/* $NoKeywords:$ */ /** * @file * * Agesa structures and definitions * * Contains AMD AGESA core interface * * @xrefitem bom "File Content Label" "Release Content" * @e project: AGESA * @e sub-project: Include * @e \$Revision: 296129 $ @e \$Date: 2014-06-23 09:45:14 -0500 (Mon, 23 Jun 2014) $ */ /***************************************************************************** * * Copyright (c) 2008 - 2013, Advanced Micro Devices, Inc. * All rights reserved. * * Redistribution and use in source and binary forms, with or without * modification, are permitted provided that the following conditions are met: * * Redistributions of source code must retain the above copyright * notice, this list of conditions and the following disclaimer. * * Redistributions in binary form must reproduce the above copyright * notice, this list of conditions and the following disclaimer in the * documentation and/or other materials provided with the distribution. * * Neither the name of Advanced Micro Devices, Inc. nor the names of * its contributors may be used to endorse or promote products derived * from this software without specific prior written permission. * * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND * ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE * DISCLAIMED. IN NO EVENT SHALL ADVANCED MICRO DEVICES, INC. BE LIABLE FOR ANY * DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES * (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; * LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND * ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS * SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. * ***************************************************************************/ #ifndef _AGESA_H_ #define _AGESA_H_ #include "Porting.h" #include "AMD.h" // // // AGESA Types and Definitions // // // AGESA BASIC CALLOUTS #define AGESA_MEM_RELEASE 0x00028000ul // AGESA ADVANCED CALLOUTS, Processor #define AGESA_CHECK_UMA 0x00028100ul #define AGESA_DO_RESET 0x00028101ul #define AGESA_ALLOCATE_BUFFER 0x00028102ul #define AGESA_DEALLOCATE_BUFFER 0x00028103ul #define AGESA_LOCATE_BUFFER 0x00028104ul #define AGESA_RUNFUNC_ONAP 0x00028105ul // AGESA ADVANCED CALLOUTS, Memory #define AGESA_READ_SPD 0x00028140ul #define AGESA_HOOKBEFORE_DRAM_INIT 0x00028141ul #define AGESA_HOOKBEFORE_DQS_TRAINING 0x00028142ul #define AGESA_READ_SPD_RECOVERY 0x00028143ul #define AGESA_HOOKBEFORE_EXIT_SELF_REF 0x00028144ul #define AGESA_HOOKBEFORE_DRAM_INIT_RECOVERY 0x00028145ul #define AGESA_EXTERNAL_2D_TRAIN_VREF_CHANGE 0x00028146ul #define AGESA_EXTERNAL_VOLTAGE_ADJUST 0x00028147ul // AGESA IDS CALLOUTS #define AGESA_GET_IDS_INIT_DATA 0x00028200ul // AGESA GNB CALLOUTS #define AGESA_GNB_PCIE_SLOT_RESET 0x00028301ul #define AGESA_GNB_GFX_GET_VBIOS_IMAGE 0x00028302ul #define AGESA_GNB_PCIE_CLK_REQ 0x00028303ul // AGESA FCH CALLOUTS #define AGESA_FCH_OEM_CALLOUT 0x00028401ul //----------------------------------------------------------------------------- // FCH DEFINITIONS AND MACROS // //----------------------------------------------------------------------------- /// Configuration values for SdConfig typedef enum { SdDisable = 0, ///< Disabled SdAmda, ///< AMDA, set 24,18,16, default SdDma, ///< DMA clear 24, 16, set 18 SdPio, ///< PIO clear 24,18,16 SdDump ///< SD DUMP, don't touch SD } SD_MODE; /// Configuration values for SdClockControl typedef enum { Sd50MhzTraceCableLengthWithinSixInches = 4, ///< 50Mhz, default Sd40MhzTraceCableLengthSix2ElevenInches = 6, ///< 40Mhz Sd25MhzTraceCableLengthEleven2TwentyfourInches = 7, ///< 25Mhz } SD_CLOCK_CONTROL; /// Configuration values for AzaliaController typedef enum { AzAuto = 0, ///< Auto - Detect Azalia controller automatically AzDisable, ///< Diable - Disable Azalia controller AzEnable ///< Enable - Enable Azalia controller } HDA_CONFIG; /// Configuration values for IrConfig typedef enum { IrDisable = 0, ///< Disable IrRxTx0 = 1, ///< Rx and Tx0 IrRxTx1 = 2, ///< Rx and Tx1 IrRxTx0Tx1 = 3 ///< Rx and both Tx0,Tx1 } IR_CONFIG; /// Configuration values for SataClass typedef enum { SataNativeIde = 0, ///< Native IDE mode SataRaid, ///< RAID mode SataAhci, ///< AHCI mode SataLegacyIde, ///< Legacy IDE mode SataIde2Ahci, ///< IDE->AHCI mode SataAhci7804, ///< AHCI