table "PCCT" not found. +WARNING: Test 3, SBBR Recommended ACPI table "PDTT" not found. +WARNING: Test 3, SBBR Recommended ACPI table "NFIT" not found. +WARNING: Test 3, SBBR Recommended ACPI table "BGRT" not found. +PASSED: Test 3, SBBR Recommended ACPI table "SPMI" found. + +================================================================================ +31 passed, 1 failed, 5 warnings, 0 aborted, 0 skipped, 0 info only. +================================================================================ + +acpitables: ACPI table headers sanity tests. +-------------------------------------------------------------------------------- +Test 1 of 2: Test ACPI headers. +PASSED: Test 1, Table APIC has valid signature and ID strings. +PASSED: Test 1, Table APMT has valid signature and ID strings. +PASSED: Test 1, Table BERT has valid signature and ID strings. +PASSED: Test 1, Table DSDT has valid signature and ID strings. +PASSED: Test 1, Table EINJ has valid signature and ID strings. +PASSED: Test 1, Table ERST has valid signature and ID strings. +PASSED: Test 1, Table FACP has valid signature and ID strings. +PASSED: Test 1, Table FIDT has valid signature and ID strings. +PASSED: Test 1, Table FPDT has valid signature and ID strings. +PASSED: Test 1, Table GTDT has valid signature and ID strings. +PASSED: Test 1, Table HEST has valid signature and ID strings. +PASSED: Test 1, Table HMAT has valid signature and ID strings. +PASSED: Test 1, Table IORT has valid signature and ID strings. +PASSED: Test 1, Table MCFG has valid signature and ID strings. +PASSED: Test 1, Table MPAM has valid signature and ID strings. +PASSED: Test 1, Table PPTT has valid signature and ID strings. +WARNING: Test 1, ACPI Table SDEI is empty and just contains a table header. +Further header checks will be omitted. +PASSED: Test 1, Table SLIT has valid signature and ID strings. +PASSED: Test 1, Table SPCR has valid signature and ID strings. +PASSED: Test 1, Table SPMI has valid signature and ID strings. +PASSED: Test 1, Table SRAT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table SSDT has valid signature and ID strings. +PASSED: Test 1, Table TPM2 has valid signature and ID strings. +PASSED: Test 1, Table RSDT has valid signature and ID strings. +PASSED: Test 1, Table XSDT has valid signature and ID strings. + +Test 2 of 2: Test ACPI spec versus table revisions. +System supports ACPI 0650 +This test does not support ACPI 0650. + +================================================================================ +33 passed, 0 failed, 1 warning, 0 aborted, 0 skipped, 0 info only. +================================================================================ + + +1326 passed, 3 failed, 24 warnings, 0 aborted, 232 skipped, 0 info only. + +Test Failure Summary +================================================================================ + +Critical failures: 1 + acpi_sbbr: SBBR mandatory ACPI table "DBG2" not found. + +High failures: NONE + +Medium failures: NONE + +Low failures: 2 + dmicheck: Out of range string index 0x53 while accessing entry 'Processor Information (Type 4)' @ 0x560a050e, field 'Asset Tag', offset 0x21 + dmicheck: Out of range string index 0xc0 while accessing entry 'Processor Information (Type 4)' @ 0x560a050e, field 'Part Number', offset 0x22 + +Other failures: NONE + +Test |Pass |Fail |Abort|Warn |Skip |Info | +---------------+-----+-----+-----+-----+-----+-----+ +acpi_sbbr | 31| 1| | 5| | | +acpitables | 33| | | 1| | | +aest | | | | | 1| | +bert | 1| | | | | | +bgrt | | | | | 1| | +cedt | | | | | 1| | +dbg2 | | | | | 2| | +dmicheck | 93| 2| | | 1| | +einj | 1| | | | | | +erst | 1| | | | | | +esrt | 1| | | | | | +fadt_sbbr | 6| | | | | | +gtdt | 1| | | | | | +hest | 1| | | | | | +hmat | 1| | | | | | +ibft | | | | | 1| | +iort | 1| | | | | | +madt | 378| | | | | | +mcfg | 2| | | | | | +method | 701| | | 18| 189| | +mpam | 1| | | | | | +nfit | | | | | 1| | +pcct | | | | | 1| | +pdtt | | | | | 1| | +pptt | 1| | | | | | +ras2 | | | | | 1| | +rsdp_sbbr | 1| | | | | | +sdei | 1| | | | | | +slit | 1| | | | | | +spcr | 3| | | | | | +srat | 1| | | | | | +uefibootpath | 8| | | | | | +uefirtmisc | 3| | | | 7| | +uefirttime | 18| | | | 21| | +uefirtvariable | 26| | | | 4| | +xsdt | 1| | | | | | +---------------+-----+-----+-----+-----+-----+-----+ +Total: | 1326| 3| 0| 24| 232| 0| +---------------+-----+-----+-----+-----+-----+-----+ diff --git 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