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testcase-checklist.md

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SBSA ACS Testcase checklist

Test Number mapped to SBSA specification checklist

  • Also, indicates the test coverage .
  • SBSA L3 rules which are common in BSA and SBSA checklist covered by BSA-ACS.
  • For details on test algorithm,unimplemented rule coverage refer Test Scenario document.
Test Number Component Level Rule ID Test Description Verified by ACS Test Environment
1 PE L3 S_L3PE_01 Check PE Granule Support yes UEFI App
2 PE L3 S_L3PE_02 Check for 16-bit ASID support yes UEFI App
3 PE L3 S_L3PE_03 Check AARCH64 implementation yes UEFI App
4 PE L3 S_L3PE_04 Check FEAT_LPA Requirements yes UEFI App
5 PE L4 S_L4PE_01 Check for RAS extension yes UEFI App
6 PE L4 S_L4PE_02 Check DC CVAP support yes UEFI App
7 PE L4 S_L4PE_03 Check for 16-Bit VMID yes UEFI App
8 PE L4 S_L4PE_04 Check for Virtual host extensions yes UEFI App
9 PE L5 S_L5PE_01 Support Page table map size change yes UEFI App
10 PE L5 S_L5PE_02 Check for pointer signing yes UEFI App
11 PE L5 S_L5PE_04 Check Activity monitors extension yes UEFI App
12 PE L5 S_L5PE_05 Check for SHA3 and SHA512 support yes UEFI App
13 PE L5 S_L5PE_06 Stage 2 control of mem and cache yes UEFI App
14 PE L5 S_L5PE_07 Check for nested virtualization yes UEFI App
15 PE L5 S_MPAM_PE Check MPAM PE Requirements yes UEFI App
16 PE L5 S_MPAM_PE Check MPAM LLC Requirements yes UEFI App
17 PE L6 B_PE_17 Check SPE if implemented no UEFI App
18 PE L6 S_L6PE_02 Check Branch Target Support yes UEFI App
19 PE L6 S_L6PE_03 Check Protect Against Timing Fault yes UEFI App
20 PE L6 S_L6PE_04 Check PMU Version Support yes UEFI App
21 PE L6 S_L6PE_05 Check AccessFlag DirtyState Update yes UEFI App
22 PE L6 S_L6PE_06 Check Enhanced Virtualization Tra yes UEFI App
23 PE L6 B_SEC_01 Check Speculation Restriction yes UEFI App
24 PE L6 B_SEC_02 Check Speculative Str Bypass Safe yes UEFI App
25 PE L6 B_SEC_03 Check PEs Impl CSDB,SSBB,PSSBB yes UEFI App
26 PE L6 B_SEC_04 Check PEs Implement SB Barrier yes UEFI App
27 PE L6 B_SEC_05 Check PE Impl CFP,DVP,CPP RCTX yes UEFI App
28 PE L7 S_L7PE_01 Check Fine Grain Trap Support yes UEFI App
29 PE L7 S_L7PE_02 Check for ECV support yes UEFI App
30 PE L7 S_L7PE_03 Check for AMU Support yes UEFI App
31 PE L7 S_L7PE_04 Checks ASIMD Int8 matrix multiplc yes UEFI App
32 PE L7 S_L7PE_05 Check for BFLOAT16 extension yes UEFI App
33 PE L7 S_L7PE_06 Check for EnhancedPAC2 and FPAC yes UEFI App
34 PE L7 S_L7PE_07 Check for SVE Int8 matrix multiplc yes UEFI App
35 PE L7 S_L7PE_08 Check for data gathering hint yes UEFI App
36 PE L7 S_L7PE_09 Check WFE Fine tune delay feature yes UEFI App
37 PE L7 S_L7PE_10 Check for enhanced PAN feature yes UEFI App
101 MEMORY L3 S_L3MM_01, S_L3MM_02 Check peripherals addr 64Kb apart yes UEFI App
201 GICv3 L3 S_L3GI_01 Check GIC version yes UEFI App
202 GICv3 L5 S_L5PP_01 Check Reserved PPI Assignments yes UEFI App
301 SMMU L3 S_L3SM_01 SMMU Version Check yes UEFI App
302 SMMU L4 S_L4SM_01, S_L4SM_02, S_L5SM_01, S_L5SM_02 SMMU Compatibility Check yes UEFI App
302 SMMU L5 S_L5SM_01, S_L5SM_02 SMMU Compatibility Check yes UEFI App
303 SMMU L5 B_SMMU_09 SMMU revision and S-EL2 support yes UEFI App
304 SMMU L5 B_SMMU_20 SMMU Revision,S-EL2 support Hyp yes UEFI App
305 SMMU L6 S_L6SM_01 Check SMMU Coherent Access Support yes UEFI App
306 SMMU L6 S_L6SM_02 Check SMMU HTTU Support yes UEFI App
307 SMMU L6 S_L6SM_03 Check SMMU MSI Support yes UEFI App
308 SMMU L6 B_SMMU_23 Check SMMU 16 Bit VMID Support yes UEFI App
309 SMMU L6 B_SMMU_03 Check Large Virtual Addr Support yes UEFI App