mode as 7804 ID (AMD driver) SataIde2Ahci7804 ///< IDE->AHCI mode as 7804 ID (AMD driver) } SATA_CLASS; /// Configuration values for BLDCFG_FCH_GPP_LINK_CONFIG typedef enum { PortA4 = 0, ///< 4:0:0:0 PortA2B2 = 2, ///< 2:2:0:0 PortA2B1C1 = 3, ///< 2:1:1:0 PortA1B1C1D1 = 4 ///< 1:1:1:1 } GPP_LINKMODE; /// Configuration values for FchPowerFail typedef enum { AlwaysOff = 0, ///< Always power off after power resumes AlwaysOn = 1, ///< Always power on after power resumes UsePrevious = 3, ///< Resume to same setting when power fails } POWER_FAIL; /// Configuration values for SATA Link Speed typedef enum { Gen1 = 1, ///< SATA port GEN1 speed Gen2 = 2, ///< SATA port GEN2 speed Gen3 = 3, ///< SATA port GEN3 speed } SATA_SPEED; /// Configuration values for GPIO function typedef enum { Function0 = 0, ///< GPIO Function 1 Function1 = 1, ///< GPIO Function 1 Function2 = 2, ///< GPIO Function 2 Function3 = 3, ///< GPIO Function 3 } GPIO_FUN; /// Configuration values for memory phy voltage (VDDR) typedef enum { VOLT0_95, ///< VDDR 0.95V VOLT1_05, ///< VDDR 1.05V MAX_VDDR ///< Maxmum value for this enum definition } MEMORY_PHY_VOLTAGE; /// Configuration values for GPIO_CFG typedef enum { OwnedByEc = 1 << 0, ///< This bit can only be written by EC OwnedByHost = 1 << 1, ///< This bit can only be written by host (BIOS) Sticky = 1 << 2, ///< If set, [6:3] are sticky PullUpB = 1 << 3, ///< 0: Pullup enable; 1: Pullup disabled PullDown = 1 << 4, ///< 0: Pulldown disabled; 1: Pulldown enable GpioOutEnB = 1 << 5, ///< 0: Output enable; 1: Output disable GpioOut = 1 << 6, ///< Output state when GpioOutEnB is 0 GpioIn = 1 << 7, ///< This bit is read only - current pin state } CFG_BYTE; /// FCH GPIO CONTROL typedef struct { IN UINT8 GpioPin; ///< Gpio Pin, valid range: 0-67, 128-150, 160-228 IN GPIO_FUN PinFunction; ///< Multi-function selection IN CFG_BYTE CfgByte; ///< GPIO Register value } GPIO_CONTROL; /// /// FCH SCI MAP CONTROL /// typedef struct { IN UINT8 InputPin; ///< Input Pin, valid range 0-63 IN UINT8 GpeMap; ///< Gpe Map, valid range 0-31 } SCI_MAP_CONTROL; /// /// FCH SATA PHY CONTROL /// typedef struct { IN BOOLEAN CommonPhy; ///< Common PHY or not ///< @li FALSE - Only applied to specified port ///< @li TRUE - Apply to all SATA ports IN SATA_SPEED Gen; ///< SATA speed IN UINT8 Port; ///< Port number, valid range: 0-7 IN UINT32 PhyData; ///< SATA PHY data, valid range: 0-0xFFFFFFFF } SATA_PHY_CONTROL; /// /// FCH Component Data Structure in InitReset stage /// typedef struct { IN BOOLEAN UmiGen2; ///< Enable Gen2 data rate of UMI ///< @li FALSE - Disable Gen2 ///< @li TRUE - Enable Gen2 IN BOOLEAN SataEnable; ///< SATA controller function ///< @li FALSE - SATA controller is disabled ///< @li TRUE - SATA controller is enabled IN BOOLEAN IdeEnable; ///< SATA IDE controller mode enabled/disabled ///< @li FALSE - IDE controller is disabled ///< @li TRUE - IDE controller is enabled IN BOOLEAN GppEnable; ///< Master switch of GPP function ///< @li FALSE - GPP disabled ///< @li TRUE - GPP enabled IN BOOLEAN Xhci0Enable; ///< XHCI0 controller function ///< @li FALSE - XHCI0 controller disabled ///< @li TRUE - XHCI0 controller enabled IN BOOLEAN Xhci1Enable; ///< XHCI1 controller function ///< @li FALSE - XHCI1 controller disabled ///< @li TRUE - XHCI1 controller enabled } FCH_RESET_INTERFACE; /// /// FCH Component Data Structure from InitEnv stage /// typedef struct { IN SD_MODE SdConfig; ///< Secure Digital (SD) controller mode IN HDA_CONFIG AzaliaController; ///< Azalia HD Audio Controller IN IR_CONFIG IrConfig; ///< Infrared (IR) Configuration IN BOOLEAN UmiGen2; ///< Enable Gen2 data rate of UMI ///< @li FALSE - Disable Gen2 ///< @li TRUE - Enable Gen2 IN SATA_CLASS SataClass; ///< SATA controller mode IN BOOLEAN SataEnable; ///< SATA controller function ///< @li FALSE - SATA controller is disabled ///< @li TRUE - SATA controller is enabled IN BOOLEAN IdeEnable; ///< SATA IDE controller mode enabled/disabled ///< @li FALSE - IDE controller is disabled ///< @li TRUE - IDE controller is enabled IN BOOLEAN SataIdeMode; ///< Native mode of SATA IDE controller ///< @li FALSE - Legacy IDE mode ///< @li TRUE - Native IDE mode IN BOOLEAN Ohci1Enable; ///< OHCI controller #1 Function ///< @li FALSE - OHCI1 