diff options
Diffstat (limited to 'Documentation/arch')
66 files changed, 2492 insertions, 3223 deletions
diff --git a/Documentation/arch/arm/mem_alignment.rst b/Documentation/arch/arm/mem_alignment.rst index aa22893b62bc..64bd77959300 100644 --- a/Documentation/arch/arm/mem_alignment.rst +++ b/Documentation/arch/arm/mem_alignment.rst @@ -12,7 +12,7 @@ ones. Of course this is a bad idea to rely on the alignment trap to perform unaligned memory access in general. If those access are predictable, you -are better to use the macros provided by include/asm/unaligned.h. The +are better to use the macros provided by include/linux/unaligned.h. The alignment trap can fixup misaligned access for the exception cases, but at a high performance cost. It better be rare. diff --git a/Documentation/arch/arm/stm32/stm32-dma-mdma-chaining.rst b/Documentation/arch/arm/stm32/stm32-dma-mdma-chaining.rst index 2945e0e33104..301aa30890ae 100644 --- a/Documentation/arch/arm/stm32/stm32-dma-mdma-chaining.rst +++ b/Documentation/arch/arm/stm32/stm32-dma-mdma-chaining.rst @@ -359,7 +359,7 @@ Driver updates for STM32 DMA-MDMA chaining support in foo driver descriptor you want a callback to be called at the end of the transfer (dmaengine_prep_slave_sg()) or the period (dmaengine_prep_dma_cyclic()). Depending on the direction, set the callback on the descriptor that finishes - the overal transfer: + the overall transfer: * DMA_DEV_TO_MEM: set the callback on the "MDMA" descriptor * DMA_MEM_TO_DEV: set the callback on the "DMA" descriptor @@ -371,7 +371,7 @@ Driver updates for STM32 DMA-MDMA chaining support in foo driver As STM32 MDMA channel transfer is triggered by STM32 DMA, you must issue STM32 MDMA channel before STM32 DMA channel. - If any, your callback will be called to warn you about the end of the overal + If any, your callback will be called to warn you about the end of the overall transfer or the period completion. Don't forget to terminate both channels. STM32 DMA channel is configured in diff --git a/Documentation/arch/arm64/amu.rst b/Documentation/arch/arm64/amu.rst index 01f2de2b0450..ac1b3f0e211d 100644 --- a/Documentation/arch/arm64/amu.rst +++ b/Documentation/arch/arm64/amu.rst @@ -80,7 +80,7 @@ bypass the setting of AMUSERENR_EL0 to trap accesses from EL0 (userspace) to EL1 (kernel). Therefore, firmware should still ensure accesses to AMU registers are not trapped in EL2/EL3. -The fixed counters of AMUv1 are accessible though the following system +The fixed counters of AMUv1 are accessible through the following system register definitions: - SYS_AMEVCNTR0_CORE_EL0 diff --git a/Documentation/arch/arm64/arm-cca.rst b/Documentation/arch/arm64/arm-cca.rst new file mode 100644 index 000000000000..c48b7d4ab6bd --- /dev/null +++ b/Documentation/arch/arm64/arm-cca.rst @@ -0,0 +1,69 @@ +.. SPDX-License-Identifier: GPL-2.0 + +===================================== +Arm Confidential Compute Architecture +===================================== + +Arm systems that support the Realm Management Extension (RME) contain +hardware to allow a VM guest to be run in a way which protects the code +and data of the guest from the hypervisor. It extends the older "two +world" model (Normal and Secure World) into four worlds: Normal, Secure, +Root and Realm. Linux can then also be run as a guest to a monitor +running in the Realm world. + +The monitor running in the Realm world is known as the Realm Management +Monitor (RMM) and implements the Realm Management Monitor +specification[1]. The monitor acts a bit like a hypervisor (e.g. it runs +in EL2 and manages the stage 2 page tables etc of the guests running in +Realm world), however much of the control is handled by a hypervisor +running in the Normal World. The Normal World hypervisor uses the Realm +Management Interface (RMI) defined by the RMM specification to request +the RMM to perform operations (e.g. mapping memory or executing a vCPU). + +The RMM defines an environment for guests where the address space (IPA) +is split into two. The lower half is protected - any memory that is +mapped in this half cannot be seen by the Normal World and the RMM +restricts what operations the Normal World can perform on this memory +(e.g. the Normal World cannot replace pages in this region without the +guest's cooperation). The upper half is shared, the Normal World is free +to make changes to the pages in this region, and is able to emulate MMIO +devices in this region too. + +A guest running in a Realm may also communicate with the RMM using the +Realm Services Interface (RSI) to request changes in its environment or +to perform attestation about its environment. In particular it may +request that areas of the protected address space are transitioned +between 'RAM' and 'EMPTY' (in either direction). This allows a Realm +guest to give up memory to be returned to the Normal World, or to +request new memory from the Normal World. Without an explicit request +from the Realm guest the RMM will otherwise prevent the Normal World +from making these changes. + +Linux as a Realm Guest +---------------------- + +To run Linux as a guest within a Realm, the following must be provided +either by the VMM or by a `boot loader` run in the Realm before Linux: + + * All protected RAM described to Linux (by DT or ACPI) must be marked + RIPAS RAM before handing control over to Linux. + + * MMIO devices must be either unprotected (e.g. emulated by the Normal + World) or marked RIPAS DEV. + + * MMIO devices emulated by the Normal World and used very early in boot + (specifically earlycon) must be specified in the upper half of IPA. + For earlycon this can be done by specifying the address on the + command line, e.g. with an IPA size of 33 bits and the base address + of the emulated UART at 0x1000000: ``earlycon=uart,mmio,0x101000000`` + + * Linux will use bounce buffers for communicating with unprotected + devices. It will transition some protected memory to RIPAS EMPTY and + expect to be able to access unprotected pages at the same IPA address + but with the highest valid IPA bit set. The expectation is that the + VMM will remove the physical pages from the protected mapping and + provide those pages as unprotected pages. + +References +---------- +[1] https://developer.arm.com/documentation/den0137/ diff --git a/Documentation/arch/arm64/asymmetric-32bit.rst b/Documentation/arch/arm64/asymmetric-32bit.rst index 64a0b505da7d..57b8d7476f71 100644 --- a/Documentation/arch/arm64/asymmetric-32bit.rst +++ b/Documentation/arch/arm64/asymmetric-32bit.rst @@ -55,7 +55,7 @@ sysfs The subset of CPUs capable of running 32-bit tasks is described in ``/sys/devices/system/cpu/aarch32_el0`` and is documented further in -``Documentation/ABI/testing/sysfs-devices-system-cpu``. +Documentation/ABI/testing/sysfs-devices-system-cpu. **Note:** CPUs are advertised by this file as they are detected and so late-onlining of 32-bit-capable CPUs can result in the file contents @@ -153,3 +153,11 @@ asymmetric system, a broken guest at EL1 could still attempt to execute mode will return to host userspace with an ``exit_reason`` of ``KVM_EXIT_FAIL_ENTRY`` and will remain non-runnable until successfully re-initialised by a subsequent ``KVM_ARM_VCPU_INIT`` operation. + +NOHZ FULL +--------- + +To avoid perturbing an adaptive-ticks CPU (specified using +``nohz_full=``) when a 32-bit task is forcefully migrated, these CPUs +are treated as 64-bit-only when support for asymmetric 32-bit systems +is enabled. diff --git a/Documentation/arch/arm64/booting.rst b/Documentation/arch/arm64/booting.rst index b57776a68f15..dee7b6de864f 100644 --- a/Documentation/arch/arm64/booting.rst +++ b/Documentation/arch/arm64/booting.rst @@ -41,6 +41,9 @@ to automatically locate and size all RAM, or it may use knowledge of the RAM in the machine, or any other method the boot loader designer sees fit.) +For Arm Confidential Compute Realms this includes ensuring that all +protected RAM has a Realm IPA state (RIPAS) of "RAM". + 2. Setup the device tree ------------------------- @@ -285,6 +288,12 @@ Before jumping into the kernel, the following conditions must be met: - SCR_EL3.FGTEn (bit 27) must be initialised to 0b1. + For CPUs with the Fine Grained Traps 2 (FEAT_FGT2) extension present: + + - If EL3 is present and the kernel is entered at EL2: + + - SCR_EL3.FGTEn2 (bit 59) must be initialised to 0b1. + For CPUs with support for HCRX_EL2 (FEAT_HCX) present: - If EL3 is present and the kernel is entered at EL2: @@ -379,12 +388,31 @@ Before jumping into the kernel, the following conditions must be met: - SMCR_EL2.EZT0 (bit 30) must be initialised to 0b1. + For CPUs with the Performance Monitors Extension (FEAT_PMUv3p9): + + - If EL3 is present: + + - MDCR_EL3.EnPM2 (bit 7) must be initialised to 0b1. + + - If the kernel is entered at EL1 and EL2 is present: + + - HDFGRTR2_EL2.nPMICNTR_EL0 (bit 2) must be initialised to 0b1. + - HDFGRTR2_EL2.nPMICFILTR_EL0 (bit 3) must be initialised to 0b1. + - HDFGRTR2_EL2.nPMUACR_EL1 (bit 4) must be initialised to 0b1. + + - HDFGWTR2_EL2.nPMICNTR_EL0 (bit 2) must be initialised to 0b1. + - HDFGWTR2_EL2.nPMICFILTR_EL0 (bit 3) must be initialised to 0b1. + - HDFGWTR2_EL2.nPMUACR_EL1 (bit 4) must be initialised to 0b1. + For CPUs with Memory Copy and Memory Set instructions (FEAT_MOPS): - If the kernel is entered at EL1 and EL2 is present: - HCRX_EL2.MSCEn (bit 11) must be initialised to 0b1. + - HCRX_EL2.MCE2 (bit 10) must be initialised to 0b1 and the hypervisor + must handle MOPS exceptions as described in :ref:`arm64_mops_hyp`. + For CPUs with the Extended Translation Control Register feature (FEAT_TCR2): - If EL3 is present: @@ -411,6 +439,50 @@ Before jumping into the kernel, the following conditions must be met: - HFGRWR_EL2.nPIRE0_EL1 (bit 57) must be initialised to 0b1. + - For CPUs with Guarded Control Stacks (FEAT_GCS): + + - GCSCR_EL1 must be initialised to 0. + + - GCSCRE0_EL1 must be initialised to 0. + + - If EL3 is present: + + - SCR_EL3.GCSEn (bit 39) must be initialised to 0b1. + + - If EL2 is present: + + - GCSCR_EL2 must be initialised to 0. + + - If the kernel is entered at EL1 and EL2 is present: + + - HCRX_EL2.GCSEn must be initialised to 0b1. + + - HFGITR_EL2.nGCSEPP (bit 59) must be initialised to 0b1. + + - HFGITR_EL2.nGCSSTR_EL1 (bit 58) must be initialised to 0b1. + + - HFGITR_EL2.nGCSPUSHM_EL1 (bit 57) must be initialised to 0b1. + + - HFGRTR_EL2.nGCS_EL1 (bit 53) must be initialised to 0b1. + + - HFGRTR_EL2.nGCS_EL0 (bit 52) must be initialised to 0b1. + + - HFGWTR_EL2.nGCS_EL1 (bit 53) must be initialised to 0b1. + + - HFGWTR_EL2.nGCS_EL0 (bit 52) must be initialised to 0b1. + + - For CPUs with debug architecture i.e FEAT_Debugv8pN (all versions): + + - If EL3 is present: + + - MDCR_EL3.TDA (bit 9) must be initialized to 0b0 + + - For CPUs with FEAT_PMUv3: + + - If EL3 is present: + + - MDCR_EL3.TPM (bit 6) must be initialized to 0b0 + The requirements described above for CPU mode, caches, MMUs, architected timers, coherency and system registers apply to all CPUs. All CPUs must enter the kernel in the same exception level. Where the values documented diff --git a/Documentation/arch/arm64/cpu-feature-registers.rst b/Documentation/arch/arm64/cpu-feature-registers.rst index 44f9bd78539d..add66afc7b03 100644 --- a/Documentation/arch/arm64/cpu-feature-registers.rst +++ b/Documentation/arch/arm64/cpu-feature-registers.rst @@ -72,14 +72,15 @@ there are some issues with their usage. process could be migrated to another CPU by the time it uses the register value, unless the CPU affinity is set. Hence, there is no guarantee that the value reflects the processor that it is - currently executing on. The REVIDR is not exposed due to this - constraint, as REVIDR makes sense only in conjunction with the - MIDR. Alternately, MIDR_EL1 and REVIDR_EL1 are exposed via sysfs - at:: + currently executing on. REVIDR and AIDR are not exposed due to this + constraint, as these registers only make sense in conjunction with + the MIDR. Alternately, MIDR_EL1, REVIDR_EL1, and AIDR_EL1 are exposed + via sysfs at:: /sys/devices/system/cpu/cpu$ID/regs/identification/ - \- midr - \- revidr + \- midr_el1 + \- revidr_el1 + \- aidr_el1 3. Implementation -------------------- @@ -152,6 +153,8 @@ infrastructure: +------------------------------+---------+---------+ | DIT | [51-48] | y | +------------------------------+---------+---------+ + | MPAM | [43-40] | n | + +------------------------------+---------+---------+ | SVE | [35-32] | y | +------------------------------+---------+---------+ | GIC | [27-24] | n | diff --git a/Documentation/arch/arm64/cpu-hotplug.rst b/Documentation/arch/arm64/cpu-hotplug.rst new file mode 100644 index 000000000000..8fb438bf7781 --- /dev/null +++ b/Documentation/arch/arm64/cpu-hotplug.rst @@ -0,0 +1,79 @@ +.. SPDX-License-Identifier: GPL-2.0 +.. _cpuhp_index: + +==================== +CPU Hotplug and ACPI +==================== + +CPU hotplug in the arm64 world is commonly used to describe the kernel taking +CPUs online/offline using PSCI. This document is about ACPI firmware allowing +CPUs that were not available during boot to be added to the system later. + +``possible`` and ``present`` refer to the state of the CPU as seen by linux. + + +CPU Hotplug on physical systems - CPUs not present at boot +---------------------------------------------------------- + +Physical systems need to mark a CPU that is ``possible`` but not ``present`` as +being ``present``. An example would be a dual socket machine, where the package +in one of the sockets can be replaced while the system is running. + +This is not supported. + +In the arm64 world CPUs are not a single device but a slice of the system. +There are no systems that support the physical addition (or removal) of CPUs +while the system is running, and ACPI is not able to sufficiently describe +them. + +e.g. New CPUs come with new caches, but the platform's cache topology is +described in a static table, the PPTT. How caches are shared between CPUs is +not discoverable, and must be described by firmware. + +e.g. The GIC redistributor for each CPU must be accessed by the driver during +boot to discover the system wide supported features. ACPI's MADT GICC +structures can describe a redistributor associated with a disabled CPU, but +can't describe whether the redistributor is accessible, only that it is not +'always on'. + +arm64's ACPI tables assume that everything described is ``present``. + + +CPU Hotplug on virtual systems - CPUs not enabled at boot +--------------------------------------------------------- + +Virtual systems have the advantage that all the properties the system will +ever have can be described at boot. There are no power-domain considerations +as such devices are emulated. + +CPU Hotplug on virtual systems is supported. It is distinct from physical +CPU Hotplug as all resources are described as ``present``, but CPUs may be +marked as disabled by firmware. Only the CPU's online/offline behaviour is +influenced by firmware. An example is where a virtual machine boots with a +single CPU, and additional CPUs are added once a cloud orchestrator deploys +the workload. + +For a virtual machine, the VMM (e.g. Qemu) plays the part of firmware. + +Virtual hotplug is implemented as a firmware policy affecting which CPUs can be +brought online. Firmware can enforce its policy via PSCI's return codes. e.g. +``DENIED``. + +The ACPI tables must describe all the resources of the virtual machine. CPUs +that firmware wishes to disable either from boot (or later) should not be +``enabled`` in the MADT GICC structures, but should have the ``online capable`` +bit set, to indicate they can be enabled later. The boot CPU must be marked as +``enabled``. The 'always on' GICR structure must be used to describe the +redistributors. + +CPUs described as ``online capable`` but not ``enabled`` can be set to enabled +by the DSDT's Processor object's _STA method. On virtual systems the _STA method +must always report the CPU as ``present``. Changes to the firmware policy can +be notified to the OS via device-check or eject-request. + +CPUs described as ``enabled`` in the static table, should not have their _STA +modified dynamically by firmware. Soft-restart features such as kexec will +re-read the static properties of the system from these static tables, and +may malfunction if these no longer describe the running system. Linux will +re-discover the dynamic properties of the system from the _STA method later +during boot. diff --git a/Documentation/arch/arm64/elf_hwcaps.rst b/Documentation/arch/arm64/elf_hwcaps.rst index 448c1664879b..69d7afe56853 100644 --- a/Documentation/arch/arm64/elf_hwcaps.rst +++ b/Documentation/arch/arm64/elf_hwcaps.rst @@ -16,9 +16,9 @@ architected discovery mechanism available to userspace code at EL0. The kernel exposes the presence of these features to userspace through a set of flags called hwcaps, exposed in the auxiliary vector. -Userspace software can test for features by acquiring the AT_HWCAP or -AT_HWCAP2 entry of the auxiliary vector, and testing whether the relevant -flags are set, e.g.:: +Userspace software can test for features by acquiring the AT_HWCAP, +AT_HWCAP2 or AT_HWCAP3 entry of the auxiliary vector, and testing +whether the relevant flags are set, e.g.:: bool floating_point_is_present(void) { @@ -170,26 +170,86 @@ HWCAP_PACG ID_AA64ISAR1_EL1.GPI == 0b0001, as described by Documentation/arch/arm64/pointer-authentication.rst. +HWCAP_GCS + Functionality implied by ID_AA64PFR1_EL1.GCS == 0b1, as + described by Documentation/arch/arm64/gcs.rst. + +HWCAP_CMPBR + Functionality implied by ID_AA64ISAR2_EL1.CSSC == 0b0010. + +HWCAP_FPRCVT + Functionality implied by ID_AA64ISAR3_EL1.FPRCVT == 0b0001. + +HWCAP_F8MM8 + Functionality implied by ID_AA64FPFR0_EL1.F8MM8 == 0b0001. + +HWCAP_F8MM4 + Functionality implied by ID_AA64FPFR0_EL1.F8MM4 == 0b0001. + +HWCAP_SVE_F16MM + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.F16MM == 0b0001. + +HWCAP_SVE_ELTPERM + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.ELTPERM == 0b0001. + +HWCAP_SVE_AES2 + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.AES == 0b0011. + +HWCAP_SVE_BFSCALE + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.B16B16 == 0b0010. + +HWCAP_SVE2P2 + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.SVEver == 0b0011. + +HWCAP_SME2P2 + Functionality implied by ID_AA64SMFR0_EL1.SMEver == 0b0011. + +HWCAP_SME_SBITPERM + Functionality implied by ID_AA64SMFR0_EL1.SBitPerm == 0b1. + +HWCAP_SME_AES + Functionality implied by ID_AA64SMFR0_EL1.AES == 0b1. + +HWCAP_SME_SFEXPA + Functionality implied by ID_AA64SMFR0_EL1.SFEXPA == 0b1. + +HWCAP_SME_STMOP + Functionality implied by ID_AA64SMFR0_EL1.STMOP == 0b1. + +HWCAP_SME_SMOP4 + Functionality implied by ID_AA64SMFR0_EL1.SMOP4 == 0b1. + HWCAP2_DCPODP Functionality implied by ID_AA64ISAR1_EL1.DPB == 0b0010. HWCAP2_SVE2 - Functionality implied by ID_AA64ZFR0_EL1.SVEver == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.SVEver == 0b0001. HWCAP2_SVEAES - Functionality implied by ID_AA64ZFR0_EL1.AES == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.AES == 0b0001. HWCAP2_SVEPMULL - Functionality implied by ID_AA64ZFR0_EL1.AES == 0b0010. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.AES == 0b0010. HWCAP2_SVEBITPERM - Functionality implied by ID_AA64ZFR0_EL1.BitPerm == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.BitPerm == 0b0001. HWCAP2_SVESHA3 - Functionality implied by ID_AA64ZFR0_EL1.SHA3 == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.SHA3 == 0b0001. HWCAP2_SVESM4 - Functionality implied by ID_AA64ZFR0_EL1.SM4 == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.SM4 == 0b0001. HWCAP2_FLAGM2 Functionality implied by ID_AA64ISAR0_EL1.TS == 0b0010. @@ -198,16 +258,20 @@ HWCAP2_FRINT Functionality implied by ID_AA64ISAR1_EL1.FRINTTS == 0b0001. HWCAP2_SVEI8MM - Functionality implied by ID_AA64ZFR0_EL1.I8MM == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.I8MM == 0b0001. HWCAP2_SVEF32MM - Functionality implied by ID_AA64ZFR0_EL1.F32MM == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.F32MM == 0b0001. HWCAP2_SVEF64MM - Functionality implied by ID_AA64ZFR0_EL1.F64MM == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.F64MM == 0b0001. HWCAP2_SVEBF16 - Functionality implied by ID_AA64ZFR0_EL1.BF16 == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.BF16 == 0b0001. HWCAP2_I8MM Functionality implied by ID_AA64ISAR1_EL1.I8MM == 0b0001. @@ -273,7 +337,8 @@ HWCAP2_EBF16 Functionality implied by ID_AA64ISAR1_EL1.BF16 == 0b0010. HWCAP2_SVE_EBF16 - Functionality implied by ID_AA64ZFR0_EL1.BF16 == 0b0010. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.BF16 == 0b0010. HWCAP2_CSSC Functionality implied by ID_AA64ISAR2_EL1.CSSC == 0b0001. @@ -282,7 +347,8 @@ HWCAP2_RPRFM Functionality implied by ID_AA64ISAR2_EL1.RPRFM == 0b0001. HWCAP2_SVE2P1 - Functionality implied by ID_AA64ZFR0_EL1.SVEver == 0b0010. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.SVEver == 0b0010. HWCAP2_SME2 Functionality implied by ID_AA64SMFR0_EL1.SMEver == 0b0001. @@ -309,7 +375,8 @@ HWCAP2_HBC Functionality implied by ID_AA64ISAR2_EL1.BC == 0b0001. HWCAP2_SVE_B16B16 - Functionality implied by ID_AA64ZFR0_EL1.B16B16 == 0b0001. + Functionality implied by ID_AA64PFR0_EL1.SVE == 0b0001 and + ID_AA64ZFR0_EL1.B16B16 == 0b0001. HWCAP2_LRCPC3 Functionality implied by ID_AA64ISAR1_EL1.LRCPC == 0b0011. @@ -365,6 +432,8 @@ HWCAP2_SME_SF8DP2 HWCAP2_SME_SF8DP4 Functionality implied by ID_AA64SMFR0_EL1.SF8DP4 == 0b1. +HWCAP2_POE + Functionality implied by ID_AA64MMFR3_EL1.S1POE == 0b0001. 4. Unused AT_HWCAP bits ----------------------- diff --git a/Documentation/arch/arm64/gcs.rst b/Documentation/arch/arm64/gcs.rst new file mode 100644 index 000000000000..226c0b008456 --- /dev/null +++ b/Documentation/arch/arm64/gcs.rst @@ -0,0 +1,227 @@ +=============================================== +Guarded Control Stack support for AArch64 Linux +=============================================== + +This document outlines briefly the interface provided to userspace by Linux in +order to support use of the ARM Guarded Control Stack (GCS) feature. + +This is an outline of the most important features and issues only and not +intended to be exhaustive. + + + +1. General +----------- + +* GCS is an architecture feature intended to provide greater protection + against return oriented programming (ROP) attacks and to simplify the + implementation of features that need to collect stack traces such as + profiling. + +* When GCS is enabled a separate guarded control stack is maintained by the + PE which is writeable only through specific GCS operations. This + stores the call stack only, when a procedure call instruction is + performed the current PC is pushed onto the GCS and on RET the + address in the LR is verified against that on the top of the GCS. + +* When active the current GCS pointer is stored in the system register + GCSPR_EL0. This is readable by userspace but can only be updated + via specific GCS instructions. + +* The architecture provides instructions for switching between guarded + control stacks with checks to ensure that the new stack is a valid + target for switching. + +* The functionality of GCS is similar to that provided by the x86 Shadow + Stack feature, due to sharing of userspace interfaces the ABI refers to + shadow stacks rather than GCS. + +* Support for GCS is reported to userspace via HWCAP_GCS in the aux vector + AT_HWCAP entry. + +* GCS is enabled per thread. While there is support for disabling GCS + at runtime this should be done with great care. + +* GCS memory access faults are reported as normal memory access faults. + +* GCS specific errors (those reported with EC 0x2d) will be reported as + SIGSEGV with a si_code of SEGV_CPERR (control protection error). + +* GCS is supported only for AArch64. + +* On systems where GCS is supported GCSPR_EL0 is always readable by EL0 + regardless of the GCS configuration for the thread. + +* The architecture supports enabling GCS without verifying that return values + in LR match those in the GCS, the LR will be ignored. This is not supported + by Linux. + + + +2. Enabling and disabling Guarded Control Stacks +------------------------------------------------- + +* GCS is enabled and disabled for a thread via the PR_SET_SHADOW_STACK_STATUS + prctl(), this takes a single flags argument specifying which GCS features + should be used. + +* When set PR_SHADOW_STACK_ENABLE flag allocates a Guarded Control Stack + and enables GCS for the thread, enabling the functionality controlled by + GCSCRE0_EL1.{nTR, RVCHKEN, PCRSEL}. + +* When set the PR_SHADOW_STACK_PUSH flag enables the functionality controlled + by GCSCRE0_EL1.PUSHMEn, allowing explicit GCS pushes. + +* When set the PR_SHADOW_STACK_WRITE flag enables the functionality controlled + by GCSCRE0_EL1.STREn, allowing explicit stores to the Guarded Control Stack. + +* Any unknown flags will cause PR_SET_SHADOW_STACK_STATUS to return -EINVAL. + +* PR_LOCK_SHADOW_STACK_STATUS is passed a bitmask of features with the same + values as used for PR_SET_SHADOW_STACK_STATUS. Any future changes to the + status of the specified GCS mode bits will be rejected. + +* PR_LOCK_SHADOW_STACK_STATUS allows any bit to be locked, this allows + userspace to prevent changes to any future features. + +* There is no support for a process to remove a lock that has been set for + it. + +* PR_SET_SHADOW_STACK_STATUS and PR_LOCK_SHADOW_STACK_STATUS affect only the + thread that called them, any other running threads will be unaffected. + +* New threads inherit the GCS configuration of the thread that created them. + +* GCS is disabled on exec(). + +* The current GCS configuration for a thread may be read with the + PR_GET_SHADOW_STACK_STATUS prctl(), this returns the same flags that + are passed to PR_SET_SHADOW_STACK_STATUS. + +* If GCS is disabled for a thread after having previously been enabled then + the stack will remain allocated for the lifetime of the thread. At present + any attempt to reenable GCS for the thread will be rejected, this may be + revisited in future. + +* It should be noted that since enabling GCS will result in GCS becoming + active immediately it is not normally possible to return from the function + that invoked the prctl() that enabled GCS. It is expected that the normal + usage will be that GCS is enabled very early in execution of a program. + + + +3. Allocation of Guarded Control Stacks +---------------------------------------- + +* When GCS is enabled for a thread a new Guarded Control Stack will be + allocated for it of half the standard stack size or 2 gigabytes, + whichever is smaller. + +* When a new thread is created by a thread which has GCS enabled then a + new Guarded Control Stack will be allocated for the new thread with + half the size of the standard stack. + +* When a stack is allocated by enabling GCS or during thread creation then + the top 8 bytes of the stack will be initialised to 0 and GCSPR_EL0 will + be set to point to the address of this 0 value, this can be used to + detect the top of the stack. + +* Additional Guarded Control Stacks can be allocated using the + map_shadow_stack() system call. + +* Stacks allocated using map_shadow_stack() can optionally have an end of + stack marker and cap placed at the top of the stack. If the flag + SHADOW_STACK_SET_TOKEN is specified a cap will be placed on the stack, + if SHADOW_STACK_SET_MARKER is not specified the cap will be the top 8 + bytes of the stack and if it is specified then the cap will be the next + 8 bytes. While specifying just SHADOW_STACK_SET_MARKER by itself is + valid since the marker is all bits 0 it has no observable effect. + +* Stacks allocated using map_shadow_stack() must have a size which is a + multiple of 8 bytes larger than 8 bytes and must be 8 bytes aligned. + +* An address can be specified to map_shadow_stack(), if one is provided then + it must be aligned to a page boundary. + +* When a thread is freed the Guarded Control Stack initially allocated for + that thread will be freed. Note carefully that if the stack has been + switched this may not be the stack currently in use by the thread. + + +4. Signal handling +-------------------- + +* A new signal frame record gcs_context encodes the current GCS mode and + pointer for the interrupted context on signal delivery. This will always + be present on systems that support GCS. + +* The record contains a flag field which reports the current GCS configuration + for the interrupted context as PR_GET_SHADOW_STACK_STATUS would. + +* The signal handler is run with the same GCS configuration as the interrupted + context. + +* When GCS is enabled for the interrupted thread a signal handling specific + GCS cap token will be written to the GCS, this is an architectural GCS cap + with the token type (bits 0..11) all clear. The GCSPR_EL0 reported in the + signal frame will point to this cap token. + +* The signal handler will use the same GCS as the interrupted context. + +* When GCS is enabled on signal entry a frame with the address of the signal + return handler will be pushed onto the GCS, allowing return from the signal + handler via RET as normal. This will not be reported in the gcs_context in + the signal frame. + + +5. Signal return +----------------- + +When returning from a signal handler: + +* If there is a gcs_context record in the signal frame then the GCS flags + and GCSPR_EL0 will be restored from that context prior to further + validation. + +* If there is no gcs_context record in the signal frame then the GCS + configuration will be unchanged. + +* If GCS is enabled on return from a signal handler then GCSPR_EL0 must + point to a valid GCS signal cap record, this will be popped from the + GCS prior to signal return. + +* If the GCS configuration is locked when returning from a signal then any + attempt to change the GCS configuration will be treated as an error. This + is true even if GCS was not enabled prior to signal entry. + +* GCS may be disabled via signal return but any attempt to enable GCS via + signal return will be rejected. + + +6. ptrace extensions +--------------------- + +* A new regset NT_ARM_GCS is defined for use with PTRACE_GETREGSET and + PTRACE_SETREGSET. + +* The GCS mode, including enable and disable, may be configured via ptrace. + If GCS is enabled via ptrace no new GCS will be allocated for the thread. + +* Configuration via ptrace ignores locking of GCS mode bits. + + +7. ELF coredump extensions +--------------------------- + +* NT_ARM_GCS notes will be added to each coredump for each thread of the + dumped process. The contents will be equivalent to the data that would + have been read if a PTRACE_GETREGSET of the corresponding type were + executed for each thread when the coredump was generated. + + + +8. /proc extensions +-------------------- + +* Guarded Control Stack pages will include "ss" in their VmFlags in + /proc/<pid>/smaps. diff --git a/Documentation/arch/arm64/index.rst b/Documentation/arch/arm64/index.rst index d08e924204bf..6a012c98bdcd 100644 --- a/Documentation/arch/arm64/index.rst +++ b/Documentation/arch/arm64/index.rst @@ -10,15 +10,19 @@ ARM64 Architecture acpi_object_usage amu arm-acpi + arm-cca asymmetric-32bit booting cpu-feature-registers + cpu-hotplug elf_hwcaps + gcs hugetlbpage kdump legacy_instructions memory memory-tagging-extension + mops perf pointer-authentication ptdump diff --git a/Documentation/arch/arm64/memory.rst b/Documentation/arch/arm64/memory.rst index 55a55f30eed8..678fbb418c3a 100644 --- a/Documentation/arch/arm64/memory.rst +++ b/Documentation/arch/arm64/memory.rst @@ -18,77 +18,10 @@ ARMv8.2 adds optional support for Large Virtual Address space. This is only available when running with a 64KB page size and expands the number of descriptors in the first level of translation. -User addresses have bits 63:48 set to 0 while the kernel addresses have -the same bits set to 1. TTBRx selection is given by bit 63 of the -virtual address. The swapper_pg_dir contains only kernel (global) -mappings while the user pgd contains only user (non-global) mappings. -The swapper_pg_dir address is written to TTBR1 and never written to -TTBR0. - - -AArch64 Linux memory layout with 4KB pages + 4 levels (48-bit):: - - Start End Size Use - ----------------------------------------------------------------------- - 0000000000000000 0000ffffffffffff 256TB user - ffff000000000000 ffff7fffffffffff 128TB kernel logical memory map - [ffff600000000000 ffff7fffffffffff] 32TB [kasan shadow region] - ffff800000000000 ffff80007fffffff 2GB modules - ffff800080000000 fffffbffefffffff 124TB vmalloc - fffffbfff0000000 fffffbfffdffffff 224MB fixed mappings (top down) - fffffbfffe000000 fffffbfffe7fffff 8MB [guard region] - fffffbfffe800000 fffffbffff7fffff 16MB PCI I/O space - fffffbffff800000 fffffbffffffffff 8MB [guard region] - fffffc0000000000 fffffdffffffffff 2TB vmemmap - fffffe0000000000 ffffffffffffffff 2TB [guard region] - - -AArch64 Linux memory layout with 64KB pages + 3 levels (52-bit with HW support):: - - Start End Size Use - ----------------------------------------------------------------------- - 0000000000000000 000fffffffffffff 4PB user - fff0000000000000 ffff7fffffffffff ~4PB kernel logical memory map - [fffd800000000000 ffff7fffffffffff] 512TB [kasan shadow region] - ffff800000000000 ffff80007fffffff 2GB modules - ffff800080000000 fffffbffefffffff 124TB vmalloc - fffffbfff0000000 fffffbfffdffffff 224MB fixed mappings (top down) - fffffbfffe000000 fffffbfffe7fffff 8MB [guard region] - fffffbfffe800000 fffffbffff7fffff 16MB PCI I/O space - fffffbffff800000 fffffbffffffffff 8MB [guard region] - fffffc0000000000 ffffffdfffffffff ~4TB vmemmap - ffffffe000000000 ffffffffffffffff 128GB [guard region] - - -Translation table lookup with 4KB pages:: - - +--------+--------+--------+--------+--------+--------+--------+--------+ - |63 56|55 48|47 40|39 32|31 24|23 16|15 8|7 0| - +--------+--------+--------+--------+--------+--------+--------+--------+ - | | | | | | - | | | | | v - | | | | | [11:0] in-page offset - | | | | +-> [20:12] L3 index - | | | +-----------> [29:21] L2 index - | | +---------------------> [38:30] L1 index - | +-------------------------------> [47:39] L0 index - +-------------------------------------------------> [63] TTBR0/1 - - -Translation table lookup with 64KB pages:: - - +--------+--------+--------+--------+--------+--------+--------+--------+ - |63 56|55 48|47 40|39 32|31 24|23 16|15 8|7 0| - +--------+--------+--------+--------+--------+--------+--------+--------+ - | | | | | - | | | | v - | | | | [15:0] in-page offset - | | | +----------> [28:16] L3 index - | | +--------------------------> [41:29] L2 index - | +-------------------------------> [47:42] L1 index (48-bit) - | [51:42] L1 index (52-bit) - +-------------------------------------------------> [63] TTBR0/1 - +TTBRx selection is given by bit 55 of the virtual address. The +swapper_pg_dir contains only kernel (global) mappings while the user pgd +contains only user (non-global) mappings. The swapper_pg_dir address is +written to TTBR1 and never written to TTBR0. When using KVM without the Virtualization Host Extensions, the hypervisor maps kernel pages in EL2 at a fixed (and potentially diff --git a/Documentation/arch/arm64/mops.rst b/Documentation/arch/arm64/mops.rst new file mode 100644 index 000000000000..2ef5b147f8dc --- /dev/null +++ b/Documentation/arch/arm64/mops.rst @@ -0,0 +1,44 @@ +.. SPDX-License-Identifier: GPL-2.0 + +=================================== +Memory copy/set instructions (MOPS) +=================================== + +A MOPS memory copy/set operation consists of three consecutive CPY* or SET* +instructions: a prologue, main and epilogue (for example: CPYP, CPYM, CPYE). + +A main or epilogue instruction can take a MOPS exception for various reasons, +for example when a task is migrated to a CPU with a different MOPS +implementation, or when the instruction's alignment and size requirements are +not met. The software