310 SMMU L6 B_SMMU_04, B_SMMU_05 Check TLB Range Invalidation yes UEFI App
311 SMMU L6 B_SMMU_13 Check SMMU 16 Bit ASID Support yes UEFI App
312 SMMU L6 B_SMMU_14 Check SMMU Endianess Support yes UEFI App
313 SMMU L7 S_L7SM_01 Check if all DMA reqs behind SMMU yes UEFI App
314 SMMU L7 S_L7SM_03, S_L7SM_04 Check SMMUv3 PMU Extension yes UEFI App
315 SMMU L7 S_L7SM_11, S_L7SM_22 Check system for MPAM support yes UEFI App
316 SMMU L7 S_L7SM_02 Check for SMMU/CATU in ETR Path yes Linux App
701 Watchdog L6 S_L6WD_01 Check NS Watchdog Revision yes UEFI App
801 PCIe L6 PCI_IN_01 Check ECAM Presence yes UEFI App
803 PCIe L6 PCI_IN_02 Check ECAM Memory accessibility yes UEFI App
805 PCIe L6 PCI_MM_01, PCI_MM_02, PCI_MM_03, RE_BAR_2 PCIe Unaligned access, Norm mem yes Linux App
809 GICv3 L6 S_L3GI_02 Check all MSI(X) vectors are LPIs yes Linux App
820 PCIe L6 RE_REG_1, RE_REC_1, RE_REC_2 heck Type 0/1 common config rules yes UEFI App
821 PCIe L6 RE_REG_1, RE_REC_1, RE_REC_2 Check Type 0 config header rules yes UEFI App
822 PCIe L6 RE_REC_1, RE_REC_2 heck Type 1 config header rules yes UEFI App
823 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check PCIe capability rules yes UEFI App
824 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check Device capabilites reg rules yes UEFI App
825 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check Device Control register rule yes UEFI App
826 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check Device cap 2 register rules yes UEFI App
827 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check Device control 2 reg rules yes UEFI App
828 PCIe L6 RE_REG_2, RE_REC_1, RE_REC_2 Check Power management cap rules yes UEFI App
829 PCIe L6 RE_REG_2, RE_REC_1, RE_REC_2 Check Power management/status rule yes UEFI App
830 PCIe L6 RE_REC_1, RE_REC_2 Check Cmd Reg memory space enable yes UEFI App
831 PCIe L6 RE_REC_1, RE_REC_2 Check Type0/1 BIST Register rule yes UEFI App
832 PCIe L6 RE_REC_1, RE_REC_2 Check HDR CapPtr Register rule yes UEFI App
833 PCIe L6 RE_REC_1, RE_REC_2 Check Max payload size supported yes UEFI App
834 PCIe L6 RE_BAR_3 Check BAR memory space & Type rule yes UEFI App
835 PCIe L6 RE_RST_1, PCI_SM_02 Check Function level reset rule yes UEFI App
836 PCIe L6 PCI_IN_17 Check ARI forwarding support rule yes UEFI App
837 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check OBFF supported rule yes UEFI App
838 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check CTRS and CTDS rule yes UEFI App
839 PCIe L6 RE_REG_3, RE_REC_1, RE_REC_2 Check i-EP atomicop rule yes UEFI App
841 PCIe L6 RE_INT_1, IE_INT_1 Check MSI and MSI-X support rule yes UEFI App
842 PCIe L6 RE_PWR_1 Check Power Management rules yes UEFI App
843 PCIe L6 PCI_IN_17 Check ARI forwarding enable rule yes UEFI App
844 PCIe L6 PCI_IN_04 Check device under RP in same ECAM yes UEFI App
845 PCIe L6 PCI_IN_03 Check all RP in HB is in same ECAM yes UEFI App
846 PCIe L6 PCI_IN_18 Check RP Byte Enable Rules yes UEFI App
847 PCIe L6 PCI_IN_12 Check Config Txn for RP in HB yes UEFI App
848 PCIe L6 PCI_IN_13 Check RootPort NP Memory Access yes UEFI App
849 PCIe L6 PCI_IN_13 Check RootPort P Memory Access yes UEFI App
850 PCIe L6 PCI_LI_01, PCI_LI_03 Check L-Intr SPI Level-Sensitive yes UEFI App
851 PCIe L6 IE_RST_2 Check Sec Bus Reset For iEP_RP yes UEFI App
852 PCIe L6 RE_SMU_2 Check ATS Support Rule yes UEFI App
856 PCIe L6 IE_ACS_2 Check iEP-RootPort P2P Support yes UEFI App
857 PCIe L6 IE_ACS_1 Check RCiEP, iEP_EP P2P Supp yes UEFI App
858 PCIe L6 RE_BAR_1 Read and write to RCiEP BAR reg yes UEFI App