is disabled ///< @li TRUE - OHCI1 is enabled IN BOOLEAN Ohci2Enable; ///< OHCI controller #2 Function ///< @li FALSE - OHCI2 is disabled ///< @li TRUE - OHCI2 is enabled IN BOOLEAN Ohci3Enable; ///< OHCI controller #3 Function ///< @li FALSE - OHCI3 is disabled ///< @li TRUE - OHCI3 is enabled IN BOOLEAN Ohci4Enable; ///< OHCI controller #4 Function ///< @li FALSE - OHCI4 is disabled ///< @li TRUE - OHCI4 is enabled IN BOOLEAN GppEnable; ///< Master switch of GPP function ///< @li FALSE - GPP disabled ///< @li TRUE - GPP enabled IN POWER_FAIL FchPowerFail; ///< FCH power failure option } FCH_INTERFACE; /*---------------------------------------------------------------------------- * CPU Feature related info *---------------------------------------------------------------------------- */ /// Build Configuration values for BLDCFG_PLATFORM_CONNECTED_STANDBY_MODE typedef enum { ConnectedStandbyAuto = 0, ///< Auto ConnectedStandbyDisabled = 1, ///< Disabled MaxConnectedStandbyMode = 2 ///< Not a valid value, used for verifying input } PLATFORM_CONNECTED_STANDBY_MODES; /// Build Configuration values for BLDCFG_PLATFORM_CSTATE_MODE typedef enum { CStateModeDisabled = 0, ///< Disabled CStateModeC6 = 1, ///< C6 State MaxCStateMode = 2 ///< Not a valid value, used for verifying input } PLATFORM_CSTATE_MODES; /// Build Configuration values for BLDCFG_PLATFORM_CPB_MODE typedef enum { CpbModeAuto = 0, ///< Auto CpbModeDisabled = 1, ///< Disabled MaxCpbMode = 2 ///< Not a valid value, used for verifying input } PLATFORM_CPB_MODES; /// Build Configuration values for BLDCFG_LOW_POWER_PSTATE_FOR_PROCHOT_MODE typedef enum { LOW_POWER_PSTATE_FOR_PROCHOT_AUTO = 0, ///< Auto LOW_POWER_PSTATE_FOR_PROCHOT_DISABLE = 1, ///< Disabled MAX_LOW_POWER_PSTATE_FOR_PROCHOT_MODE = 2 ///< Not a valid value, used for verifying input } PLATFORM_LOW_POWER_PSTATE_MODES; /// Build Configuration values for BLDCFG_ACPI_PSTATES_PSD_POLICY #define PsdPolicyProcessorDefault 0 ///< PSD is dependent or independent per processor default #define PsdPolicyDependent 1 ///< PSD is forced dependent #define PsdPolicyIndependent 2 ///< PSD is forced independent #define PsdPolicyMax 3 ///< Not a valid value, used for verifying input /*---------------------------------------------------------------------------- * GNB PCIe configuration info *---------------------------------------------------------------------------- */ // Event definitions #define GNB_EVENT_INVALID_CONFIGURATION 0x20010000ul // User configuration invalid #define GNB_EVENT_INVALID_PCIE_TOPOLOGY_CONFIGURATION 0x20010001ul // Requested lane allocation for PCIe port can not be supported #define GNB_EVENT_INVALID_PCIE_PORT_CONFIGURATION 0x20010002ul // Requested incorrect PCIe port device address #define GNB_EVENT_INVALID_DDI_LINK_CONFIGURATION 0x20010003ul // Incorrect parameter in DDI link configuration #define GNB_EVENT_INVALID_LINK_WIDTH_CONFIGURATION 0x20010004ul // Invalid with for PCIe port or DDI link #define GNB_EVENT_INVALID_LANES_CONFIGURATION 0x20010005ul // Lane double subscribe lanes #define GNB_EVENT_INVALID_DDI_TOPOLOGY_CONFIGURATION 0x20010006ul // Requested lane allocation for DDI link(s) can not be supported #define GNB_EVENT_LINK_TRAINING_FAIL 0x20020000ul // PCIe Link training fail #define GNB_EVENT_BROKEN_LANE_RECOVERY 0x20030000ul // Broken lane workaround applied to recover link training #define GNB_EVENT_GEN2_SUPPORT_RECOVERY 0x20040000ul // Scale back to GEN1 to recover link training #define DESCRIPTOR_TERMINATE_LIST 0x80000000ull #define DESCRIPTOR_IGNORE 0x40000000ull /// PCIe link initialization typedef enum { EndpointDetect = 0, ///< Detect endpoint presence EndpointNotPresent ///< Endpoint not present (or connected). Used in case there is alternative way to determine ///< if device present on board or in slot. For example GPIO can be used to determine device presence. } PCIE_ENDPOINT_STATUS; /// PCIe port misc extended controls typedef struct { IN UINT8 LinkComplianceMode :1; ///< Force port into compliance mode (device will not be trained, port output compliance pattern) IN UINT8 LinkSafeMode :2; /**< Safe mode PCIe capability. (Parameter may limit PCIe speed requested through PCIe_PORT_DATA::LinkSpeedCapability) * @li @b 0 - port can advertize