exception handler is then expected to reset the registers +and restart execution from the prologue instruction. Normally this is handled +by the kernel. + +For more details refer to "D1.3.5.7 Memory Copy and Memory Set exceptions" in +the Arm Architecture Reference Manual DDI 0487K.a (Arm ARM). + +.. _arm64_mops_hyp: + +Hypervisor requirements +----------------------- + +A hypervisor running a Linux guest must handle all MOPS exceptions from the +guest kernel, as Linux may not be able to handle the exception at all times. +For example, a MOPS exception can be taken when the hypervisor migrates a vCPU +to another physical CPU with a different MOPS implementation. + +To do this, the hypervisor must: + + - Set HCRX_EL2.MCE2 to 1 so that the exception is taken to the hypervisor. + + - Have an exception handler that implements the algorithm from the Arm ARM + rules CNTMJ and MWFQH. + + - Set the guest's PSTATE.SS to 0 in the exception handler, to handle a + potential step of the current instruction. + + Note: Clearing PSTATE.SS is needed so that a single step exception is taken + on the next instruction (the prologue instruction). Otherwise prologue + would get silently stepped over and the single step exception taken on the + main instruction. Note that if the guest instruction is not being stepped + then clearing PSTATE.SS has no effect. diff --git a/Documentation/arch/arm64/ptdump.rst b/Documentation/arch/arm64/ptdump.rst index 5dcfc5d7cddf..51eb902ba41a 100644 --- a/Documentation/arch/arm64/ptdump.rst +++ b/Documentation/arch/arm64/ptdump.rst @@ -22,8 +22,6 @@ offlining of memory being accessed by the ptdump code. In order to dump the kernel page tables, enable the following configurations and mount debugfs:: - CONFIG_GENERIC_PTDUMP=y - CONFIG_PTDUMP_CORE=y CONFIG_PTDUMP_DEBUGFS=y mount -t debugfs nodev /sys/kernel/debug diff --git a/Documentation/arch/arm64/silicon-errata.rst b/Documentation/arch/arm64/silicon-errata.rst index d33e27c5ce61..b18ef4064bc0 100644 --- a/Documentation/arch/arm64/silicon-errata.rst +++ b/Documentation/arch/arm64/silicon-errata.rst @@ -55,6 +55,10 @@ stable kernels. +----------------+-----------------+-----------------+-----------------------------+ | Ampere | AmpereOne | AC03_CPU_38 | AMPERE_ERRATUM_AC03_CPU_38 | +----------------+-----------------+-----------------+-----------------------------+ +| Ampere | AmpereOne AC04 | AC04_CPU_10 | AMPERE_ERRATUM_AC03_CPU_38 | ++----------------+-----------------+-----------------+-----------------------------+ +| Ampere | AmpereOne AC04 | AC04_CPU_23 | AMPERE_ERRATUM_AC04_CPU_23 | ++----------------+-----------------+-----------------+-----------------------------+ +----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A510 | #2457168 | ARM64_ERRATUM_2457168 | +----------------+-----------------+-----------------+-----------------------------+ @@ -122,24 +126,52 @@ stable kernels. +----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A76 | #1490853 | N/A | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A76 | #3324349 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A77 | #1491015 | N/A | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A77 | #1508412 | ARM64_ERRATUM_1508412 | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A77 | #3324348 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A78 | #3324344 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A78C | #3324346,3324347| ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A710 | #2119858 | ARM64_ERRATUM_2119858 | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A710 | #2054223 | ARM64_ERRATUM_2054223 | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A710 | #2224489 | ARM64_ERRATUM_2224489 | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A710 | #3324338 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-A715 | #2645198 | ARM64_ERRATUM_2645198 | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A715 | #3456084 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A720 | #3456091 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-A725 | #3456106 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-X1 | #1502854 | N/A | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-X1 | #3324344 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-X1C | #3324346 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-X2 | #2119858 | ARM64_ERRATUM_2119858 | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Cortex-X2 | #2224489 | ARM64_ERRATUM_2224489 | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-X2 | #3324338 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-X3 | #3324335 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-X4 | #3194386 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Cortex-X925 | #3324334 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-N1 | #1188873,1418040| ARM64_ERRATUM_1418040 | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-N1 | #1349291 | N/A | @@ -148,15 +180,28 @@ stable kernels. +----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-N1 | #1542419 | ARM64_ERRATUM_1542419 | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Neoverse-N1 | #3324349 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-N2 | #2139208 | ARM64_ERRATUM_2139208 | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-N2 | #2067961 | ARM64_ERRATUM_2067961 | +----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-N2 | #2253138 | ARM64_ERRATUM_2253138 | +----------------+-----------------+-----------------+-----------------------------+ +| ARM | Neoverse-N2 | #3324339 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Neoverse-N3 | #3456111 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ | ARM | Neoverse-V1 | #1619801 | N/A | +----------------+-----------------+-----------------+-----------------------------+ -| ARM | MMU-500 | #841119,826419 | N/A | +| ARM | Neoverse-V1 | #3324341 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Neoverse-V2 | #3324336 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | Neoverse-V3 | #3312417 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ +| ARM | MMU-500 | #841119,826419 | ARM_SMMU_MMU_500_CPRE_ERRATA| +| | | #562869,1047329 | | +----------------+-----------------+-----------------+-----------------------------+ | ARM | MMU-600 | #1076982,1209401| N/A | +----------------+-----------------+-----------------+-----------------------------+ @@ -213,8 +258,11 @@ stable kernels. +----------------+-----------------+-----------------+-----------------------------+ | Hisilicon | Hip08 SMMU PMCG | #162001800 | N/A | +----------------+-----------------+-----------------+-----------------------------+ -| Hisilicon | Hip08 SMMU PMCG | #162001900 | N/A | -| | Hip09 SMMU PMCG | | | +| Hisilicon | Hip{08,09,09A,10| #162001900 | N/A | +| | ,10C,11} | | | +| | SMMU PMCG | | | ++----------------+-----------------+-----------------+-----------------------------+ +| Hisilicon | Hip09 | #162100801 | HISILICON_ERRATUM_162100801 | +----------------+-----------------+-----------------+-----------------------------+ +----------------+-----------------+-----------------+-----------------------------+ | Qualcomm Tech. | Kryo/Falkor v1 | E1003 | QCOM_FALKOR_ERRATUM_1003 | @@ -238,6 +286,8 @@ stable kernels. +----------------+-----------------+-----------------+-----------------------------+ | Rockchip | RK3588 | #3588001 | ROCKCHIP_ERRATUM_3588001 | +----------------+-----------------+-----------------+-----------------------------+ +| Rockchip | RK3568 | #3568002 | ROCKCHIP_ERRATUM_3568002 | ++----------------+-----------------+-----------------+-----------------------------+ +----------------+-----------------+-----------------+-----------------------------+ | Fujitsu | A64FX | E#010001 | FUJITSU_ERRATUM_010001 | +----------------+-----------------+-----------------+-----------------------------+ @@ -251,3 +301,5 @@ stable kernels. +----------------+-----------------+-----------------+-----------------------------+ | Microsoft | Azure Cobalt 100| #2253138 | ARM64_ERRATUM_2253138 | +----------------+-----------------+-----------------+-----------------------------+ +| Microsoft | Azure Cobalt 100| #3324339 | ARM64_ERRATUM_3194386 | ++----------------+-----------------+-----------------+-----------------------------+ diff --git a/Documentation/arch/arm64/sme.rst b/Documentation/arch/arm64/sme.rst index be317d457417..4cb38330e704 100644 --- a/Documentation/arch/arm64/sme.rst +++ b/Documentation/arch/arm64/sme.rst @@ -69,8 +69,8 @@ model features for SME is included in Appendix A. vectors from 0 to VL/8-1 stored in the same endianness invariant format as is used for SVE vectors. -* On thread creation TPIDR2_EL0 is preserved unless CLONE_SETTLS is specified, - in which case it is set to 0. +* On thread creation PSTATE.ZA and TPIDR2_EL0 are preserved unless CLONE_VM + is specified, in which case PSTATE.ZA is set to 0 and TPIDR2_EL0 is set to 0. 2. Vector lengths ------------------ @@ -115,7 +115,7 @@ be zeroed. 5. Signal handling ------------------- -* Signal handlers are invoked with streaming mode and ZA disabled. +* Signal handlers are invoked with PSTATE.SM=0, PSTATE.ZA=0, and TPIDR2_EL0=0. * A new signal frame record TPIDR2_MAGIC is added formatted as a struct tpidr2_context to allow access to TPIDR2_EL0 from signal handlers. @@ -241,7 +241,7 @@ prctl(PR_SME_SET_VL, unsigned long arg) length, or calling PR_SME_SET_VL with the PR_SME_SET_VL_ONEXEC flag, does not constitute a change to the vector length for this purpose. - * Changing the vector length causes PSTATE.ZA and PSTATE.SM to be cleared. + * Changing the vector length causes PSTATE.ZA to be cleared. Calling PR_SME_SET_VL with vl equal to the thread's current vector length, or calling PR_SME_SET_VL with the PR_SME_SET_VL_ONEXEC flag, does not constitute a change to the vector length for this purpose. @@ -346,6 +346,10 @@ The regset data starts with struct user_za_header, containing: * Writes to NT_ARM_ZT will set PSTATE.ZA to 1. +* If any register data is provided along with SME_PT_VL_ONEXEC then the + registers data will be interpreted with the current vector length, not + the vector length configured for use on exec. + 8. ELF coredump extensions --------------------------- diff --git a/Documentation/arch/arm64/sve.rst b/Documentation/arch/arm64/sve.rst index 8d8837fc39ec..28152492c29c 100644 --- a/Documentation/arch/arm64/sve.rst +++ b/Documentation/arch/arm64/sve.rst @@ -402,6 +402,10 @@ The regset data starts with struct user_sve_header, containing: streaming mode and any SETREGSET of NT_ARM_SSVE will enter streaming mode if the target was not in streaming mode. +* If any register data is provided along with SVE_PT_VL_ONEXEC then the + registers data will be interpreted with the current vector length, not + the vector length configured for use on exec. + * The effect of writing a partial, incomplete payload is unspecified. diff --git a/Documentation/arch/loongarch/irq-chip-model.rst b/Documentation/arch/loongarch/irq-chip-model.rst index 7988f4192363..a7ecce11e445 100644 --- a/Documentation/arch/loongarch/irq-chip-model.rst +++ b/Documentation/arch/loongarch/irq-chip-model.rst @@ -85,6 +85,102 @@ to CPUINTC directly:: | Devices | +---------+ +Virtual Extended IRQ model +========================== + +In this model, IPI (Inter-Processor Interrupt) and CPU Local Timer interrupt +go to CPUINTC directly, CPU UARTS interrupts go to PCH-PIC, while all other +devices interrupts go to PCH-PIC/PCH-MSI and gathered by V-EIOINTC (Virtual +Extended I/O Interrupt Controller), and then go to CPUINTC directly:: + + +-----+ +-------------------+ +-------+ + | IPI |--> | CPUINTC(0-255vcpu)| <-- | Timer | + +-----+ +-------------------+ +-------+ + ^ + | + +-----------+ + | V-EIOINTC | + +-----------+ + ^ ^ + | | + +---------+ +---------+ + | PCH-PIC | | PCH-MSI | + +---------+ +---------+ + ^ ^ ^ + | | | + +--------+ +---------+ +---------+ + | UARTs | | Devices | | Devices | + +--------+ +---------+ +---------+ + + +Description +----------- +V-EIOINTC (Virtual Extended I/O Interrupt Controller) is an extension of +EIOINTC, it only works in VM mode which runs in KVM hypervisor. Interrupts can +be routed to up to four vCPUs via standard EIOINTC, however with V-EIOINTC +interrupts can be routed to up to 256 virtual cpus. + +With standard EIOINTC, interrupt routing setting includes two parts: eight +bits for CPU selection and four bits for CPU IP (Interrupt Pin) selection. +For CPU selection there is four bits for EIOINTC node selection, four bits +for EIOINTC CPU selection. Bitmap method is used for CPU selection and +CPU IP selection, so interrupt can only route to CPU0 - CPU3 and IP0-IP3 in +one EIOINTC node. + +With V-EIOINTC it supports to route more CPUs and CPU IP (Interrupt Pin), +there are two newly added registers with V-EIOINTC. + +EXTIOI_VIRT_FEATURES +-------------------- +This register is read-only register, which indicates supported features with +V-EIOINTC. Feature EXTIOI_HAS_INT_ENCODE and EXTIOI_HAS_CPU_ENCODE is added. + +Feature EXTIOI_HAS_INT_ENCODE is part of standard EIOINTC. If it is 1, it +indicates that CPU Interrupt Pin selection can be normal method rather than +bitmap method, so interrupt can be routed to IP0 - IP15. + +Feature EXTIOI_HAS_CPU_ENCODE is entension of V-EIOINTC. If it is 1, it +indicates that CPU selection can be normal method rather than bitmap method, +so interrupt can be routed to CPU0 - CPU255. + +EXTIOI_VIRT_CONFIG +------------------ +This register is read-write register, for compatibility intterupt routed uses +the default method which is the same with standard EIOINTC. If the bit is set +with 1, it indicated HW to use normal method rather than bitmap method. + +Advanced Extended IRQ model +=========================== + +In this model, IPI (Inter-Processor Interrupt) and CPU Local Timer interrupt go +to CPUINTC directly, CPU UARTS interrupts go to LIOINTC, PCH-MSI interrupts go +to AVECINTC, and then go to CPUINTC directly, while all other devices interrupts +go to PCH-PIC/PCH-LPC and gathered by EIOINTC, and then go to CPUINTC directly:: + + +-----+ +-----------------------+ +-------+ + | IPI | --> | CPUINTC | <-- | Timer | + +-----+ +-----------------------+ +-------+ + ^ ^ ^ + | | | + +---------+ +----------+ +---------+ +-------+ + | EIOINTC | | AVECINTC | | LIOINTC | <-- | UARTs | + +---------+ +----------+ +---------+ +-------+ + ^ ^ + | | + +---------+ +---------+ + | PCH-PIC | | PCH-MSI | + +---------+ +---------+ + ^ ^ ^ + | | | + +---------+ +---------+ +---------+ + | Devices | | PCH-LPC | | Devices | + +---------+ +---------+ +---------+ + ^ + | + +---------+ + | Devices | + +---------+ + ACPI-related definitions ======================== diff --git a/Documentation/arch/m68k/buddha-driver.rst b/Documentation/arch/m68k/buddha-driver.rst index 20e401413991..5d1bc824978b 100644 --- a/Documentation/arch/m68k/buddha-driver.rst +++ b/Documentation/arch/m68k/buddha-driver.rst @@ -173,7 +173,7 @@ When accessing IDE registers with A6=1 (for example $84x), the timing will always be mode 0 8-bit compatible, no matter what you have selected in the speed register: -781ns select, IOR/IOW after 4 clock cycles (=314ns) aktive. +781ns select, IOR/IOW after 4 clock cycles (=314ns) active. All the timings with a very short select-signal (the 355ns fast accesses) depend on the accelerator card used in the diff --git a/Documentation/arch/openrisc/openrisc_port.rst b/Documentation/arch/openrisc/openrisc_port.rst index 1565b9546e38..60b0a9e51d70 100644 --- a/Documentation/arch/openrisc/openrisc_port.rst +++ b/Documentation/arch/openrisc/openrisc_port.rst @@ -7,10 +7,10 @@ target architecture, specifically, is the 32-bit OpenRISC 1000 family (or1k). For information about OpenRISC processors and ongoing development: - ======= ============================= + ======= ============================== website https://openrisc.io - email openrisc@lists.librecores.org - ======= ============================= + email linux-openrisc@vger.kernel.org + ======= ============================== --------------------------------------------------------------------- @@ -27,11 +27,11 @@ Toolchain binaries can be obtained from openrisc.io or our github releases page. Instructions for building the different toolchains can be found on openrisc.io or Stafford's toolchain build and release scripts. - ========== ================================================= - binaries https://github.com/openrisc/or1k-gcc/releases + ========== ========================================================== + binaries https://github.com/stffrdhrn/or1k-toolchain-build/releases toolchains https://openrisc.io/software building https://github.com/stffrdhrn/or1k-toolchain-build - ========== ================================================= + ========== ========================================================== 2) Building @@ -40,6 +40,12 @@ Build the Linux kernel as usual:: make ARCH=openrisc CROSS_COMPILE="or1k-linux-" defconfig make ARCH=openrisc CROSS_COMPILE="or1k-linux-" +If you want to embed initramfs in the kernel, also pass ``CONFIG_INITRAMFS_SOURCE``. For example:: + + make ARCH=openrisc CROSS_COMPILE="or1k-linux-" CONFIG_INITRAMFS_SOURCE="path/to/rootfs path/to/devnodes" + +For more information on this, please check Documentation/filesystems/ramfs-rootfs-initramfs.rst. + 3) Running on FPGA (optional) The OpenRISC community typically uses FuseSoC to manage building and programming diff --git a/Documentation/arch/powerpc/booting.rst b/Documentation/arch/powerpc/booting.rst index 11aa440f98cc..472e97891aef 100644 --- a/Documentation/arch/powerpc/booting.rst +++ b/Documentation/arch/powerpc/booting.rst @@ -93,8 +93,8 @@ given platform based on the content of the device-tree. Thus, you should: a) add your platform support as a _boolean_ option in - arch/powerpc/Kconfig, following the example of PPC_PSERIES, - PPC_PMAC and PPC_MAPLE. The latter is probably a good + arch/powerpc/Kconfig, following the example of PPC_PSERIES + and PPC_PMAC. The latter is probably a good example of a board support to start from. b) create your main platform file as diff --git a/Documentation/arch/powerpc/cpu_families.rst b/Documentation/arch/powerpc/cpu_families.rst index eb7e60649b43..f55433c6b8f3 100644 --- a/Documentation/arch/powerpc/cpu_families.rst +++ b/Documentation/arch/powerpc/cpu_families.rst @@ -128,24 +128,6 @@ IBM BookE - All 32 bit:: +--------------+ - | 401 | - +--------------+ - | - | - v - +--------------+ - | 403 | - +--------------+ - | - | - v - +--------------+ - | 405 | - +--------------+ - | - | - v - +--------------+ | 440 | +--------------+ | diff --git a/Documentation/arch/powerpc/cxl.rst b/Documentation/arch/powerpc/cxl.rst deleted file mode 100644 index d2d77057610e..000000000000 --- a/Documentation/arch/powerpc/cxl.rst +++ /dev/null @@ -1,469 +0,0 @@ -==================================== -Coherent Accelerator Interface (CXL) -==================================== - -Introduction -============ - - The coherent accelerator interface is designed to allow the - coherent connection of accelerators (FPGAs and other devices) to a - POWER system. These devices need to adhere to the Coherent - Accelerator Interface Architecture (CAIA). - - IBM refers to this as the Coherent Accelerator Processor Interface - or CAPI. In the kernel it's referred to by the name CXL to avoid - confusion with the ISDN CAPI subsystem. - - Coherent in this context means that the accelerator and CPUs can - both access system memory directly and with the same effective - addresses. - - -Hardware overview -================= - - :: - - POWER8/9 FPGA - +----------+ +---------+ - | | | | - | CPU | | AFU | - | | | | - | | | | - | | | | - +----------+ +---------+ - | PHB | | | - | +------+ | PSL | - | | CAPP |<------>| | - +---+------+ PCIE +---------+ - - The POWER8/9 chip has a Coherently Attached Processor Proxy (CAPP) - unit which is part of the PCIe Host Bridge (PHB). This is managed - by Linux by calls into OPAL. Linux doesn't directly program the - CAPP. - - The FPGA (or coherently attached device) consists of two parts. - The POWER Service Layer (PSL) and the Accelerator Function Unit - (AFU). The AFU is used to implement specific functionality behind - the PSL. The PSL, among other things, provides memory address - translation services to allow each AFU direct access to userspace - memory. - - The AFU is the core part of the accelerator (eg. the compression, - crypto etc function). The kernel has no knowledge of the function - of the AFU. Only userspace interacts directly with the AFU. - - The PSL provides the translation and interrupt services that the - AFU needs. This is what the kernel interacts with. For example, if - the AFU needs to read a particular effective address, it sends - that address to the PSL, the PSL then translates it, fetches the - data from memory and returns it to the AFU. If the PSL has a - translation miss, it interrupts the kernel and the kernel services - the fault. The context to which this fault is serviced is based on - who owns that acceleration function. - - - POWER8 and PSL Version 8 are compliant to the CAIA Version 1.0. - - POWER9 and PSL Version 9 are compliant to the CAIA Version 2.0. - - This PSL Version 9 provides new features such as: - - * Interaction with the nest MMU on the P9 chip. - * Native DMA support. - * Supports sending ASB_Notify messages for host thread wakeup. - * Supports Atomic operations. - * etc. - - Cards with a PSL9 won't work on a POWER8 system and cards with a - PSL8 won't work on a POWER9 system. - -AFU Modes -========= - - There are two programming modes supported by the AFU. Dedicated - and AFU directed. AFU may support one or both modes. - - When using dedicated mode only one MMU context is supported. In - this mode, only one userspace process can use the accelerator at - time. - - When using AFU directed mode, up to 16K simultaneous contexts can - be supported. This means up to 16K simultaneous userspace - applications may use the accelerator (although specific AFUs may - support fewer). In this mode, the AFU sends a 16 bit context ID - with each of its requests. This tells the PSL which context is - associated with each operation. If the PSL can't translate an - operation, the ID can also be accessed by the kernel so it can - determine the userspace context associated with an operation. - - -MMIO space -========== - - A portion of the accelerator MMIO space can be directly mapped - from the AFU to userspace. Either the whole space can be mapped or - just a per context portion. The hardware is self describing, hence - the kernel can determine the offset and size of the per context - portion. - - -Interrupts -========== - - AFUs may generate interrupts that are destined for userspace. These - are received by the kernel as hardware interrupts and passed onto - userspace by a read syscall documented below. - - Data storage faults and error interrupts are handled by the kernel - driver. - - -Work Element Descriptor (WED) -============================= - - The WED is a 64-bit parameter passed to the AFU when a context is - started. Its format is up to the AFU hence the kernel has no - knowledge of what it represents. Typically it will be the - effective address of a work queue or status block where the AFU - and userspace can share control and status information. - - - - -User API -======== - -1. AFU character devices -^^^^^^^^^^^^^^^^^^^^^^^^ - - For AFUs operating in AFU directed mode, two character device - files will be created. /dev/cxl/afu0.0m will correspond to a - master context and /dev/cxl/afu0.0s will correspond to a slave - context. Master contexts have access to the full MMIO space an - AFU provides. Slave contexts have access to only the per process - MMIO space an AFU provides. - - For AFUs operating in dedicated process mode, the driver will - only create a single character device per AFU called - /dev/cxl/afu0.0d. This will have access to the entire MMIO space - that the AFU provides (like master contexts in AFU directed). - - The types described below are defined in include/uapi/misc/cxl.h - - The following file operations are supported on both slave and - master devices. - - A userspace library libcxl is available here: - - https://github.com/ibm-capi/libcxl - - This provides a C interface to this kernel API. - -open ----- - - Opens the device and allocates a file descriptor to be used with - the rest of the API. - - A dedicated mode AFU only has one context and only allows the - device to be opened once. - - An AFU directed mode AFU can have many contexts, the device can be - opened once for each context that is available. - - When all available contexts are allocated the open call will fail - and return -ENOSPC. - - Note: - IRQs need to be allocated for each context, which may limit - the number of contexts that can be created, and therefore - how many times the device can be opened. The POWER8 CAPP - supports 2040 IRQs and 3 are used by the kernel, so 2037 are - left. If 1 IRQ is needed per context, then only 2037 - contexts can be allocated. If 4 IRQs are needed per context, - then only 2037/4 = 509 contexts can be allocated. - - -ioctl ------ - - CXL_IOCTL_START_WORK: - Starts the AFU context and associates it with the current - process. Once this ioctl is successfully executed, all memory - mapped into this process is accessible to this AFU context - using the same effective addresses. No additional calls are - required to map/unmap memory. The AFU memory context will be - updated as userspace allocates and frees memory. This ioctl - returns once the AFU context is started. - - Takes a pointer to a struct cxl_ioctl_start_work - - :: - - struct cxl_ioctl_start_work { - __u64 flags; - __u64 work_element_descriptor; - __u64 amr; - __s16 num_interrupts; - __s16 reserved1; - __s32 reserved2; - __u64 reserved3; - __u64 reserved4; - __u64 reserved5; - __u64 reserved6; - }; - - flags: - Indicates which optional fields in the structure are - valid. - - work_element_descriptor: - The Work Element Descriptor (WED) is a 64-bit argument - defined by the AFU. Typically this is an effective - address pointing to an AFU specific structure - describing what work to perform. - - amr: - Authority Mask Register (AMR), same as the powerpc - AMR. This field is only used by the kernel when the - corresponding CXL_START_WORK_AMR value is specified in - flags. If not specified the kernel will use a default - value of 0. - - num_interrupts: - Number of userspace interrupts to request. This field - is only used by the kernel when the corresponding - CXL_START_WORK_NUM_IRQS value is specified in flags. - If not specified the minimum number required by the - AFU will be allocated. The min and max number can be - obtained from sysfs. - - reserved fields: - For ABI padding and future extensions - - CXL_IOCTL_GET_PROCESS_ELEMENT: - Get the current context id, also known as the process element. - The value is returned from the kernel as a __u32. - - -mmap ----- - - An AFU may have an MMIO space to facilitate communication with the - AFU. If it does, the MMIO space can be accessed via mmap. The size - and contents of this area are specific to the particular AFU. The - size can be discovered via sysfs. - - In AFU directed mode, master contexts are allowed to map all of - the MMIO space and slave contexts are allowed to only map the per - process MMIO space associated with the context. In dedicated - process mode the entire MMIO space can always be mapped. - - This mmap call must be done after the START_WORK ioctl. - - Care should be taken when accessing MMIO space. Only 32 and 64-bit - accesses are supported by POWER8. Also, the AFU will be designed - with a specific endianness, so all MMIO accesses should consider - endianness (recommend endian(3) variants like: le64toh(), - be64toh() etc). These endian issues equally apply to shared memory - queues the WED may describe. - - -read ----- - - Reads events from the AFU. Blocks if no events are pending - (unless O_NONBLOCK is supplied). Returns -EIO in the case of an - unrecoverable error or if the card is removed. - - read() will always return an integral number of events. - - The buffer passed to read() must be at least 4K bytes. - - The result of the read will be a buffer of one or more events, - each event is of type struct cxl_event, of varying size:: - - struct cxl_event { - struct cxl_event_header header; - union { - struct cxl_event_afu_interrupt irq; - struct cxl_event_data_storage fault; - struct cxl_event_afu_error afu_error; - }; - }; - - The struct cxl_event_header is defined as - - :: - - struct cxl_event_header { - __u16 type; - __u16 size; - __u16 process_element; - __u16 reserved1; - }; - - type: - This defines the type of event. The type determines how - the rest of the event is structured. These types are - described below and defined by enum cxl_event_type. - - size: - This is the size of the event in bytes including the - struct cxl_event_header. The start of the next event can - be found at this offset from the start of the current - event. - - process_element: - Context ID of the event. - - reserved field: - For future extensions and padding. - - If the event type is CXL_EVENT_AFU_INTERRUPT then the event - structure is defined as - - :: - - struct cxl_event_afu_interrupt { - __u16 flags; - __u16 irq; /* Raised AFU interrupt number */ - __u32 reserved1; - }; - - flags: - These flags indicate which optional fields are present - in this struct. Currently all fields are mandatory. - - irq: - The IRQ number sent by the AFU. - - reserved field: - For future extensions and padding. - - If the event type is CXL_EVENT_DATA_STORAGE then the event - structure is defined as - - :: - - struct cxl_event_data_storage { - __u16 flags; - __u16 reserved1; - __u32 reserved2; - __u64 addr; - __u64 dsisr; - __u64 reserved3; - }; - - flags: - These flags indicate which optional fields are present in - this struct. Currently all fields are mandatory. - - address: - The address that the AFU unsuccessfully attempted to - access. Valid accesses will be handled transparently by the - kernel but invalid accesses will generate this event. - - dsisr: - This field gives information on the type of fault. It is a - copy of the DSISR from the PSL hardware when the address - fault occurred. The form of the DSISR is as defined in the - CAIA. - - reserved fields: - For future extensions - - If the event type is CXL_EVENT_AFU_ERROR then the event structure - is defined as - - :: - - struct cxl_event_afu_error { - __u16 flags; - __u16 reserved1; - __u32 reserved2; - __u64 error; - }; - - flags: - These flags indicate which optional fields are present in - this struct. Currently all fields are Mandatory. - - error: - Error status from the AFU. Defined by the AFU. - - reserved fields: - For future extensions and padding - - -2. Card character device (powerVM guest only) -^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ - - In a powerVM guest, an extra character device is created for the - card. The device is only used to write (flash) a new image on the - FPGA accelerator. Once the image is written and verified, the - device tree is updated and the card is reset to reload the updated - image. - -open ----- - - Opens the device and allocates a file descriptor to be used with - the rest of the API. The device can only be opened once. - -ioctl ------ - -CXL_IOCTL_DOWNLOAD_IMAGE / CXL_IOCTL_VALIDATE_IMAGE: - Starts and controls flashing a new FPGA image. Partial - reconfiguration is not supported (yet), so the image must contain - a copy of the PSL and AFU(s). Since an image can be quite large, - the caller may have to iterate, splitting the image in smaller - chunks. - - Takes a pointer to a struct cxl_adapter_image:: - - struct cxl_adapter_image { - __u64 flags; - __u64 data; - __u64 len_data; - __u64 len_image; - __u64 reserved1; - __u64 reserved2; - __u64 reserved3; - __u64 reserved4; - }; - - flags: - These flags indicate which optional fields are present in - this struct. Currently all fields are mandatory. - - data: - Pointer to a buffer with part of the image to write to the - card. - - len_data: - Size of the buffer pointed to by data. - - len_image: - Full size of the image. - - -Sysfs Class -=========== - - A cxl sysfs class is added under /sys/class/cxl to facilitate - enumeration and tuning of the accelerators. Its layout is - described in Documentation/ABI/testing/sysfs-class-cxl - - -Udev rules -========== - - The following udev rules could be used to create a symlink to the - most logical chardev to use in any programming mode (afuX.Yd for - dedicated, afuX.Ys for afu directed), since the API is virtually - identical for each:: - - SUBSYSTEM=="cxl", ATTRS{mode}=="dedicated_process", SYMLINK="cxl/%b" - SUBSYSTEM=="cxl", ATTRS{mode}=="afu_directed", \ - KERNEL=="afu[0-9]*.