859 PCIe L6 RE_PCI_2 Check RCEC Class code and Ext Cap yes UEFI App
860 PCIe L6 RE_PCI_1 Check RCiEP Hdr type & link Cap yes UEFI App
861 PCIe L7 S_PCIe_02 Check RootPort P & NP Memory Access no UEFI App
862 PCIe L4 S_L4PCI_2 Check EA Capability yes UEFI App
863 PCIe L6 IE_REG_4 Slot Cap, Control and Status register rules yes UEFI App
902 PCIe L4 PCI_MM_01, PCI_MM_02, PCI_MM_03 PCIe Memory access check yes UEFI App
903 PCIe L4 RE_SMU_2 PCIe Address translation check yes UEFI App
904 PCIe L4 PCI_PAS_1, RE_SMU_4 Generate PASID PCIe transactions yes UEFI App
905 PCIe L4 IE_REG_3, PCI_IN_05 Check BME functionality of RP yes UEFI App
906 PCIe L4 RE_SMU_2 ATS Functionality Check yes UEFI App
907 PCIe L4 RE_ORD_1, RE_ORD_2 Arrival order & Gathering Check yes UEFI App
908 PCIe L7 S_PCIe_03 PE 2/4/8B writes tp PCIe as 2/4/8B yes UEFI App
909 PCIe L7 PCI_ER_01, PCI_ER_02, PCI_ER_03 RP's must support AER feature yes UEFI App
910 PCIe L7 PCI_ER_05, PCI_ER_06 RP's must support DPC yes UEFI App
911 PCIe L7 S_PCIe_04 Check 2/4/8 Bytes targeted writes yes UEFI App
1001 MPAM L7 S_L7MP_01, S_L7MP_02 Check for MPAM extension yes UEFI App
1002 MPAM L7 S_L7MP_03, S_L7MP_04 Check for MPAM LLC CSU yes UEFI App
1003 MPAM L7 S_L7MP_05, S_L7MP_06 Check for MPAM MBWUs Monitor func yes UEFI App
1004 MPAM L7 S_L7MP_07 Check for MBWU counter size yes UEFI App
1005 MPAM L7 S_L7MP_08 Check for MPAM MSC address overlap yes UEFI App
1006 MPAM L7 S_L7MP_03 Check PMG storage by CPOR nodes yes UEFI App
1101 PMU L7 PMU_PE_02 Check PMU Overflow signal yes UEFI App
1102 PMU L7 PMU_PE_03 Check number of PMU counters yes UEFI App
1103 PMU L7 PMU_EV_11 Check for multi-threaded PMU ext yes UEFI App
1104 PMU L7 PMU_BM_1, PMU_SYS_1, PMU_SYS_2 Check memory bandwidth monitors yes UEFI App
1105 PMU L7 PMU_MEM_1, PMU_SYS_1, PMU_SYS_2 Check memory latency monitors yes UEFI App
1106 PMU L7 PMU_SPE Check for PMU SPE Requirements yes UEFI App
1107 PMU L7 PMU_BM_2, PMU_SYS_1, PMU_SYS_2 Check PCIe bandwidth monitors yes UEFI App
1108 PMU L7 PMU_SYS_5 Check System PMU for NUMA systems yes
1109 PMU L7 PMU_SYS_6 Check multiple types of traffic measurement yes
1201 RAS L7 RAS_01 Check Error Counter yes UEFI App
1202 RAS L7 RAS_02 Check CFI, DUI, UI Controls yes UEFI App
1203 RAS L7 RAS_03 Check FHI in Error Record Group yes UEFI App
1204 RAS L7 RAS_04 Check ERI in Error Record Group yes UEFI App
1205 RAS L7 RAS_06 Check ERI/FHI Connected to GIC yes UEFI App
1206 RAS L7 RAS_07 RAS ERRADDR.AI bit status check yes UEFI App
1207 RAS L7 RAS_08 Check Error Group Status yes UEFI App
1208 RAS L7 RAS_11, RAS_12 Software Fault Error Check yes UEFI App
1209 RAS L7 S_L7RAS_1 Data abort on Containable err yes UEFI App
1210 RAS L7 SYS_RAS_1 Check for patrol scrubbing support yes UEFI App
1211 RAS L7 SYS_RAS_2,SYS_RAS_3 Check Poison Storage & Forwarding yes UEFI App
1212 RAS L7 SYS_RAS_2 Check Pseudo Fault Injection yes UEFI App
1301 Entropy L7 S_L7ENT_1 To support key and nonce generation, a system must have a hardware entropy source. This source must be a true random number generator that is visible to PE software and meets the requirements that are specified in the NIST SP 800-90 series of specifications yes UEFI App
PE L6 B_PE_16 Check for MTE support yes Linux App
PMU app PMU L7 PMU_EV_01 PMU PE IPC events yes Linux App
PMU app PMU L7 PMU_EV_02 PMU PE cache effectiveness events yes Linux App
PMU app PMU L7 PMU_EV_03 PMU PE TLB effectiveness events yes Linux App
PMU L7 PMU_EV_04 PMU PE demand accesses events no
PMU app PMU L7 PMU_EV_05 PMU PE cycle counting events yes Linux App
PMU app PMU L7 PMU_EV_06 PMU PE top-down accounting events yes Linux App