muximum supported capability * @li @b 1 - port limit advertized capability and speed to PCIe Gen1 */ IN UINT8 SbLink :1; /**< PCIe link type * @li @b 0 - General purpose port * @li @b 1 - Port connected to SB */ IN UINT8 ClkPmSupport :1; /**< Clock Power Management Support * @li @b 0 - Clock Power Management not configured * @li @b 1 - Clock Power Management configured according to PCIe device capability */ } PCIe_PORT_MISC_CONTROL; /// The IO APIC Interrupt Mapping Info typedef struct { IN UINT8 GroupMap; /**< Group mapping for slot or endpoint device (connected to PCIE port) interrupts . * @li 0 - IGNORE THIS STRUCTURE AND USE RECOMMENDED SETTINGS * @li 1 - mapped to Grp 0 (Interrupts 0..3 of IO APIC redirection table) * @li 2 - mapped to Grp 1 (Interrupts 4..7 of IO APIC redirection table) * @li ... * @li 8 - mapped to Grp 7 (Interrupts 28..31 of IO APIC redirection table) */ IN UINT8 Swizzle; /**< Swizzle interrupt in the Group. * @li 0 - ABCD * @li 1 - BCDA * @li 2 - CDAB * @li 3 - DABC */ IN UINT8 BridgeInt; /**< IOAPIC redirection table entry for PCIE bridge interrupt * @li 0 - Entry 0 of IO APIC redirection table * @li 1 - Entry 1 of IO APIC redirection table * @li ... * @li 31 - Entry 31 of IO APIC redirection table */ } APIC_DEVICE_INFO; /// Initial Offset Calibration Control typedef enum { ADAPT_IOC_DISABLED = 0, ///< Initial Offset Calibration Disabled ADAPT_IOC_ENABLED ///< Initial Offset Calibration Enabled } ADAPT_IOC_CONTROL; /// DFE Control values typedef enum { ADAPT_DFE_CONTROL_DISABLED = 0, ///< DFE Disabled ADAPD_DFE_CONTROL_1TAP_DFE = 4, ///< 1-tap DFE ADAPD_DFE_CONTROL_1TAP_DFE_FBF, ///< 1-tap DFE with Future Bit Filtering ADAPD_DFE_CONTROL_2TAP_DFE, ///< 2-tap DFE ADAPD_DFE_CONTROL_2TAP_DFE_FBF ///< 2-tap DFE with Future Bit Filtering } ADAPT_DFE_CONTROL; /// LEQ Control values typedef enum { ADAPT_LEQ_CONTROL_DISABLED = 0, ///< LEQ Disabled ADAPT_LEQ_CONTROL_DC_GAIN = 2, ///< DC Gain Adaptation ADAPT_LEQ_CONTROL_DC_GAIN_POLE ///< DC Gain and Pole Adaptation } ADAPT_LEQ_CONTROL; /// Dynamic Offset Calibration Control typedef enum { ADAPT_DOC_DISABLED = 0, ///< Dynamic Offset Calibration Disabled ADAPT_DOC_ENABLED ///< Dynamic Offset Calibration Enabled } ADAPT_DOC_CONTROL; /// FOM Calculation Control typedef enum { ADAPT_FOMC_DISABLED = 0, ///< FOM Calculation Disabled ADAPT_FOMC_ENABLED ///< FOM Calculation Enabled } ADAPT_FOMC_CONTROL; /// PI Offset Calibration Control typedef enum { ADAPT_PIOC_DISABLED = 0, ///< PI Offset Calibration Disabled ADAPT_PIOC_ENABLED ///< PI Offset Calibration Enabled } ADAPT_PIOC_CONTROL; /// GEN3 RxAdaptMode Configuration Structure typedef struct { IN BOOLEAN InitOffsetCancellation; ///< Initial Offset Cancellation Enable IN UINT8 DFEControl; ///< DFE Control IN UINT8 LEQControl; ///< LEQ Control IN BOOLEAN DynamicOffsetCalibration; ///< Dynamic Offset Calibration Enable IN BOOLEAN FOMCalculation; ///< FOM Calculation Enable IN BOOLEAN PIOffsetCalibration; ///< PI Offset Calibratino Enable } RX_ADAPT_MODE; /// PCIe port configuration data typedef struct { IN UINT8 PortPresent; ///< Enable PCIe port for initialization. IN UINT8 ChannelType; /**< Channel type. * @li @b 0 - "lowLoss", * @li @b 1 - "highLoss", * @li @b 2 - "mob0db", * @li @b 3 - "mob3db", * @li @b 4 - "extnd6db" * @li @b 5 - "extnd8db" */ IN UINT8 DeviceNumber; /**< PCI Device number for port. * @li @b 0 - Native port device number * @li @b N - Port device number (See available configurations in BKDG */ IN UINT8 FunctionNumber; ///< Reserved for future use IN UINT8 LinkSpeedCapability; /**< PCIe link speed/ * @li @b 0 - Maximum supported by silicon * @li @b 1 - Gen1 * @li @b 2 - Gen2 * @li @b 3 - Gen3 */ IN UINT8 LinkAspm; /**< ASPM control. (see AgesaPcieLinkAspm for additional option to control ASPM) * @li @b 0 - Disabled * @li @b 1 - L0s only * @li @b 2 - L1 only * @li @b 3 - L0s and L1 */ IN UINT8 LinkHotplug; /**< Hotplug control. * @li @b 0 - Disabled * @li @b 1 - Basic * @li @b 2 - Server * @li @b 3 - Enhanced */ IN UINT8 ResetId; /**< Arbitrary number greater than 0 assigned by platform firmware for GPIO * identification which control reset for given port. * Each port with unique GPIO should have unique ResetId assigned. * All ports use same GPIO to control