[0-9]*s", SYMLINK="cxl/%b" diff --git a/Documentation/arch/powerpc/cxlflash.rst b/Documentation/arch/powerpc/cxlflash.rst deleted file mode 100644 index e8f488acfa41..000000000000 --- a/Documentation/arch/powerpc/cxlflash.rst +++ /dev/null @@ -1,433 +0,0 @@ -================================ -Coherent Accelerator (CXL) Flash -================================ - -Introduction -============ - - The IBM Power architecture provides support for CAPI (Coherent - Accelerator Power Interface), which is available to certain PCIe slots - on Power 8 systems. CAPI can be thought of as a special tunneling - protocol through PCIe that allow PCIe adapters to look like special - purpose co-processors which can read or write an application's - memory and generate page faults. As a result, the host interface to - an adapter running in CAPI mode does not require the data buffers to - be mapped to the device's memory (IOMMU bypass) nor does it require - memory to be pinned. - - On Linux, Coherent Accelerator (CXL) kernel services present CAPI - devices as a PCI device by implementing a virtual PCI host bridge. - This abstraction simplifies the infrastructure and programming - model, allowing for drivers to look similar to other native PCI - device drivers. - - CXL provides a mechanism by which user space applications can - directly talk to a device (network or storage) bypassing the typical - kernel/device driver stack. The CXL Flash Adapter Driver enables a - user space application direct access to Flash storage. - - The CXL Flash Adapter Driver is a kernel module that sits in the - SCSI stack as a low level device driver (below the SCSI disk and - protocol drivers) for the IBM CXL Flash Adapter. This driver is - responsible for the initialization of the adapter, setting up the - special path for user space access, and performing error recovery. It - communicates directly the Flash Accelerator Functional Unit (AFU) - as described in Documentation/arch/powerpc/cxl.rst. - - The cxlflash driver supports two, mutually exclusive, modes of - operation at the device (LUN) level: - - - Any flash device (LUN) can be configured to be accessed as a - regular disk device (i.e.: /dev/sdc). This is the default mode. - - - Any flash device (LUN) can be configured to be accessed from - user space with a special block library. This mode further - specifies the means of accessing the device and provides for - either raw access to the entire LUN (referred to as direct - or physical LUN access) or access to a kernel/AFU-mediated - partition of the LUN (referred to as virtual LUN access). The - segmentation of a disk device into virtual LUNs is assisted - by special translation services provided by the Flash AFU. - -Overview -======== - - The Coherent Accelerator Interface Architecture (CAIA) introduces a - concept of a master context. A master typically has special privileges - granted to it by the kernel or hypervisor allowing it to perform AFU - wide management and control. The master may or may not be involved - directly in each user I/O, but at the minimum is involved in the - initial setup before the user application is allowed to send requests - directly to the AFU. - - The CXL Flash Adapter Driver establishes a master context with the - AFU. It uses memory mapped I/O (MMIO) for this control and setup. The - Adapter Problem Space Memory Map looks like this:: - - +-------------------------------+ - | 512 * 64 KB User MMIO | - | (per context) | - | User Accessible | - +-------------------------------+ - | 512 * 128 B per context | - | Provisioning and Control | - | Trusted Process accessible | - +-------------------------------+ - | 64 KB Global | - | Trusted Process accessible | - +-------------------------------+ - - This driver configures itself into the SCSI software stack as an - adapter driver. The driver is the only entity that is considered a - Trusted Process to program the Provisioning and Control and Global - areas in the MMIO Space shown above. The master context driver - discovers all LUNs attached to the CXL Flash adapter and instantiates - scsi block devices (/dev/sdb, /dev/sdc etc.) for each unique LUN - seen from each path. - - Once these scsi block devices are instantiated, an application - written to a specification provided by the block library may get - access to the Flash from user space (without requiring a system call). - - This master context driver also provides a series of ioctls for this - block library to enable this user space access. The driver supports - two modes for accessing the block device. - - The first mode is called a virtual mode. In this mode a single scsi - block device (/dev/sdb) may be carved up into any number of distinct - virtual LUNs. The virtual LUNs may be resized as long as the sum of - the sizes of all the virtual LUNs, along with the meta-data associated - with it does not exceed the physical capacity. - - The second mode is called the physical mode. In this mode a single - block device (/dev/sdb) may be opened directly by the block library - and the entire space for the LUN is available to the application. - - Only the physical mode provides persistence of the data. i.e. The - data written to the block device will survive application exit and - restart and also reboot. The virtual LUNs do not persist (i.e. do - not survive after the application terminates or the system reboots). - - -Block library API -================= - - Applications intending to get access to the CXL Flash from user - space should use the block library, as it abstracts the details of - interfacing directly with the cxlflash driver that are necessary for - performing administrative actions (i.e.: setup, tear down, resize). - The block library can be thought of as a 'user' of services, - implemented as IOCTLs, that are provided by the cxlflash driver - specifically for devices (LUNs) operating in user space access - mode. While it is not a requirement that applications understand - the interface between the block library and the cxlflash driver, - a high-level overview of each supported service (IOCTL) is provided - below. - - The block library can be found on GitHub: - http://github.com/open-power/capiflash - - -CXL Flash Driver LUN IOCTLs -=========================== - - Users, such as the block library, that wish to interface with a flash - device (LUN) via user space access need to use the services provided - by the cxlflash driver. As these services are implemented as ioctls, - a file descriptor handle must first be obtained in order to establish - the communication channel between a user and the kernel. This file - descriptor is obtained by opening the device special file associated - with the scsi disk device (/dev/sdb) that was created during LUN - discovery. As per the location of the cxlflash driver within the - SCSI protocol stack, this open is actually not seen by the cxlflash - driver. Upon successful open, the user receives a file descriptor - (herein referred to as fd1) that should be used for issuing the - subsequent ioctls listed below. - - The structure definitions for these IOCTLs are available in: - uapi/scsi/cxlflash_ioctl.h - -DK_CXLFLASH_ATTACH ------------------- - - This ioctl obtains, initializes, and starts a context using the CXL - kernel services. These services specify a context id (u16) by which - to uniquely identify the context and its allocated resources. The - services additionally provide a second file descriptor (herein - referred to as fd2) that is used by the block library to initiate - memory mapped I/O (via mmap()) to the CXL flash device and poll for - completion events. This file descriptor is intentionally installed by - this driver and not the CXL kernel services to allow for intermediary - notification and access in the event of a non-user-initiated close(), - such as a killed process. This design point is described in further - detail in the description for the DK_CXLFLASH_DETACH ioctl. - - There are a few important aspects regarding the "tokens" (context id - and fd2) that are provided back to the user: - - - These tokens are only valid for the process under which they - were created. The child of a forked process cannot continue - to use the context id or file descriptor created by its parent - (see DK_CXLFLASH_VLUN_CLONE for further details). - - - These tokens are only valid for the lifetime of the context and - the process under which they were created. Once either is - destroyed, the tokens are to be considered stale and subsequent - usage will result in errors. - - - A valid adapter file descriptor (fd2 >= 0) is only returned on - the initial attach for a context. Subsequent attaches to an - existing context (DK_CXLFLASH_ATTACH_REUSE_CONTEXT flag present) - do not provide the adapter file descriptor as it was previously - made known to the application. - - - When a context is no longer needed, the user shall detach from - the context via the DK_CXLFLASH_DETACH ioctl. When this ioctl - returns with a valid adapter file descriptor and the return flag - DK_CXLFLASH_APP_CLOSE_ADAP_FD is present, the application _must_ - close the adapter file descriptor following a successful detach. - - - When this ioctl returns with a valid fd2 and the return flag - DK_CXLFLASH_APP_CLOSE_ADAP_FD is present, the application _must_ - close fd2 in the following circumstances: - - + Following a successful detach of the last user of the context - + Following a successful recovery on the context's original fd2 - + In the child process of a fork(), following a clone ioctl, - on the fd2 associated with the source context - - - At any time, a close on fd2 will invalidate the tokens. Applications - should exercise caution to only close fd2 when appropriate (outlined - in the previous bullet) to avoid premature loss of I/O. - -DK_CXLFLASH_USER_DIRECT ------------------------ - This ioctl is responsible for transitioning the LUN to direct - (physical) mode access and configuring the AFU for direct access from - user space on a per-context basis. Additionally, the block size and - last logical block address (LBA) are returned to the user. - - As mentioned previously, when operating in user space access mode, - LUNs may be accessed in whole or in part. Only one mode is allowed - at a time and if one mode is active (outstanding references exist), - requests to use the LUN in a different mode are denied. - - The AFU is configured for direct access from user space by adding an - entry to the AFU's resource handle table. The index of the entry is - treated as a resource handle that is returned to the user. The user - is then able to use the handle to reference the LUN during I/O. - -DK_CXLFLASH_USER_VIRTUAL ------------------------- - This ioctl is responsible for transitioning the LUN to virtual mode - of access and configuring the AFU for virtual access from user space - on a per-context basis. Additionally, the block size and last logical - block address (LBA) are returned to the user. - - As mentioned previously, when operating in user space access mode, - LUNs may be accessed in whole or in part. Only one mode is allowed - at a time and if one mode is active (outstanding references exist), - requests to use the LUN in a different mode are denied. - - The AFU is configured for virtual access from user space by adding - an entry to the AFU's resource handle table. The index of the entry - is treated as a resource handle that is returned to the user. The - user is then able to use the handle to reference the LUN during I/O. - - By default, the virtual LUN is created with a size of 0. The user - would need to use the DK_CXLFLASH_VLUN_RESIZE ioctl to adjust the grow - the virtual LUN to a desired size. To avoid having to perform this - resize for the initial creation of the virtual LUN, the user has the - option of specifying a size as part of the DK_CXLFLASH_USER_VIRTUAL - ioctl, such that when success is returned to the user, the - resource handle that is provided is already referencing provisioned - storage. This is reflected by the last LBA being a non-zero value. - - When a LUN is accessible from more than one port, this ioctl will - return with the DK_CXLFLASH_ALL_PORTS_ACTIVE return flag set. This - provides the user with a hint that I/O can be retried in the event - of an I/O error as the LUN can be reached over multiple paths. - -DK_CXLFLASH_VLUN_RESIZE ------------------------ - This ioctl is responsible for resizing a previously created virtual - LUN and will fail if invoked upon a LUN that is not in virtual - mode. Upon success, an updated last LBA is returned to the user - indicating the new size of the virtual LUN associated with the - resource handle. - - The partitioning of virtual LUNs is jointly mediated by the cxlflash - driver and the AFU. An allocation table is kept for each LUN that is - operating in the virtual mode and used to program a LUN translation - table that the AFU references when provided with a resource handle. - - This ioctl can return -EAGAIN if an AFU sync operation takes too long. - In addition to returning a failure to user, cxlflash will also schedule - an asynchronous AFU reset. Should the user choose to retry the operation, - it is expected to succeed. If this ioctl fails with -EAGAIN, the user - can either retry the operation or treat it as a failure. - -DK_CXLFLASH_RELEASE -------------------- - This ioctl is responsible for releasing a previously obtained - reference to either a physical or virtual LUN. This can be - thought of as the inverse of the DK_CXLFLASH_USER_DIRECT or - DK_CXLFLASH_USER_VIRTUAL ioctls. Upon success, the resource handle - is no longer valid and the entry in the resource handle table is - made available to be used again. - - As part of the release process for virtual LUNs, the virtual LUN - is first resized to 0 to clear out and free the translation tables - associated with the virtual LUN reference. - -DK_CXLFLASH_DETACH ------------------- - This ioctl is responsible for unregistering a context with the - cxlflash driver and release outstanding resources that were - not explicitly released via the DK_CXLFLASH_RELEASE ioctl. Upon - success, all "tokens" which had been provided to the user from the - DK_CXLFLASH_ATTACH onward are no longer valid. - - When the DK_CXLFLASH_APP_CLOSE_ADAP_FD flag was returned on a successful - attach, the application _must_ close the fd2 associated with the context - following the detach of the final user of the context. - -DK_CXLFLASH_VLUN_CLONE ----------------------- - This ioctl is responsible for cloning a previously created - context to a more recently created context. It exists solely to - support maintaining user space access to storage after a process - forks. Upon success, the child process (which invoked the ioctl) - will have access to the same LUNs via the same resource handle(s) - as the parent, but under a different context. - - Context sharing across processes is not supported with CXL and - therefore each fork must be met with establishing a new context - for the child process. This ioctl simplifies the state management - and playback required by a user in such a scenario. When a process - forks, child process can clone the parents context by first creating - a context (via DK_CXLFLASH_ATTACH) and then using this ioctl to - perform the clone from the parent to the child. - - The clone itself is fairly simple. The resource handle and lun - translation tables are copied from the parent context to the child's - and then synced with the AFU. - - When the DK_CXLFLASH_APP_CLOSE_ADAP_FD flag was returned on a successful - attach, the application _must_ close the fd2 associated with the source - context (still resident/accessible in the parent process) following the - clone. This is to avoid a stale entry in the file descriptor table of the - child process. - - This ioctl can return -EAGAIN if an AFU sync operation takes too long. - In addition to returning a failure to user, cxlflash will also schedule - an asynchronous AFU reset. Should the user choose to retry the operation, - it is expected to succeed. If this ioctl fails with -EAGAIN, the user - can either retry the operation or treat it as a failure. - -DK_CXLFLASH_VERIFY ------------------- - This ioctl is used to detect various changes such as the capacity of - the disk changing, the number of LUNs visible changing, etc. In cases - where the changes affect the application (such as a LUN resize), the - cxlflash driver will report the changed state to the application. - - The user calls in when they want to validate that a LUN hasn't been - changed in response to a check condition. As the user is operating out - of band from the kernel, they will see these types of events without - the kernel's knowledge. When encountered, the user's architected - behavior is to call in to this ioctl, indicating what they want to - verify and passing along any appropriate information. For now, only - verifying a LUN change (ie: size different) with sense data is - supported. - -DK_CXLFLASH_RECOVER_AFU ------------------------ - This ioctl is used to drive recovery (if such an action is warranted) - of a specified user context. Any state associated with the user context - is re-established upon successful recovery. - - User contexts are put into an error condition when the device needs to - be reset or is terminating. Users are notified of this error condition - by seeing all 0xF's on an MMIO read. Upon encountering this, the - architected behavior for a user is to call into this ioctl to recover - their context. A user may also call into this ioctl at any time to - check if the device is operating normally. If a failure is returned - from this ioctl, the user is expected to gracefully clean up their - context via release/detach ioctls. Until they do, the context they - hold is not relinquished. The user may also optionally exit the process - at which time the context/resources they held will be freed as part of - the release fop. - - When the DK_CXLFLASH_APP_CLOSE_ADAP_FD flag was returned on a successful - attach, the application _must_ unmap and close the fd2 associated with the - original context following this ioctl returning success and indicating that - the context was recovered (DK_CXLFLASH_RECOVER_AFU_CONTEXT_RESET). - -DK_CXLFLASH_MANAGE_LUN ----------------------- - This ioctl is used to switch a LUN from a mode where it is available - for file-system access (legacy), to a mode where it is set aside for - exclusive user space access (superpipe). In case a LUN is visible - across multiple ports and adapters, this ioctl is used to uniquely - identify each LUN by its World Wide Node Name (WWNN). - - -CXL Flash Driver Host IOCTLs -============================ - - Each host adapter instance that is supported by the cxlflash driver - has a special character device associated with it to enable a set of - host management function. These character devices are hosted in a - class dedicated for cxlflash and can be accessed via `/dev/cxlflash/*`. - - Applications can be written to perform various functions using the - host ioctl APIs below. - - The structure definitions for these IOCTLs are available in: - uapi/scsi/cxlflash_ioctl.h - -HT_CXLFLASH_LUN_PROVISION -------------------------- - This ioctl is used to create and delete persistent LUNs on cxlflash - devices that lack an external LUN management interface. It is only - valid when used with AFUs that support the LUN provision capability. - - When sufficient space is available, LUNs can be created by specifying - the target port to host the LUN and a desired size in 4K blocks. Upon - success, the LUN ID and WWID of the created LUN will be returned and - the SCSI bus can be scanned to detect the change in LUN topology. Note - that partial allocations are not supported. Should a creation fail due - to a space issue, the target port can be queried for its current LUN - geometry. - - To remove a LUN, the device must first be disassociated from the Linux - SCSI subsystem. The LUN deletion can then be initiated by specifying a - target port and LUN ID. Upon success, the LUN geometry associated with - the port will be updated to reflect new number of provisioned LUNs and - available capacity. - - To query the LUN geometry of a port, the target port is specified and - upon success, the following information is presented: - - - Maximum number of provisioned LUNs allowed for the port - - Current number of provisioned LUNs for the port - - Maximum total capacity of provisioned LUNs for the port (4K blocks) - - Current total capacity of provisioned LUNs for the port (4K blocks) - - With this information, the number of available LUNs and capacity can be - can be calculated. - -HT_CXLFLASH_AFU_DEBUG ---------------------- - This ioctl is used to debug AFUs by supporting a command pass-through - interface. It is only valid when used with AFUs that support the AFU - debug capability. - - With exception of buffer management, AFU debug commands are opaque to - cxlflash and treated as pass-through. For debug commands that do require - data transfer, the user supplies an adequately sized data buffer and must - specify the data transfer direction with respect to the host. There is a - maximum transfer size of 256K imposed. Note that partial read completions - are not supported - when errors are experienced with a host read data - transfer, the data buffer is not copied back to the user. diff --git a/Documentation/arch/powerpc/dexcr.rst b/Documentation/arch/powerpc/dexcr.rst index 615a631f51fa..ab0724212fcd 100644 --- a/Documentation/arch/powerpc/dexcr.rst +++ b/Documentation/arch/powerpc/dexcr.rst @@ -36,8 +36,145 @@ state for a process. Configuration ============= -The DEXCR is currently unconfigurable. All threads are run with the -NPHIE aspect enabled. +prctl +----- + +A process can control its own userspace DEXCR value using the +``PR_PPC_GET_DEXCR`` and ``PR_PPC_SET_DEXCR`` pair of +:manpage:`prctl(2)` commands. These calls have the form:: + + prctl(PR_PPC_GET_DEXCR, unsigned long which, 0, 0, 0); + prctl(PR_PPC_SET_DEXCR, unsigned long which, unsigned long ctrl, 0, 0); + +The possible 'which' and 'ctrl' values are as follows. Note there is no relation +between the 'which' value and the DEXCR aspect's index. + +.. flat-table:: + :header-rows: 1 + :widths: 2 7 1 + + * - ``prctl()`` which + - Aspect name + - Aspect index + + * - ``PR_PPC_DEXCR_SBHE`` + - Speculative Branch Hint Enable (SBHE) + - 0 + + * - ``PR_PPC_DEXCR_IBRTPD`` + - Indirect Branch Recurrent Target Prediction Disable (IBRTPD) + - 3 + + * - ``PR_PPC_DEXCR_SRAPD`` + - Subroutine Return Address Prediction Disable (SRAPD) + - 4 + + * - ``PR_PPC_DEXCR_NPHIE`` + - Non-Privileged Hash Instruction Enable (NPHIE) + - 5 + +.. flat-table:: + :header-rows: 1 + :widths: 2 8 + + * - ``prctl()`` ctrl + - Meaning + + * - ``PR_PPC_DEXCR_CTRL_EDITABLE`` + - This aspect can be configured with PR_PPC_SET_DEXCR (get only) + + * - ``PR_PPC_DEXCR_CTRL_SET`` + - This aspect is set / set this aspect + + * - ``PR_PPC_DEXCR_CTRL_CLEAR`` + - This aspect is clear / clear this aspect + + * - ``PR_PPC_DEXCR_CTRL_SET_ONEXEC`` + - This aspect will be set after exec / set this aspect after exec + + * - ``PR_PPC_DEXCR_CTRL_CLEAR_ONEXEC`` + - This aspect will be clear after exec / clear this aspect after exec + +Note that + +* which is a plain value, not a bitmask. Aspects must be worked with individually. + +* ctrl is a bitmask. ``PR_PPC_GET_DEXCR`` returns both the current and onexec + configuration. For example, ``PR_PPC_GET_DEXCR`` may return + ``PR_PPC_DEXCR_CTRL_EDITABLE | PR_PPC_DEXCR_CTRL_SET | + PR_PPC_DEXCR_CTRL_CLEAR_ONEXEC``. This would indicate the aspect is currently + set, it will be cleared when you run exec, and you can change this with the + ``PR_PPC_SET_DEXCR`` prctl. + +* The set/clear terminology refers to setting/clearing the bit in the DEXCR. + For example:: + + prctl(PR_PPC_SET_DEXCR, PR_PPC_DEXCR_IBRTPD, PR_PPC_DEXCR_CTRL_SET, 0, 0); + + will set the IBRTPD aspect bit in the DEXCR, causing indirect branch prediction + to be disabled. + +* The status returned by ``PR_PPC_GET_DEXCR`` represents what value the process + would like applied. It does not include any alternative overrides, such as if + the hypervisor is enforcing the aspect be set. To see the true DEXCR state + software should read the appropriate SPRs directly. + +* The aspect state when starting a process is copied from the parent's state on + :manpage:`fork(2)`. The state is reset to a fixed value on + :manpage:`execve(2)`. The PR_PPC_SET_DEXCR prctl() can control both of these + values. + +* The ``*_ONEXEC`` controls do not change the current process's DEXCR. + +Use ``PR_PPC_SET_DEXCR`` with one of ``PR_PPC_DEXCR_CTRL_SET`` or +``PR_PPC_DEXCR_CTRL_CLEAR`` to edit a given aspect. + +Common error codes for both getting and setting the DEXCR are as follows: + +.. flat-table:: + :header-rows: 1 + :widths: 2 8 + + * - Error + - Meaning + + * - ``EINVAL`` + - The DEXCR is not supported by the kernel. + + * - ``ENODEV`` + - The aspect is not recognised by the kernel or not supported by the + hardware. + +``PR_PPC_SET_DEXCR`` may also report the following error codes: + +.. flat-table:: + :header-rows: 1 + :widths: 2 8 + + * - Error + - Meaning + + * - ``EINVAL`` + - The ctrl value contains unrecognised flags. + + * - ``EINVAL`` + - The ctrl value contains mutually conflicting flags (e.g., + ``PR_PPC_DEXCR_CTRL_SET | PR_PPC_DEXCR_CTRL_CLEAR``) + + * - ``EPERM`` + - This aspect cannot be modified with prctl() (check for the + PR_PPC_DEXCR_CTRL_EDITABLE flag with PR_PPC_GET_DEXCR). + + * - ``EPERM`` + - The process does not have sufficient privilege to perform the operation. + For example, clearing NPHIE on exec is a privileged operation (a process + can still clear its own NPHIE aspect without privileges). + +This interface allows a process to control its own DEXCR aspects, and also set +the initial DEXCR value for any children in its process tree (up to the next +child to use an ``*_ONEXEC`` control). This allows fine-grained control over the +default value of the DEXCR, for example allowing containers to run with different +default values. coredump and ptrace diff --git a/Documentation/arch/powerpc/elf_hwcaps.rst b/Documentation/arch/powerpc/elf_hwcaps.rst index 4c896cf077c2..fce7489877b5 100644 --- a/Documentation/arch/powerpc/elf_hwcaps.rst +++ b/Documentation/arch/powerpc/elf_hwcaps.rst @@ -91,6 +91,7 @@ PPC_FEATURE_HAS_MMU PPC_FEATURE_HAS_4xxMAC The processor is 40x or 44x family. + Unused in the kernel since 732b32daef80 ("powerpc: Remove core support for 40x") PPC_FEATURE_UNIFIED_CACHE The processor has a unified L1 cache for instructions and data, as diff --git a/Documentation/arch/powerpc/firmware-assisted-dump.rst b/Documentation/arch/powerpc/firmware-assisted-dump.rst index e363fc48529a..7e266e749cd5 100644 --- a/Documentation/arch/powerpc/firmware-assisted-dump.rst +++ b/Documentation/arch/powerpc/firmware-assisted-dump.rst @@ -120,6 +120,28 @@ to ensure that crash data is preserved to process later. e.g. # echo 1 > /sys/firmware/opal/mpipl/release_core +-- Support for Additional Kernel Arguments in Fadump + Fadump has a feature that allows passing additional kernel arguments + to the fadump kernel. This feature was primarily designed to disable + kernel functionalities that are not required for the fadump kernel + and to reduce its memory footprint while collecting the dump. + + Command to Add Additional Kernel Parameters to Fadump: + e.g. + # echo "nr_cpus=16" > /sys/kernel/fadump/bootargs_append + + The above command is sufficient to add additional arguments to fadump. + An explicit service restart is not required. + + Command to Retrieve the Additional Fadump Arguments: + e.g. + # cat /sys/kernel/fadump/bootargs_append + +Note: Additional kernel arguments for fadump with HASH MMU is only + supported if the RMA size is greater than 768 MB. If the RMA + size is less than 768 MB, the kernel does not export the + /sys/kernel/fadump/bootargs_append sysfs node. + Implementation details: ----------------------- @@ -134,12 +156,12 @@ that are run. If there is dump data, then the memory is held. If there is no waiting dump data, then only the memory required to -hold CPU state, HPTE region, boot memory dump, FADump header and -elfcore header, is usually reserved at an offset greater than boot -memory size (see Fig. 1). This area is *not* released: this region -will be kept permanently reserved, so that it can act as a receptacle -for a copy of the boot memory content in addition to CPU state and -HPTE region, in the case a crash does occur. +hold CPU state, HPTE region, boot memory dump, and FADump header is +usually reserved at an offset greater than boot memory size (see Fig. 1). +This area is *not* released: this region will be kept permanently +reserved, so that it can act as a receptacle for a copy of the boot +memory content in addition to CPU state and HPTE region, in the case +a crash does occur. Since this reserved memory area is used only after the system crash, there is no point in blocking this significant chunk of memory from @@ -153,22 +175,22 @@ that were present in CMA region:: o Memory Reservation during first kernel - Low memory Top of memory - 0 boot memory size |<--- Reserved dump area --->| | - | | | Permanent Reservation | | - V V | | V - +-----------+-----/ /---+---+----+-------+-----+-----+----+--+ - | | |///|////| DUMP | HDR | ELF |////| | - +-----------+-----/ /---+---+----+-------+-----+-----+----+--+ - | ^ ^ ^ ^ ^ - | | | | | | - \ CPU HPTE / | | - ------------------------------ | | - Boot memory content gets transferred | | - to reserved area by firmware at the | | - time of crash. | | - FADump Header | - (meta area) | + Low memory Top of memory + 0 boot memory size |<------ Reserved dump area ----->| | + | | | Permanent Reservation | | + V V | | V + +-----------+-----/ /---+---+----+-----------+-------+----+-----+ + | | |///|////| DUMP | HDR |////| | + +-----------+-----/ /---+---+----+-----------+-------+----+-----+ + | ^ ^ ^ ^ ^ + | | | | | | + \ CPU HPTE / | | + -------------------------------- | | + Boot memory content gets transferred | | + to reserved area by firmware at the | | + time of crash. | | + FADump Header | + (meta area) | | | Metadata: This area holds a metadata structure whose @@ -186,13 +208,20 @@ that were present in CMA region:: 0 boot memory size | | |<------------ Crash preserved area ------------>| V V |<--- Reserved dump area --->| | - +-----------+-----/ /---+---+----+-------+-----+-----+----+--+ - | | |///|////| DUMP | HDR | ELF |////| | - +-----------+-----/ /---+---+----+-------+-----+-----+----+--+ - | | - V V - Used by second /proc/vmcore - kernel to boot + +----+---+--+-----/ /---+---+----+-------+-----+-----+-------+ + | |ELF| | |///|////| DUMP | HDR |/////| | + +----+---+--+-----/ /---+---+----+-------+-----+-----+-------+ + | | | | | | + ----- ------------------------------ --------------- + \ | | + \ | | + \ | | + \ | ---------------------------- + \ | / + \ | / + \ | / + /proc/vmcore + +---+ |///| -> Regions (CPU, HPTE & Metadata) marked like this in the above @@ -200,6 +229,12 @@ that were present in CMA region:: does not have CPU & HPTE regions while Metadata region is not supported on pSeries currently. + +---+ + |ELF| -> elfcorehdr, it is created in second kernel after crash. + +---+ + + Note: Memory from 0 to the boot memory size is used by second kernel + Fig. 2 @@ -353,26 +388,6 @@ TODO: - Need to come up with the better approach to find out more accurate boot memory size that is required for a kernel to boot successfully when booted with restricted memory. - - The FADump implementation introduces a FADump crash info structure - in the scratch area before the ELF core header. The idea of introducing - this structure is to pass some important crash info data to the second - kernel which will help second kernel to populate ELF core header with - correct data before it gets exported through /proc/vmcore. The current - design implementation does not address a possibility of introducing - additional fields (in future) to this structure without affecting - compatibility. Need to come up with the better approach to address this. - - The possible approaches are: - - 1. Introduce version field for version tracking, bump up the version - whenever a new field is added to the structure in future. The version - field can be used to find out what fields are valid for the current - version of the structure. - 2. Reserve the area of predefined size (say PAGE_SIZE) for this - structure and have unused area as reserved (initialized to zero) - for future field additions. - - The advantage of approach 1 over 2 is we don't need to reserve extra space. Author: Mahesh Salgaonkar <mahesh@linux.vnet.ibm.com> diff --git a/Documentation/arch/powerpc/htm.rst b/Documentation/arch/powerpc/htm.rst new file mode 100644 index 000000000000..fcb4eb6306b1 --- /dev/null +++ b/Documentation/arch/powerpc/htm.rst @@ -0,0 +1,104 @@ +.. SPDX-License-Identifier: GPL-2.0 +.. _htm: + +=================================== +HTM (Hardware Trace Macro) +=================================== + +Athira Rajeev, 2 Mar 2025 + +.. contents:: + :depth: 3 + + +Basic overview +============== + +H_HTM is used as an interface for executing Hardware Trace Macro (HTM) +functions, including setup, configuration, control and dumping of the HTM data. +For using HTM, it is required to setup HTM buffers and HTM operations can +be controlled using the H_HTM hcall. The hcall can be invoked for any core/chip +of the system from within a partition itself. To use this feature, a debugfs +folder called "htmdump" is present under /sys/kernel/debug/powerpc. + + +HTM debugfs example usage +========================= + +.. code-block:: sh + + # ls /sys/kernel/debug/powerpc/htmdump/ + coreindexonchip htmcaps htmconfigure htmflags htminfo htmsetup + htmstart htmstatus htmtype nodalchipindex nodeindex trace + +Details on each file: + +* nodeindex, nodalchipindex, coreindexonchip specifies which partition to configure the HTM for. +* htmtype: specifies the type of HTM. Supported target is hardwareTarget. +* trace: is to read the HTM data. +* htmconfigure: Configure/Deconfigure the HTM. Writing 1 to the file will configure the trace, writing 0 to the file will do deconfigure. +* htmstart: start/Stop the HTM. Writing 1 to the file will start the tracing, writing 0 to the file will stop the tracing. +* htmstatus: get the status of HTM. This is needed to understand the HTM state after each operation. +* htmsetup: set the HTM buffer size. Size of HTM buffer is in power of 2 +* htminfo: provides the system processor configuration details. This is needed to understand the appropriate values for nodeindex, nodalchipindex, coreindexonchip. +* htmcaps : provides the HTM capabilities like minimum/maximum buffer size, what kind of tracing the HTM supports etc. +* htmflags : allows to pass flags to hcall. Currently supports controlling the wrapping of HTM buffer. + +To see the system processor configuration details: + +.. code-block:: sh + + # cat /sys/kernel/debug/powerpc/htmdump/htminfo > htminfo_file + +The result can be interpreted using hexdump. + +To collect HTM traces for a partition represented by nodeindex as +zero, nodalchipindex as 1 and coreindexonchip as 12 + +.. code-block:: sh + + # cd /sys/kernel/debug/powerpc/htmdump/ + # echo 2 > htmtype + # echo 33 > htmsetup ( sets 8GB memory for HTM buffer, number is size in power of 2 ) + +This requires a CEC reboot to get the HTM buffers allocated. + +.. code-block:: sh + + # cd /sys/kernel/debug/powerpc/htmdump/ + # echo 2 > htmtype + # echo 0 > nodeindex + # echo 1 > nodalchipindex + # echo 12 > coreindexonchip + # echo 1 > htmflags # to set noWrap for HTM buffers + # echo 1 > htmconfigure # Configure the HTM + # echo 1 > htmstart # Start the HTM + # echo 0 > htmstart # Stop the HTM + # echo 0 > htmconfigure # Deconfigure the HTM + # cat htmstatus # Dump the status of HTM entries as data + +Above will set the htmtype and core details, followed by executing respective HTM operation. + +Read the HTM trace data +======================== + +After starting the trace collection, run the workload +of interest. Stop the trace collection after required period +of time, and read the trace file. + +.. code-block:: sh + + # cat /sys/kernel/debug/powerpc/htmdump/trace > trace_file + +This trace file will contain the relevant instruction traces +collected during the workload execution. And can be used as +input file for trace decoders to understand data. + +Benefits of using HTM debugfs interface +======================================= + +It is now possible to collect traces for a particular core/chip +from within any partition of the system and decode it. Through +this enablement, a small partition can be dedicated to collect the +trace data and analyze to provide important information for Performance +analysis, Software tuning, or Hardware debug. diff --git a/Documentation/arch/powerpc/index.rst b/Documentation/arch/powerpc/index.rst index 9749f6dc258f..0560cbae5fa1 100644 --- a/Documentation/arch/powerpc/index.rst +++ b/Documentation/arch/powerpc/index.rst @@ -12,8 +12,6 @@ powerpc bootwrapper cpu_families cpu_features - cxl - cxlflash dawr-power9 dexcr dscr diff --git a/Documentation/arch/powerpc/kvm-nested.rst b/Documentation/arch/powerpc/kvm-nested.rst index 630602a8aa00..574592505604 100644 --- a/Documentation/arch/powerpc/kvm-nested.rst +++ b/Documentation/arch/powerpc/kvm-nested.rst @@ -208,13 +208,9 @@ associated values for each ID in the GSB:: flags: Bit 0: getGuestWideState: Request state of the Guest instead of an individual VCPU. - Bit 1: takeOwnershipOfVcpuState Indicate the L1 is taking - over ownership of the VCPU state and that the L0 can free - the storage holding the state. The VCPU state will need to - be returned to the Hypervisor via H_GUEST_SET_STATE prior - to H_GUEST_RUN_VCPU being called for this VCPU. The data - returned in the dataBuffer is in a Hypervisor internal - format. + Bit 1: getHostWideState: Request stats of the Host. This causes + the guestId and vcpuId parameters to be ignored and attempting + to get the VCPU/Guest state will cause an error. Bits 2-63: Reserved guestId: ID obtained from H_GUEST_CREATE vcpuId: ID of the vCPU pass to H_GUEST_CREATE_VCPU @@ -406,9 +402,10 @@ the partition like the timebase offset and partition scoped page table information. +--------+-------+----+--------+----------------------------------+ -| ID | Size | RW | Thread | Details | -| | Bytes | | Guest | | -| | | | Scope | | +| ID | Size | RW |(H)ost | Details | +| | Bytes | |(G)uest | | +| | | |(T)hread| | +| | | |Scope | | +========+=======+====+========+==================================+ | 0x0000 | | RW | TG | NOP element | +--------+-------+----+--------+----------------------------------+ @@ -434,6 +431,29 @@ table information. | | | | |- 0x8 Table size. | +--------+-------+----+--------+----------------------------------+ | 0x0007-| | | | Reserved | +| 0x07FF | | | | | ++--------+-------+----+--------+----------------------------------+ +| 0x0800 | 0x08 | R | H | Current usage in bytes of the | +| | | | | L0's Guest Management Space | +| | | | | for an L1-Lpar. | ++--------+-------+----+--------+----------------------------------+ +| 0x0801 | 0x08 | R | H | Max bytes available in the | +| | | | | L0's Guest Management Space for | +| | | | | an L1-Lpar | ++--------+-------+----+--------+----------------------------------+ +| 0x0802 | 0x08 | R | H | Current usage in bytes of the | +| | | | | L0's Guest Page Table Management | +| | | | | Space for an L1-Lpar | ++--------+-------+----+--------+----------------------------------+ +| 0x0803 | 0x08 | R | H | Max bytes available in the L0's | +| | | | | Guest Page Table Management | +| | | | | Space for an L1-Lpar | ++--------+-------+----+--------+----------------------------------+ +| 0x0804 | 0x08 | R | H | Cumulative Reclaimed bytes from | +| | | | | L0 Guest's Page Table Management | +| | | | | Space due to overcommit | ++--------+-------+----+--------+----------------------------------+ +| 0x0805-| | | | Reserved | | 0x0BFF | | | | | +--------+-------+----+--------+----------------------------------+ | 0x0C00 | 0x10 | RW | T |Run vCPU Input Buffer: | @@ -546,7 +566,9 @@ table information. +--------+-------+----+--------+----------------------------------+ | 0x1052 | 0x08 | RW | T | CTRL | +--------+-------+----+--------+----------------------------------+ -| 0x1053-| | | | Reserved | +| 0x1053 | 0x08 | RW | T | DPDES | ++--------+-------+----+--------+----------------------------------+ +| 0x1054-| | | | Reserved | | 0x1FFF | | | | | +--------+-------+----+--------+----------------------------------+ | 0x2000 | 0x04 | RW | T | CR | diff --git a/Documentation/arch/powerpc/papr_hcalls.rst b/Documentation/arch/powerpc/papr_hcalls.rst index 80d2c0aadab5..805e1cb9bab9 100644 --- a/Documentation/arch/powerpc/papr_hcalls.rst +++ b/Documentation/arch/powerpc/papr_hcalls.rst @@ -289,6 +289,17 @@ to be issued multiple times in order to be completely serviced. The subsequent hcalls to the hypervisor until the hcall is completely serviced at which point H_SUCCESS or other error is returned by the hypervisor. +**H_HTM** + +| Input: flags, target, operation (op), op-param1, op-param2, op-param3 +| Out: *dumphtmbufferdata* +| Return Value: *H_Success,H_Busy,H_LongBusyOrder,H_Partial,H_Parameter, + H_P2,H_P3,H_P4,H_P5,H_P6,H_State,H_Not_Available,H_Authority* + +H_HTM supports setup, configuration, control and dumping of Hardware Trace +Macro (HTM) function and its data. HTM buffer stores tracing data for functions +like core instruction, core LLAT and nest. + References ========== .. [1] "Power Architecture Platform Reference" diff --git a/Documentation/arch/powerpc/ultravisor.rst b/Documentation/arch/powerpc/ultravisor.rst index ba6b1bf1cc44..6d0407b2f5a1 100644 --- a/Documentation/arch/powerpc/ultravisor.rst +++ b/Documentation/arch/powerpc/ultravisor.rst @@ -134,7 +134,7 @@ Hardware * PTCR and partition table entries (partition table is in secure memory). An attempt to write to PTCR will cause a Hypervisor - Emulation Assitance interrupt. + Emulation Assistance interrupt. * LDBAR (LD Base Address Register) and IMC (In-Memory Collection) non-architected registers. An attempt to write to them will cause a diff --git a/Documentation/arch/riscv/cmodx.rst b/Documentation/arch/riscv/cmodx.rst new file mode 100644 index 000000000000..8c48bcff3df9 --- /dev/null +++ b/Documentation/arch/riscv/cmodx.rst @@ -0,0 +1,98 @@ +.. SPDX-License-Identifier: GPL-2.0 + +============================================================================== +Concurrent Modification and Execution of Instructions (CMODX) for RISC-V Linux +============================================================================== + +CMODX is a programming technique where a program executes instructions that were +modified by the program itself. Instruction storage and the instruction cache +(icache) are not guaranteed to be synchronized on RISC-V hardware. Therefore, the +program must enforce its own synchronization with the unprivileged fence.i +instruction. + +However, the default Linux ABI prohibits the use of fence.i in userspace +applications. At any point the scheduler may migrate a task onto a new hart. If +migration occurs after the userspace synchronized the icache and instruction +storage with fence.i, the icache on the new hart will no longer be clean. This +is due to the behavior of fence.i only affecting the hart that it is called on. +Thus, the hart that the task has been migrated to may not have synchronized +instruction storage and icache. + +There are two ways to solve this problem: use the riscv_flush_icache() syscall, +or use the ``PR_RISCV_SET_ICACHE_FLUSH_CTX`` prctl() and emit fence.i in +userspace. The syscall performs a one-off icache flushing operation. The prctl +changes the Linux ABI to allow userspace to emit icache flushing operations. + +As an aside, "deferred" icache flushes can sometimes be triggered in the kernel. +At the time of writing, this only occurs during the riscv_flush_icache() syscall +and when the kernel uses copy_to_user_page(). These deferred flushes happen only +when the memory map being used by a hart changes. If the prctl() context caused +an icache flush, this deferred icache flush will be skipped as it is redundant. +Therefore, there will be no additional flush when using the riscv_flush_icache() +syscall inside of the prctl() context. + +prctl() Interface +--------------------- + +Call prctl() with ``PR_RISCV_SET_ICACHE_FLUSH_CTX`` as the first argument. The +remaining arguments will be delegated to the riscv_set_icache_flush_ctx +function detailed below. + +.. kernel-doc:: arch/riscv/mm/cacheflush.c + :identifiers: riscv_set_icache_flush_ctx + +Example usage: + +The following files are meant to be compiled and linked with each other. The +modify_instruction() function replaces an add with 0 with an add with one, +causing the instruction sequence in get_value() to change from returning a zero +to returning a one. + +cmodx.c:: + + #include <stdio.h> + #include <sys/prctl.h> + + extern int get_value(); + extern void modify_instruction(); + + int main() + { + int value = get_value(); + printf("Value before cmodx: %d\n", value); + + // Call prctl before first fence.i is called inside modify_instruction + prctl(PR_RISCV_SET_ICACHE_FLUSH_CTX, PR_RISCV_CTX_SW_FENCEI_ON, PR_RISCV_SCOPE_PER_PROCESS); + modify_instruction(); + // Call prctl after final fence.i is called in process + prctl(PR_RISCV_SET_ICACHE_FLUSH_CTX, PR_RISCV_CTX_SW_FENCEI_OFF, PR_RISCV_SCOPE_PER_PROCESS); + + value = get_value(); + printf("Value after cmodx: %d\n", value); + return 0; + } + +cmodx.S:: + + .option norvc + + .text + .global modify_instruction + modify_instruction: + lw a0, new_insn + lui a5,%hi(old_insn) + sw a0,%lo(old_insn)(a5) + fence.i + ret + + .section modifiable, "awx" + .global get_value + get_value: + li a0, 0 + old_insn: + addi a0, a0, 0 + ret + + .data + new_insn: + addi a0, a0, 1 diff --git a/Documentation/arch/riscv/hwprobe.rst b/Documentation/arch/riscv/hwprobe.rst index b2bcc9eed9aa..f60bf5991755 100644 --- a/Documentation/arch/riscv/hwprobe.rst +++ b/Documentation/arch/riscv/hwprobe.rst @@ -51,7 +51,7 @@ The following keys are defined: * :c:macro:`RISCV_HWPROBE_KEY_MARCHID`: Contains the value of ``marchid``, as defined by the RISC-V privileged architecture specification. -* :c:macro:`RISCV_HWPROBE_KEY_MIMPLID`: Contains the value of ``mimplid``, as +* :c:macro:`RISCV_HWPROBE_KEY_MIMPID`: Contains the value of ``mimpid``, as defined by the RISC-V privileged architecture specification. * :c:macro:`RISCV_HWPROBE_KEY_BASE_BEHAVIOR`: A bitmask containing the base @@ -183,30 +183,155 @@ The following keys are defined: defined in the Atomic Compare-and-Swap (CAS) instructions manual starting from commit 5059e0ca641c ("update to ratified"). + * :c:macro:`RISCV_HWPROBE_EXT_ZICNTR`: The Zicntr extension version 2.0 + is supported as defined in the RISC-V ISA manual. + * :c:macro:`RISCV_HWPROBE_EXT_ZICOND`: The Zicond extension is supported as defined in the RISC-V Integer Conditional (Zicond) operations extension manual starting from commit 95cf1f9 ("Add changes requested by Ved during signoff") -* :c:macro:`RISCV_HWPROBE_KEY_CPUPERF_0`: A bitmask that contains performance - information about the selected set of processors. + * :c:macro:`RISCV_HWPROBE_EXT_ZIHINTPAUSE`: The Zihintpause extension is + supported as defined in the RISC-V ISA manual starting from commit + d8ab5c78c207 ("Zihintpause is ratified"). - * :c:macro:`RISCV_HWPROBE_MISALIGNED_UNKNOWN`: The performance of misaligned - accesses is unknown. + * :c:macro:`RISCV_HWPROBE_EXT_ZIHPM`: The Zihpm extension version 2.0 + is supported as defined in the RISC-V ISA manual. - * :c:macro:`RISCV_HWPROBE_MISALIGNED_EMULATED`: Misaligned accesses are - emulated via software, either in or below the kernel. These accesses are - always extremely slow. + * :c:macro:`RISCV_HWPROBE_EXT_ZVE32X`: The Vector sub-extension Zve32x is + supported, as defined by version 1.0 of the RISC-V Vector extension manual. - * :c:macro:`RISCV_HWPROBE_MISALIGNED_SLOW`: Misaligned accesses are slower - than equivalent byte accesses. Misaligned accesses may be supported - directly in hardware, or trapped and emulated by software. + * :c:macro:`RISCV_HWPROBE_EXT_ZVE32F`: The Vector sub-extension Zve32f is + supported, as defined by version 1.0 of the RISC-V Vector extension manual. - * :c:macro:`RISCV_HWPROBE_MISALIGNED_FAST`: Misaligned accesses are faster - than equivalent byte accesses. + * :c:macro:`RISCV_HWPROBE_EXT_ZVE64X`: The Vector sub-extension Zve64x is + supported, as defined by version 1.0 of the RISC-V Vector extension manual. - * :c:macro:`RISCV_HWPROBE_MISALIGNED_UNSUPPORTED`: Misaligned accesses are - not supported at all and will generate a misaligned address fault. + * :c:macro:`RISCV_HWPROBE_EXT_ZVE64F`: The Vector sub-extension Zve64f is + supported, as defined by version 1.0 of the RISC-V Vector extension manual. + + * :c:macro:`RISCV_HWPROBE_EXT_ZVE64D`: The Vector sub-extension Zve64d is + supported, as defined by version 1.0 of the RISC-V Vector extension manual. + + * :c:macro:`RISCV_HWPROBE_EXT_ZIMOP`: The Zimop May-Be-Operations extension is + supported as defined in the RISC-V ISA manual starting from commit + 58220614a5f ("Zimop is ratified/1.0"). + + * :c:macro:`RISCV_HWPROBE_EXT_ZCA`: The Zca extension part of Zc* standard + extensions for code size reduction, as ratified in commit 8be3419c1c0 + ("Zcf doesn't exist on RV64 as it contains no instructions") of + riscv-code-size-reduction. + + * :c:macro:`RISCV_HWPROBE_EXT_ZCB`: The Zcb extension part of Zc* standard + extensions for code size reduction, as ratified in commit 8be3419c1c0 + ("Zcf doesn't exist on RV64 as it contains no instructions") of + riscv-code-size-reduction. + + * :c:macro:`RISCV_HWPROBE_EXT_ZCD`: The Zcd extension part of Zc* standard + extensions for code size reduction, as ratified in commit 8be3419c1c0 + ("Zcf doesn't exist on RV64 as it contains no instructions") of + riscv-code-size-reduction. + + * :c:macro:`RISCV_HWPROBE_EXT_ZCF`: The Zcf extension part of Zc* standard + extensions for code size reduction, as ratified in commit 8be3419c1c0 + ("Zcf doesn't exist on RV64 as it contains no instructions") of + riscv-code-size-reduction. + + * :c:macro:`RISCV_HWPROBE_EXT_ZCMOP`: The Zcmop May-Be-Operations extension is + supported as defined in the RISC-V ISA manual starting from commit + c732a4f39a4 ("Zcmop is ratified/1.0"). + + * :c:macro:`RISCV_HWPROBE_EXT_ZAWRS`: The Zawrs extension is supported as + ratified in commit 98918c844281 ("Merge pull request #1217 from + riscv/zawrs") of riscv-isa-manual. + + * :c:macro:`RISCV_HWPROBE_EXT_ZAAMO`: The Zaamo extension is supported as + defined in the in the RISC-V ISA manual starting from commit e87412e621f1 + ("integrate Zaamo and Zalrsc text (#1304)"). + + * :c:macro:`RISCV_HWPROBE_EXT_ZALRSC`: The Zalrsc extension is supported as + defined in the in the RISC-V ISA manual starting from commit e87412e621f1 + ("integrate Zaamo and Zalrsc text (#1304)"). + + * :c:macro:`RISCV_HWPROBE_EXT_SUPM`: The Supm extension is supported as + defined in version 1.0 of the RISC-V Pointer Masking extensions. + + * :c:macro:`RISCV_HWPROBE_EXT_ZFBFMIN`: The Zfbfmin extension is supported as + defined in the RISC-V ISA manual starting from commit 4dc23d6229de + ("Added Chapter title to BF16"). + + * :c:macro:`RISCV_HWPROBE_EXT_ZVFBFMIN`: The Zvfbfmin extension is supported as + defined in the RISC-V ISA manual starting from commit 4dc23d6229de + ("Added Chapter title to BF16"). + + * :c:macro:`RISCV_HWPROBE_EXT_ZVFBFWMA`: The Zvfbfwma extension is supported as + defined in the RISC-V ISA manual starting from commit 4dc23d6229de + ("Added Chapter title to BF16"). + + * :c:macro:`RISCV_HWPROBE_EXT_ZICBOM`: The Zicbom extension is supported, as + ratified in commit 3dd606f ("Create cmobase-v1.0.pdf") of riscv-CMOs. + +* :c:macro:`RISCV_HWPROBE_KEY_CPUPERF_0`: Deprecated. Returns similar values to + :c:macro:`RISCV_HWPROBE_KEY_MISALIGNED_SCALAR_PERF`, but the key was + mistakenly classified as a bitmask rather than a value. + +* :c:macro:`RISCV_HWPROBE_KEY_MISALIGNED_SCALAR_PERF`: An enum value describing + the performance of misaligned scalar native word accesses on the selected set + of processors. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_SCALAR_UNKNOWN`: The performance of + misaligned scalar accesses is unknown. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_SCALAR_EMULATED`: Misaligned scalar + accesses are emulated via software, either in or below the kernel. These + accesses are always extremely slow. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_SCALAR_SLOW`: Misaligned scalar native + word sized accesses are slower than the equivalent quantity of byte + accesses. Misaligned accesses may be supported directly in hardware, or + trapped and emulated by software. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_SCALAR_FAST`: Misaligned scalar native + word sized accesses are faster than the equivalent quantity of byte + accesses. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_SCALAR_UNSUPPORTED`: Misaligned scalar + accesses are not supported at all and will generate a misaligned address + fault. * :c:macro:`RISCV_HWPROBE_KEY_ZICBOZ_BLOCK_SIZE`: An unsigned int which represents the size of the Zicboz block in bytes. + +* :c:macro:`RISCV_HWPROBE_KEY_HIGHEST_VIRT_ADDRESS`: An unsigned long which + represent the highest userspace virtual address usable. + +* :c:macro:`RISCV_HWPROBE_KEY_TIME_CSR_FREQ`: Frequency (in Hz) of `time CSR`. + +* :c:macro:`RISCV_HWPROBE_KEY_MISALIGNED_VECTOR_PERF`: An enum value describing the + performance of misaligned vector accesses on the selected set of processors. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_VECTOR_UNKNOWN`: The performance of misaligned + vector accesses is unknown. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_VECTOR_SLOW`: 32-bit misaligned accesses using vector + registers are slower than the equivalent quantity of byte accesses via vector registers. + Misaligned accesses may be supported directly in hardware, or trapped and emulated by software. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_VECTOR_FAST`: 32-bit misaligned accesses using vector + registers are faster than the equivalent quantity of byte accesses via vector registers. + + * :c:macro:`RISCV_HWPROBE_MISALIGNED_VECTOR_UNSUPPORTED`: Misaligned vector accesses are + not supported at all and will generate a misaligned address fault. + +* :c:macro:`RISCV_HWPROBE_KEY_VENDOR_EXT_THEAD_0`: A bitmask containing the + thead vendor extensions that are compatible with the + :c:macro:`RISCV_HWPROBE_BASE_BEHAVIOR_IMA`: base system behavior. + + * T-HEAD + + * :c:macro:`RISCV_HWPROBE_VENDOR_EXT_XTHEADVECTOR`: The xtheadvector vendor + extension is supported in the T-Head ISA extensions spec starting from + commit a18c801634 ("Add T-Head VECTOR vendor extension. "). + +* :c:macro:`RISCV_HWPROBE_KEY_ZICBOM_BLOCK_SIZE`: An unsigned int which + represents the size of the Zicbom block in bytes. diff --git a/Documentation/arch/riscv/index.rst b/Documentation/arch/riscv/index.rst index 4dab0cb4b900..eecf347ce849 100644 --- a/Documentation/arch/riscv/index.rst +++ b/Documentation/arch/riscv/index.rst @@ -13,6 +13,7 @@ RISC-V architecture patch-acceptance uabi vector + cmodx features diff --git a/Documentation/arch/riscv/uabi.rst b/Documentation/arch/riscv/uabi.rst index 54d199dce78b..243e40062e34 100644 --- a/Documentation/arch/riscv/uabi.rst +++ b/Documentation/arch/riscv/uabi.rst @@ -65,4 +65,22 @@ the extension, or may have deliberately removed it from the listing. Misaligned accesses ------------------- -Misaligned accesses are supported in userspace, but they may perform poorly. +Misaligned scalar accesses are supported in userspace, but they may perform +poorly. Misaligned vector accesses are only supported if the Zicclsm extension +is supported. + +Pointer masking +--------------- + +Support for pointer masking in userspace (the Supm extension) is provided via +the ``PR_SET_TAGGED_ADDR_CTRL`` and ``PR_GET_TAGGED_ADDR_CTRL`` ``prctl()`` +operations. Pointer masking is disabled by default. To enable it, userspace +must call ``PR_SET_TAGGED_ADDR_CTRL`` with the ``PR_PMLEN`` field set to the +number of mask/tag bits needed by the application. ``PR_PMLEN`` is interpreted +as a lower bound; if the kernel is unable to satisfy the request, the +``PR_SET_TAGGED_ADDR_CTRL`` operation will fail. The actual number of tag bits +is returned in ``PR_PMLEN`` by the ``PR_GET_TAGGED_ADDR_CTRL`` operation. + +Additionally, when pointer masking is enabled (``PR_PMLEN`` is greater than 0), +a tagged address ABI is supported, with the same interface and behavior as +documented for AArch64 (Documentation/arch/arm64/tagged-address-abi.rst). diff --git a/Documentation/arch/riscv/vector.rst b/Documentation/arch/riscv/vector.rst index 75dd88a62e1d..3987f5f76a9d 100644 --- a/Documentation/arch/riscv/vector.rst +++ b/Documentation/arch/riscv/vector.rst @@ -15,7 +15,7 @@ status for the use of Vector in userspace. The intended usage guideline for these interfaces is to give init systems a way to modify the availability of V for processes running under its domain. Calling these interfaces is not recommended in libraries routines because libraries should not override policies -configured from the parant process. Also, users must noted that these interfaces +configured from the parent process. Also, users must note that these interfaces are not portable to non-Linux, nor non-RISC-V environments, so it is discourage to use in a portable code. To get the availability of V in an ELF program, please read :c:macro:`COMPAT_HWCAP_ISA_V` bit of :c:macro:`ELF_HWCAP` in the diff --git a/Documentation/arch/riscv/vm-layout.rst b/Documentation/arch/riscv/vm-layout.rst index e476b4386bd9..eabec99b5852 100644 --- a/Documentation/arch/riscv/vm-layout.rst +++ b/Documentation/arch/riscv/vm-layout.rst @@ -47,11 +47,12 @@ RISC-V Linux Kernel SV39 | Kernel-space virtual memory, shared between all processes: ____________________________________________________________|___________________________________________________________ | | | | - ffffffc6fea00000 | -228 GB | ffffffc6feffffff | 6 MB | fixmap - ffffffc6ff000000 | -228 GB | ffffffc6ffffffff | 16 MB | PCI io - ffffffc700000000 | -228 GB | ffffffc7ffffffff | 4 GB | vmemmap - ffffffc800000000 | -224 GB | ffffffd7ffffffff | 64 GB | vmalloc/ioremap space - ffffffd800000000 | -160 GB | fffffff6ffffffff | 124 GB | direct mapping of all physical memory + ffffffc4fea00000 | -236 GB | ffffffc4feffffff | 6 MB | fixmap + ffffffc4ff000000 | -236 GB | ffffffc4ffffffff | 16 MB | PCI io + ffffffc500000000 | -236 GB | ffffffc5ffffffff | 4 GB | vmemmap + ffffffc600000000 | -232 GB | ffffffd5ffffffff | 64 GB | vmalloc/ioremap space + ffffffd600000000 | -168 GB | fffffff5ffffffff | 128 GB | direct mapping of all physical memory + | | | | fffffff700000000 | -36 GB | fffffffeffffffff | 32 GB | kasan __________________|____________|__________________|_________|____________________________________________________________ | @@ -133,19 +134,3 @@ RISC-V Linux Kernel SV57 ffffffff00000000 | -4 GB | ffffffff7fffffff | 2 GB | modules, BPF ffffffff80000000 | -2 GB | ffffffffffffffff | 2 GB | kernel __________________|____________|__________________|_________|____________________________________________________________ - - -Userspace VAs --------------------- -To maintain compatibility with software that relies on the VA space with a -maximum of 48 bits the kernel will, by default, return virtual addresses to -userspace from a 48-bit range (sv48). This default behavior is achieved by -passing 0 into the hint address parameter of mmap. On CPUs with an address space -smaller than sv48, the CPU maximum supported address space will be the default. - -Software can "opt-in" to receiving VAs from another VA space by providing -a hint address to mmap. When a hint address is passed to mmap, the returned -address will never use more bits than the hint address. For example, if a hint -address of `1 << 40` is passed to mmap, a valid returned address will never use -bits 41 through 63. If no mappable addresses are available in that range, mmap -will return `MAP_FAILED`. diff --git a/Documentation/arch/s390/driver-model.rst b/Documentation/arch/s390/driver-model.rst index ad4bc2dbea43..ad18f129fb0b 100644 --- a/Documentation/arch/s390/driver-model.rst +++ b/Documentation/arch/s390/driver-model.rst @@ -244,7 +244,7 @@ information about the interrupt from the irb parameter. -------------------- The ccwgroup mechanism is designed to handle devices consisting of multiple ccw -devices, like lcs or ctc. +devices, like qeth or ctc. The ccw driver provides a 'group' attribute. Piping bus ids of ccw devices to this attributes creates a ccwgroup device consisting of these ccw devices (if diff --git a/Documentation/arch/s390/index.rst b/Documentation/arch/s390/index.rst index 73c79bf586fd..e75a6e5d2505 100644 --- a/Documentation/arch/s390/index.rst +++ b/Documentation/arch/s390/index.rst @@ -8,6 +8,7 @@ s390 Architecture cds 3270 driver-model + mm monreader qeth s390dbf diff --git a/Documentation/arch/s390/mm.rst b/Documentation/arch/s390/mm.rst new file mode 100644 index 000000000000..084adad5eef9 --- /dev/null +++ b/Documentation/arch/s390/mm.rst @@ -0,0 +1,111 @@ +.. SPDX-License-Identifier: GPL-2.0 + +================= +Memory Management +================= + +Virtual memory layout +===================== + +.. note:: + + - Some aspects of the virtual memory layout setup are not + clarified (number of page levels, alignment, DMA memory). + + - Unused gaps in the virtual memory layout could be present + or not - depending on how partucular system is configured. + No page tables are created for the unused gaps. + + - The virtual memory regions are tracked or untracked by KASAN + instrumentation, as well as the KASAN shadow memory itself is + created only when CONFIG_KASAN configuration option is enabled. + +:: + + ============================================================================= + | Physical | Virtual | VM area description + ============================================================================= + +- 0 --------------+- 0 --------------+ + | | S390_lowcore | Low-address memory + | +- 8 KB -----------+ + | | | + | | | + | | ... unused gap | KASAN untracked + | | | + +- AMODE31_START --+- AMODE31_START --+ .amode31 rand. phys/virt start + |.amode31 text/data|.amode31 text/data| KASAN untracked + +- AMODE31_END ----+- AMODE31_END ----+ .amode31 rand. phys/virt end (<2GB) + | | | + | | | + +- __kaslr_offset_phys | kernel rand. phys start + | | | + | kernel text/data | | + | | | + +------------------+ | kernel phys end + | | | + | | | + | | | + | | | + +- ident_map_size -+ | + | | + | ... unused gap | KASAN untracked + | | + +- __identity_base + identity mapping start (>= 2GB) + | | + | identity | phys == virt - __identity_base + | mapping | virt == phys + __identity_base + | | + | | KASAN tracked + | | + | | + | | + | | + | | + | | + | | + | | + | | + | | + | | + | | + | | + | | + | | + +---- vmemmap -----+ 'struct page' array start + | | + | virtually mapped | + | memory map | KASAN untracked + | | + +- __abs_lowcore --+ + | | + | Absolute Lowcore | KASAN untracked + | | + +- __memcpy_real_area + | | + | Real Memory Copy| KASAN untracked + | | + +- VMALLOC_START --+ vmalloc area start + | | KASAN untracked or + | vmalloc area | KASAN shallowly populated in case + | | CONFIG_KASAN_VMALLOC=y + +- MODULES_VADDR --+ modules area start + | | KASAN allocated per module or + | modules area | KASAN shallowly populated in case + | | CONFIG_KASAN_VMALLOC=y + +- __kaslr_offset -+ kernel rand. virt start + | | KASAN tracked + | kernel text/data | phys == (kvirt - __kaslr_offset) + + | | __kaslr_offset_phys + +- kernel .bss end + kernel rand. virt end + | | + | ... unused gap | KASAN untracked + | | + +------------------+ UltraVisor Secure Storage limit + | | + | ... unused gap | KASAN untracked + | | + +KASAN_SHADOW_START+ KASAN shadow memory start + | | + | KASAN shadow | KASAN untracked + | | + +------------------+ ASCE limit diff --git a/Documentation/arch/s390/vfio-ap.rst b/Documentation/arch/s390/vfio-ap.rst index 929ee1c1c940..eba1991fbdba 100644 --- a/Documentation/arch/s390/vfio-ap.rst +++ b/Documentation/arch/s390/vfio-ap.rst @@ -380,6 +380,36 @@ matrix device. control_domains: A read-only file for displaying the control domain numbers assigned to the vfio_ap mediated device. + ap_config: + A read/write file that, when written to, allows all three of the + vfio_ap mediated device's ap matrix masks to be replaced in one shot. + Three masks are given, one for adapters, one for domains, and one for + control domains. If the given state cannot be set then no changes are + made to the vfio-ap mediated device. + + The format of the data written to ap_config is as follows: + {amask},{dmask},{cmask}\n + + \n is a newline character. + + amask, dmask, and cmask are masks identifying which adapters, domains, + and control domains should be assigned to the mediated device. + + The format of a mask is as follows: + 0xNN..NN + + Where NN..NN is 64 hexadecimal characters representing a 256-bit value. + The leftmost (highest order) bit represents adapter/domain 0. + + For an example set of masks that represent your mdev's current + configuration, simply cat ap_config. + + Setting an adapter or domain number greater than the maximum allowed for + the system will result in an error. + + This attribute is intended to be used by automation. End users would be + better served using the respective assign/unassign attributes for + adapters, domains, and control domains. * functions: @@ -550,7 +580,7 @@ These are the steps: following Kconfig elements selected: * IOMMU_SUPPORT * S390 - * ZCRYPT + * AP * VFIO * KVM @@ -969,6 +999,36 @@ the vfio_ap mediated device to which it is assigned as long as each new APQN resulting from plugging it in references a queue device bound to the vfio_ap device driver. +Driver Features +=============== +The vfio_ap driver exposes a sysfs file containing supported features. +This exists so third party tools (like Libvirt and mdevctl) can query the +availability of specific features. + +The features list can be found here: /sys/bus/matrix/devices/matrix/features + +Entries are space delimited. Each entry consists of a combination of +alphanumeric and underscore characters. + +Example: +cat /sys/bus/matrix/devices/matrix/features +guest_matrix dyn ap_config + +the following features are advertised: + +---------------+---------------------------------------------------------------+ +| Flag | Description | ++==============+===============================================================+ +| guest_matrix | guest_matrix attribute exists. It reports the matrix of | +| | adapters and domains that are or will be passed through to a | +| | guest when the mdev is attached to it. | ++--------------+---------------------------------------------------------------+ +| dyn | Indicates hot plug/unplug of AP adapters, domains and control | +| | domains for a guest to which the mdev is attached. | ++------------+-----------------------------------------------------------------+ +| ap_config | ap_config interface for one-shot modifications to mdev config | ++--------------+---------------------------------------------------------------+ + Limitations =========== Live guest migration is not supported for guests using AP devices without diff --git a/Documentation/arch/sparc/oradax/dax-hv-api.txt b/Documentation/arch/sparc/oradax/dax-hv-api.txt index 7ecd0bf4957b..ef1a4c2bf08b 100644 --- a/Documentation/arch/sparc/oradax/dax-hv-api.txt +++ b/Documentation/arch/sparc/oradax/dax-hv-api.txt @@ -41,7 +41,7 @@ Chapter 36. Coprocessor services submissions until they succeed; waiting for an outstanding CCB to complete is not necessary, and would not be a guarantee that a future submission would succeed. - The availablility of DAX coprocessor command service is indicated by the presence of the DAX virtual + The availability of DAX coprocessor command service is indicated by the presence of the DAX virtual device node in the guest MD (Section 8.24.17, “Database Analytics Accelerators (DAX) virtual-device node”). diff --git a/Documentation/arch/x86/amd-debugging.rst b/Documentation/arch/x86/amd-debugging.rst new file mode 100644 index 000000000000..d92bf59d62c7 --- /dev/null +++ b/Documentation/arch/x86/amd-debugging.rst @@ -0,0 +1,368 @@ +.. SPDX-License-Identifier: GPL-2.0 + +Debugging AMD Zen systems ++++++++++++++++++++++++++ + +Introduction +============ + +This document describes techniques that are useful for debugging issues with +AMD Zen systems. It is intended for use by developers and technical users +to help identify and resolve issues. + +S3 vs s2idle +============ + +On AMD systems, it's not possible to simultaneously support suspend-to-RAM (S3) +and suspend-to-idle (s2idle). To confirm which mode your system supports you +can look at ``cat /sys/power/mem_sleep``. If it shows ``s2idle [deep]`` then +*S3* is supported. If it shows ``[s2idle]`` then *s2idle* is +supported. + +On systems that support *S3*, the firmware will be utilized to put all hardware into +the appropriate low power state. + +On systems that support *s2idle*, the kernel will be responsible for transitioning devices +into the appropriate low power state. When all devices are in the appropriate low +power state, the hardware will transition into a hardware sleep state. + +After a suspend cycle you can tell how much time was spent in a hardware sleep +state by looking at ``cat /sys/power/suspend_stats/last_hw_sleep``. + +This flowchart explains how the AMD s2idle suspend flow works. + +.. kernel-figure:: suspend.svg + +This flowchart explains how the amd s2idle resume flow works. + +.. kernel-figure:: resume.svg + +s2idle debugging tool +===================== + +As there are a lot of places that problems can occur, a debugging tool has been +created at +`amd-debug-tools <https://git.kernel.org/pub/scm/linux/kernel/git/superm1/amd-debug-tools.git/about/>`_ +that can help test for common problems and offer suggestions. + +If you have an s2idle issue, it's best to start with this and follow instructions +from its findings. If you continue to have an issue, raise a bug with the +report generated from this script to +`drm/amd gitlab <https://gitlab.freedesktop.org/drm/amd/-/issues/new?issuable_template=s2idle_BUG_TEMPLATE>`_. + +Spurious s2idle wakeups from an IRQ +=================================== + +Spurious wakeups will generally have an IRQ set to ``/sys/power/pm_wakeup_irq``. +This can be matched to ``/proc/interrupts`` to determine what device woke the system. + +If this isn't enough to debug the problem, then the following sysfs files +can be set to add more verbosity to the wakeup process: :: + + # echo 1 | sudo tee /sys/power/pm_debug_messages + # echo 1 | sudo tee /sys/power/pm_print_times + +After making those changes, the kernel will display messages that can +be traced back to kernel s2idle loop code as well as display any active +GPIO sources while waking up. + +If the wakeup is caused by the ACPI SCI, additional ACPI debugging may be +needed. These commands can enable additional trace data: :: + + # echo enable | sudo tee /sys/module/acpi/parameters/trace_state + # echo 1 | sudo tee /sys/module/acpi/parameters/aml_debug_output + # echo 0x0800000f | sudo tee /sys/module/acpi/parameters/debug_level + # echo 0xffff0000 | sudo tee /sys/module/acpi/parameters/debug_layer + +Spurious s2idle wakeups from a GPIO +=================================== + +If a GPIO is active when waking up the system ideally you would look at the +schematic to determine what device it is associated with. If the schematic +is not available, another tactic is to look at the ACPI _EVT() entry +to determine what device is notified when that GPIO is active. + +For a hypothetical example, say that GPIO 59 woke up the system. You can +look at the SSDT to determine what device is notified when GPIO 59 is active. + +First convert the GPIO number into hex. :: + + $ python3 -c "print(hex(59))" + 0x3b + +Next determine which ACPI table has the ``_EVT`` entry. For example: :: + + $ sudo grep EVT /sys/firmware/acpi/tables/SSDT* + grep: /sys/firmware/acpi/tables/SSDT27: binary file matches + +Decode this table:: + + $ sudo cp /sys/firmware/acpi/tables/SSDT27 . + $ sudo iasl -d SSDT27 + +Then look at the table and find the matching entry for GPIO 0x3b. :: + + Case (0x3B) + { + M000 (0x393B) + M460 (" Notify (\\_SB.PCI0.GP17.XHC1, 0x02)\n", Zero, Zero, Zero, Zero, Zero, Zero) + Notify (\_SB.PCI0.GP17.XHC1, 0x02) // Device Wake + } + +You can see in this case that the device ``\_SB.PCI0.GP17.XHC1`` is notified +when GPIO 59 is active. It's obvious this is an XHCI controller, but to go a +step further you can figure out which XHCI controller it is by matching it to +ACPI.:: + + $ grep "PCI0.GP17.XHC1" /sys/bus/acpi/devices/*/path + /sys/bus/acpi/devices/device:2d/path:\_SB_.PCI0.GP17.XHC1 + /sys/bus/acpi/devices/device:2e/path:\_SB_.PCI0.GP17.XHC1.RHUB + /sys/bus/acpi/devices/device:2f/path:\_SB_.PCI0.GP17.XHC1.RHUB.PRT1 + /sys/bus/acpi/devices/device:30/path:\_SB_.PCI0.GP17.XHC1.RHUB.PRT1.CAM0 + /sys/bus/acpi/devices/device:31/path:\_SB_.PCI0.GP17.XHC1.RHUB.PRT1.CAM1 + /sys/bus/acpi/devices/device:32/path:\_SB_.PCI0.GP17.XHC1.RHUB.PRT2 + /sys/bus/acpi/devices/LNXPOWER:0d/path:\_SB_.PCI0.GP17.XHC1.PWRS + +Here you can see it matches to ``device:2d``. Look at the ``physical_node`` +to determine what PCI device that actually is. :: + + $ ls -l /sys/bus/acpi/devices/device:2d/physical_node + lrwxrwxrwx 1 root root 0 Feb 12 13:22 /sys/bus/acpi/devices/device:2d/physical_node -> ../../../../../pci0000:00/0000:00:08.1/0000:c2:00.4 + +So there you have it: the PCI device associated with this GPIO wakeup was ``0000:c2:00.4``. + +The ``amd_s2idle.py`` script will capture most of these artifacts for you. + +s2idle PM debug messages +======================== + +During the s2idle flow on AMD systems, the ACPI LPS0 driver is responsible +to check all uPEP constraints. Failing uPEP constraints does not prevent +s0i3 entry. This means that if some constraints are not met, it is possible +the kernel may attempt to enter s2idle even if there are some known issues. + +To activate PM debugging, either specify ``pm_debug_messagess`` kernel +command-line option at boot or write to ``/sys/power/pm_debug_messages``. +Unmet constraints will be displayed in the kernel log and can be +viewed by logging tools that process kernel ring buffer like ``dmesg`` or +``journalctl``." + +If the system freezes on entry/exit before these messages are flushed, a +useful debugging tactic is to unbind the ``amd_pmc`` driver to prevent +notification to the platform to start s0i3 entry. This will stop the +system from freezing on entry or exit and let you view all the failed +constraints. :: + + cd /sys/bus/platform/drivers/amd_pmc + ls | grep AMD | sudo tee unbind + +After doing this, run the suspend cycle and look specifically for errors