PMU L7 PMU_EV_07 PMU PE workload events no
PMU app PMU L7 PMU_EV_08 PMU PE branch predictor effectiveness events yes Linux App
PMU app PMU L7 PMU_EV_09 PMU PE BR_RETRIED event yes Linux App
PMU app PMU L7 PMU_EV_09 PMU PE BR_RETRIED event yes Linux App
PMU app PMU L7 PMU_EV_09 PMU PE Latency event yes Linux App
BSA acs GIC L3 S_L3PP_01 The Interrupt IDs must be the same as the recommended values mentioned in Arm BSA yes
SMMU L3 S_L3SM_01 If PEs that are used by the base system support TLB range instructions, then all OS visible requesters that contain a TLB must support range invalidates no
SMMU L4 S_L4SM_03 The integration of the System MMUs is compliant with the rules in SMMUv3 integration appendix in Arm BSA no
PCIe L4 S_L4PCI_1 All peripherals that are intended for assignment to a virtual machine or a user space device driver must be based on PCI Express no Manual
PE L5 S_L5PE_03 PEs that are based on Armv8.4 must implement the requirements of the CS-BSA combination C no
GIC L5 S_L5GI_01 Only a GIC v3, or higher, interrupt controller will be visible to operating system software. Other forms of interrupt controller, for example interrupt combining or forwarding engines, are not permissible, if they require a platform specific kernel driver no
TIMER L5 S_L5TI_01 A system that is compatible with level 5 will implement a generic counter which counts in nanosecond units. This means that, to the operating system, the reported frequency will be 1GHz
RAS L6 S_RAS_01 PEs and other system components that implement the Armv8 RAS extension Use Private Peripheral Interrupts for ERI or FHI if the only interface available for a RAS node is System register based no
PCI L6 B_REP_1 BSA Section F describes the rules required for an RCiEP device no
PCI L6 B_IEP_1 BSA Section G describes the rules to implement for an i-EP device no
PE RAS L7 S_L7RAS_2 PE speculative access not result in abort no
PE TME L7 S_L7TME_1 PEs must implement the MPAM extension. See FEAT_MPAM no
PE TME L7 S_L7TME_2 PEs must implement a minimum of 16 physical partition IDs no
PE TME L7 S_L7TME_3 The implementation must provide MPAM Cache Storage Usage monitors for the last-level cache no
PE TME L7 S_L7TME_4 Last-level cache must provide a minimum of 16 Cache Storage Usage monitors no
PE TME L7 S_L7TME_5 The implementation must provide MPAM Memory Bandwidth Usage monitors (MBWUs) for the interfaces that provide general purpose memory no
PCIe L7 S_PCIe_01 The system must support the translation of PE writes with all byte enable patterns to PCIe write requests. The translation must be done in compliance with PCIe byte enable rules no
PMU L7 PMU_BM_3 base server system must implement bandwidth monitors for External accelerator interface no
PMU L7 PMU_BM_4 base server system must implement bandwidth monitors for Chip-to-chip interface no
PMU app PMU L7 PMU_SYS_7 Each significant cache in the base server system must be capable of measuring cache effectiveness yes
PMU L7 PMU_SEC_1 When deployed in production systems, performance monitors must not expose Secure data to untrusted software no
RAS L7 RAS_05 If any error record in an error record group is capable of generating a critical error interrupt, the group implements a single critical error interrupt for all the records contained in the group no
Covered by PCIe tests RAS L7 RAS_10 Where the PCIe standard [1], Arm architecture[2], or other standard defines a rule or sets a convention for a software fault at a device, that rule or convention must be followed yes

License

Arm SBSA ACS is distributed under Apache v2.0 License.

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