reset should have same ResetId assigned. * see AgesaPcieSlotResetContol. */ IN PCIe_PORT_MISC_CONTROL MiscControls; ///< Misc extended controls IN APIC_DEVICE_INFO ApicDeviceInfo; ///< IOAPIC device programming info IN PCIE_ENDPOINT_STATUS EndpointStatus; ///< PCIe endpoint (device connected to PCIe port) status IN RX_ADAPT_MODE RxAdaptMode; ///< Gen3 RxAdaptMode configuration } PCIe_PORT_DATA; /// DDI channel lane mapping typedef struct { ///< Structure that discribe lane mapping IN UINT8 Lane0 :2; /**< Lane 0 mapping * @li @b 0 - Map to lane 0 * @li @b 1 - Map to lane 1 * @li @b 2 - Map to lane 2 * @li @b 3 - Map to lane 3 */ IN UINT8 Lane1 :2; ///< Lane 1 mapping (see "Lane 0 mapping") IN UINT8 Lane2 :2; ///< Lane 2 mapping (see "Lane 0 mapping") IN UINT8 Lane3 :2; ///< Lane 3 mapping (see "Lane 0 mapping") } CHANNEL_MAPPING; ///< Lane mapping /// Common Channel Mapping typedef union { IN UINT8 ChannelMappingValue; ///< Raw lane mapping IN CHANNEL_MAPPING ChannelMapping; ///< Channel mapping } CONN_CHANNEL_MAPPING; /// DDI Configuration data typedef struct { IN UINT8 ConnectorType; /**< Display Connector Type * @li @b 0 - DP * @li @b 1 - eDP * @li @b 2 - Single Link DVI-D * @li @b 3 - Dual Link DVI-D (see @ref DualLinkDviDescription "Example Dual Link DVI connector description") * @li @b 4 - HDMI * @li @b 5 - DP-to-VGA * @li @b 6 - DP-to-LVDS * @li @b 7 - Hudson-2 NutMeg DP-to-VGA * @li @b 8 - Single Link DVI-I * @li @b 9 - Native CRT (Family 0x14) * @li @b 10 - Native LVDS (Family 0x14) * @li @b 11 - Auto detect LCD panel connector type. VBIOS is able to auto detect the LVDS connector type: native LVDS, eDP or DP-to-LVDS * The auto detection method only support panel with EDID. */ IN UINT8 AuxIndex; /**< Indicates which AUX or DDC Line is used * @li @b 0 - AUX1 * @li @b 1 - AUX2 * @li @b 2 - AUX3 * @li @b 3 - AUX4 * @li @b 4 - AUX5 * @li @b 5 - AUX6 */ IN UINT8 HdpIndex; /**< Indicates which HDP pin is used * @li @b 0 - HDP1 * @li @b 1 - HDP2 * @li @b 2 - HDP3 * @li @b 3 - HDP4 * @li @b 4 - HDP5 * @li @b 5 - HDP6 */ IN CONN_CHANNEL_MAPPING Mapping[2]; /**< Set specific mapping of lanes to connector pins * @li Mapping[0] define mapping for group of 4 lanes starting at PCIe_ENGINE_DATA.StartLane * @li Mapping[1] define mapping for group of 4 lanes ending at PCIe_ENGINE_DATA.EndLane (only applicable for Dual DDI link) * if Mapping[x] set to 0 than default mapping assumed */ IN UINT8 LanePnInversionMask; /**< Specifies whether to invert the state of P and N for each lane. Each bit represents a PCIe lane on the DDI port. * @li 0 - Do not invert (default) * @li 1 - Invert P and N on this lane */ IN UINT8 Flags; /**< Capabilities flags * @li Flags bit[0] DDI_DATA_FLAGS_DP1_1_ONLY Selects downgrade PHY link to DP1.1 * @li Flags bit[7:1] Reserved */ } PCIe_DDI_DATA; /// Engine Configuration typedef struct { IN UINT8 EngineType; /**< Engine type * @li @b 0 - Ignore engine configuration * @li @b 1 - PCIe port * @li @b 2 - DDI */ IN UINT16 StartLane; /**< Start Lane ID (in reversed configuration StartLane > EndLane) * Refer to lane descriptions and supported configurations in BKDG */ IN UINT16 EndLane; /**< End lane ID (in reversed configuration StartLane > EndLane) * Refer to lane descriptions and supported configurations in BKDG */ } PCIe_ENGINE_DATA; /// PCIe port descriptor typedef struct { IN UINT32 Flags; /**< Descriptor flags * @li @b Bit31 - last descriptor in complex */ IN PCIe_ENGINE_DATA EngineData; ///< Engine data IN PCIe_PORT_DATA Port; ///< PCIe port specific configuration info } PCIe_PORT_DESCRIPTOR; /// DDI descriptor typedef struct { IN UINT32 Flags; /**< Descriptor flags * @li @b Bit31 - last descriptor in complex */ IN PCIe_ENGINE_DATA EngineData; ///< Engine data IN PCIe_DDI_DATA Ddi; ///< DDI port specific configuration info } PCIe_DDI_DESCRIPTOR; /// PCIe Complex descriptor typedef struct { IN UINT32 Flags; /**< Descriptor flags * @li @b Bit31 - last descriptor in topology */ IN UINT32 SocketId; ///< Socket Id IN CONST PCIe_PORT_DESCRIPTOR *PciePortList; ///< Pointer to array of PCIe port descriptors or NULL (Last element of array must be terminated with DESCRIPTOR_TERMINATE_LIST). IN CONST PCIe_DDI_DESCRIPTOR *DdiLinkList; ///< Pointer to array DDI link descriptors (Last