around: :: + + ACPI: LPI: Constraint not met; min power state:%s current power state:%s + +Historical examples of s2idle issues +==================================== + +To help understand the types of issues that can occur and how to debug them, +here are some historical examples of s2idle issues that have been resolved. + +Core offlining +-------------- +An end user had reported that taking a core offline would prevent the system +from properly entering s0i3. This was debugged using internal AMD tools +to capture and display a stream of metrics from the hardware showing what changed +when a core was offlined. It was determined that the hardware didn't get +notification the offline cores were in the deepest state, and so it prevented +CPU from going into the deepest state. The issue was debugged to a missing +command to put cores into C3 upon offline. + +`commit d6b88ce2eb9d2 ("ACPI: processor idle: Allow playing dead in C3 state") <https://git.kernel.org/torvalds/c/d6b88ce2eb9d2>`_ + +Corruption after resume +----------------------- +A big problem that occurred with Rembrandt was that there was graphical +corruption after resume. This happened because of a misalignment of PSP +and driver responsibility. The PSP will save and restore DMCUB, but the +driver assumed it needed to reset DMCUB on resume. +This actually was a misalignment for earlier silicon as well, but was not +observed. + +`commit 79d6b9351f086 ("drm/amd/display: Don't reinitialize DMCUB on s0ix resume") <https://git.kernel.org/torvalds/c/79d6b9351f086>`_ + +Back to Back suspends fail +-------------------------- +When using a wakeup source that triggers the IRQ to wakeup, a bug in the +pinctrl-amd driver may capture the wrong state of the IRQ and prevent the +system going back to sleep properly. + +`commit b8c824a869f22 ("pinctrl: amd: Don't save/restore interrupt status and wake status bits") <https://git.kernel.org/torvalds/c/b8c824a869f22>`_ + +Spurious timer based wakeup after 5 minutes +------------------------------------------- +The HPET was being used to program the wakeup source for the system, however +this was causing a spurious wakeup after 5 minutes. The correct alarm to use +was the ACPI alarm. + +`commit 3d762e21d5637 ("rtc: cmos: Use ACPI alarm for non-Intel x86 systems too") <https://git.kernel.org/torvalds/c/3d762e21d5637>`_ + +Disk disappears after resume +---------------------------- +After resuming from s2idle, the NVME disk would disappear. This was due to the +BIOS not specifying the _DSD StorageD3Enable property. This caused the NVME +driver not to put the disk into the expected state at suspend and to fail +on resume. + +`commit e79a10652bbd3 ("ACPI: x86: Force StorageD3Enable on more products") <https://git.kernel.org/torvalds/c/e79a10652bbd3>`_ + +Spurious IRQ1 +------------- +A number of Renoir, Lucienne, Cezanne, & Barcelo platforms have a +platform firmware bug where IRQ1 is triggered during s0i3 resume. + +This was fixed in the platform firmware, but a number of systems didn't +receive any more platform firmware updates. + +`commit 8e60615e89321 ("platform/x86/amd: pmc: Disable IRQ1 wakeup for RN/CZN") <https://git.kernel.org/torvalds/c/8e60615e89321>`_ + +Hardware timeout +---------------- +The hardware performs many actions besides accepting the values from +amd-pmc driver. As the communication path with the hardware is a mailbox, +it's possible that it might not respond quickly enough. +This issue manifested as a failure to suspend: :: + + PM: dpm_run_callback(): acpi_subsys_suspend_noirq+0x0/0x50 returns -110 + amd_pmc AMDI0005:00: PM: failed to suspend noirq: error -110 + +The timing problem was identified by comparing the values of the idle mask. + +`commit 3c3c8e88c8712 ("platform/x86: amd-pmc: Increase the response register timeout") <https://git.kernel.org/torvalds/c/3c3c8e88c8712>`_ + +Failed to reach hardware sleep state with panel on +-------------------------------------------------- +On some Strix systems certain panels were observed to block the system from +entering a hardware sleep state if the internal panel was on during the sequence. + +Even though the panel got turned off during suspend it exposed a timing problem +where an interrupt caused the display hardware to wake up and block low power +state entry. + +`commit 40b8c14936bd2 ("drm/amd/display: Disable unneeded hpd interrupts during dm_init") <https://git.kernel.org/torvalds/c/40b8c14936bd2>`_ + +Runtime power consumption issues +================================ + +Runtime power consumption is influenced by many factors, including but not +limited to the configuration of the PCIe Active State Power Management (ASPM), +the display brightness, the EPP policy of the CPU, and the power management +of the devices. + +ASPM +---- +For the best runtime power consumption, ASPM should be programmed as intended +by the BIOS from the hardware vendor. To accomplish this the Linux kernel +should be compiled with ``CONFIG_PCIEASPM_DEFAULT`` set to ``y`` and the +sysfs file ``/sys/module/pcie_aspm/parameters/policy`` should not be modified. + +Most notably, if L1.2 is not configured properly for any devices, the SoC +will not be able to enter the deepest idle state. + +EPP Policy +---------- +The ``energy_performance_preference`` sysfs file can be used to set a bias +of efficiency or performance for a CPU. This has a direct relationship on +the battery life when more heavily biased towards performance. + + +BIOS debug messages +=================== + +Most OEM machines don't have a serial UART for outputting kernel or BIOS +debug messages. However BIOS debug messages are useful for understanding +both BIOS bugs and bugs with the Linux kernel drivers that call BIOS AML. + +As the BIOS on most OEM AMD systems are based off an AMD reference BIOS, +the infrastructure used for exporting debugging messages is often the same +as AMD reference BIOS. + +Manually Parsing +---------------- +There is generally an ACPI method ``\M460`` that different paths of the AML +will call to emit a message to the BIOS serial log. This method takes +7 arguments, with the first being a string and the rest being optional +integers:: + + Method (M460, 7, Serialized) + +Here is an example of a string that BIOS AML may call out using ``\M460``:: + + M460 (" OEM-ASL-PCIe Address (0x%X)._REG (%d %d) PCSA = %d\n", DADR, Arg0, Arg1, PCSA, Zero, Zero) + +Normally when executed, the ``\M460`` method would populate the additional +arguments into the string. In order to get these messages from the Linux +kernel a hook has been added into ACPICA that can capture the *arguments* +sent to ``\M460`` and print them to the kernel ring buffer. +For example the following message could be emitted into kernel ring buffer:: + + extrace-0174 ex_trace_args : " OEM-ASL-PCIe Address (0x%X)._REG (%d %d) PCSA = %d\n", ec106000, 2, 1, 1, 0, 0 + +In order to get these messages, you need to compile with ``CONFIG_ACPI_DEBUG`` +and then turn on the following ACPICA tracing parameters. +This can be done either on the kernel command line or at runtime: + +* ``acpi.trace_method_name=\M460`` +* ``acpi.trace_state=method`` + +NOTE: These can be very noisy at bootup. If you turn these parameters on +the kernel command, please also consider turning up ``CONFIG_LOG_BUF_SHIFT`` +to a larger size such as 17 to avoid losing early boot messages. + +Tool assisted Parsing +--------------------- +As mentioned above, parsing by hand can be tedious, especially with a lot of +messages. To help with this, a tool has been created at +`amd-debug-tools <https://git.kernel.org/pub/scm/linux/kernel/git/superm1/amd-debug-tools.git/about/>`_ +to help parse the messages. + +Random reboot issues +==================== + +When a random reboot occurs, the high-level reason for the reboot is stored +in a register that will persist onto the next boot. + +There are 6 classes of reasons for the reboot: + * Software induced + * Power state transition + * Pin induced + * Hardware induced + * Remote reset + * Internal CPU event + +.. csv-table:: + :header: "Bit", "Type", "Reason" + :align: left + + "0", "Pin", "thermal pin BP_THERMTRIP_L was tripped" + "1", "Pin", "power button was pressed for 4 seconds" + "2", "Pin", "shutdown pin was tripped" + "4", "Remote", "remote ASF power off command was received" + "9", "Internal", "internal CPU thermal limit was tripped" + "16", "Pin", "system reset pin BP_SYS_RST_L was tripped" + "17", "Software", "software issued PCI reset" + "18", "Software", "software wrote 0x4 to reset control register 0xCF9" + "19", "Software", "software wrote 0x6 to reset control register 0xCF9" + "20", "Software", "software wrote 0xE to reset control register 0xCF9" + "21", "ACPI-state", "ACPI power state transition occurred" + "22", "Pin", "keyboard reset pin KB_RST_L was tripped" + "23", "Internal", "internal CPU shutdown event occurred" + "24", "Hardware", "system failed to boot before failed boot timer expired" + "25", "Hardware", "hardware watchdog timer expired" + "26", "Remote", "remote ASF reset command was received" + "27", "Internal", "an uncorrected error caused a data fabric sync flood event" + "29", "Internal", "FCH and MP1 failed warm reset handshake" + "30", "Internal", "a parity error occurred" + "31", "Internal", "a software sync flood event occurred" + +This information is read by the kernel at bootup and printed into +the syslog. When a random reboot occurs this message can be helpful +to determine the next component to debug. diff --git a/Documentation/arch/x86/amd-memory-encryption.rst b/Documentation/arch/x86/amd-memory-encryption.rst index 414bc7402ae7..bd840df708ea 100644 --- a/Documentation/arch/x86/amd-memory-encryption.rst +++ b/Documentation/arch/x86/amd-memory-encryption.rst @@ -130,4 +130,149 @@ SNP feature support. More details in AMD64 APM[1] Vol 2: 15.34.10 SEV_STATUS MSR -[1] https://www.amd.com/content/dam/amd/en/documents/processor-tech-docs/programmer-references/24593.pdf +Reverse Map Table (RMP) +======================= + +The RMP is a structure in system memory that is used to ensure a one-to-one +mapping between system physical addresses and guest physical addresses. Each +page of memory that is potentially assignable to guests has one entry within +the RMP. + +The RMP table can be either contiguous in memory or a collection of segments +in memory. + +Contiguous RMP +-------------- + +Support for this form of the RMP is present when support for SEV-SNP is +present, which can be determined using the CPUID instruction:: + + 0x8000001f[eax]: + Bit[4] indicates support for SEV-SNP + +The location of the RMP is identified to the hardware through two MSRs:: + + 0xc0010132 (RMP_BASE): + System physical address of the first byte of the RMP + + 0xc0010133 (RMP_END): + System physical address of the last byte of the RMP + +Hardware requires that RMP_BASE and (RPM_END + 1) be 8KB aligned, but SEV +firmware increases the alignment requirement to require a 1MB alignment. + +The RMP consists of a 16KB region used for processor bookkeeping followed +by the RMP entries, which are 16 bytes in size. The size of the RMP +determines the range of physical memory that the hypervisor can assign to +SEV-SNP guests. The RMP covers the system physical address from:: + + 0 to ((RMP_END + 1 - RMP_BASE - 16KB) / 16B) x 4KB. + +The current Linux support relies on BIOS to allocate/reserve the memory for +the RMP and to set RMP_BASE and RMP_END appropriately. Linux uses the MSR +values to locate the RMP and determine the size of the RMP. The RMP must +cover all of system memory in order for Linux to enable SEV-SNP. + +Segmented RMP +------------- + +Segmented RMP support is a new way of representing the layout of an RMP. +Initial RMP support required the RMP table to be contiguous in memory. +RMP accesses from a NUMA node on which the RMP doesn't reside +can take longer than accesses from a NUMA node on which the RMP resides. +Segmented RMP support allows the RMP entries to be located on the same +node as the memory the RMP is covering, potentially reducing latency +associated with accessing an RMP entry associated with the memory. Each +RMP segment covers a specific range of system physical addresses. + +Support for this form of the RMP can be determined using the CPUID +instruction:: + + 0x8000001f[eax]: + Bit[23] indicates support for segmented RMP + +If supported, segmented RMP attributes can be found using the CPUID +instruction:: + + 0x80000025[eax]: + Bits[5:0] minimum supported RMP segment size + Bits[11:6] maximum supported RMP segment size + + 0x80000025[ebx]: + Bits[9:0] number of cacheable RMP segment definitions + Bit[10] indicates if the number of cacheable RMP segments + is a hard limit + +To enable a segmented RMP, a new MSR is available:: + + 0xc0010136 (RMP_CFG): + Bit[0] indicates if segmented RMP is enabled + Bits[13:8] contains the size of memory covered by an RMP + segment (expressed as a power of 2) + +The RMP segment size defined in the RMP_CFG MSR applies to all segments +of the RMP. Therefore each RMP segment covers a specific range of system +physical addresses. For example, if the RMP_CFG MSR value is 0x2401, then +the RMP segment coverage value is 0x24 => 36, meaning the size of memory +covered by an RMP segment is 64GB (1 << 36). So the first RMP segment +covers physical addresses from 0 to 0xF_FFFF_FFFF, the second RMP segment +covers physical addresses from 0x10_0000_0000 to 0x1F_FFFF_FFFF, etc. + +When a segmented RMP is enabled, RMP_BASE points to the RMP bookkeeping +area as it does today (16K in size). However, instead of RMP entries +beginning immediately after the bookkeeping area, there is a 4K RMP +segment table (RST). Each entry in the RST is 8-bytes in size and represents +an RMP segment:: + + Bits[19:0] mapped size (in GB) + The mapped size can be less than the defined segment size. + A value of zero, indicates that no RMP exists for the range + of system physical addresses associated with this segment. + Bits[51:20] segment physical address + This address is left shift 20-bits (or just masked when + read) to form the physical address of the segment (1MB + alignment). + +The RST can hold 512 segment entries but can be limited in size to the number +of cacheable RMP segments (CPUID 0x80000025_EBX[9:0]) if the number of cacheable +RMP segments is a hard limit (CPUID 0x80000025_EBX[10]). + +The current Linux support relies on BIOS to allocate/reserve the memory for +the segmented RMP (the bookkeeping area, RST, and all segments), build the RST +and to set RMP_BASE, RMP_END, and RMP_CFG appropriately. Linux uses the MSR +values to locate the RMP and determine the size and location of the RMP +segments. The RMP must cover all of system memory in order for Linux to enable +SEV-SNP. + +More details in the AMD64 APM Vol 2, section "15.36.3 Reverse Map Table", +docID: 24593. + +Secure VM Service Module (SVSM) +=============================== + +SNP provides a feature called Virtual Machine Privilege Levels (VMPL) which +defines four privilege levels at which guest software can run. The most +privileged level is 0 and numerically higher numbers have lesser privileges. +More details in the AMD64 APM Vol 2, section "15.35.7 Virtual Machine +Privilege Levels", docID: 24593. + +When using that feature, different services can run at different protection +levels, apart from the guest OS but still within the secure SNP environment. +They can provide services to the guest, like a vTPM, for example. + +When a guest is not running at VMPL0, it needs to communicate with the software +running at VMPL0 to perform privileged operations or to interact with secure +services. An example fur such a privileged operation is PVALIDATE which is +*required* to be executed at VMPL0. + +In this scenario, the software running at VMPL0 is usually called a Secure VM +Service Module (SVSM). Discovery of an SVSM and the API used to communicate +with it is documented in "Secure VM Service Module for SEV-SNP Guests", docID: +58019. + +(Latest versions of the above-mentioned documents can be found by using +a search engine like duckduckgo.com and typing in: + + site:amd.com "Secure VM Service Module for SEV-SNP Guests", docID: 58019 + +for example.) diff --git a/Documentation/arch/x86/amd_hsmp.rst b/Documentation/arch/x86/amd_hsmp.rst index 1e499ecf5f4e..a094f55c10b0 100644 --- a/Documentation/arch/x86/amd_hsmp.rst +++ b/Documentation/arch/x86/amd_hsmp.rst @@ -4,8 +4,9 @@ AMD HSMP interface ============================================ -Newer Fam19h EPYC server line of processors from AMD support system -management functionality via HSMP (Host System Management Port). +Newer Fam19h(model 0x00-0x1f, 0x30-0x3f, 0x90-0x9f, 0xa0-0xaf), +Fam1Ah(model 0x00-0x1f) EPYC server line of processors from AMD support +system management functionality via HSMP (Host System Management Port). The Host System Management Port (HSMP) is an interface to provide OS-level software with access to system management functions via a @@ -16,14 +17,25 @@ More details on the interface can be found in chapter Eg: https://www.amd.com/content/dam/amd/en/documents/epyc-technical-docs/programmer-references/55898_B1_pub_0_50.zip -HSMP interface is supported on EPYC server CPU models only. +HSMP interface is supported on EPYC line of server CPUs and MI300A (APU). HSMP device ============================================ -amd_hsmp driver under the drivers/platforms/x86/ creates miscdevice -/dev/hsmp to let user space programs run hsmp mailbox commands. +amd_hsmp driver under drivers/platforms/x86/amd/hsmp/ has separate driver files +for ACPI object based probing, platform device based probing and for the common +code for these two drivers. + +Kconfig option CONFIG_AMD_HSMP_PLAT compiles plat.c and creates amd_hsmp.ko. +Kconfig option CONFIG_AMD_HSMP_ACPI compiles acpi.c and creates hsmp_acpi.ko. +Selecting any of these two configs automatically selects CONFIG_AMD_HSMP. This +compiles common code hsmp.c and creates hsmp_common.ko module. + +Both the ACPI and plat drivers create the miscdevice /dev/hsmp to let +user space programs run hsmp mailbox commands. + +The ACPI object format supported by the driver is defined below. $ ls -al /dev/hsmp crw-r--r-- 1 root root 10, 123 Jan 21 21:41 /dev/hsmp @@ -59,6 +71,81 @@ Note: lseek() is not supported as entire metrics table is read. Metrics table definitions will be documented as part of Public PPR. The same is defined in the amd_hsmp.h header. +2. HSMP telemetry sysfs files + +Following sysfs files are available at /sys/devices/platform/AMDI0097:0X/. + +* c0_residency_input: Percentage of cores in C0 state. +* prochot_status: Reports 1 if the processor is at thermal threshold value, + 0 otherwise. +* smu_fw_version: SMU firmware version. +* protocol_version: HSMP interface version. +* ddr_max_bw: Theoretical maximum DDR bandwidth in GB/s. +* ddr_utilised_bw_input: Current utilized DDR bandwidth in GB/s. +* ddr_utilised_bw_perc_input(%): Percentage of current utilized DDR bandwidth. +* mclk_input: Memory clock in MHz. +* fclk_input: Fabric clock in MHz. +* clk_fmax: Maximum frequency of socket in MHz. +* clk_fmin: Minimum frequency of socket in MHz. +* cclk_freq_limit_input: Core clock frequency limit per socket in MHz. +* pwr_current_active_freq_limit: Current active frequency limit of socket + in MHz. +* pwr_current_active_freq_limit_source: Source of current active frequency + limit. + +ACPI device object format +========================= +The ACPI object format expected from the amd_hsmp driver +for socket with ID00 is given below:: + + Device(HSMP) + { + Name(_HID, "AMDI0097") + Name(_UID, "ID00") + Name(HSE0, 0x00000001) + Name(RBF0, ResourceTemplate() + { + Memory32Fixed(ReadWrite, 0xxxxxxx, 0x00100000) + }) + Method(_CRS, 0, NotSerialized) + { + Return(RBF0) + } + Method(_STA, 0, NotSerialized) + { + If(LEqual(HSE0, One)) + { + Return(0x0F) + } + Else + { + Return(Zero) + } + } + Name(_DSD, Package(2) + { + Buffer(0x10) + { + 0x9D, 0x61, 0x4D, 0xB7, 0x07, 0x57, 0xBD, 0x48, + 0xA6, 0x9F, 0x4E, 0xA2, 0x87, 0x1F, 0xC2, 0xF6 + }, + Package(3) + { + Package(2) {"MsgIdOffset", 0x00010934}, + Package(2) {"MsgRspOffset", 0x00010980}, + Package(2) {"MsgArgOffset", 0x000109E0} + } + }) + } + +HSMP HWMON interface +==================== +HSMP power sensors are registered with the hwmon interface. A separate hwmon +directory is created for each socket and the following files are generated +within the hwmon directory. +- power1_input (read only) +- power1_cap_max (read only) +- power1_cap (read, write) An example ========== diff --git a/Documentation/arch/x86/boot.rst b/Documentation/arch/x86/boot.rst index 4fd492cb4970..77e6163288db 100644 --- a/Documentation/arch/x86/boot.rst +++ b/Documentation/arch/x86/boot.rst @@ -77,7 +77,7 @@ Protocol 2.14 BURNT BY INCORRECT COMMIT Protocol 2.15 (Kernel 5.5) Added the kernel_info and kernel_info.setup_type_max. ============= ============================================================ - .. note:: +.. note:: The protocol version number should be changed only if the setup header is changed. There is no need to update the version number if boot_params or kernel_info are changed. Additionally, it is recommended to use @@ -95,27 +95,27 @@ Memory Layout The traditional memory map for the kernel loader, used for Image or zImage kernels, typically looks like:: - | | - 0A0000 +------------------------+ - | Reserved for BIOS | Do not use. Reserved for BIOS EBDA. - 09A000 +------------------------+ - | Command line | - | Stack/heap | For use by the kernel real-mode code. - 098000 +------------------------+ - | Kernel setup | The kernel real-mode code. - 090200 +------------------------+ - | Kernel boot sector | The kernel legacy boot sector. - 090000 +------------------------+ - | Protected-mode kernel | The bulk of the kernel image. - 010000 +------------------------+ - | Boot loader | <- Boot sector entry point 0000:7C00 - 001000 +------------------------+ - | Reserved for MBR/BIOS | - 000800 +------------------------+ - | Typically used by MBR | - 000600 +------------------------+ - | BIOS use only | - 000000 +------------------------+ + | | + 0A0000 +------------------------+ + | Reserved for BIOS | Do not use. Reserved for BIOS EBDA. + 09A000 +------------------------+ + | Command line | + | Stack/heap | For use by the kernel real-mode code. + 098000 +------------------------+ + | Kernel setup | The kernel real-mode code. + 090200 +------------------------+ + | Kernel boot sector | The kernel legacy boot sector. + 090000 +------------------------+ + | Protected-mode kernel | The bulk of the kernel image. + 010000 +------------------------+ + | Boot loader | <- Boot sector entry point 0000:7C00 + 001000 +------------------------+ + | Reserved for MBR/BIOS | + 000800 +------------------------+ + | Typically used by MBR | + 000600 +------------------------+ + | BIOS use only | + 000000 +------------------------+ When using bzImage, the protected-mode kernel was relocated to 0x100000 ("high memory"), and the kernel real-mode block (boot sector, @@ -142,28 +142,28 @@ above the 0x9A000 point; too many BIOSes will break above that point. For a modern bzImage kernel with boot protocol version >= 2.02, a memory layout like the following is suggested:: - ~ ~ - | Protected-mode kernel | - 100000 +------------------------+ - | I/O memory hole | - 0A0000 +------------------------+ - | Reserved for BIOS | Leave as much as possible unused - ~ ~ - | Command line | (Can also be below the X+10000 mark) - X+10000 +------------------------+ - | Stack/heap | For use by the kernel real-mode code. - X+08000 +------------------------+ - | Kernel setup | The kernel real-mode code. - | Kernel boot sector | The kernel legacy boot sector. - X +------------------------+ - | Boot loader | <- Boot sector entry point 0000:7C00 - 001000 +------------------------+ - | Reserved for MBR/BIOS | - 000800 +------------------------+ - | Typically used by MBR | - 000600 +------------------------+ - | BIOS use only | - 000000 +------------------------+ + ~ ~ + | Protected-mode kernel | + 100000 +------------------------+ + | I/O memory hole | + 0A0000 +------------------------+ + | Reserved for BIOS | Leave as much as possible unused + ~ ~ + | Command line | (Can also be below the X+10000 mark) + X+10000 +------------------------+ + | Stack/heap | For use by the kernel real-mode code. + X+08000 +------------------------+ + | Kernel setup | The kernel real-mode code. + | Kernel boot sector | The kernel legacy boot sector. + X +------------------------+ + | Boot loader | <- Boot sector entry point 0000:7C00 + 001000 +------------------------+ + | Reserved for MBR/BIOS | + 000800 +------------------------+ + | Typically used by MBR | + 000600 +------------------------+ + | BIOS use only | + 000000 +------------------------+ ... where the address X is as low as the design of the boot loader permits. @@ -229,22 +229,22 @@ Offset/Size Proto Name Meaning =========== ======== ===================== ============================================ .. note:: - (1) For backwards compatibility, if the setup_sects field contains 0, the - real value is 4. + (1) For backwards compatibility, if the setup_sects field contains 0, + the real value is 4. - (2) For boot protocol prior to 2.04, the upper two bytes of the syssize - field are unusable, which means the size of a bzImage kernel - cannot be determined. + (2) For boot protocol prior to 2.04, the upper two bytes of the syssize + field are unusable, which means the size of a bzImage kernel + cannot be determined. - (3) Ignored, but safe to set, for boot protocols 2.02-2.09. + (3) Ignored, but safe to set, for boot protocols 2.02-2.09. If the "HdrS" (0x53726448) magic number is not found at offset 0x202, the boot protocol version is "old". Loading an old kernel, the following parameters should be assumed:: - Image type = zImage - initrd not supported - Real-mode kernel must be located at 0x90000. + Image type = zImage + initrd not supported + Real-mode kernel must be located at 0x90000. Otherwise, the "version" field contains the protocol version, e.g. protocol version 2.01 will contain 0x0201 in this field. When @@ -265,7 +265,7 @@ All general purpose boot loaders should write the fields marked nonstandard address should fill in the fields marked (reloc); other boot loaders can ignore those fields. -The byte order of all fields is littleendian (this is x86, after all.) +The byte order of all fields is little endian (this is x86, after all.) ============ =========== Field name: setup_sects @@ -365,7 +365,7 @@ Offset/size: 0x206/2 Protocol: 2.00+ ============ ======= - Contains the boot protocol version, in (major << 8)+minor format, + Contains the boot protocol version, in (major << 8) + minor format, e.g. 0x0204 for version 2.04, and 0x0a11 for a hypothetical version 10.17. @@ -397,17 +397,17 @@ Protocol: 2.00+ If set to a nonzero value, contains a pointer to a NUL-terminated human-readable kernel version number string, less 0x200. This can be used to display the kernel version to the user. This value - should be less than (0x200*setup_sects). + should be less than (0x200 * setup_sects). For example, if this value is set to 0x1c00, the kernel version number string can be found at offset 0x1e00 in the kernel file. This is a valid value if and only if the "setup_sects" field contains the value 15 or higher, as:: - 0x1c00 < 15*0x200 (= 0x1e00) but - 0x1c00 >= 14*0x200 (= 0x1c00) + 0x1c00 < 15 * 0x200 (= 0x1e00) but + 0x1c00 >= 14 * 0x200 (= 0x1c00) - 0x1c00 >> 9 = 14, So the minimum value for setup_secs is 15. + 0x1c00 >> 9 = 14, So the minimum value for setup_secs is 15. ============ ================== Field name: type_of_loader @@ -427,9 +427,9 @@ Protocol: 2.00+ For example, for T = 0x15, V = 0x234, write:: - type_of_loader <- 0xE4 - ext_loader_type <- 0x05 - ext_loader_ver <- 0x23 + type_of_loader <- 0xE4 + ext_loader_type <- 0x05 + ext_loader_ver <- 0x23 Assigned boot loader ids (hexadecimal): @@ -686,7 +686,7 @@ Protocol: 2.10+ If a boot loader makes use of this field, it should update the kernel_alignment field with the alignment unit desired; typically:: - kernel_alignment = 1 << min_alignment + kernel_alignment = 1 << min_alignment; There may be a considerable performance cost with an excessively misaligned kernel. Therefore, a loader should typically try each @@ -754,7 +754,7 @@ Protocol: 2.07+ 0x00000000 The default x86/PC environment 0x00000001 lguest 0x00000002 Xen - 0x00000003 Moorestown MID + 0x00000003 Intel MID (Moorestown, CloverTrail, Merrifield, Moorefield) 0x00000004 CE4100 TV Platform ========== ============================== @@ -808,13 +808,13 @@ Protocol: 2.09+ parameters passing mechanism. The definition of struct setup_data is as follow:: - struct setup_data { - u64 next; - u32 type; - u32 len; - u8 data[0]; - }; - + struct setup_data { + __u64 next; + __u32 type; + __u32 len; + __u8 data[]; + } + Where, the next is a 64-bit physical pointer to the next node of linked list, the next field of the last node is 0; the type is used to identify the contents of data; the len is the length of data @@ -834,12 +834,12 @@ Protocol: 2.09+ Thus setup_indirect struct and SETUP_INDIRECT type were introduced in protocol 2.15:: - struct setup_indirect { - __u32 type; - __u32 reserved; /* Reserved, must be set to zero. */ - __u64 len; - __u64 addr; - }; + struct setup_indirect { + __u32 type; + __u32 reserved; /* Reserved, must be set to zero. */ + __u64 len; + __u64 addr; + }; The type member is a SETUP_INDIRECT | SETUP_* type. However, it cannot be SETUP_INDIRECT itself since making the setup_indirect a tree structure @@ -849,17 +849,17 @@ Protocol: 2.09+ Let's give an example how to point to SETUP_E820_EXT data using setup_indirect. In this case setup_data and setup_indirect will look like this:: - struct setup_data { - __u64 next = 0 or <addr_of_next_setup_data_struct>; - __u32 type = SETUP_INDIRECT; - __u32 len = sizeof(setup_indirect); - __u8 data[sizeof(setup_indirect)] = struct setup_indirect { - __u32 type = SETUP_INDIRECT | SETUP_E820_EXT; - __u32 reserved = 0; - __u64 len = <len_of_SETUP_E820_EXT_data>; - __u64 addr = <addr_of_SETUP_E820_EXT_data>; - } - } + struct setup_data { + .next = 0, /* or <addr_of_next_setup_data_struct> */ + .type = SETUP_INDIRECT, + .len = sizeof(setup_indirect), + .data[sizeof(setup_indirect)] = (struct setup_indirect) { + .type = SETUP_INDIRECT | SETUP_E820_EXT, + .reserved = 0, + .len = <len_of_SETUP_E820_EXT_data>, + .addr = <addr_of_SETUP_E820_EXT_data>, + }, + } .. note:: SETUP_INDIRECT | SETUP_NONE objects cannot be properly distinguished @@ -896,10 +896,19 @@ Offset/size: 0x260/4 The kernel runtime start address is determined by the following algorithm:: - if (relocatable_kernel) - runtime_start = align_up(load_address, kernel_alignment) - else - runtime_start = pref_address + if (relocatable_kernel) { + if (load_address < pref_address) + load_address = pref_address; + runtime_start = align_up(load_address, kernel_alignment); + } else { + runtime_start = pref_address; + } + +Hence the necessary memory window location and size can be estimated by +a boot loader as:: + + memory_window_start = runtime_start; + memory_window_size = init_size; ============ =============== Field name: handover_offset @@ -929,12 +938,12 @@ The kernel_info =============== The relationships between the headers are analogous to the various data -sections: +sections:: setup_header = .data boot_params/setup_data = .bss -What is missing from the above list? That's right: +What is missing from the above list? That's right:: kernel_info = .rodata @@ -966,22 +975,22 @@ after kernel_info_var_len_data label. Each chunk of variable size data has to be prefixed with header/magic and its size, e.g.:: kernel_info: - .ascii "LToP" /* Header, Linux top (structure). */ - .long kernel_info_var_len_data - kernel_info - .long kernel_info_end - kernel_info - .long 0x01234567 /* Some fixed size data for the bootloaders. */ + .ascii "LToP" /* Header, Linux top (structure). */ + .long kernel_info_var_len_data - kernel_info + .long kernel_info_end - kernel_info + .long 0x01234567 /* Some fixed size data for the bootloaders. */ kernel_info_var_len_data: - example_struct: /* Some variable size data for the bootloaders. */ - .ascii "0123" /* Header/Magic. */ - .long example_struct_end - example_struct - .ascii "Struct" - .long 0x89012345 + example_struct: /* Some variable size data for the bootloaders. */ + .ascii "0123" /* Header/Magic. */ + .long example_struct_end - example_struct + .ascii "Struct" + .long 0x89012345 example_struct_end: - example_strings: /* Some variable size data for the bootloaders. */ - .ascii "ABCD" /* Header/Magic. */ - .long example_strings_end - example_strings - .asciz "String_0" - .asciz "String_1" + example_strings: /* Some variable size data for the bootloaders. */ + .ascii "ABCD" /* Header/Magic. */ + .long example_strings_end - example_strings + .asciz "String_0" + .asciz "String_1" example_strings_end: kernel_info_end: @@ -1029,16 +1038,6 @@ Offset/size: 0x000c/4 This field contains maximal allowed type for setup_data and setup_indirect structs. -The Image Checksum -================== - -From boot protocol version 2.08 onwards the CRC-32 is calculated over -the entire file using the characteristic polynomial 0x04C11DB7 and an -initial remainder of 0xffffffff. The checksum is appended to the -file; therefore the CRC of the file up to the limit specified in the -syssize field of the header is always 0. - - The Kernel Command Line ======================= @@ -1130,67 +1129,63 @@ mode segment. Such a boot loader should enter the following fields in the header:: - unsigned long base_ptr; /* base address for real-mode segment */ - - if ( setup_sects == 0 ) { - setup_sects = 4; - } + unsigned long base_ptr; /* base address for real-mode segment */ - if ( protocol >= 0x0200 ) { - type_of_loader = <type code>; - if ( loading_initrd ) { - ramdisk_image = <initrd_address>; - ramdisk_size = <initrd_size>; - } + if (setup_sects == 0) + setup_sects = 4; - if ( protocol >= 0x0202 && loadflags & 0x01 ) - heap_end = 0xe000; - else - heap_end = 0x9800; + if (protocol >= 0x0200) { + type_of_loader = <type code>; + if (loading_initrd) { + ramdisk_image = <initrd_address>; + ramdisk_size = <initrd_size>; + } - if ( protocol >= 0x0201 ) { - heap_end_ptr = heap_end - 0x200; - loadflags |= 0x80; /* CAN_USE_HEAP */ - } + if (protocol >= 0x0202 && loadflags & 0x01) + heap_end = 0xe000; + else + heap_end = 0x9800; - if ( protocol >= 0x0202 ) { - cmd_line_ptr = base_ptr + heap_end; - strcpy(cmd_line_ptr, cmdline); - } else { - cmd_line_magic = 0xA33F; - cmd_line_offset = heap_end; - setup_move_size = heap_end + strlen(cmdline)+1; - strcpy(base_ptr+cmd_line_offset, cmdline); - } - } else { - /* Very old kernel */ + if (protocol >= 0x0201) { + heap_end_ptr = heap_end - 0x200; + loadflags |= 0x80; /* CAN_USE_HEAP */ + } - heap_end = 0x9800; + if (protocol >= 0x0202) { + cmd_line_ptr = base_ptr + heap_end; + strcpy(cmd_line_ptr, cmdline); + } else { + cmd_line_magic = 0xA33F; + cmd_line_offset = heap_end; + setup_move_size = heap_end + strlen(cmdline) + 1; + strcpy(base_ptr + cmd_line_offset, cmdline); + } + } else { + /* Very old kernel */ - cmd_line_magic = 0xA33F; - cmd_line_offset = heap_end; + heap_end = 0x9800; - /* A very old kernel MUST have its real-mode code - loaded at 0x90000 */ + cmd_line_magic = 0xA33F; + cmd_line_offset = heap_end; - if ( base_ptr != 0x90000 ) { - /* Copy the real-mode kernel */ - memcpy(0x90000, base_ptr, (setup_sects+1)*512); - base_ptr = 0x90000; /* Relocated */ - } + /* A very old kernel MUST have its real-mode code loaded at 0x90000 */ + if (base_ptr != 0x90000) { + /* Copy the real-mode kernel */ + memcpy(0x90000, base_ptr, (setup_sects + 1) * 512); + base_ptr = 0x90000; /* Relocated */ + } - strcpy(0x90000+cmd_line_offset, cmdline); + strcpy(0x90000 + cmd_line_offset, cmdline); - /* It is recommended to clear memory up to the 32K mark */ - memset(0x90000 + (setup_sects+1)*512, 0, - (64-(setup_sects+1))*512); - } + /* It is recommended to clear memory up to the 32K mark */ + memset(0x90000 + (setup_sects + 1) * 512, 0, (64 - (setup_sects + 1)) * 512); + } Loading The Rest of The Kernel ============================== -The 32-bit (non-real-mode) kernel starts at offset (setup_sects+1)*512 +The 32-bit (non-real-mode) kernel starts at offset (setup_sects + 1) * 512 in the kernel file (again, if setup_sects == 0 the real value is 4.) It should be loaded at address 0x10000 for Image/zImage kernels and 0x100000 for bzImage kernels. @@ -1198,13 +1193,14 @@ It should be loaded at address 0x10000 for Image/zImage kernels and The kernel is a bzImage kernel if the protocol >= 2.00 and the 0x01 bit (LOAD_HIGH) in the loadflags field is set:: - is_bzImage = (protocol >= 0x0200) && (loadflags & 0x01); - load_address = is_bzImage ? 