element of array must be terminated with DESCRIPTOR_TERMINATE_LIST). IN VOID *Reserved; ///< Reserved for future use } PCIe_COMPLEX_DESCRIPTOR; /// Action to control PCIe slot reset typedef enum { AssertSlotReset, ///< Assert slot reset DeassertSlotReset ///< Deassert slot reset } PCIE_RESET_CONTROL; ///Slot Reset Info typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN UINT8 ResetId; ///< Slot reset ID as specified in PCIe_PORT_DESCRIPTOR IN UINT8 ResetControl; ///< Reset control as in PCIE_RESET_CONTROL } PCIe_SLOT_RESET_INFO; #define GFX_VBIOS_IMAGE_FLAG_SPECIAL_POST 0x1 ///VBIOS image info typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header OUT VOID *ImagePtr; ///< Pointer to VBIOS image IN PCI_ADDR GfxPciAddress; ///< PCI address of integrated graphics controller IN UINT32 Flags; ///< BIT[0] - special repost requred } GFX_VBIOS_IMAGE_INFO; /// Engine descriptor type typedef enum { PcieUnusedEngine = 0, ///< Unused descriptor PciePortEngine = 1, ///< PCIe port PcieDdiEngine = 2, ///< DDI MaxPcieEngine ///< Max engine type for boundary check. } PCIE_ENGINE_TYPE; /// PCIe link capability/speed typedef enum { PcieGenMaxSupported, ///< Maximum supported PcieGen1 = 1, ///< Gen1 PcieGen2, ///< Gen2 PcieGen3, ///< Gen3 MaxPcieGen ///< Max Gen for boundary check } PCIE_LINK_SPEED_CAP; /// PCIe PSPP Power policy typedef enum { PsppDisabled, ///< PSPP disabled PsppPerformance = 1, ///< Performance PsppBalanceHigh, ///< Balance-High PsppBalanceLow, ///< Balance-Low PsppPowerSaving, ///< Power Saving MaxPspp ///< Max Pspp for boundary check } PCIE_PSPP_POLICY; /// DDI display connector type typedef enum { ConnectorTypeDP, ///< DP ConnectorTypeEDP, ///< eDP ConnectorTypeSingleLinkDVI, ///< Single Link DVI-D ConnectorTypeDualLinkDVI, ///< Dual Link DVI-D ConnectorTypeHDMI, ///< HDMI ConnectorTypeDpToVga, ///< DP-to-VGA ConnectorTypeDpToLvds, ///< DP-to-LVDS ConnectorTypeNutmegDpToVga, ///< Hudson-2 NutMeg DP-to-VGA ConnectorTypeSingleLinkDviI, ///< Single Link DVI-I ConnectorTypeCrt, ///< CRT (VGA) ConnectorTypeLvds, ///< LVDS ConnectorTypeEDPToLvds, ///< 3rd party common eDP-to-LVDS translator chip without AMD SW init ConnectorTypeEDPToLvdsSwInit, ///< 3rd party eDP-to-LVDS translator which requires AMD SW init ConnectorTypeAutoDetect, ///< VBIOS auto detect connector type (native LVDS, eDP or DP-to-LVDS) MaxConnectorType ///< Not valid value, used to verify input } PCIE_CONNECTOR_TYPE; /// PCIe link channel type typedef enum { ChannelTypeLowLoss, ///< Low Loss ChannelTypeHighLoss, ///< High Loss ChannelTypeMob0db, ///< Mobile 0dB ChannelTypeMob3db, ///< Mobile 3dB ChannelTypeExt6db, ///< Extended 6dB ChannelTypeExt8db, ///< Extended 8dB MaxChannelType ///< Not valid value, used to verify input } PCIE_CHANNEL_TYPE; /// PCIe link ASPM typedef enum { AspmDisabled, ///< Disabled AspmL0s, ///< PCIe L0s link state AspmL1, ///< PCIe L1 link state AspmL0sL1, ///< PCIe L0s & L1 link state MaxAspm ///< Not valid value, used to verify input } PCIE_ASPM_TYPE; /// PCIe link hotplug support typedef enum { HotplugDisabled, ///< Hotplug disable HotplugBasic, ///< Basic Hotplug HotplugServer, ///< Server Hotplug HotplugEnhanced, ///< Enhanced HotplugInboard, ///< Inboard MaxHotplug ///< Not valid value, used to verify input } PCIE_HOTPLUG_TYPE; /// PCIe link initialization typedef enum { PortDisabled, ///< Disable PortEnabled ///< Enable } PCIE_PORT_ENABLE; /// PCIe ACS capability - Access Control Services typedef enum { PcieAcsDisabled, ///< Disabled PcieAcsEnabled, ///< Enabled } PCIE_ACS_CAP; /// PCIe ClkPmSupport initialization typedef enum { ClkPmSupportDisabled, ///< Disable ClkPmSupportEnabled ///< Enable } CLKPM_SUPPORT_ENABLE; /// DDI Aux channel typedef enum { Aux1, ///< Aux1 Aux2, ///< Aux2 Aux3, ///< Aux3 Aux4, ///< Aux4 Aux5, ///< Aux5 Aux6, ///< Aux6 MaxAux ///< Not valid value, used to verify input } PCIE_AUX_TYPE; /// DDI Hdp Index typedef enum { Hdp1, ///< Hdp1 Hdp2, ///< Hdp2 Hdp3, ///< Hdp3 Hdp4, ///< Hdp4 Hdp5, ///< Hdp5 Hdp6, ///< Hdp6 MaxHdp ///< Not valid value, used to verify input } PCIE_HDP_TYPE; /// PCIe_DDI_DATA.Flags definitions #define DDI_DATA_FLAGS_DP1_1_ONLY 0x01 ///< BIT[0] Selects downgrade PHY link to DP1.1 #define EXT_DISPLAY_PATH_CAPS_DP_FIXED_VS_EN 0x02 ///< BIT[1] VBIOS will always output fixed voltage swing during DP link training /// DP receiver definitions with fixed voltage swing typedef enum { DP_VS_0_4V_0DB, ///< 0x00 DP_VS_0_6V_0DB, ///< 0x01 DP_VS_0_8V_0DB, ///< 0x02 DP_VS_1_2V_0DB, ///< 0x03 DP_VS_0_4V_3_5DB = 0x8, ///< 0x08 DP_VS_0_6V_3_5DB, ///< 0x09 DP_VS_0_8V_3_5DB, ///< 0x0a DP_VS_0_4V_6DB = 0x10, ///< 0x10 DP_VS_0_6V_6DB, ///< 0x11 DP_VS_0_4V_9_5DB = 0x18 ///< 0x18 } DP_FIXED_VOLT_SWING_TYPE; // Macro for statically initializing various structures #define PCIE_ENGINE_DATA_INITIALIZER(mType, mStartLane, mEndLane) {mType, mStartLane, mEndLane} #define PCIE_PORT_DATA_INITIALIZER(mPortPresent, mChannelType, mDevAddress, mHotplug, mMaxLinkSpeed, mMaxLinkCap, mAspm, mResetId) \ {mPortPresent, mChannelType, mDevAddress, 0, mMaxLinkSpeed, mAspm, mHotplug, mResetId, {0, mMaxLinkCap, 0, 0}, {0, 0, 0}, EndpointDetect, \ {ADAPT_IOC_ENABLED, ADAPT_DFE_CONTROL_DISABLED, ADAPT_LEQ_CONTROL_DC_GAIN_POLE, ADAPT_DOC_DISABLED, ADAPT_FOMC_ENABLED, ADAPT_PIOC_DISABLED}} #define PCIE_PORT_DATA_INITIALIZER_V2(mPortPresent, mChannelType, mDevAddress, mDevFunction, mHotplug, mMaxLinkSpeed, mMaxLinkCap, mAspm, mResetId, mClkPmSupport) \ {mPortPresent, mChannelType, mDevAddress, mDevFunction, mMaxLinkSpeed, mAspm, mHotplug, mResetId, {0, mMaxLinkCap, 0, mClkPmSupport}, {0, 0, 0}, EndpointDetect, \ {ADAPT_IOC_ENABLED, ADAPT_DFE_CONTROL_DISABLED, ADAPT_LEQ_CONTROL_DC_GAIN_POLE, ADAPT_DOC_DISABLED, ADAPT_FOMC_ENABLED, ADAPT_PIOC_DISABLED}} #define PCIE_PORT_DATA_INITIALIZER_GEN3(mPortPresent, mChannelType, mDevAddress, mDevFunction, mHotplug, mMaxLinkSpeed, mMaxLinkCap, mAspm, mResetId, mClkPmSupport, \ mInitOffsetCancellation, mDFEControl, mLEQControl, mDynamicOffsetCalibration, mFOMCalculation, mPIOffsetCalibration) \ {mPortPresent, mChannelType, mDevAddress, mDevFunction, mMaxLinkSpeed, mAspm, mHotplug, mResetId, {0, mMaxLinkCap, 0, mClkPmSupport}, {0, 0, 0}, EndpointDetect, \ {mInitOffsetCancellation, mDFEControl, mLEQControl, mDynamicOffsetCalibration, mFOMCalculation, mPIOffsetCalibration}} #define PCIE_DDI_DATA_INITIALIZER(mConnectorType, mAuxIndex, mHpdIndex ) \ {mConnectorType, mAuxIndex, mHpdIndex, {{0},{0}}, 0, 0} #define PCIE_DDI_DATA_INITIALIZER_V1(mConnectorType, mAuxIndex, mHpdIndex, mMapping0, mMapping1, mPNInversion) \ {mConnectorType, mAuxIndex, mHpdIndex, {mMapping0, mMapping1}, mPNInversion, 0} #define PCIE_DDI_DATA_INITIALIZER_V2(mConnectorType, mAuxIndex, mHpdIndex, mMapping0, mMapping1, mPNInversion, mFlags) \ {mConnectorType, mAuxIndex, mHpdIndex, {mMapping0, mMapping1}, mPNInversion, mFlags} ///IOMMU requestor ID typedef struct { IN UINT16 Bus :8; ///< Bus IN UINT16 Device :5; ///< Device IN UINT16 Function :3; ///< Function } IOMMU_REQUESTOR_ID; /// IVMD exclusion range descriptor typedef struct { IN UINT32 Flags; /**< Descriptor flags * @li @b Flags[31] - Terminate descriptor array. * @li @b Flags[30] - Ignore descriptor. */ IN IOMMU_REQUESTOR_ID RequestorIdStart; ///< Requestor ID start IN IOMMU_REQUESTOR_ID RequestorIdEnd; ///< Requestor ID end (use same as start for single ID) IN UINT64 RangeBaseAddress; ///< Phisical base address of exclusion range IN UINT64 RangeLength; ///< Length of exclusion range in bytes } IOMMU_EXCLUSION_RANGE_DESCRIPTOR; /*---------------------------------------------------------------------------- * GNB configuration info *---------------------------------------------------------------------------- */ /// LVDS Misc Control Field typedef struct { IN UINT8 FpdiMode:1; ///< This item configures LVDS 888bit panel mode ///< @li FALSE = LVDS 888 panel in LDI mode ///< @li TRUE = LVDS 888 panel in FPDI mode ///< @BldCfgItem{BLDCFG_LVDS_MISC_888_FPDI_MODE} IN UINT8 DlChSwap:1; ///< This item configures LVDS panel lower and upper link mapping ///< @li FALSE = Lower link and upper link not swap ///< @li TRUE = Lower link and upper link are swapped ///< @BldCfgItem{BLDCFG_LVDS_MISC_DL_CH_SWAP} IN UINT8 VsyncActiveLow:1; ///< This item configures polarity of frame pulse encoded in lvds data stream ///< @li FALSE = Active high Frame Pulse/Vsync ///< @li TRUE = Active low Frame Pulse/Vsync ///< @BldCfgItem{BLDCFG_LVDS_MISC_VSYNC_ACTIVE_LOW} IN UINT8 HsyncActiveLow:1; ///< This item configures polarity of line