0x100000 : 0x10000; + is_bzImage = (protocol >= 0x0200) && (loadflags & 0x01); + load_address = is_bzImage ? 0x100000 : 0x10000; -Note that Image/zImage kernels can be up to 512K in size, and thus use -the entire 0x10000-0x90000 range of memory. This means it is pretty -much a requirement for these kernels to load the real-mode part at -0x90000. bzImage kernels allow much more flexibility. +.. note:: + Image/zImage kernels can be up to 512K in size, and thus use the entire + 0x10000-0x90000 range of memory. This means it is pretty much a + requirement for these kernels to load the real-mode part at 0x90000. + bzImage kernels allow much more flexibility. Special Command Line Options ============================ @@ -1273,19 +1269,20 @@ es = ss. In our example from above, we would do:: - /* Note: in the case of the "old" kernel protocol, base_ptr must - be == 0x90000 at this point; see the previous sample code */ - - seg = base_ptr >> 4; + /* + * Note: in the case of the "old" kernel protocol, base_ptr must + * be == 0x90000 at this point; see the previous sample code. + */ + seg = base_ptr >> 4; - cli(); /* Enter with interrupts disabled! */ + cli(); /* Enter with interrupts disabled! */ - /* Set up the real-mode kernel stack */ - _SS = seg; - _SP = heap_end; + /* Set up the real-mode kernel stack */ + _SS = seg; + _SP = heap_end; - _DS = _ES = _FS = _GS = seg; - jmp_far(seg+0x20, 0); /* Run the kernel */ + _DS = _ES = _FS = _GS = seg; + jmp_far(seg + 0x20, 0); /* Run the kernel */ If your boot sector accesses a floppy drive, it is recommended to switch off the floppy motor before running the kernel, since the @@ -1340,7 +1337,7 @@ from offset 0x01f1 of kernel image on should be loaded into struct boot_params and examined. The end of setup header can be calculated as follow:: - 0x0202 + byte value at offset 0x0201 + 0x0202 + byte value at offset 0x0201 In addition to read/modify/write the setup header of the struct boot_params as that of 16-bit boot protocol, the boot loader should @@ -1376,7 +1373,7 @@ Then, the setup header at offset 0x01f1 of kernel image on should be loaded into struct boot_params and examined. The end of setup header can be calculated as follows:: - 0x0202 + byte value at offset 0x0201 + 0x0202 + byte value at offset 0x0201 In addition to read/modify/write the setup header of the struct boot_params as that of 16-bit boot protocol, the boot loader should @@ -1418,7 +1415,7 @@ execution context provided by the EFI firmware. The function prototype for the handover entry point looks like this:: - efi_stub_entry(void *handle, efi_system_table_t *table, struct boot_params *bp) + void efi_stub_entry(void *handle, efi_system_table_t *table, struct boot_params *bp); 'handle' is the EFI image handle passed to the boot loader by the EFI firmware, 'table' is the EFI system table - these are the first two @@ -1433,12 +1430,13 @@ The boot loader *must* fill out the following fields in bp:: All other fields should be zero. -NOTE: The EFI Handover Protocol is deprecated in favour of the ordinary PE/COFF - entry point, combined with the LINUX_EFI_INITRD_MEDIA_GUID based initrd - loading protocol (refer to [0] for an example of the bootloader side of - this), which removes the need for any knowledge on the part of the EFI - bootloader regarding the internal representation of boot_params or any - requirements/limitations regarding the placement of the command line - and ramdisk in memory, or the placement of the kernel image itself. +.. note:: + The EFI Handover Protocol is deprecated in favour of the ordinary PE/COFF + entry point, combined with the LINUX_EFI_INITRD_MEDIA_GUID based initrd + loading protocol (refer to [0] for an example of the bootloader side of + this), which removes the need for any knowledge on the part of the EFI + bootloader regarding the internal representation of boot_params or any + requirements/limitations regarding the placement of the command line + and ramdisk in memory, or the placement of the kernel image itself. [0] https://github.com/u-boot/u-boot/commit/ec80b4735a593961fe701cc3a5d717d4739b0fd0 diff --git a/Documentation/arch/x86/buslock.rst b/Documentation/arch/x86/buslock.rst index 4c5a4822eeb7..31f1bfdff16f 100644 --- a/Documentation/arch/x86/buslock.rst +++ b/Documentation/arch/x86/buslock.rst @@ -26,7 +26,8 @@ Detection ========= Intel processors may support either or both of the following hardware -mechanisms to detect split locks and bus locks. +mechanisms to detect split locks and bus locks. Some AMD processors also +support bus lock detect. #AC exception for split lock detection -------------------------------------- diff --git a/Documentation/arch/x86/cpuinfo.rst b/Documentation/arch/x86/cpuinfo.rst index 8895784d4784..dd8b7806944e 100644 --- a/Documentation/arch/x86/cpuinfo.rst +++ b/Documentation/arch/x86/cpuinfo.rst @@ -79,8 +79,9 @@ feature flags. How are feature flags created? ============================== -a: Feature flags can be derived from the contents of CPUID leaves. ------------------------------------------------------------------- +Feature flags can be derived from the contents of CPUID leaves +-------------------------------------------------------------- + These feature definitions are organized mirroring the layout of CPUID leaves and grouped in words with offsets as mapped in enum cpuid_leafs in cpufeatures.h (see arch/x86/include/asm/cpufeatures.h for details). @@ -89,8 +90,9 @@ cpufeatures.h, and if it is detected at run time, the flags will be displayed accordingly in /proc/cpuinfo. For example, the flag "avx2" comes from X86_FEATURE_AVX2 in cpufeatures.h. -b: Flags can be from scattered CPUID-based features. ----------------------------------------------------- +Flags can be from scattered CPUID-based features +------------------------------------------------ + Hardware features enumerated in sparsely populated CPUID leaves get software-defined values. Still, CPUID needs to be queried to determine if a given feature is present. This is done in init_scattered_cpuid_features(). @@ -104,18 +106,19 @@ has only one feature and would waste 31 bits of space in the x86_capability[] array. Since there is a struct cpuinfo_x86 for each possible CPU, the wasted memory is not trivial. -c: Flags can be created synthetically under certain conditions for hardware features. -------------------------------------------------------------------------------------- +Flags can be created synthetically under certain conditions for hardware features +--------------------------------------------------------------------------------- + Examples of conditions include whether certain features are present in MSR_IA32_CORE_CAPS or specific CPU models are identified. If the needed conditions are met, the features are enabled by the set_cpu_cap or setup_force_cpu_cap macros. For example, if bit 5 is set in MSR_IA32_CORE_CAPS, the feature X86_FEATURE_SPLIT_LOCK_DETECT will be enabled and "split_lock_detect" will be displayed. The flag "ring3mwait" will be -displayed only when running on INTEL_FAM6_XEON_PHI_[KNL|KNM] processors. +displayed only when running on INTEL_XEON_PHI_[KNL|KNM] processors. -d: Flags can represent purely software features. ------------------------------------------------- +Flags can represent purely software features +-------------------------------------------- These flags do not represent hardware features. Instead, they represent a software feature implemented in the kernel. For example, Kernel Page Table Isolation is purely software feature and its feature flag X86_FEATURE_PTI is @@ -130,14 +133,18 @@ x86_cap/bug_flags[] arrays in kernel/cpu/capflags.c. The names in the resulting x86_cap/bug_flags[] are used to populate /proc/cpuinfo. The naming of flags in the x86_cap/bug_flags[] are as follows: -a: The name of the flag is from the string in X86_FEATURE_<name> by default. ----------------------------------------------------------------------------- -By default, the flag <name> in /proc/cpuinfo is extracted from the respective -X86_FEATURE_<name> in cpufeatures.h. For example, the flag "avx2" is from -X86_FEATURE_AVX2. +Flags do not appear by default in /proc/cpuinfo +----------------------------------------------- + +Feature flags are omitted by default from /proc/cpuinfo as it does not make +sense for the feature to be exposed to userspace in most cases. For example, +X86_FEATURE_ALWAYS is defined in cpufeatures.h but that flag is an internal +kernel feature used in the alternative runtime patching functionality. So the +flag does not appear in /proc/cpuinfo. + +Specify a flag name if absolutely needed +---------------------------------------- -b: The naming can be overridden. --------------------------------- If the comment on the line for the #define X86_FEATURE_* starts with a double-quote character (""), the string inside the double-quote characters will be the name of the flags. For example, the flag "sse4_1" comes from @@ -148,36 +155,31 @@ needed. For instance, /proc/cpuinfo is a userspace interface and must remain constant. If, for some reason, the naming of X86_FEATURE_<name> changes, one shall override the new naming with the name already used in /proc/cpuinfo. -c: The naming override can be "", which means it will not appear in /proc/cpuinfo. ----------------------------------------------------------------------------------- -The feature shall be omitted from /proc/cpuinfo if it does not make sense for -the feature to be exposed to userspace. For example, X86_FEATURE_ALWAYS is -defined in cpufeatures.h but that flag is an internal kernel feature used -in the alternative runtime patching functionality. So, its name is overridden -with "". Its flag will not appear in /proc/cpuinfo. - Flags are missing when one or more of these happen ================================================== -a: The hardware does not enumerate support for it. --------------------------------------------------- +The hardware does not enumerate support for it +---------------------------------------------- + For example, when a new kernel is running on old hardware or the feature is not enabled by boot firmware. Even if the hardware is new, there might be a problem enabling the feature at run time, the flag will not be displayed. -b: The kernel does not know about the flag. -------------------------------------------- +The kernel does not know about the flag +--------------------------------------- + For example, when an old kernel is running on new hardware. -c: The kernel disabled support for it at compile-time. ------------------------------------------------------- -For example, if 5-level-paging is not enabled when building (i.e., -CONFIG_X86_5LEVEL is not selected) the flag "la57" will not show up [#f1]_. +The kernel disabled support for it at compile-time +-------------------------------------------------- + +For example, if Linear Address Masking (LAM) is not enabled when building (i.e., +CONFIG_ADDRESS_MASKING is not selected) the flag "lam" will not show up. Even though the feature will still be detected via CPUID, the kernel disables -it by clearing via setup_clear_cpu_cap(X86_FEATURE_LA57). +it by clearing via setup_clear_cpu_cap(X86_FEATURE_LAM). -d: The feature is disabled at boot-time. ----------------------------------------- +The feature is disabled at boot-time +------------------------------------ A feature can be disabled either using a command-line parameter or because it failed to be enabled. The command-line parameter clearcpuid= can be used to disable features using the feature number as defined in @@ -190,12 +192,11 @@ disable specific features. The list of parameters includes, but is not limited to, nofsgsbase, nosgx, noxsave, etc. 5-level paging can also be disabled using "no5lvl". -e: The feature was known to be non-functional. ----------------------------------------------- +The feature was known to be non-functional +------------------------------------------ + The feature was known to be non-functional because a dependency was missing at runtime. For example, AVX flags will not show up if XSAVE feature is disabled since they depend on XSAVE feature. Another example would be broken CPUs and them missing microcode patches. Due to that, the kernel decides not to enable a feature. - -.. [#f1] 5-level paging uses linear address of 57 bits. diff --git a/Documentation/arch/x86/exception-tables.rst b/Documentation/arch/x86/exception-tables.rst index efde1fef4fbd..6e7177363f8f 100644 --- a/Documentation/arch/x86/exception-tables.rst +++ b/Documentation/arch/x86/exception-tables.rst @@ -297,7 +297,7 @@ vma occurs? c) execution continues at local label 2 (address of the instruction immediately after the faulting user access). -The steps 8a to 8c in a certain way emulate the faulting instruction. + The steps a to c above in a certain way emulate the faulting instruction. That's it, mostly. If you look at our example, you might ask why we set EAX to -EFAULT in the exception handler code. Well, the diff --git a/Documentation/arch/x86/index.rst b/Documentation/arch/x86/index.rst index 8ac64d7de4dc..8ea762494bcc 100644 --- a/Documentation/arch/x86/index.rst +++ b/Documentation/arch/x86/index.rst @@ -25,13 +25,13 @@ x86-specific Documentation shstk iommu intel_txt + amd-debugging amd-memory-encryption amd_hsmp tdx pti mds microcode - resctrl tsx_async_abort buslock usb-legacy-support diff --git a/Documentation/arch/x86/mds.rst b/Documentation/arch/x86/mds.rst index c58c72362911..5a2e6c0ef04a 100644 --- a/Documentation/arch/x86/mds.rst +++ b/Documentation/arch/x86/mds.rst @@ -162,7 +162,7 @@ Mitigation points 3. It would take a large number of these precisely-timed NMIs to mount an actual attack. There's presumably not enough bandwidth. 4. The NMI in question occurs after a VERW, i.e. when user state is - restored and most interesting data is already scrubbed. Whats left + restored and most interesting data is already scrubbed. What's left is only the data that NMI touches, and that may or may not be of any interest. diff --git a/Documentation/arch/x86/resctrl.rst b/Documentation/arch/x86/resctrl.rst deleted file mode 100644 index 6c245582d8fb..000000000000 --- a/Documentation/arch/x86/resctrl.rst +++ /dev/null @@ -1,1480 +0,0 @@ -.. SPDX-License-Identifier: GPL-2.0 -.. include:: <isonum.txt> - -=========================================== -User Interface for Resource Control feature -=========================================== - -:Copyright: |copy| 2016 Intel Corporation -:Authors: - Fenghua Yu <fenghua.yu@intel.com> - - Tony Luck <tony.luck@intel.com> - - Vikas Shivappa <vikas.shivappa@intel.com> - - -Intel refers to this feature as Intel Resource Director Technology(Intel(R) RDT). -AMD refers to this feature as AMD Platform Quality of Service(AMD QoS). - -This feature is enabled by the CONFIG_X86_CPU_RESCTRL and the x86 /proc/cpuinfo -flag bits: - -=============================================== ================================ -RDT (Resource Director Technology) Allocation "rdt_a" -CAT (Cache Allocation Technology) "cat_l3", "cat_l2" -CDP (Code and Data Prioritization) "cdp_l3", "cdp_l2" -CQM (Cache QoS Monitoring) "cqm_llc", "cqm_occup_llc" -MBM (Memory Bandwidth Monitoring) "cqm_mbm_total", "cqm_mbm_local" -MBA (Memory Bandwidth Allocation) "mba" -SMBA (Slow Memory Bandwidth Allocation) "" -BMEC (Bandwidth Monitoring Event Configuration) "" -=============================================== ================================ - -Historically, new features were made visible by default in /proc/cpuinfo. This -resulted in the feature flags becoming hard to parse by humans. Adding a new -flag to /proc/cpuinfo should be avoided if user space can obtain information -about the feature from resctrl's info directory. - -To use the feature mount the file system:: - - # mount -t resctrl resctrl [-o cdp[,cdpl2][,mba_MBps][,debug]] /sys/fs/resctrl - -mount options are: - -"cdp": - Enable code/data prioritization in L3 cache allocations. -"cdpl2": - Enable code/data prioritization in L2 cache allocations. -"mba_MBps": - Enable the MBA Software Controller(mba_sc) to specify MBA - bandwidth in MiBps -"debug": - Make debug files accessible. Available debug files are annotated with - "Available only with debug option". - -L2 and L3 CDP are controlled separately. - -RDT features are orthogonal. A particular system may support only -monitoring, only control, or both monitoring and control. Cache -pseudo-locking is a unique way of using cache control to "pin" or -"lock" data in the cache. Details can be found in -"Cache Pseudo-Locking". - - -The mount succeeds if either of allocation or monitoring is present, but -only those files and directories supported by the system will be created. -For more details on the behavior of the interface during monitoring -and allocation, see the "Resource alloc and monitor groups" section. - -Info directory -============== - -The 'info' directory contains information about the enabled -resources. Each resource has its own subdirectory. The subdirectory -names reflect the resource names. - -Each subdirectory contains the following files with respect to -allocation: - -Cache resource(L3/L2) subdirectory contains the following files -related to allocation: - -"num_closids": - The number of CLOSIDs which are valid for this - resource. The kernel uses the smallest number of - CLOSIDs of all enabled resources as limit. -"cbm_mask": - The bitmask which is valid for this resource. - This mask is equivalent to 100%. -"min_cbm_bits": - The minimum number of consecutive bits which - must be set when writing a mask. - -"shareable_bits": - Bitmask of shareable resource with other executing - entities (e.g. I/O). User can use this when - setting up exclusive cache partitions. Note that - some platforms support devices that have their - own settings for cache use which can over-ride - these bits. -"bit_usage": - Annotated capacity bitmasks showing how all - instances of the resource are used. The legend is: - - "0": - Corresponding region is unused. When the system's - resources have been allocated and a "0" is found - in "bit_usage" it is a sign that resources are - wasted. - - "H": - Corresponding region is used by hardware only - but available for software use. If a resource - has bits set in "shareable_bits" but not all - of these bits appear in the resource groups' - schematas then the bits appearing in - "shareable_bits" but no resource group will - be marked as "H". - "X": - Corresponding region is available for sharing and - used by hardware and software. These are the - bits that appear in "shareable_bits" as - well as a resource group's allocation. - "S": - Corresponding region is used by software - and available for sharing. - "E": - Corresponding region is used exclusively by - one resource group. No sharing allowed. - "P": - Corresponding region is pseudo-locked. No - sharing allowed. -"sparse_masks": - Indicates if non-contiguous 1s value in CBM is supported. - - "0": - Only contiguous 1s value in CBM is supported. - "1": - Non-contiguous 1s value in CBM is supported. - -Memory bandwidth(MB) subdirectory contains the following files -with respect to allocation: - -"min_bandwidth": - The minimum memory bandwidth percentage which - user can request. - -"bandwidth_gran": - The granularity in which the memory bandwidth - percentage is allocated. The allocated - b/w percentage is rounded off to the next - control step available on the hardware. The - available bandwidth control steps are: - min_bandwidth + N * bandwidth_gran. - -"delay_linear": - Indicates if the delay scale is linear or - non-linear. This field is purely informational - only. - -"thread_throttle_mode": - Indicator on Intel systems of how tasks running on threads - of a physical core are throttled in cases where they - request different memory bandwidth percentages: - - "max": - the smallest percentage is applied - to all threads - "per-thread": - bandwidth percentages are directly applied to - the threads running on the core - -If RDT monitoring is available there will be an "L3_MON" directory -with the following files: - -"num_rmids": - The number of RMIDs available. This is the - upper bound for how many "CTRL_MON" + "MON" - groups can be created. - -"mon_features": - Lists the monitoring events if - monitoring is enabled for the resource. - Example:: - - # cat /sys/fs/resctrl/info/L3_MON/mon_features - llc_occupancy - mbm_total_bytes - mbm_local_bytes - - If the system supports Bandwidth Monitoring Event - Configuration (BMEC), then the bandwidth events will - be configurable. The output will be:: - - # cat /sys/fs/resctrl/info/L3_MON/mon_features - llc_occupancy - mbm_total_bytes - mbm_total_bytes_config - mbm_local_bytes - mbm_local_bytes_config - -"mbm_total_bytes_config", "mbm_local_bytes_config": - Read/write files containing the configuration for the mbm_total_bytes - and mbm_local_bytes events, respectively, when the Bandwidth - Monitoring Event Configuration (BMEC) feature is supported. - The event configuration settings are domain specific and affect - all the CPUs in the domain. When either event configuration is - changed, the bandwidth counters for all RMIDs of both events - (mbm_total_bytes as well as mbm_local_bytes) are cleared for that - domain. The next read for every RMID will report "Unavailable" - and subsequent reads will report the valid value. - - Following are the types of events supported: - - ==== ======================================================== - Bits Description - ==== ======================================================== - 6 Dirty Victims from the QOS domain to all types of memory - 5 Reads to slow memory in the non-local NUMA domain - 4 Reads to slow memory in the local NUMA domain - 3 Non-temporal writes to non-local NUMA domain - 2 Non-temporal writes to local NUMA domain - 1 Reads to memory in the non-local NUMA domain - 0 Reads to memory in the local NUMA domain - ==== ======================================================== - - By default, the mbm_total_bytes configuration is set to 0x7f to count - all the event types and the mbm_local_bytes configuration is set to - 0x15 to count all the local memory events. - - Examples: - - * To view the current configuration:: - :: - - # cat /sys/fs/resctrl/info/L3_MON/mbm_total_bytes_config - 0=0x7f;1=0x7f;2=0x7f;3=0x7f - - # cat /sys/fs/resctrl/info/L3_MON/mbm_local_bytes_config - 0=0x15;1=0x15;3=0x15;4=0x15 - - * To change the mbm_total_bytes to count only reads on domain 0, - the bits 0, 1, 4 and 5 needs to be set, which is 110011b in binary - (in hexadecimal 0x33): - :: - - # echo "0=0x33" > /sys/fs/resctrl/info/L3_MON/mbm_total_bytes_config - - # cat /sys/fs/resctrl/info/L3_MON/mbm_total_bytes_config - 0=0x33;1=0x7f;2=0x7f;3=0x7f - - * To change the mbm_local_bytes to count all the slow memory reads on - domain 0 and 1, the bits 4 and 5 needs to be set, which is 110000b - in binary (in hexadecimal 0x30): - :: - - # echo "0=0x30;1=0x30" > /sys/fs/resctrl/info/L3_MON/mbm_local_bytes_config - - # cat /sys/fs/resctrl/info/L3_MON/mbm_local_bytes_config - 0=0x30;1=0x30;3=0x15;4=0x15 - -"max_threshold_occupancy": - Read/write file provides the largest value (in - bytes) at which a previously used LLC_occupancy - counter can be considered for re-use. - -Finally, in the top level of the "info" directory there is a file -named "last_cmd_status". This is reset with every "command" issued -via the file system (making new directories or writing to any of the -control files). If the command was successful, it will read as "ok". -If the command failed, it will provide more information that can be -conveyed in the error returns from file operations. E.g. -:: - - # echo L3:0=f7 > schemata - bash: echo: write error: Invalid argument - # cat info/last_cmd_status - mask f7 has non-consecutive 1-bits - -Resource alloc and monitor groups -================================= - -Resource groups are represented as directories in the resctrl file -system. The default group is the root directory which, immediately -after mounting, owns all the tasks and cpus in the system and can make -full use of all resources. - -On a system with RDT control features additional directories can be -created in the root directory that specify different amounts of each -resource (see "schemata" below). The root and these additional top level -directories are referred to as "CTRL_MON" groups below. - -On a system with RDT monitoring the root directory and other top level -directories contain a directory named "mon_groups" in which additional -directories can be created to monitor subsets of tasks in the CTRL_MON -group that is their ancestor. These are called "MON" groups in the rest -of this document. - -Removing a directory will move all tasks and cpus owned by the group it -represents to the parent. Removing one of the created CTRL_MON groups -will automatically remove all MON groups below it. - -Moving MON group directories to a new parent CTRL_MON group is supported -for the purpose of changing the resource allocations of a MON group -without impacting its monitoring data or assigned tasks. This operation -is not allowed for MON groups which monitor CPUs. No other move -operation is currently allowed other than simply renaming a CTRL_MON or -MON group. - -All groups contain the following files: - -"tasks": - Reading this file shows the list of all tasks that belong to - this group. Writing a task id to the file will add a task to the - group. Multiple tasks can be added by separating the task ids - with commas. Tasks will be assigned sequentially. Multiple - failures are not supported. A single failure encountered while - attempting to assign a task will cause the operation to abort and - already added tasks before the failure will remain in the group. - Failures will be logged to /sys/fs/resctrl/info/last_cmd_status. - - If the group is a CTRL_MON group the task is removed from - whichever previous CTRL_MON group owned the task and also from - any MON group that owned the task. If the group is a MON group, - then the task must already belong to the CTRL_MON parent of this - group. The task is removed from any previous MON group. - - -"cpus": - Reading this file shows a bitmask of the logical CPUs owned by - this group. Writing a mask to this file will add and remove - CPUs to/from this group. As with the tasks file a hierarchy is - maintained where MON groups may only include CPUs owned by the - parent CTRL_MON group. - When the resource group is in pseudo-locked mode this file will - only be readable, reflecting the CPUs associated with the - pseudo-locked region. - - -"cpus_list": - Just like "cpus", only using ranges of CPUs instead of bitmasks. - - -When control is enabled all CTRL_MON groups will also contain: - -"schemata": - A list of all the resources available to this group. - Each resource has its own line and format - see below for details. - -"size": - Mirrors the display of the "schemata" file to display the size in - bytes of each allocation instead of the bits representing the - allocation. - -"mode": - The "mode" of the resource group dictates the sharing of its - allocations. A "shareable" resource group allows sharing of its - allocations while an "exclusive" resource group does not. A - cache pseudo-locked region is created by first writing - "pseudo-locksetup" to the "mode" file before writing the cache - pseudo-locked region's schemata to the resource group's "schemata" - file. On successful pseudo-locked region creation the mode will - automatically change to "pseudo-locked". - -"ctrl_hw_id": - Available only with debug option. The identifier used by hardware - for the control group. On x86 this is the CLOSID. - -When monitoring is enabled all MON groups will also contain: - -"mon_data": - This contains a set of files organized by L3 domain and by - RDT event. E.g. on a system with two L3 domains there will - be subdirectories "mon_L3_00" and "mon_L3_01". Each of these - directories have one file per event (e.g. "llc_occupancy", - "mbm_total_bytes", and "mbm_local_bytes"). In a MON group these - files provide a read out of the current value of the event for - all tasks in the group. In CTRL_MON groups these files provide - the sum for all tasks in the CTRL_MON group and all tasks in - MON groups. Please see example section for more details on usage. - -"mon_hw_id": - Available only with debug option. The identifier used by hardware - for the monitor group. On x86 this is the RMID. - -Resource allocation rules -------------------------- - -When a task is running the following rules define which resources are -available to it: - -1) If the task is a member of a non-default group, then the schemata - for that group is used. - -2) Else if the task belongs to the default group, but is running on a - CPU that is assigned to some specific group, then the schemata for the - CPU's group is used. - -3) Otherwise the schemata for the default group is used. - -Resource monitoring rules -------------------------- -1) If a task is a member of a MON group, or non-default CTRL_MON group - then RDT events for the task will be reported in that group. - -2) If a task is a member of the default CTRL_MON group, but is running - on a CPU that is assigned to some specific group, then the RDT events - for the task will be reported in that group. - -3) Otherwise RDT events for the task will be reported in the root level - "mon_data" group. - - -Notes on cache occupancy monitoring and control -=============================================== -When moving a task from one group to another you should remember that -this only affects *new* cache allocations by the task. E.g. you may have -a task in a monitor group showing 3 MB of cache occupancy. If you move -to a new group and immediately check the occupancy of the old and new -groups you will likely see that the old group is still showing 3 MB and -the new group zero. When the task accesses locations still in cache from -before the move, the h/w does not update any counters. On a busy system -you will likely see the occupancy in the old group go down as cache lines -are evicted and re-used while the occupancy in the new group rises as -the task accesses memory and loads into the cache are counted based on -membership in the new group. - -The same applies to cache allocation control. Moving a task to a group -with a smaller cache partition will not evict any cache lines. The -process may continue to use them from the old partition. - -Hardware uses CLOSid(Class of service ID) and an RMID(Resource monitoring ID) -to identify a control group and a monitoring group respectively. Each of -the resource groups are mapped to these IDs based on the kind of group. The -number of CLOSid and RMID are limited by the hardware and hence the creation of -a "CTRL_MON" directory may fail if we run out of either CLOSID or RMID -and creation of "MON" group may fail if we run out of RMIDs. - -max_threshold_occupancy - generic concepts ------------------------------------------- - -Note that an RMID once freed may not be immediately available for use as -the RMID is still tagged the cache lines of the previous user of RMID. -Hence such RMIDs are placed on limbo list and checked back if the cache -occupancy has gone down. If there is a time when system has a lot of -limbo RMIDs but which are not ready to be used, user may see an -EBUSY -during mkdir. - -max_threshold_occupancy is a user configurable value to determine the -occupancy at which an RMID can be freed. - -Schemata files - general concepts ---------------------------------- -Each line in the file describes one resource. The line starts with -the name of the resource, followed by specific values to be applied -in each of the instances of that resource on the system. - -Cache IDs ---------- -On current generation systems there is one L3 cache per socket and L2 -caches are generally just shared by the hyperthreads on a core, but this -isn't an architectural requirement. We could have multiple separate L3 -caches on a socket, multiple cores could share an L2 cache. So instead -of using "socket" or "core" to define the set of logical cpus sharing -a resource we use a "Cache ID". At a given cache level this will be a -unique number across the whole system (but it isn't guaranteed to be a -contiguous sequence, there may be gaps). To find the ID for each logical -CPU look in /sys/devices/system/cpu/cpu*/cache/index*/id - -Cache Bit Masks (CBM) ---------------------- -For cache resources we describe the portion of the cache that is available -for allocation using a bitmask. The maximum value of the mask is defined -by each cpu model (and may be different for different cache levels). It -is found using CPUID, but is also provided in the "info" directory of -the resctrl file system in "info/{resource}/cbm_mask". Some Intel hardware -requires that these masks have all the '1' bits in a contiguous block. So -0x3, 0x6 and 0xC are legal 4-bit masks with two bits set, but 0x5, 0x9 -and 0xA are not. Check /sys/fs/resctrl/info/{resource}/sparse_masks -if non-contiguous 1s value is supported. On a system with a 20-bit mask -each bit represents 5% of the capacity of the cache. You could partition -the cache into four equal parts with masks: 0x1f, 0x3e0, 0x7c00, 0xf8000. - -Memory bandwidth Allocation and monitoring -========================================== - -For Memory bandwidth resource, by default the user controls the resource -by indicating the percentage of total memory bandwidth. - -The minimum bandwidth percentage value for each cpu model is predefined -and can be looked up through "info/MB/min_bandwidth". The bandwidth -granularity that is allocated is also dependent on the cpu model and can -be looked up at "info/MB/bandwidth_gran". The available bandwidth -control steps are: min_bw + N * bw_gran. Intermediate values are rounded -to the next control step available on the hardware. - -The bandwidth throttling is a core specific mechanism on some of Intel -SKUs. Using a high bandwidth and a low bandwidth setting on two threads -sharing a core may result in both threads being throttled to use the -low bandwidth (see "thread_throttle_mode"). - -The fact that Memory bandwidth allocation(MBA) may be a core -specific mechanism where as memory bandwidth monitoring(MBM) is done at -the package level may lead to confusion when users try to apply control -via the MBA and then monitor the bandwidth to see if the controls are -effective. Below are such scenarios: - -1. User may *not* see increase in actual bandwidth when percentage - values are increased: - -This can occur when aggregate L2 external bandwidth is more than L3 -external bandwidth. Consider an SKL SKU with 24 cores on a package and -where L2 external is 10GBps (hence aggregate L2 external bandwidth is -240GBps) and L3 external bandwidth is 100GBps. Now a workload with '20 -threads, having 50% bandwidth, each consuming 5GBps' consumes the max L3 -bandwidth of 100GBps although the percentage value specified is only 50% -<< 100%. Hence increasing the bandwidth percentage will not yield any -more bandwidth. This is because although the L2 external bandwidth still -has capacity, the L3 external bandwidth is fully used. Also note that -this would be dependent on number of cores the benchmark is run on. - -2. Same bandwidth percentage may mean different actual bandwidth - depending on # of threads: - -For the same SKU in #1, a 'single thread, with 10% bandwidth' and '4 -thread, with 10% bandwidth' can consume upto 10GBps and 40GBps although -they have same percentage bandwidth of 10%. This is simply because as -threads start using more cores in an rdtgroup, the actual bandwidth may -increase or vary although user specified bandwidth percentage is same. - -In order to mitigate this and make the interface more user friendly, -resctrl added support for specifying the bandwidth in MiBps as well. The -kernel underneath would use a software feedback mechanism or a "Software -Controller(mba_sc)" which reads the actual bandwidth using MBM counters -and adjust the memory bandwidth percentages to ensure:: - - "actual bandwidth < user specified bandwidth". - -By default, the schemata would take the bandwidth percentage values -where as user can switch to the "MBA software controller" mode using -a mount option 'mba_MBps'. The schemata format is specified in the below -sections. - -L3 schemata file details (code and data prioritization disabled) ----------------------------------------------------------------- -With CDP disabled the L3 schemata format is:: - - L3:<cache_id0>=<cbm>;<cache_id1>=<cbm>;... - -L3 schemata file details (CDP enabled via mount option to resctrl) ------------------------------------------------------------------- -When CDP is enabled L3 control is split into two separate resources -so you can specify independent masks for code and data like this:: - - L3DATA:<cache_id0>=<cbm>;<cache_id1>=<cbm>;... - L3CODE:<cache_id0>=<cbm>;<cache_id1>=<cbm>;... - -L2 schemata file details ------------------------- -CDP is supported at L2 using the 'cdpl2' mount option. The schemata -format is either:: - - L2:<cache_id0>=<cbm>;<cache_id1>=<cbm>;... - -or - - L2DATA:<cache_id0>=<cbm>;<cache_id1>=<cbm>;... - L2CODE:<cache_id0>=<cbm>;<cache_id1>=<cbm>;... - - -Memory bandwidth Allocation (default mode) ------------------------------------------- - -Memory b/w domain is L3 cache. -:: - - MB:<cache_id0>=bandwidth0;<cache_id1>=bandwidth1;... - -Memory bandwidth Allocation specified in MiBps ----------------------------------------------- - -Memory bandwidth domain is L3 cache. -:: - - MB:<cache_id0>=bw_MiBps0;<cache_id1>=bw_MiBps1;... - -Slow Memory Bandwidth Allocation (SMBA) ---------------------------------------- -AMD hardware supports Slow Memory Bandwidth Allocation (SMBA). -CXL.memory is the only supported "slow" memory device. With the -support of SMBA, the hardware enables bandwidth allocation on -the slow memory devices. If there are multiple such devices in -the system, the throttling logic groups all the slow sources -together and applies the limit on them as a whole. - -The presence of SMBA (with CXL.memory) is independent of slow memory -devices presence. If there are no such devices on the system, then -configuring SMBA will have no impact on the performance of the system. - -The bandwidth domain for slow memory is L3 cache. Its schemata file -is formatted as: -:: - - SMBA:<cache_id0>=bandwidth0;<cache_id1>=bandwidth1;... - -Reading/writing the schemata file ---------------------------------- -Reading the schemata file will show the state of all resources -on all domains. When writing you only need to specify those values -which you wish to change. E.g. -:: - - # cat schemata - L3DATA:0=fffff;1=fffff;2=fffff;3=fffff - L3CODE:0=fffff;1=fffff;2=fffff;3=fffff - # echo "L3DATA:2=3c0;" > schemata - # cat schemata - L3DATA:0=fffff;1=fffff;2=3c0;3=fffff - L3CODE:0=fffff;1=fffff;2=fffff;3=fffff - -Reading/writing the schemata file (on AMD systems) --------------------------------------------------- -Reading the schemata file will show the current bandwidth limit on all -domains. The allocated resources are in multiples of one eighth GB/s. -When writing to the file, you need to specify what cache id you wish to -configure the bandwidth limit. - -For example, to allocate 2GB/s limit on the first cache id: - -:: - - # cat schemata - MB:0=2048;1=2048;2=2048;3=2048 - L3:0=ffff;1=ffff;2=ffff;3=ffff - - # echo "MB:1=16" > schemata - # cat schemata - MB:0=2048;1= 16;2=2048;3=2048 - L3:0=ffff;1=ffff;2=ffff;3=ffff - -Reading/writing the schemata file (on AMD systems) with SMBA feature --------------------------------------------------------------------- -Reading and writing the schemata file is the same as without SMBA in -above section. - -For example, to allocate 8GB/s limit on the first cache id: - -:: - - # cat schemata - SMBA:0=2048;1=2048;2=2048;3=2048 - MB:0=2048;1=2048;2=2048;3=2048 - L3:0=ffff;1=ffff;2=ffff;3=ffff - - # echo "SMBA:1=64" > schemata - # cat schemata - SMBA:0=2048;1= 64;2=2048;3=2048 - MB:0=2048;1=2048;2=2048;3=2048 - L3:0=ffff;1=ffff;2=ffff;3=ffff - -Cache Pseudo-Locking -==================== -CAT enables a user to specify the amount of cache space that an -application can fill. Cache pseudo-locking builds on the fact that a -CPU can still read and write data pre-allocated outside its current -allocated area on a cache hit. With cache pseudo-locking, data can be -preloaded into a reserved portion of cache that no application can -fill, and from that point on will only serve cache hits. The cache -pseudo-locked memory is made accessible to user space where an -application can map it into its virtual address space and thus have -a region of memory with reduced average read latency. - -The creation of a cache pseudo-locked region is triggered by a request -from the user to do so that is accompanied by a schemata of the region -to be pseudo-locked. The cache pseudo-locked region is created as follows: - -- Create a CAT allocation CLOSNEW with a CBM matching the schemata - from the user of the cache region that will contain the pseudo-locked - memory. This region must not overlap with any current CAT allocation/CLOS - on the system and no future overlap with this cache region is allowed - while the pseudo-locked region exists. -- Create a contiguous region of memory of the same size as the cache - region. -- Flush the cache, disable hardware prefetchers, disable preemption. -- Make CLOSNEW the active CLOS and touch the allocated memory to load - it into the cache. -- Set the previous CLOS as active. -- At this point the closid CLOSNEW can be released - the cache - pseudo-locked region is protected as long as its CBM does not appear in - any CAT allocation. Even though the cache pseudo-locked region will from - this point on not appear in any CBM of any CLOS an application running with - any CLOS will be able to access the memory in the pseudo-locked region since - the region continues to serve cache hits. -- The contiguous region of memory loaded into the cache is exposed to - user-space as a character device. - -Cache pseudo-locking increases the probability that data will remain -in the cache via carefully configuring the CAT feature and controlling -application behavior. There is no guarantee that data is placed in -cache. Instructions like INVD, WBINVD, CLFLUSH, etc. can still evict -“locked” data from cache. Power management C-states may shrink or -power off cache. Deeper C-states will automatically be restricted on -pseudo-locked region creation. - -It is required that an application using a pseudo-locked region runs -with affinity to the cores (or a subset of the cores) associated -with the cache on which the pseudo-locked region resides. A sanity check -within the code will not allow an application to map pseudo-locked memory -unless it runs with affinity to cores associated with the cache on which the -pseudo-locked region resides. The sanity check is only done during the -initial mmap() handling, there is no enforcement afterwards and the -application self needs to ensure it remains affine to the correct cores. - -Pseudo-locking is accomplished in two stages: - -1) During the first stage the system administrator allocates a portion - of cache that should be dedicated to pseudo-locking. At this time an - equivalent portion of memory is allocated, loaded into allocated - cache portion, and exposed as a character device. -2) During the second stage a user-space application maps (mmap()) the - pseudo-locked memory into its address space. - -Cache Pseudo-Locking Interface ------------------------------- -A pseudo-locked region is created using the resctrl interface as follows: - -1) Create a new resource group by creating a new directory in /sys/fs/resctrl. -2) Change the new resource group's mode to "pseudo-locksetup" by writing - "pseudo-locksetup" to the "mode" file. -3) Write the schemata of the pseudo-locked region to the "schemata" file. All - bits within the schemata should be "unused" according to the "bit_usage" - file. - -On successful pseudo-locked region creation the "mode" file will contain -"pseudo-locked" and a new character device with the same name as the resource -group will exist in /dev/pseudo_lock. This character device can be mmap()'ed -by user space in order to obtain access to the pseudo-locked memory region. - -An example of cache pseudo-locked region creation and usage can be found below. - -Cache Pseudo-Locking Debugging Interface ----------------------------------------- -The pseudo-locking debugging interface is enabled by default (if -CONFIG_DEBUG_FS is enabled) and can be found in /sys/kernel/debug/resctrl. - -There is no explicit way for the kernel to test if a provided memory -location is present in the cache. The pseudo-locking debugging interface uses -the tracing infrastructure to provide two ways to measure cache residency of -the pseudo-locked region: - -1) Memory access latency using the pseudo_lock_mem_latency tracepoint. Data - from these measurements are best visualized using a hist trigger (see - example below). In this test the pseudo-locked region is traversed at - a stride of 32 bytes while hardware prefetchers and preemption - are disabled. This also provides a substitute visualization of cache - hits and misses. -2) Cache hit and miss measurements using model specific precision counters if - available. Depending on the levels of cache on the system the pseudo_lock_l2 - and pseudo_lock_l3 tracepoints are available. - -When a pseudo-locked region is created a new debugfs directory is created for -it in debugfs as /sys/kernel/debug/resctrl/<newdir>. A single -write-only file, pseudo_lock_measure, is present in this directory. The -measurement of the pseudo-locked region depends on the number written to this -debugfs file: - -1: - writing "1" to the pseudo_lock_measure file will trigger the latency - measurement captured in the pseudo_lock_mem_latency tracepoint. See - example below. -2: - writing "2" to the pseudo_lock_measure file will trigger the L2 cache - residency (cache hits and misses) measurement captured in the - pseudo_lock_l2 tracepoint. See example below. -3: - writing "3" to the pseudo_lock_measure file will trigger the L3 cache - residency (cache hits and misses) measurement captured in the - pseudo_lock_l3 tracepoint. - -All measurements are recorded with the tracing infrastructure. This requires -the relevant tracepoints to be enabled before the measurement is triggered. - -Example of latency debugging interface -~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ -In this example a pseudo-locked region named "newlock" was created. Here is -how we can measure the latency in cycles of reading from this region and -visualize this data with a histogram that is available if CONFIG_HIST_TRIGGERS -is set:: - - # :> /sys/kernel/tracing/trace - # echo 'hist:keys=latency' > /sys/kernel/tracing/events/resctrl/pseudo_lock_mem_latency/trigger - # echo 1 > /sys/kernel/tracing/events/resctrl/pseudo_lock_mem_latency/enable - # echo 1 > /sys/kernel/debug/resctrl/newlock/pseudo_lock_measure - # echo 0 > /sys/kernel/tracing/events/resctrl/pseudo_lock_mem_latency/enable - # cat /sys/kernel/tracing/events/resctrl/pseudo_lock_mem_latency/hist - - # event histogram - # - # trigger info: hist:keys=latency:vals=hitcount:sort=hitcount:size=2048 [active] - # - - { latency: 456 } hitcount: 1 - { latency: 50 } hitcount: 83 - { latency: 36 } hitcount: 96 - { latency: 44 } hitcount: 174 - { latency: 48 } hitcount: 195 - { latency: 46 } hitcount: 262 - { latency: 42 } hitcount: 693 - { latency: 40 } hitcount: 3204 - { latency: 38 } hitcount: 3484 - - Totals: - Hits: 8192 - Entries: 9 - Dropped: 0 - -Example of cache hits/misses debugging -~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ -In this example a pseudo-locked region named "newlock" was created on the L2 -cache of a platform. Here is how we can obtain details of the cache hits -and misses using the platform's precision counters. -:: - - # :> /sys/kernel/tracing/trace - # echo 1 > /sys/kernel/tracing/events/resctrl/pseudo_lock_l2/enable - # echo 2 > /sys/kernel/debug/resctrl/newlock/pseudo_lock_measure - # echo 0 > /sys/kernel/tracing/events/resctrl/pseudo_lock_l2/enable - # cat /sys/kernel/tracing/trace - - # tracer: nop - # - # _-----=> irqs-off - # / _----=> need-resched - # | / _---=> hardirq/softirq - # || / _--=> preempt-depth - # ||| / delay - # TASK-PID CPU# |||| TIMESTAMP FUNCTION - # | | | |||| | | - pseudo_lock_mea-1672 [002] .... 3132.860500: pseudo_lock_l2: hits=4097 miss=0 - - -Examples for RDT allocation usage -~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ - -1) Example 1 - -On a two socket machine (one L3 cache per socket) with just four bits -for cache bit masks, minimum b/w of 10% with a memory bandwidth -granularity of 10%. -:: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - # mkdir p0 p1 - # echo "L3:0=3;1=c\nMB:0=50;1=50" > /sys/fs/resctrl/p0/schemata - # echo "L3:0=3;1=3\nMB:0=50;1=50" > /sys/fs/resctrl/p1/schemata - -The default resource group is unmodified, so we have access to all parts -of all caches (its schemata file reads "L3:0=f;1=f"). - -Tasks that are under the control of group "p0" may only allocate from the -"lower" 50% on cache ID 0, and the "upper" 50% of cache ID 1. -Tasks in group "p1" use the "lower" 50% of cache on both sockets. - -Similarly, tasks that are under the control of group "p0" may use a -maximum memory b/w of 50% on socket0 and 50% on socket 1. -Tasks in group "p1" may also use 50% memory b/w on both sockets. -Note that unlike cache masks, memory b/w cannot specify whether these -allocations can overlap or not. The allocations specifies the maximum -b/w that the group may be able to use and the system admin can configure -the b/w accordingly. - -If resctrl is using the software controller (mba_sc) then user can enter the -max b/w in MB rather than the percentage values. -:: - - # echo "L3:0=3;1=c\nMB:0=1024;1=500" > /sys/fs/resctrl/p0/schemata - # echo "L3:0=3;1=3\nMB:0=1024;1=500" > /sys/fs/resctrl/p1/schemata - -In the above example the tasks in "p1" and "p0" on socket 0 would use a max b/w -of 1024MB where as on socket 1 they would use 500MB. - -2) Example 2 - -Again two sockets, but this time with a more realistic 20-bit mask. - -Two real time tasks pid=1234 running on processor 0 and pid=5678 running on -processor 1 on socket 0 on a 2-socket and dual core machine. To avoid noisy -neighbors, each of the two real-time tasks exclusively occupies one quarter -of L3 cache on socket 0. -:: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - -First we reset the schemata for the default group so that the "upper" -50% of the L3 cache on socket 0 and 50% of memory b/w cannot be used by -ordinary tasks:: - - # echo "L3:0=3ff;1=fffff\nMB:0=50;1=100" > schemata - -Next we make a resource group for our first real time task and give -it access to the "top" 25% of the cache on socket 0. -:: - - # mkdir p0 - # echo "L3:0=f8000;1=fffff" > p0/schemata - -Finally we move our first real time task into this resource group. We -also use taskset(1) to ensure the task always runs on a dedicated CPU -on socket 0. Most uses of resource groups will also constrain which -processors tasks run on. -:: - - # echo 1234 > p0/tasks - # taskset -cp 1 1234 - -Ditto for the second real time task (with the remaining 25% of cache):: - - # mkdir p1 - # echo "L3:0=7c00;1=fffff" > p1/schemata - # echo 5678 > p1/tasks - # taskset -cp 2 5678 - -For the same 2 socket system with memory b/w resource and CAT L3 the -schemata would look like(Assume min_bandwidth 10 and bandwidth_gran is -10): - -For our first real time task this would request 20% memory b/w on socket 0. -:: - - # echo -e "L3:0=f8000;1=fffff\nMB:0=20;1=100" > p0/schemata - -For our second real time task this would request an other 20% memory b/w -on socket 0. -:: - - # echo -e "L3:0=f8000;1=fffff\nMB:0=20;1=100" > p0/schemata - -3) Example 3 - -A single socket system which has real-time tasks running on core 4-7 and -non real-time workload assigned to core 0-3. The real-time tasks share text -and data, so a per task association is not required and due to interaction -with the kernel it's desired that the kernel on these cores shares L3 with -the tasks. -:: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - -First we reset the schemata for the default group so that the "upper" -50% of the L3 cache on socket 0, and 50% of memory bandwidth on socket 0 -cannot be used by ordinary tasks:: - - # echo "L3:0=3ff\nMB:0=50" > schemata - -Next we make a resource group for our real time cores and give it access -to the "top" 50% of the cache on socket 0 and 50% of memory bandwidth on -socket 0. -:: - - # mkdir p0 - # echo "L3:0=ffc00\nMB:0=50" > p0/schemata - -Finally we move core 4-7 over to the new group and make sure that the -kernel and the tasks running there get 50% of the cache. They should -also get 50% of memory bandwidth assuming that the cores 4-7 are SMT -siblings and only the real time threads are scheduled on the cores 4-7. -:: - - # echo F0 > p0/cpus - -4) Example 4 - -The resource groups in previous examples were all in the default "shareable" -mode allowing sharing of their cache allocations. If one resource group -configures a cache allocation then nothing prevents another resource group -to overlap with that allocation. - -In this example a new exclusive resource group will be created on a L2 CAT -system with two L2 cache instances that can be configured with an 8-bit -capacity bitmask. The new exclusive resource group will be configured to use -25% of each cache instance. -:: - - # mount -t resctrl resctrl /sys/fs/resctrl/ - # cd /sys/fs/resctrl - -First, we observe that the default group is configured to allocate to all L2 -cache:: - - # cat schemata - L2:0=ff;1=ff - -We could attempt to create the new resource group at this point, but it will -fail because of the overlap with the schemata of the default group:: - - # mkdir p0 - # echo 'L2:0=0x3;1=0x3' > p0/schemata - # cat p0/mode - shareable - # echo exclusive > p0/mode - -sh: echo: write error: Invalid argument - # cat info/last_cmd_status - schemata overlaps - -To ensure that there is no overlap with another resource group the default -resource group's schemata has to change, making it possible for the new -resource group to become exclusive. -:: - - # echo 'L2:0=0xfc;1=0xfc' > schemata - # echo exclusive > p0/mode - # grep . p0/* - p0/cpus:0 - p0/mode:exclusive - p0/schemata:L2:0=03;1=03 - p0/size:L2:0=262144;1=262144 - -A new resource group will on creation not overlap with an exclusive resource -group:: - - # mkdir p1 - # grep . p1/* - p1/cpus:0 - p1/mode:shareable - p1/schemata:L2:0=fc;1=fc - p1/size:L2:0=786432;1=786432 - -The bit_usage will reflect how the cache is used:: - - # cat info/L2/bit_usage - 0=SSSSSSEE;1=SSSSSSEE - -A resource group cannot be forced to overlap with an exclusive resource group:: - - # echo 'L2:0=0x1;1=0x1' > p1/schemata - -sh: echo: write error: Invalid argument - # cat info/last_cmd_status - overlaps with exclusive group - -Example of Cache Pseudo-Locking -~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ -Lock portion of L2 cache from cache id 1 using CBM 0x3. Pseudo-locked -region is exposed at /dev/pseudo_lock/newlock that can be provided to -application for argument to mmap(). -:: - - # mount -t resctrl resctrl /sys/fs/resctrl/ - # cd /sys/fs/resctrl - -Ensure that there are bits available that can be pseudo-locked, since only -unused bits can be pseudo-locked the bits to be pseudo-locked needs to be -removed from the default resource group's schemata:: - - # cat info/L2/bit_usage - 0=SSSSSSSS;1=SSSSSSSS - # echo 'L2:1=0xfc' > schemata - # cat info/L2/bit_usage - 0=SSSSSSSS;1=SSSSSS00 - -Create a new resource group that will be associated with the pseudo-locked -region, indicate that it will be used for a pseudo-locked region, and -configure the requested pseudo-locked region capacity bitmask:: - - # mkdir newlock - # echo pseudo-locksetup > newlock/mode - # echo 'L2:1=0x3' > newlock/schemata - -On success the resource group's mode will change to pseudo-locked, the -bit_usage will reflect the pseudo-locked region, and the character device -exposing the pseudo-locked region will exist:: - - # cat newlock/mode - pseudo-locked - # cat info/L2/bit_usage - 0=SSSSSSSS;1=SSSSSSPP - # ls -l /dev/pseudo_lock/newlock - crw------- 1 root root 243, 0 Apr 3 05:01 /dev/pseudo_lock/newlock - -:: - - /* - * Example code to access one page of pseudo-locked cache region - * from user space. - */ - #define _GNU_SOURCE - #include <fcntl.h> - #include <sched.h> - #include <stdio.h> - #include <stdlib.h> - #include <unistd.h> - #include <sys/mman.h> - - /* - * It is required that the application runs with affinity to only - * cores associated with the pseudo-locked region. Here the cpu - * is hardcoded for convenience of example. - */ - static int cpuid = 2; - - int main(int argc, char *argv[]) - { - cpu_set_t cpuset; - long page_size; - void *mapping; - int dev_fd; - int ret; - - page_size = sysconf(_SC_PAGESIZE); - - CPU_ZERO(&cpuset); - CPU_SET(cpuid, &cpuset); - ret = sched_setaffinity(0, sizeof(cpuset), &cpuset); - if (ret < 0) { - perror("sched_setaffinity"); - exit(EXIT_FAILURE); - } - - dev_fd = open("/dev/pseudo_lock/newlock", O_RDWR); - if (dev_fd < 0) { - perror("open"); - exit(EXIT_FAILURE); - } - - mapping = mmap(0, page_size, PROT_READ | PROT_WRITE, MAP_SHARED, - dev_fd, 0); - if (mapping == MAP_FAILED) { - perror("mmap"); - close(dev_fd); - exit(EXIT_FAILURE); - } - - /* Application interacts with pseudo-locked memory @mapping */ - - ret = munmap(mapping, page_size); - if (ret < 0) { - perror("munmap"); - close(dev_fd); - exit(EXIT_FAILURE); - } - - close(dev_fd); - exit(EXIT_SUCCESS); - } - -Locking between applications ----------------------------- - -Certain operations on the resctrl filesystem, composed of read/writes -to/from multiple files, must be atomic. - -As an example, the allocation of an exclusive reservation of L3 cache -involves: - - 1. Read the cbmmasks from each directory or the per-resource "bit_usage" - 2. Find a contiguous set of bits in the global CBM bitmask that is clear - in any of the directory cbmmasks - 3. Create a new directory - 4. Set the bits found in step 2 to the new directory "schemata" file - -If two applications attempt to allocate space concurrently then they can -end up allocating the same bits so the reservations are shared instead of -exclusive. - -To coordinate atomic operations on the resctrlfs and to avoid the problem -above, the following locking procedure is recommended: - -Locking is based on flock, which is available in libc and also as a shell -script command - -Write lock: - - A) Take flock(LOCK_EX) on /sys/fs/resctrl - B) Read/write the directory structure. - C) funlock - -Read lock: - - A) Take flock(LOCK_SH) on /sys/fs/resctrl - B) If success read the directory structure. - C) funlock - -Example with bash:: - - # Atomically read directory structure - $ flock -s /sys/fs/resctrl/ find /sys/fs/resctrl - - # Read directory contents and create new subdirectory - - $ cat create-dir.sh - find /sys/fs/resctrl/ > output.txt - mask = function-of(output.txt) - mkdir /sys/fs/resctrl/newres/ - echo mask > /sys/fs/resctrl/newres/schemata - - $ flock /sys/fs/resctrl/ ./create-dir.sh - -Example with C:: - - /* - * Example code do take advisory locks - * before accessing resctrl filesystem - */ - #include <sys/file.h> - #include <stdlib.h> - - void resctrl_take_shared_lock(int fd) - { - int ret; - - /* take shared lock on resctrl filesystem */ - ret = flock(fd, LOCK_SH); - if (ret) { - perror("flock"); - exit(-1); - } - } - - void resctrl_take_exclusive_lock(int fd) - { - int ret; - - /* release lock on resctrl filesystem */ - ret = flock(fd, LOCK_EX); - if (ret) { - perror("flock"); - exit(-1); - } - } - - void resctrl_release_lock(int fd) - { - int ret; - - /* take shared lock on resctrl filesystem */ - ret = flock(fd, LOCK_UN); - if (ret) { - perror("flock"); - exit(-1); - } - } - - void main(void) - { - int fd, ret; - - fd = open("/sys/fs/resctrl", O_DIRECTORY); - if (fd == -1) { - perror("open"); - exit(-1); - } - resctrl_take_shared_lock(fd); - /* code to read directory contents */ - resctrl_release_lock(fd); - - resctrl_take_exclusive_lock(fd); - /* code to read and write directory contents */ - resctrl_release_lock(fd); - } - -Examples for RDT Monitoring along with allocation usage -======================================================= -Reading monitored data ----------------------- -Reading an event file (for ex: mon_data/mon_L3_00/llc_occupancy) would -show the current snapshot of LLC occupancy of the corresponding MON -group or CTRL_MON group. - - -Example 1 (Monitor CTRL_MON group and subset of tasks in CTRL_MON group) ------------------------------------------------------------------------- -On a two socket machine (one L3 cache per socket) with just four bits -for cache bit masks:: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - # mkdir p0 p1 - # echo "L3:0=3;1=c" > /sys/fs/resctrl/p0/schemata - # echo "L3:0=3;1=3" > /sys/fs/resctrl/p1/schemata - # echo 5678 > p1/tasks - # echo 5679 > p1/tasks - -The default resource group is unmodified, so we have access to all parts -of all caches (its schemata file reads "L3:0=f;1=f"). - -Tasks that are under the control of group "p0" may only allocate from the -"lower" 50% on cache ID 0, and the "upper" 50% of cache ID 1. -Tasks in group "p1" use the "lower" 50% of cache on both sockets. - -Create monitor groups and assign a subset of tasks to each monitor group. -:: - - # cd /sys/fs/resctrl/p1/mon_groups - # mkdir m11 m12 - # echo 5678 > m11/tasks - # echo 5679 > m12/tasks - -fetch data (data shown in bytes) -:: - - # cat m11/mon_data/mon_L3_00/llc_occupancy - 16234000 - # cat m11/mon_data/mon_L3_01/llc_occupancy - 14789000 - # cat m12/mon_data/mon_L3_00/llc_occupancy - 16789000 - -The parent ctrl_mon group shows the aggregated data. -:: - - # cat /sys/fs/resctrl/p1/mon_data/mon_l3_00/llc_occupancy - 31234000 - -Example 2 (Monitor a task from its creation) --------------------------------------------- -On a two socket machine (one L3 cache per socket):: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - # mkdir p0 p1 - -An RMID is allocated to the group once its created and hence the <cmd> -below is monitored from its creation. -:: - - # echo $$ > /sys/fs/resctrl/p1/tasks - # <cmd> - -Fetch the data:: - - # cat /sys/fs/resctrl/p1/mon_data/mon_l3_00/llc_occupancy - 31789000 - -Example 3 (Monitor without CAT support or before creating CAT groups) ---------------------------------------------------------------------- - -Assume a system like HSW has only CQM and no CAT support. In this case -the resctrl will still mount but cannot create CTRL_MON directories. -But user can create different MON groups within the root group thereby -able to monitor all tasks including kernel threads. - -This can also be used to profile jobs cache size footprint before being -able to allocate them to different allocation groups. -:: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - # mkdir mon_groups/m01 - # mkdir mon_groups/m02 - - # echo 3478 > /sys/fs/resctrl/mon_groups/m01/tasks - # echo 2467 > /sys/fs/resctrl/mon_groups/m02/tasks - -Monitor the groups separately and also get per domain data. From the -below its apparent that the tasks are mostly doing work on -domain(socket) 0. -:: - - # cat /sys/fs/resctrl/mon_groups/m01/mon_L3_00/llc_occupancy - 31234000 - # cat /sys/fs/resctrl/mon_groups/m01/mon_L3_01/llc_occupancy - 34555 - # cat /sys/fs/resctrl/mon_groups/m02/mon_L3_00/llc_occupancy - 31234000 - # cat /sys/fs/resctrl/mon_groups/m02/mon_L3_01/llc_occupancy - 32789 - - -Example 4 (Monitor real time tasks) ------------------------------------ - -A single socket system which has real time tasks running on cores 4-7 -and non real time tasks on other cpus. We want to monitor the cache -occupancy of the real time threads on these cores. -:: - - # mount -t resctrl resctrl /sys/fs/resctrl - # cd /sys/fs/resctrl - # mkdir p1 - -Move the cpus 4-7 over to p1:: - - # echo f0 > p1/cpus - -View the llc occupancy snapshot:: - - # cat /sys/fs/resctrl/p1/mon_data/mon_L3_00/llc_occupancy - 11234000 - -Intel RDT Errata -================ - -Intel MBM Counters May Report System Memory Bandwidth Incorrectly ------------------------------------------------------------------ - -Errata SKX99 for Skylake server and BDF102 for Broadwell server. - -Problem: Intel Memory Bandwidth Monitoring (MBM) counters track metrics -according to the assigned Resource Monitor ID (RMID) for that logical -core. The IA32_QM_CTR register (MSR 0xC8E), used to report these -metrics, may report incorrect system bandwidth for certain RMID values. - -Implication: Due to the errata, system memory bandwidth may not match -what is reported. - -Workaround: MBM total and local readings are corrected according to the -following correction factor table: - -+---------------+---------------+---------------+-----------------+ -|core count |rmid count |rmid threshold |correction factor| -+---------------+---------------+---------------+-----------------+ -|1 |8 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|2 |16 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|3 |24 |15 |0.969650 | -+---------------+---------------+---------------+-----------------+ -|4 |32 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|6 |48 |31 |0.969650 | -+---------------+---------------+---------------+-----------------+ -|7 |56 |47 |1.142857 | -+---------------+---------------+---------------+-----------------+ -|8 |64 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|9 |72 |63 |1.185115 | -+---------------+---------------+---------------+-----------------+ -|10 |80 |63 |1.066553 | -+---------------+---------------+---------------+-----------------+ -|11 |88 |79 |1.454545 | -+---------------+---------------+---------------+-----------------+ -|12 |96 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|13 |104 |95 |1.230769 | -+---------------+---------------+---------------+-----------------+ -|14 |112 |95 |1.142857 | -+---------------+---------------+---------------+-----------------+ -|15 |120 |95 |1.066667 | -+---------------+---------------+---------------+-----------------+ -|16 |128 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|17 |136 |127 |1.254863 | -+---------------+---------------+---------------+-----------------+ -|18 |144 |127 |1.185255 | -+---------------+---------------+---------------+-----------------+ -|19 |152 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|20 |160 |127 |1.066667 | -+---------------+---------------+---------------+-----------------+ -|21 |168 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|22 |176 |159 |1.454334 | -+---------------+---------------+---------------+-----------------+ -|23 |184 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|24 |192 |127 |0.969744 | -+---------------+---------------+---------------+-----------------+ -|25 |200 |191 |1.280246 | -+---------------+---------------+---------------+-----------------+ -|26 |208 |191 |1.230921 | -+---------------+---------------+---------------+-----------------+ -|27 |216 |0 |1.000000 | -+---------------+---------------+---------------+-----------------+ -|28 |224 |191 |1.143118 | -+---------------+---------------+---------------+-----------------+ - -If rmid > rmid threshold, MBM total and local values should be multiplied -by the correction factor. - -See: - -1. Erratum SKX99 in Intel Xeon Processor Scalable Family Specification Update: -http://web.archive.org/web/20200716124958/https://www.intel.com/content/www/us/en/processors/xeon/scalable/xeon-scalable-spec-update.html - -2. Erratum BDF102 in Intel Xeon E5-2600 v4 Processor Product Family Specification Update: -http://web.archive.org/web/20191125200531/https://www.intel.com/content/dam/www/public/us/en/documents/specification-updates/xeon-e5-v4-spec-update.pdf - -3. The errata in Intel Resource Director Technology (Intel RDT) on 2nd Generation Intel Xeon Scalable Processors Reference Manual: -https://software.intel.com/content/www/us/en/develop/articles/intel-resource-director-technology-rdt-reference-manual.html - -for further information. diff --git a/Documentation/arch/x86/resume.svg b/Documentation/arch/x86/resume.svg new file mode 100644 index 000000000000..ad8839f762bf --- /dev/null +++ b/Documentation/arch/x86/resume.svg @@ -0,0 +1,4 @@ +<?xml version="1.0" encoding="UTF-8"?> +<!-- Do not edit this file with editors other than draw.io --> +<!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd"> +<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" version="1.1" width="582px" height="1152px" viewBox="-0.5 -0.5 582 1152" content="<mxfile host="confluence.amd.com" agent="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/134.0.0.0 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sP5YnW0Z1MoHl1q8oEoXM43gHCR8H44JR1KdgLeaWqLdIdPYlBKtx2K2tbDKQA4wup+NrH3JLb6fpWxBA2zfMB/JO9TVU+UC6mCmZH1cke5MRjr+9CtmrEvzUJJ48Ox57yoyvlc6AQnZ1703yWTvzkk/LTh5QJjoAQRHDMAtfQ3n2w3QcI3GiugkteJ4ezutoEoQ9ZnB512VNr+MCTOrv7Pveuye97ugUd4KfBxvcN0C8TibUv28kiGo2G/rgptGs4kzkYpLKo0sdtKbbzIqQZ+OG8MF+k21HX8wkiP8BIT/QIZrp5xpc0jX4GwMMAf78tjLh9/ArDjRuNPZm4D4RzAfydRm8PI8P9XvmkfOhbihSBgBBEEaAFqaKN4vGZgdVvP5roKIfDt9oEocaiCWnNDbH8qTV8Yked3f1HAPxTl8VpepEH8D8Apaf+gZUfaWfvPvhpMnDWyPrYr91OI41AEFndZh9kwlqA318Al7cAeiWHoSZMe1bNDAM/nxfms4sxVXnrRkr4QUAIwg9KJZTRR3uUN1pH+4gLMOu+QU0QRCTayUbWUb+dFdJSnfUlqCdbtb39hO1C4clLmXCm5v3tYpr/AzMu3GNXvt0rWV6jEESZcVQkco7fZIPFKEjq+ENACMIfTkWXKuUVOL+dFrihPe2srgWCcHmTomaiU7IOZtM8h4DTrE+T+tRDmgnqSdPL99iFU17EkG+zkQgiP6aurujfZ0CXEUHdYbBc5PREUmWh/RoyvCaZjKkkhPJVGQEhiAoqwMU/UJFoHd2tU6uzuhYIQkGtSb1xHzJYUUsLgrKNv7jJ2Jsy5koi6mTg72231pVt/c8Av0CguAk8NC+8dTyfPiTIlGpEgsiPX825LWn6R4NpuUkcIWAhgG1zv2cxJOApE3w/wqF1qaG1LwQJDAiCs5QtDgEhiOJwk1pFIqDxl1QstUaRIko1QUAQyCEgBCFTYc4QsKcHqXRqjTkbmHQkCDQoAkIQDarYWhyWM3NreZ31tThmkUkQqGcEhCDqWXv1Jbv91nfRiQrra9girSBQvwgIQdSv7upKcueNW+93tOtqgCKsINCACAhBNKBSqzmkbMoEMnZtbd1qo4rq6e09Zd5E5p3jmHGF5TJahhmrU4nBa6spq/QtCAgChREQgpAZUlYEurqO3takeb8E8Cm3hlW+I3Ni8sjHHrvjL2XtXBoTBASBsiIgBFFWOKUxdWIYT78ds2RptYOyGcRHJYdjKhmefIKAIFDDCAhB1LBy6lW0zp6+m8A4WSP/a0R80shw7Ff1OjaRWxBoJgSEIJpJ23M01s7u/iMZfCkBH8mlWtgMIJY2jO88vn7ti3MkhnQjCAgCJSIgBFEigFJdEBAEBIFGRUAIolE1K+MSBAQBQaBEBIQgSgRQqgsCgoAg0KgICEE0qmZlXIKAICAIlIiAEESJAEp1QUAQEAQaFQEhiEbVrIxLEBAEBIESERCCKBFAqS4ICAKCQKMiIATRqJqVcQkCgoAgUCICQhAlAijVBQFBQBBoVASEIBpVszIuQUAQEARKREAIokQApbogIAgIAo2KgBDE3GuWOrr7biDg1FzXsbbw5uOHhobSQURZ1Ltqx9Z0+hGA9svXY8YtqcTgpwFwkLbcM7Dy7ybC4SUbhta8GqQ9VTbS1XcZEy6cqResLefzpNmWns8YvOSx9bHng8pjLe9IJsh4tK2Flw0Nxf5WZLvU2RP9Epi+BSBkaSNDoOvGx+afs2HDdZP5f+/o7juKgLuL7MtXNSacnxoe/K6vwrlCixZ9tqVtm9d62DSOBsylAL0XwLbTbRD+AuY/AxRn4FeT83j9hodjb/jpo6dn+cI0h4cBfMBP+RLLvGaCDxqNxzZ4tRONRkN/ehkfCzEtZ8IhIOwJxg6Wem8x8DIYjxkGHshMhB4aHV2zyavdRvldCGKONelY2JnOSCYGflyEGHaiUbxQ1ILe3b3i/WmEhgjYwybH2ybzoaOJWDyIfL290feMT9JdIBxYJHnZnye1dr86GR/8QRB57GXLTBCu5ADClRPvLLjQSg5KllojiPb2E7YzwumLQXzGLELwBjnNjLtC4IsSidh/FypeawShHraCgdNA9DXLQ1beIwYyAFIM44up+FqVsj7QZsxPB7VURghijrXR3hXtNojuB7ANgJfZoCWp9QO/L0aMzq7+00E8/SobAa/C5INGRmJPBGmvoyt6NBGts+1+s00UsxPVEk4AImxvX7Wz0ZJ5GMC+znGU/lRpGQmCOrqj5xLoO7mstXlxM27kUGMEQZ3d/UcA/NOAi6RdLWkQfxNpfC+ZjI3p5l4tEUQk0r8/G+bPAfqHIH8ntrJKx7eYEy1nj47e+mYJ7dR0VSGIOVZPpLvvEga+PrX6lmbaaO+OLjJADwHYfmanTiemEgO3BhlWR3ffVQScra/D97SFt4mq50P9ttnR1X8YEatX5fLmFt9HftVHpKd/JTPfkquvdmwmgJZc/xMAL0vGY4pki/rKRBDU2d33uXeJ/nsAtrIIUpAcaoggqKMnejIx/dAmf1GYqkrEuJ5NPltHErVCEB3dfUsJUH8fOxU90NkVH0aG+5PJ2F/L1F5NNSMEMYfqsJteiHH5SGLwomJF6O4+fvsMJu8DqH2aIICrU/HBc/y2qWnjpdxivPMUh+HFMDK98fjtz/ltU+N/GA2h5bB4/LbXvNro7e0Nj6d3ug1ANFf2ZQDqdHPWTF26rS286eSgfpt8/TIQhNvimiHg0vGxBZfZzUrWcWtMTIEI1AtDP7939kQPAJMicftCuZGAa2HSna2t4y8NDd35er49NX8nJow9YfAxDChz1G6OvpgvSCZi6kRVkumlDDpyiBaJLH8fG+F7Aexj+/H1d30PNwG8ZiIUfm7D0Br1FG5WfuWfeyc99t4wsJRhfl536mDgxsmxBacX0rkfndRiGSGIOdRKx+L+D5PJjwBYCGCCgSNS8UFlSin6i3T1/YQJ/zzdQMBTieMUQvhZtq2ZF+EyzLw8lYj5cqrqHN4cgLQikf592chilFu4eNRk/ItBNGA5KZXkrC5x8aGOrmgfEd1oPzn4IQcFbbUJImd/XwOiZZaJlwHzZTDxbTczkXWSKufuxpfpLAa+bcOhLGRXoo50f0/U2dN3BRhfsP6oAjs43XKWTzOR0v1RRHST9dSe/VtmWpVKDKiNTEN9QhBzqM6Orv4TiLKmE4DwLNLcm0zGNpYiwqw2i9jx2/0YYFI7Q2UvmPZtBFng23uX726kw+sB7JUbVyCC6ezuUyeFa/KYqN0ZT7Z8wQhP3mF1egMo2lldyuIT6elbwYybiyWHWiAIXYQYA5em4oPKYRtk558/SV0/y39FdE1yeECZLIO0NevPoBQd6f6eDlgc3Stkktp45OcliGhg/J35JwXd+UcWRw9kk+4AsN1MX3wfMljhh1xL+Xuf67pCEHOHeFnCW+3i2k4l6mffJxONOSe7+1ONzPZtsG8TUc7Gq96cbp06iPg3US1aGp3fugX3AhSZJgie8ql09PR9hRjKdJH7indWF7v4lIMcaoEgOnr6ziXGFZa59KQ5GVpaTPim9jRShs1PsTpy+3PW+MU2k0lLRkYGnixiCdCdRspycipClopWEYKoKLwzjZcxvHWWxF1dR29r0jxlS/7U9NJJuCg1PHi519A6O6O7IUxDYHxwquwUEaj/Z/Nt+J78joU8gMnLFuGlxJiO8tI45It2Vhez+HR09S8nYmVamLkXoGBivnj3XfG9WCymnOm+vqqbmHr6brKYEJXMRd3FyQ/WFlSg/vl1MungkZGBx30BoilUjI4K9aXZYPje9Oja1Z7CmFY0mpmp7glC56hVZhI/dws0u2/fYZ2Ouh67Jtvi53vB9fMHpolC8vUHr9ntTzu4HW36wFRzIlGRLX4d8Zq7DzMRVNmdagi3A5QlsKmvOGd10MUn0hM9gpmUWWk6WizLoUWQg5K61gii2AuWeS1Y/hYMgN5mcDrExj8nEmvVxbiivqA68urESRD4jcFbjkok7n7Lq67u9+kNH9FuYMpeFiSYl4zEY2qeNMxX9wSR+4Ozh2n6WyD18f8+61r8CT4Wq9kTtHjziG7m2e8xMPAMT4YWe5kM7NFGnDPnZDF1YuOJi7q/QC2Z9QTsnZPTt7nLeZrJtjDLz2D3TxR7jyTI4uMSFlk0OdQCQTgCG4CiTUyVWgmD6MiPDBqzWikmJj9dNkSZxiAI+2Lm0waqi//3ubg6bjFbF1f7zLDvfgPsqn1NMs3FNM8jvua286xLe442fWDqMBH5qJMfoMZM4bhEqDvxFeOs9rv4dC5eGYFpKmekNRQ0A+ILksOxfyvWCVvtE4Q9sCF7GipxTL4maoBCfnXkt0mN+VLt+a+bGJu/OqiT2m+fjVCuIQhCE6HgmSJCZ7vPKdSzrma3W/BGdCXCW62TT5fawsvM5lhsbb4CTbiq52nAERHl07btkgvKcWLRmbCA4KcxP4uPyz2Bsiyk1SYIXUQPgDQxfpSenPzGY4/doe4BVPXzo6MgAuoCIBQxMuNOM8RfLjW/VxBZ6qlsQxCEbuHwShHhshud0p2Hvd1uuwcK3zauRHirfZLZzUXqVutIYvAzbpPRvovUnWo6evouJMZl+TY8Tj7U0dX3cyKcON2nD7+FKuu8+4AMEZ04Mjyw1jHO2bes1c+BndVei48LOaQZfH4qHruy2JNDfizVJgi1de7sip4PyiYXtH8qbcajYOP6iXnmg36T8ZV70fPSUTH9dXRF+4no5/kIO0sbmXdv5/8HGNea6fA9XqbZYvqu1zoNQRAKfOfuNcCi7dReQXu786ZwwZj8ioS32kXWkFahKA27TNrTgaPNAhFJmuyynmau6QXTHsJawDSl3/0Gc1YXWny6ulZ+0iTzLgC7zsaYh0NoWebnNrjXYlADBAG1o24Zp9uIcbiHvC8R08Mm8brJcChZTGZfLzx0v1eCILLZard64yoGf1aXd2xajmzWWjxKhLvJNB5NJNaq2/xF3+koZvy1UqdhCMIeBukVf29z1L0E8BhAH8odIVyzomrMOQUjkioV3mqfQBo/hKvZyyGTy4IcxJTmDEP1l1lWe/QvfNFKk8UWgRyObovPuBn6EEz+BcDv1/6BEr6fHB48r9TFosLZXH1HyKm5vCVNVxOgUsRb05S7r0+5xROgWCVPGJUgCDWoKZJ4/fxcPrSwz4X4LVIZXJkHmu2E0TAEoQl3dbWZ28uq27oG429M+HxuwrjufjWpIEYm5uFwt6N4JcNbrZNbY8d3vcGscdhpT0xa050l0snav+ZG942p+OBpXoup8+TjbTLq7I4eCpDa5Wcv4+U+3zerdYsPDL5AhbJaIrB0a8cYEU4aGR683efCoi1WKwSRE44ii6P/yCZdpc+eW3CkmXfTxTxuEF+62y64P8hdEC/8KkUQ+X7be6L7GEzXqYA93+Q4LTQ/DRjfQsaMNdrNabteGoYg1MA0dnhtDL5jt8t0BgN/m06DoRpzsZ87Umx7xPnbwltLupzj9Udlj/V28xk4Qv4K+Ars41Vkqlv47aGThaK6LOPQ3X3wfNNC91hSEGe1Y/EB/pS9PA7sbpFNkcE6Ziy3ptVQUW4IG4ekhtb+0Usfbr/XGEFkxVS5lV58OfRJwDydgOMCvguh/mCeBuGM5HDsN8XiYq1XaYLIk+MB3f0fChGfCcbxRWR4fYWZP59KxAa9NkLlwKQabTQUQfi1mdt2u9kjecg0DDb4QQALsvygWQg1O+qCkT32XX2QnEbFTAY/znO39Bpur2/5MR1pTm++3rnQ5sfxebFO4wfy7azWEIQd7uxJYfydBXe3bvXGNZiyWVu/B9rCfFyxL9DVIkFYB5dNxLfR2NM0zGVEdBwYH/OZElw5uC/cfRdcUeppYo4Iwjps6upaudBE5jAi6uepk4X11rzbn6RK7/4TpPm8RjxNNBRB+LSZ22zYU7by8BhCsy95OW3omtQUBXe7tkipQEnriiEIzfifN8PpxaND61QK7+znll7DzfmqWfwdYcBeIbNuY9GLrtqPAAAZ10lEQVTcfXiTTD50ZCSW9Bq//klSf85qD4IYY+ZT87vCXPLB+2zml5LCXWvBSe2Fr44wmLAUBp/sQRglYTM9T+3pQAKkbAkytgJls4TBhnkgMx8PUHdhwmjMOxUNRRCa3bFjUbabJ/Inhd7e3pDtHQKHs0+TmqKgnX0uwlutE1wzfudiPvVgijWZnuf7EfYLhfYQ4lyeomm7vJ+LgPq7D/7vNLjEtftyVhcgiFnkkMe2vSt6kEFZn4f1YaA3DTaOLCadRL0RhH0RVY7e8LzX2smgC4hxsO01PVX8NYZxWCq+drTYxboKJ4iCoqpT1UubsA+YvghGn+ZENcHMn04lYiotfcN8DUUQ2R2y7RlOu1lH53/I522y2+btdnSbWcPrRDAn4a32megYA+G81PCgit3Pfpr0Gp4JxuwEYE/uZiMQL1ym5HC8+1CevykCvjESH7ykUGsuBKElh1w7Spf/SsDFtnafNMPpw6wnND+jqHeCsI6xvWfVfgZn1Atttudh/Z3m3PCqNYKwyrn/4pV7tJjmDQxkMx/PfP43OH7mSS2UaTiCcF6Am52q2kYgs04J9uge62UzTeRTwZfW5iq81T6J7GOwJmLzSq/hNiHtmFrTkdjb9AovniYq69OrZf1L8P4j1RDEGBN/LjUcU48laePdDzjg2B2M1pZ7aMo2bfmCmxYaiSCmyN75UpvfeVCPBKFkVifYti0Us5GEZxaGsk71OWis4QjC456C7bbvbD+DM9ncDLlo0k0XvEw3V+Gt9jnijPCZGWOxvgINptN/CBpC9nzD2sU8VK7p7umsLnZ32tG9sp1gKn/ErKyuRDhlZHhw6iEoH1+1CKK395gFW9Kt6ma8MjOqN753yZ2SS34JTeNP8kzNUgiqYnVkb1OZMrek3/4iAasAYyuA/44J3/aTDt9LlVo/mM/sAV5t18rvDUcQ2R1NV99lTLgwD3LeVOTmf5h5f3b2e8gEvAqTDxoZiT2he3mtUErxuQxvtU2mWSRoHYOf9BpuE9MRNZT7Q3BkkiWcnxoe/G7BP379PYZNKlV08D8MblML3exY9sLmjRIWH+rsiX4JnE1RYb1YthnERyWHY4/5kb9aBKELD/bjL/I1ptnP6WarMHB0Kj6o3ioJ/JWgo1l9+c3zFVhAdYroXbVjazr9CED7Ta81PuZ/MX1Vq05DEoSbM7m9K9plEN0PYJupGex8N0Lnh5jXsmnA5sAu6Ayd6/BW++Rx+GFyD5nYfAWBdnh2TPPmNxtx+Dlia+4+BLsJbR2vOvUZLRn1rrfVBl5QP6UsPi6mBRDw0Pg8jvrJXVQtgtAulmWKDtI8NVsTBKHmiiNrc4Asw4UWZpfHujw3SNVa7IvptyEJwrloTJlZWifNFZa3lrUpCRw2fOBq0+Dvz3rP1uOPypb2wpfTthjludWxm8PULpGw5duzXp4L+EdiD49VC2J6YnJVqDV8E0BHTsninV7DJZOo51sThfDRpW0v5KwuhSCUHJ2LV34cpqk2GtY04OrFGF+pOKpFEEr2iNP3M2YyLxtNxB4qZQ5qbuf7zsWl67dUHVnb1Ji/VBbX1anE4PS768WMXZPeBtxgr8o1JEGobJUd3X03EHBqTvFvG4yjTMKZ6tJoocVM8+jNbwh8A4NuzJsVvCJlrBOyVGddcRP3+O1nPxnK98AIfQ2mqcJbF+baDLQoa0Jo/wDi48GkMq5mH4L38zKZ7i0Ct8ytfseuvxPh/o52ORafjq6+M4hwjc3U5CsVR1UJIhLtZCN7it5uBl8empiHY/ycflx0onmj2XuzUEi/5dBRvn3dpqQsN+Kdc8DXBVG/87oWyjUqQcBhbwddwTCX5u2FbikjNAuhyuT4jOXNZy8ziv0inqfTtgITYZYM2T8GxpWzFrQinGn2CDAmfJMY3yxksrOOTftsaMCTjHa3qX2O1D2nUzkWn2zSt63fuJmZ+20yPUVm+vCRkXUvuOm1mgRRQO5fIMOnJ5Oxvwadj5GevhXMUE9tTt8T8dpEefVRDh1Z+nAJU+ZRDodWFpM2RZ8SvrTQXi9MqvF74xKE02m2ObeQufof8grQPE9o0U3hnVG1wlvtk8dKkMpRzcATKnolV853xk9ru5q0G8pBt8Rvm9q7D4Uzt/r+m9CcTFzfrC7X4tPRu3JPpM0HHAn+mO+CiVVuqReqSRAKUFcTGfhpIuOru+1i3uMnVYYifArR2bnMqNZLhH9Chpckk7FnfSvQVrBcOso363IjXv38CoCvIsNr/KTKyF6Y+x/0g0idHq3RbEVfnCwWo7mo17AEoX1lbQbRgguk/nnCqcpe+ZSqFd7qIAhNVMlMGXfzS6FJp4namJjJqOrdpsb+HchRXkg2F9+G1lldzsVHt3v2esKz2gShcIz09H2GGT/U3IJWP29k4BYiXtcWmnxmaOjO13PY06LeVTu0mrw32DwJjJX53GUW3fgys3ktbuXU0fTGbyqLgArp1eVYeh2Etcy4fTIcemLD0Br1ql72TowKD56YaNvdNPhEQvZBrN1s8pclvYgXJtX4vWEJQoFpz25qWSAL5lDS+CHyVT0dzlUMb501fzQ5lKZ/9yK5AhNR9xaDL+LUy+N9qS3AH4UuOkpFFzluVpdz8VEmG5eEfq7pJiqcrM+q50JhptTRHT2XQN9xIYkA0E8XLdure+XUkXUguawAN/lMxOcHgwyBrhsfm39OI75t3dAE4XYScPM/5GeD/u1jZbHAs0hzbzIZ26ibOdUOb3WcIrr7riLgbPu/lxJpoTflqLd9eXkqEbvb7S9K94ZDqXZqe18u+n7SnAwttT4jWe7FR3eTOCebNhVHjRCEEpHau6JLDSK1YNpe0POzNs4qU9bU1+XWkVVS9/Qggcf8Fhj/OrFlwVWNSA7ZCRIYkjqqoH83wPvN6dzp41xiXGEbbsHIn2qHtzoIoit6NBGpI7X1UldJkRa6t7x9RGqV/Aqcn2nnckPbcbO6EotP7sKgiuiy2uLVn9h1E2PzV1sXkBoiiCysyhw7kaZ/YuArGvOJF/SvM/Bjnmy5fHT01je9Cvv9vRI6svatTn4t815bToRLAPoHv3LlyqnXJ29LG/SNx9evfTFg3boq3tAEoQl3Vcrx5aDV7Ua9HsGx3ir2sWhWfKLoFnP11m5bCy8r9i0DrW/Ho029f4DvQwYr/DgGgwDV2d13FpANP7V8s6NLKrT4aEI9syI4snzWGkHkgco+GrTJ2JvYPBJMnUD2HQh1S91Kem8B/CfAeJgM8+7xt7cfrsTuuUI60k0l6uhd+T6a5EOYuBfAJ2gqFNzqpxgD+CViI6He5p4X5l8X+/cTZC7XQtlGJ4hawFhkEAQEAUGgLhEQgqhLtYnQgoAgIAhUHgEhiMpjLD0IAoKAIFCXCAhB1KXaRGhBQBAQBCqPgBBE5TGWHgQBQUAQqEsEhCDqUm0itCAgCAgClUdACKLyGEsPgoAgIAjUJQJCEHWpNhFaEBAEBIHKIyAEUXmMpQdBQBAQBOoSASGIulSbCC0ICAKCQOUREIKoPMbSgyAgCAgCdYmAEERdqk2EFgQEAUGg8ggIQVQeY+lBEBAEBIG6REAIoi7VJkILAoKAIFB5BIQgKo+x9CAICAKCQF0iIARRl2oToQUBQUAQqDwCQhCVx1h6EAQEAUGgLhEQgqhLtYnQgoAgIAhUHgEhiMpjLD0IAoKAIFCXCAhB1KXaRGhBQBAQBCqPgBBE5TGWHgQBQUAQqEsEhCDqUm0itCAgCAgClUdACKLyGEsPgoAgIAjUJQJCEHWpNhFaEBAEBIHKIyAEUXmMpQdBQBAQBOoSASGIulSbCD1XCHT09H2FGN+Z7o/ws+Tw4Clz1b/0IwhUEwEhiGqiL31XDYH9F6/cI8zmeZThn42MxJ5wE0QIomoqko5rAAEhiBpQgogwdwi0t5+wndE68QUwfQlA2gQfNBqPbRCCmDsdSE/1g4AQRP3oSi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BUCGIKAglKTvPKPg1y5TYqrNoqxqCO1ndIBLEF4OcBSjHw67HZvDFongxNEAF2PInMtn78IAJe++uOICpjE4UuvvMhCBGXaATATrYpEUoQRpUpVjcEIZlHQdqm0le/MjJrNr931H6XB74svVtP69uFIEJfE364aYLwQ8j2u0w5SPXjSX1vcxMvVg2MpwmibOCtHL0g4zqYlumnPbyHp2NfgOnjWTTIJjypNwigQnwUpG1h4CEx4Q2jWlGH5y2knta3Jgj1IRc5nOvicTEvDDUWk4gHk0d+vTChJcKtZBr3ptPrhJVUmZhjukRMKhFFqxksyeKcKhFTWQJ3iRxaeHGvyqUTNpl/NT30fifIJjypBDHNIiYX8VCYgLsqq+tpfWuCUB/yuiEIl0ELZF7q121ZuADZLWUqCEJmWTRZN6ZpU1Izvj86PPf8Uhwil8RNnulf/cZU5fcgBBGekrrSn0I615xmrpOog5D7MYjYT+TM664AK4vQK+I2uD0EC7yV1ZIDwrSsb00QCsNbLFJXBCGbwGJRzWraepYsnrp6N62SMq9lqfXGVBCEaFB7rPunTPj4RD8C6jpU+x+LHfdGk2YL080Pl96pxsy1taP75wThFMR/Z9D9gHF1KZGTnyd16buyjGJe6V9V++hVLghBtHZ0H0qA8PeYZU0a4HmYfFgmk7w/SFuErJ+aChvt3rVM+GxuICEcAyeeIG0L8n1ZWYnvg69y2e2bLsl/POurl/WtCUJ9JtUVQbhcgV8x2DgmnV4nEnFU/bjESnlQFhlzqgii8rSKrWTSIZlM34MBOloiPuEo9xRA9zObd81uem69nVQryMjhK+H3PVm4ZrsDmSpBuOQkHmXmU3LppEj8HvoTZBOedke5SbpBuMRSqkmEK5m/glKlWRrFoNbL+tYEob7E6oogRLNlcWxqtZt3CRIHN5n/VBGE7ETFwMW5VOIrquafbW3xdyFCIvzBPhO3A2B1LpUQeSUmHolyMhAZScRzZQ5kqgRhLc6u3rcjb95ZdrqexAB1QQhCKisPeLOzSHBs98vLboeqoTYmiSBkVkRBwsfIthSZTwQDT0ZR6Eql1v9N9k49rG9NEDOYIFxOmKJHKhFOK3rulmuBrWQ+Y4dnMjdtdb40VQRhXdMNXA+ixbY2bAXxsdmBpHAy83xcsBpiGEfnUuv67S+7LGbfXBWlk1/FhucI7BaEIESd7Z3dJzPjKrsTHYEunxXdck4I4sQy3IIQxHjbJiNYH63JDvSJbInlBhFTo4OQiVfDMOuU1Ssg9FBWd0VH8/NWM/gsx+SesvWtCcJvZ9n+e93dIKwF2r70bWxEb6/MqsXSXAxu3RU5hJtM80p7iIliWZHWstctTvtUEYRoi0wmbwX6MmiJV1wccZdvjcW7iegXZTkLJLkaSvhIw30TfzE7kPyux41F9p1RZlpu98QOShAu5Og5LurTurxkYIKQh/t+lZlW+nmfu4T7liZZkm5Uk3CDkPs+BA5AKIVf6t/go6ye7vWtCUJ9JdUlQYjme2U+25YS8T4CXTY629zg9F4UN4Y5c17er2Dlnka3LMsXfDbFqSQIjxvTi2A+Dyauc4ZfFvmkI9Gxi5kgTmE2KxJ43j5c8hwUGPiJOTr2FWfoC7HpD+fpc8Vw4qEkDLJPzdaO3haCKRIY7Vr6u9fNTn1a10YQ1gYyHkixImEQMS4v5JsulCUMoohxGoO/7cjCJzLOuZJwUPKqBgOp70NIybhc4jr5Kr+nc31rglCfRXVLEOM3iXgbG+SdO9lK0Vgy0+NmAHt45HTOg/iC+XvgMo8EOZhKghD9dNORlG47INwPpj+O/988ACAR38hODOIHkbLzc7mB5OVew++xMFXTaErzVQS9QRTbKMlnYclgAulh/KZ7lZtwGClHxUXvitGhXVYFSDnqm+3Or7/23+Uxv9QisKp+R2Id5amsnrjRTtP61gShOrKWFV99Px5ioqANf9pkXjmYTt7tpwCeaoIokcSsYboCsG49QZ9AiXdcxCC+3/QSfVVJEHC51YRiuVbqUJUEIV6n9o6esyS3Al+sAAjC/d7Y0Nwve+Ujr6FtKm2A1PfBw9JIqVJHIZnlF6BmkTcd61sThPoo1z1BiK6IBB3/2IIPmyZdss1G/WCPG4Ks5y8R8L3CWNNqp1jADabpIIhSP596hgRBXArgrSrDKCy8mPj0oHmKPcRUss/m3UQrpcLVEoS1WKXiHO4fnY0lQQOgyRpf6ybc0hnfz2CLvFtV5p4Ykwgb/5FOr/u93xjW2rbA9cM/sJ5fnc7fPTy0fcOAT8f61gShPsIzgiDs3bEUbtH8MSD6GEAHAPyWMpmvJXLC4wT6HTGSw8O7bPY6wUk3lI7uYwnYnmg8oJmjSiwmryESepTo7BdbIjBOZzJjAM236VJeBfgJBt1mgn6+KdX3iN+NyOtbwrs5OqvpJAb3gOg9YOxWLD8E5oe3ScB+lY9EfuYXwrgWghD9bZrz0k8IOM3W1gKDv5BLJS9Tn87ykiFtwrSwo+dfo8ynMuEIAO+2zTuRCOovxLgzT7Q2yJiE1DZpx130A1Lfn1oxbuuIHwnQLSUHw/H6/MOAO787FetbE4T6aM84glDvmi6pEdAIaAQ0ArUgoAmiFvT0uxoBjYBGoIER0ATRwIOru6YR0AhoBGpBQBNELejpdzUCGgGNQAMjoAmigQdXd00joBHQCNSCgCaIWtDT72oENAIagQZGQBNEAw+u7ppGQCOgEagFAU0QtaCn39UIaAQ0Ag2MgCaIBh5c3TWNgEZAI1ALApogakFPv6sR0AhoBBoYAU0QDTy4umsaAY2ARqAWBDRB1IKeflcjoBHQCDQwApogGnhwddc0AhoBjUAtCGiCqAU9/a5GQCOgEWhgBDRBNPDg6q5pBDQCGoFaENAEUQt6+l2NgEZAI9DACGiCaODB1V3TCGgENAK1IKAJohb09LsaAY2ARqCBEdAE0cCDq7umEdAIaARqQUATRC3o6Xc1AhoBjUADI6AJooEHV3dNI6AR0AjUgsCMI4jOzqV75jk6AOCdto4/RGb+6Ezmxr/XAkZrR/exBNxqq+OvUcp3Dgzc+Ewt9U7Hu11d8TeMjNEtIHy09H0GjsulEr/ya08sFn+PadCnYeJIEPYGECm+swXAUwBdlE313eZXz2T+3tYZXwgm0ZfdGfgfwxw7PJO5aWvpm1b/83QDgCMADBFhRWYgsX4y26Tr1gg0GgKNQhAg0OWzolvO6e/vz1c7SDOBIOLxeOTJp2kZCB/IpRJfdutrNQSxYMEZTc1zXjqfga8CiLrUXWCmY3PpvjuqxbnW9xYcGt+leZiSDBwGoECElZmBxLXOemOx3k6TTEFkbwIQyiGi1rbr9+sHgba2+BwYOB2E0WwqeUX9tKx+WtIwBCFOiczcm0sn7TeAQEjXOUFQa0fvQsD8AQGtIKzNDiRWhkkQrbHuTxJhje3GUFE9Ac/D5MMymeT9gcANrzC1xeLng+hbVpWMe5ubeHF/f/Kfzk90dXVFR8d2v5wJHx8vil+MDc09c/PmK8bCa46uaaYhIA5Z/3jWOIbZ/DZA/8aE83MDif+caf2YivY2EkEIvB40o/mjBvtvfKoa8OqZIFo7e/6DmL8/sXmHTBALupa/eVY+fw9A+zuwEzeypwHKAyxuFf80xyIfHRy8Xoibpvxp7ehtIZji9rKrOBSYzIsH08m73BoSiy17n0mRDQD2AjDKzKfk0sm+KW+4/mDdINDW2X05GJ8sNUgThPvQNBpBbBOP4wfZgcRnxw+MwZ76JojuLxDjOxM9CpkgWjriCwyQ2GjFxjt+OGdcy/mmswcHf/lKMCQnp7RDrwAi6ht5fZcVPjcCau3o/joBFxZbVdMhYnJ6pmudSgTaOruvAuNUTRD+qDceQSicKt1gaSSC8B/68hLOvjPwZBSFrlRq/d+C1jVZ5ds7u09mxlXFW9QrZPKRmUwy6/e9trb4uxChewDsYxEfcHEulfhKNYcIv2/p3+sfAU0Q6mPUiAQhNoAKqxYVSDRBlFlw/c7g4WPT6VtfVcFussu0tx+/u2k0bSDggPFv0XXN0S2nqholtHd0X1RUvouXnza4cHg6vf5Pk91uXX/9IaAJQn1MGoUghBnqnmXdrkLUpAnCRhAeyl/16RVeSYcCfRTgxdlU8jeqX2hv73k/GyxuEbuP80v1okjVb+py9YmAJgj1cWkIgiDgXAbOBLCfreuvGGwck06vEz4TSo8miPokiMrbA2dGZ+PozXcnX1YaWADComkkP28twCcW39G3CFXwGqycJgj1AW0IghAOYAZhFjOuATCn1H0Gcubo2DGbNt30ggokYRDEwoXH7xZpii4B4d9B9B4wdit+W1gD/Z2YBgowr8wP7zroZ27pnMiefXCc+P38IFwcDr1hIqwtEH8tYlry/H0ncK7CTNCyQY9gPUBHTdTDdHIu3fdLZyPaO3t6mVn4OZQc9lZlU4kfqYypvUxrLH4cEd1YqoeAr2VSiYuC1hO0vOW78kzkICJzJdjy3Xibzc9kCwEPgHD1rAjfLDPXtX+vvT3exgaJm5Pw7RDPaybzkYPpZCpIuzo6lr0jj0g/wXKEFM8oAx/LpRJ3e9UzbihgHAWYpwH0IQDznPPbNPhne+/BuWQyWVBpU8VcdMzlgxf17h0x+UwCLwXw9uIaF3U/C2AjE37k9T3ZWvBsl48BSEvL8nmRpkIPg3ska/xpAIMAJZuj5h1+46mCz3SWaRiCGBua+5umOS/9hIDT7IAGUUjWQhDjk9j8GgErPJzM7E37x7bFfd78PTnhtpDqkSCyA4nTWju6ryzDuQpxlMRq6rGCwYds2ph8zA6ShEi2kkmHZDJ9DwZdOG1t8bciSv1gvKv47oPmWOTQSTTZpfZF8Y+wiR8Je3uF9r4K4m8gjzXZbHJIVl44Cc4axu0AtZd+J8Y3M+nElxTqnyjSGus5icgi3eLjfSuzxiGKVWASzplv9P8WP0wGzs5sTP7Wzx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\ No newline at end of file diff --git a/Documentation/arch/x86/sva.rst b/Documentation/arch/x86/sva.rst index 33cb05005982..6a759984d471 100644 --- a/Documentation/arch/x86/sva.rst +++ b/Documentation/arch/x86/sva.rst @@ -25,7 +25,7 @@ to cache translations for virtual addresses. The IOMMU driver uses the mmu_notifier() support to keep the device TLB cache and the CPU cache in sync. When an ATS lookup fails for a virtual address, the device should use the PRI in order to request the virtual address to be paged into the -CPU page tables. The device must use ATS again in order the fetch the +CPU page tables. The device must use ATS again in order to fetch the translation before use. Shared Hardware Workqueues @@ -216,7 +216,7 @@ submitting work and processing completions. Single Root I/O Virtualization (SR-IOV) focuses on providing independent hardware interfaces for virtualizing hardware. Hence, it's required to be -almost fully functional interface to software supporting the traditional +an almost fully functional interface to software supporting the traditional BARs, space for interrupts via MSI-X, its own register layout. Virtual Functions (VFs) are assisted by the Physical Function (PF) driver. diff --git a/Documentation/arch/x86/topology.rst b/Documentation/arch/x86/topology.rst index 7352ab89a55a..c12837e61bda 100644 --- a/Documentation/arch/x86/topology.rst +++ b/Documentation/arch/x86/topology.rst @@ -135,6 +135,10 @@ Thread-related topology information in the kernel: The ID of the core to which a thread belongs. It is also printed in /proc/cpuinfo "core_id." + - topology_logical_core_id(); + + The logical core ID to which a thread belongs. + System topology examples diff --git a/Documentation/arch/x86/usb-legacy-support.rst b/Documentation/arch/x86/usb-legacy-support.rst index e01c08b7c981..b17bf122270a 100644 --- a/Documentation/arch/x86/usb-legacy-support.rst +++ b/Documentation/arch/x86/usb-legacy-support.rst @@ -20,11 +20,7 @@ It has several drawbacks, though: features (wheel, extra buttons, touchpad mode) of the real PS/2 mouse may not be available. -2) If CONFIG_HIGHMEM64G is enabled, the PS/2 mouse emulation can cause - system crashes, because the SMM BIOS is not expecting to be in PAE mode. - The Intel E7505 is a typical machine where this happens. - -3) If AMD64 64-bit mode is enabled, again system crashes often happen, +2) If AMD64 64-bit mode is enabled, again system crashes often happen, because the SMM BIOS isn't expecting the CPU to be in 64-bit mode. The BIOS manufacturers only test with Windows, and Windows doesn't do 64-bit yet. @@ -38,11 +34,6 @@ Problem 1) compiled-in, too. Problem 2) - can currently only be solved by either disabling HIGHMEM64G - in the kernel config or USB Legacy support in the BIOS. A BIOS update - could help, but so far no such update exists. - -Problem 3) is usually fixed by a BIOS update. Check the board manufacturers web site. If an update is not available, disable USB Legacy support in the BIOS. If this alone doesn't help, try also adding diff --git a/Documentation/arch/x86/x86_64/5level-paging.rst b/Documentation/arch/x86/x86_64/5level-paging.rst index 71f882f4a173..ad7ddc13f79d 100644 --- a/Documentation/arch/x86/x86_64/5level-paging.rst +++ b/Documentation/arch/x86/x86_64/5level-paging.rst @@ -22,15 +22,6 @@ QEMU 2.9 and later support 5-level paging. Virtual memory layout for 5-level paging is described in Documentation/arch/x86/x86_64/mm.rst - -Enabling 5-level paging -======================= -CONFIG_X86_5LEVEL=y enables the feature. - -Kernel with CONFIG_X86_5LEVEL=y still able to boot on 4-level hardware. -In this case additional page table level -- p4d -- will be folded at -runtime. - User-space and large virtual address space ========================================== On x86, 5-level paging enables 56-bit userspace virtual address space. diff --git a/Documentation/arch/x86/x86_64/boot-options.rst b/Documentation/arch/x86/x86_64/boot-options.rst deleted file mode 100644 index 137432d34109..000000000000 --- a/Documentation/arch/x86/x86_64/boot-options.rst +++ /dev/null @@ -1,319 +0,0 @@ -.. SPDX-License-Identifier: GPL-2.0 - -=========================== -AMD64 Specific Boot Options -=========================== - -There are many others (usually documented in driver documentation), but -only the AMD64 specific ones are listed here. - -Machine check -============= -Please see Documentation/arch/x86/x86_64/machinecheck.rst for sysfs runtime tunables. - - mce=off - Disable machine check - mce=no_cmci - Disable CMCI(Corrected Machine Check Interrupt) that - Intel processor supports. Usually this disablement is - not recommended, but it might be handy if your hardware - is misbehaving. - Note that you'll get more problems without CMCI than with - due to the shared banks, i.e. you might get duplicated - error logs. - mce=dont_log_ce - Don't make logs for corrected errors. All events reported - as corrected are silently cleared by OS. - This option will be useful if you have no interest in any - of corrected errors. - mce=ignore_ce - Disable features for corrected errors, e.g. polling timer - and CMCI. All events reported as corrected are not cleared - by OS and remained in its error banks. - Usually this disablement is not recommended, however if - there is an agent checking/clearing corrected errors - (e.g. BIOS or hardware monitoring applications), conflicting - with OS's error handling, and you cannot deactivate the agent, - then this option will be a help. - mce=no_lmce - Do not opt-in to Local MCE delivery. Use legacy method - to broadcast MCEs. - mce=bootlog - Enable logging of machine checks left over from booting. - Disabled by default on AMD Fam10h and older because some BIOS - leave bogus ones. - If your BIOS doesn't do that it's a good idea to enable though - to make sure you log even machine check events that result - in a reboot. On Intel systems it is enabled by default. - mce=nobootlog - Disable boot machine check logging. - mce=monarchtimeout (number) - monarchtimeout: - Sets the time in us to wait for other CPUs on machine checks. 0 - to disable. - mce=bios_cmci_threshold - Don't overwrite the bios-set CMCI threshold. This boot option - prevents Linux from overwriting the CMCI threshold set by the - bios. Without this option, Linux always sets the CMCI - threshold to 1. Enabling this may make memory predictive failure - analysis less effective if the bios sets thresholds for memory - errors since we will not see details for all errors. - mce=recovery - Force-enable recoverable machine check code paths - - nomce (for compatibility with i386) - same as mce=off - - Everything else is in sysfs now. - -APICs -===== - - apic - Use IO-APIC. Default - - noapic - Don't use the IO-APIC. - - disableapic - Don't use the local APIC - - nolapic - Don't use the local APIC (alias for i386 compatibility) - - pirq=... - See Documentation/arch/x86/i386/IO-APIC.rst - - noapictimer - Don't set up the APIC timer - - no_timer_check - Don't check the IO-APIC timer. This can work around - problems with incorrect timer initialization on some boards. - - apicpmtimer - Do APIC timer calibration using the pmtimer. Implies - apicmaintimer. Useful when your PIT timer is totally broken. - -Timing -====== - - notsc - Deprecated, use tsc=unstable instead. - - nohpet - Don't use the HPET timer. - -Idle loop -========= - - idle=poll - Don't do power saving in the idle loop using HLT, but poll for rescheduling - event. This will make the CPUs eat a lot more power, but may be useful - to get slightly better performance in multiprocessor benchmarks. It also - makes some profiling using performance counters more accurate. - Please note that on systems with MONITOR/MWAIT support (like Intel EM64T - CPUs) this option has no performance advantage over the normal idle loop. - It may also interact badly with hyperthreading. - -Rebooting -========= - - reboot=b[ios] | t[riple] | k[bd] | a[cpi] | e[fi] | p[ci] [, [w]arm | [c]old] - bios - Use the CPU reboot vector for warm reset - warm - Don't set the cold reboot flag - cold - Set the cold reboot flag - triple - Force a triple fault (init) - kbd - Use the keyboard controller. cold reset (default) - acpi - Use the ACPI RESET_REG in the FADT. If ACPI is not configured or - the ACPI reset does not work, the reboot path attempts the reset - using the keyboard controller. - efi - Use efi reset_system runtime service. If EFI is not configured or - the EFI reset does not work, the reboot path attempts the reset using - the keyboard controller. - pci - Use a write to the PCI config space register 0xcf9 to trigger reboot. - - Using warm reset will be much faster especially on big memory - systems because the BIOS will not go through the memory check. - Disadvantage is that not all hardware will be completely reinitialized - on reboot so there may be boot problems on some systems. - - reboot=force - Don't stop other CPUs on reboot. This can make reboot more reliable - in some cases. - - reboot=default - There are some built-in platform specific "quirks" - you may see: - "reboot: <name> series board detected. Selecting <type> for reboots." - In the case where you think the quirk is in error (e.g. you have - newer BIOS, or newer board) using this option will ignore the built-in - quirk table, and use the generic default reboot actions. - -NUMA -==== - - numa=off - Only set up a single NUMA node spanning all memory. - - numa=noacpi - Don't parse the SRAT table for NUMA setup - - numa=nohmat - Don't parse the HMAT table for NUMA setup, or soft-reserved memory - partitioning. - - numa=fake=<size>[MG] - If given as a memory unit, fills all system RAM with nodes of - size interleaved over physical nodes. - - numa=fake=<N> - If given as an integer, fills all system RAM with N fake nodes - interleaved over physical nodes. - - numa=fake=<N>U - If given as an integer followed by 'U', it will divide each - physical node into N emulated nodes. - -ACPI -==== - - acpi=off - Don't enable ACPI - acpi=ht - Use ACPI boot table parsing, but don't enable ACPI interpreter - acpi=force - Force ACPI on (currently not needed) - acpi=strict - Disable out of spec ACPI workarounds. - acpi_sci={edge,level,high,low} - Set up ACPI SCI interrupt. - acpi=noirq - Don't route interrupts - acpi=nocmcff - Disable firmware first mode for corrected errors. This - disables parsing the HEST CMC error source to check if - firmware has set the FF flag. This may result in - duplicate corrected error reports. - -PCI -=== - - pci=off - Don't use PCI - pci=conf1 - Use conf1 access. - pci=conf2 - Use conf2 access. - pci=rom - Assign ROMs. - pci=assign-busses - Assign busses - pci=irqmask=MASK - Set PCI interrupt mask to MASK - pci=lastbus=NUMBER - Scan up to NUMBER busses, no matter what the mptable says. - pci=noacpi - Don't use ACPI to set up PCI interrupt routing. - -IOMMU (input/output memory management unit) -=========================================== -Multiple x86-64 PCI-DMA mapping implementations exist, for example: - - 1. <kernel/dma/direct.c>: use no hardware/software IOMMU at all - (e.g. because you have < 3 GB memory). - Kernel boot message: "PCI-DMA: Disabling IOMMU" - - 2. <arch/x86/kernel/amd_gart_64.c>: AMD GART based hardware IOMMU. - Kernel boot message: "PCI-DMA: using GART IOMMU" - - 3. <arch/x86_64/kernel/pci-swiotlb.c> : Software IOMMU implementation. Used - e.g. if there is no hardware IOMMU in the system and it is need because - you have >3GB memory or told the kernel to us it (iommu=soft)) - Kernel boot message: "PCI-DMA: Using software bounce buffering - for IO (SWIOTLB)" - -:: - - iommu=[<size>][,noagp][,off][,force][,noforce] - [,memaper[=<order>]][,merge][,fullflush][,nomerge] - [,noaperture] - -General iommu options: - - off - Don't initialize and use any kind of IOMMU. - noforce - Don't force hardware IOMMU usage when it is not needed. (default). - force - Force the use of the hardware IOMMU even when it is - not actually needed (e.g. because < 3 GB memory). - soft - Use software bounce buffering (SWIOTLB) (default for - Intel machines). This can be used to prevent the usage - of an available hardware IOMMU. - -iommu options only relevant to the AMD GART hardware IOMMU: - - <size> - Set the size of the remapping area in bytes. - allowed - Overwrite iommu off workarounds for specific chipsets. - fullflush - Flush IOMMU on each allocation (default). - nofullflush - Don't use IOMMU fullflush. - memaper[=<order>] - Allocate an own aperture over RAM with size 32MB<<order. - (default: order=1, i.e. 64MB) - merge - Do scatter-gather (SG) merging. Implies "force" (experimental). - nomerge - Don't do scatter-gather (SG) merging. - noaperture - Ask the IOMMU not to touch the aperture for AGP. - noagp - Don't initialize the AGP driver and use full aperture. - panic - Always panic when IOMMU overflows. - -iommu options only relevant to the software bounce buffering (SWIOTLB) IOMMU -implementation: - - swiotlb=<slots>[,force,noforce] - <slots> - Prereserve that many 2K slots for the software IO bounce buffering. - force - Force all IO through the software TLB. - noforce - Do not initialize the software TLB. - - -Miscellaneous -============= - - nogbpages - Do not use GB pages for kernel direct mappings. - gbpages - Use GB pages for kernel direct mappings. - - -AMD SEV (Secure Encrypted Virtualization) -========================================= -Options relating to AMD SEV, specified via the following format: - -:: - - sev=option1[,option2] - -The available options are: - - debug - Enable debug messages. diff --git a/Documentation/arch/x86/x86_64/fake-numa-for-cpusets.rst b/Documentation/arch/x86/x86_64/fake-numa-for-cpusets.rst index ba74617d4999..970ee94eb551 100644 --- a/Documentation/arch/x86/x86_64/fake-numa-for-cpusets.rst +++ b/Documentation/arch/x86/x86_64/fake-numa-for-cpusets.rst @@ -18,7 +18,7 @@ For more information on the features of cpusets, see Documentation/admin-guide/cgroup-v1/cpusets.rst. There are a number of different configurations you can use for your needs. For more information on the numa=fake command line option and its various ways of -configuring fake nodes, see Documentation/arch/x86/x86_64/boot-options.rst. +configuring fake nodes, see Documentation/admin-guide/kernel-parameters.txt For the purposes of this introduction, we'll assume a very primitive NUMA emulation setup of "numa=fake=4*512,". This will split our system memory into diff --git a/Documentation/arch/x86/x86_64/fsgs.rst b/Documentation/arch/x86/x86_64/fsgs.rst index 50960e09e1f6..6bda4d16d3f7 100644 --- a/Documentation/arch/x86/x86_64/fsgs.rst +++ b/Documentation/arch/x86/x86_64/fsgs.rst @@ -125,17 +125,17 @@ FSGSBASE instructions enablement FSGSBASE instructions compiler support ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ -GCC version 4.6.4 and newer provide instrinsics for the FSGSBASE +GCC version 4.6.4 and newer provide intrinsics for the FSGSBASE instructions. Clang 5 supports them as well. =================== =========================== _readfsbase_u64() Read the FS base register - _readfsbase_u64() Read the GS base register + _readgsbase_u64() Read the GS base register _writefsbase_u64() Write the FS base register _writegsbase_u64() Write the GS base register =================== =========================== -To utilize these instrinsics <immintrin.h> must be included in the source +To utilize these intrinsics <immintrin.h> must be included in the source code and the compiler option -mfsgsbase has to be added. Compiler support for FS/GS based addressing diff --git a/Documentation/arch/x86/x86_64/index.rst b/Documentation/arch/x86/x86_64/index.rst index ad15e9bd623f..a0261957a08a 100644 --- a/Documentation/arch/x86/x86_64/index.rst +++ b/Documentation/arch/x86/x86_64/index.rst @@ -7,7 +7,6 @@ x86_64 Support .. toctree:: :maxdepth: 2 - boot-options uefi mm 5level-paging diff --git a/Documentation/arch/x86/x86_64/mm.rst b/Documentation/arch/x86/x86_64/mm.rst index 35e5e18c83d0..f2db178b353f 100644 --- a/Documentation/arch/x86/x86_64/mm.rst +++ b/Documentation/arch/x86/x86_64/mm.rst @@ -29,15 +29,27 @@ Complete virtual memory map with 4-level page tables Start addr | Offset | End addr | Size | VM area description ======================================================================================================================== | | | | - 0000000000000000 | 0 | 00007fffffffffff | 128 TB | user-space virtual memory, different per mm + 0000000000000000 | 0 | 00007fffffffefff | ~128 TB | user-space virtual memory, different per mm + 00007ffffffff000 | ~128 TB | 00007fffffffffff | 4 kB | ... guard hole __________________|____________|__________________|_________|___________________________________________________________ | | | | - 0000800000000000 | +128 TB | ffff7fffffffffff | ~16M TB | ... huge, almost 64 bits wide hole of non-canonical - | | | | virtual memory addresses up to the -128 TB + 0000800000000000 | +128 TB | 7fffffffffffffff | ~8 EB | ... huge, almost 63 bits wide hole of non-canonical + | | | | virtual memory addresses up to the -8 EB | | | | starting offset of kernel mappings. + | | | | + | | | | LAM relaxes canonicallity check allowing to create aliases + | | | | for userspace memory here. __________________|____________|__________________|_________|___________________________________________________________ | | Kernel-space virtual memory, shared between all processes: + __________________|____________|__________________|_________|___________________________________________________________ + | | | | + 8000000000000000 | -8 EB | ffff7fffffffffff | ~8 EB | ... huge, almost 63 bits wide hole of non-canonical + | | | | virtual memory addresses up to the -128 TB + | | | | starting offset of kernel mappings. + | | | | + | | | | LAM_SUP relaxes canonicallity check allowing to create + | | | | aliases for kernel memory here. ____________________________________________________________|___________________________________________________________ | | | | ffff800000000000 | -128 TB | ffff87ffffffffff | 8 TB | ... guard hole, also reserved for hypervisor @@ -88,16 +100,27 @@ Complete virtual memory map with 5-level page tables Start addr | Offset | End addr | Size | VM area description ======================================================================================================================== | | | | - 0000000000000000 | 0 | 00ffffffffffffff | 64 PB | user-space virtual memory, different per mm + 0000000000000000 | 0 | 00fffffffffff000 | ~64 PB | user-space virtual memory, different per mm + 00fffffffffff000 | ~64 PB | 00ffffffffffffff | 4 kB | ... guard hole __________________|____________|__________________|_________|___________________________________________________________ | | | | - 0100000000000000 | +64 PB | feffffffffffffff | ~16K PB | ... huge, still almost 64 bits wide hole of non-canonical - | | | | virtual memory addresses up to the -64 PB + 0100000000000000 | +64 PB | 7fffffffffffffff | ~8 EB | ... huge, almost 63 bits wide hole of non-canonical + | | | | virtual memory addresses up to the -8EB TB | | | | starting offset of kernel mappings. + | | | | + | | | | LAM relaxes canonicallity check allowing to create aliases + | | | | for userspace memory here. __________________|____________|__________________|_________|___________________________________________________________ | | Kernel-space virtual memory, shared between all processes: ____________________________________________________________|___________________________________________________________ + 8000000000000000 | -8 EB | feffffffffffffff | ~8 EB | ... huge, almost 63 bits wide hole of non-canonical + | | | | virtual memory addresses up to the -64 PB + | | | | starting offset of kernel mappings. + | | | | + | | | | LAM_SUP relaxes canonicallity check allowing to create + | | | | aliases for kernel memory here. + ____________________________________________________________|___________________________________________________________ | | | | ff00000000000000 | -64 PB | ff0fffffffffffff | 4 PB | ... guard hole, also reserved for hypervisor ff10000000000000 | -60 PB | ff10ffffffffffff | 0.25 PB | LDT remap for PTI diff --git a/Documentation/arch/x86/x86_64/uefi.rst b/Documentation/arch/x86/x86_64/uefi.rst index fbc30c9a071d..e84592dbd6c1 100644 --- a/Documentation/arch/x86/x86_64/uefi.rst +++ b/Documentation/arch/x86/x86_64/uefi.rst @@ -12,14 +12,20 @@ with EFI firmware and specifications are listed below. 1. UEFI specification: http://www.uefi.org -2. Booting Linux kernel on UEFI x86_64 platform requires bootloader - support. Elilo with x86_64 support can be used. +2. Booting Linux kernel on UEFI x86_64 platform can either be + done using the <Documentation/admin-guide/efi-stub.rst> or using a + separate bootloader. 3. x86_64 platform with EFI/UEFI firmware. Mechanics --------- +Refer to <Documentation/admin-guide/efi-stub.rst> to learn how to use the EFI stub. + +Below are general EFI setup guidelines on the x86_64 platform, +regardless of whether you use the EFI stub or a separate bootloader. + - Build the kernel with the following configuration:: CONFIG_FB_EFI=y @@ -31,16 +37,27 @@ Mechanics CONFIG_EFI=y CONFIG_EFIVAR_FS=y or m # optional -- Create a VFAT partition on the disk -- Copy the following to the VFAT partition: +- Create a VFAT partition on the disk with the EFI System flag + You can do this with fdisk with the following commands: + + 1. g - initialize a GPT partition table + 2. n - create a new partition + 3. t - change the partition type to "EFI System" (number 1) + 4. w - write and save the changes + + Afterwards, initialize the VFAT filesystem by running mkfs:: + + mkfs.fat /dev/<your-partition> + +- Copy the boot files to the VFAT partition: + If you use the EFI stub method, the kernel acts also as an EFI executable. + + You can just copy the bzImage to the EFI/boot/bootx64.efi path on the partition + so that it will automatically get booted, see the <Documentation/admin-guide/efi-stub.rst> page + for additional instructions regarding passage of kernel parameters and initramfs. - elilo bootloader with x86_64 support, elilo configuration file, - kernel image built in first step and corresponding - initrd. Instructions on building elilo and its dependencies - can be found in the elilo sourceforge project. + If you use a custom bootloader, refer to the relevant documentation for help on this part. -- Boot to EFI shell and invoke elilo choosing the kernel image built - in first step. - If some or all EFI runtime services don't work, you can try following kernel command line parameters to turn off some or all EFI runtime services. diff --git a/Documentation/arch/x86/xstate.rst b/Documentation/arch/x86/xstate.rst index ae5c69e48b11..cec05ac464c1 100644 --- a/Documentation/arch/x86/xstate.rst +++ b/Documentation/arch/x86/xstate.rst @@ -138,7 +138,7 @@ Note this example does not include the sigaltstack preparation. Dynamic features in signal frames --------------------------------- -Dynamcally enabled features are not written to the signal frame upon signal +Dynamically enabled features are not written to the signal frame upon signal entry if the feature is in its initial configuration. This differs from non-dynamic features which are always written regardless of their configuration. Signal handlers can examine the XSAVE buffer's XSTATE_BV |