pulse encoded in lvds data ///< @li FALSE = Active high Line Pulse ///< @li TRUE = Active low Line Pulse / Hsync ///< @BldCfgItem{BLDCFG_LVDS_MISC_HSYNC_ACTIVE_LOW} IN UINT8 BLONActiveLow:1; ///< This item configures polarity of signal sent to digital BLON output pin ///< @li FALSE = Not inverted(active high) ///< @li TRUE = Inverted (active low) ///< @BldCfgItem{BLDCFG_LVDS_MISC_BLON_ACTIVE_LOW} IN UINT8 LvdsVoltOverwriteEn:1; ///< This item configures polarity of DP-to-LVDS output voltage overwrite ///< @li FALSE = DP-to-LVDS output voltage overwrite disable, use VBIOS default setting. ///< @li TRUE = Use ucLVDSVolAdjust value to program register LVDS_CTRL_4 ///< @BldCfgItem{BLDCFG_LVDS_MISC_VOLT_OVERWRITE_ENABLE} IN UINT8 Reserved:2; ///< Reserved } LVDS_MISC_CONTROL_FIELD; /// LVDS Misc Control typedef union _LVDS_MISC_CONTROL { IN LVDS_MISC_CONTROL_FIELD Field; ///< LVDS_MISC_CONTROL_FIELD IN UINT8 Value; ///< LVDS Misc Control Value } LVDS_MISC_CONTROL; /// Display Misc Control Field typedef struct { IN UINT8 Reserved1:3; ///< Reserved IN UINT8 VbiosFastBootEn:1; ///< This item configures VBIOS skip display device detection in every set mode if LCD panel is connect and LID is open. ///< @li FALSE = VBIOS fast boot is disable. ///< @li TRUE = VBIOS fast boot is enable. ///< @BldCfgItem{BLDCFG_DISPLAY_MISC_VBIOS_FAST_BOOT_ENABLE} IN UINT8 Reserved2:4; ///< Reserved } DISPLAY_MISC_CONTROL_FIELD; /// LVDS Misc Control typedef union _DISPLAY_MISC_CONTROL { IN DISPLAY_MISC_CONTROL_FIELD Field; ///< DISPLAY_MISC_CONTROL_FIELD IN UINT8 Value; ///< Display Misc Control Value } DISPLAY_MISC_CONTROL; /// POST Configuration settings for GNB. typedef struct { IN UINT8 IgpuEnableDisablePolicy; ///< This item defines the iGPU Enable/Disable policy ///< @li 0 = Auto - use existing default - ///< @li 1 = Disable iGPU if any PCIe/PCI graphics card present ///< @BldCfgItem{BLDCFG_IGPU_ENABLE_DISABLE_POLICY} } GNB_POST_CONFIGURATION; /// iGPU Enable/Disable Policy values #define IGPU_DISABLE_AUTO 0 ///< Auto setting - disable iGPU if ANY PCI graphics or non-AMD PCIe graphics #define IGPU_DISABLE_ANY_PCIE 1 ///< Disable iGPU if any PCI or PCIE graphics card is present /// ENV Configuration settings for GNB. typedef struct { IN UINT8 Gnb3dStereoPinIndex; ///< 3D Stereo Pin ID. ///< @li 0 = Stereo 3D is disabled (default). ///< @li 1 = Use processor pin HPD1. ///< @li 2 = Use processor pin HPD2 ///< @li 3 = Use processor pin HPD3 ///< @li 4 = Use processor pin HPD4 ///< @li 5 = Use processor pin HPD5 ///< @li 6 = Use processor pin HPD6 ///< @BldCfgItem{BLDCFG_STEREO_3D_PINOUT} IN BOOLEAN IommuSupport; ///< IOMMU support. ///< @li FALSE = Disabled. Disable and hide IOMMU device. ///< @li TRUE = Initialize IOMMU subsystem. Generate ACPI IVRS table. ///< BldCfgItem{BLDCFG_IOMMU_SUPPORT} IN UINT16 LvdsSpreadSpectrum; ///< Spread spectrum value in 0.01 % ///< BldCfgItem{BLDCFG_GFX_LVDS_SPREAD_SPECTRUM} IN UINT16 LvdsSpreadSpectrumRate; ///< Spread spectrum frequency used by SS hardware logic in unit of 10Hz, 0 - default frequency 40kHz ///< BldCfgItem{BLDCFG_GFX_LVDS_SPREAD_SPECTRUM_RATE} IN UINT8 LvdsPowerOnSeqDigonToDe; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWER_ON_SEQ_DIGON_TO_DE} IN UINT8 LvdsPowerOnSeqDeToVaryBl; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWER_ON_SEQ_DE_TO_VARY_BL} IN UINT8 LvdsPowerOnSeqDeToDigon; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWER_ON_SEQ_DE_TO_DIGON} IN UINT8 LvdsPowerOnSeqVaryBlToDe; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWERS_ON_SEQ_VARY_BL_TO_DE} IN UINT8 LvdsPowerOnSeqOnToOffDelay; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWER_ON_SEQ_ON_TO_OFF_DELAY} IN UINT8 LvdsPowerOnSeqVaryBlToBlon; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWER_ON_SEQ_VARY_BL_TO_BLON} IN UINT8 LvdsPowerOnSeqBlonToVaryBl; ///< This item configures panel initialization timing. ///< @BldCfgItem{BLDCFG_LVDS_POWER_ON_SEQ_BLON_TO_VARY_BL} IN UINT16 LvdsMaxPixelClockFreq; ///< This item configures the maximum pixel clock frequency supported. ///< @BldCfgItem{BLDCFG_LVDS_MAX_PIXEL_CLOCK_FREQ} IN UINT32 LcdBitDepthControlValue; ///< This item configures the LCD bit depth control settings. ///< @BldCfgItem{BLDCFG_LCD_BIT_DEPTH_CONTROL_VALUE} IN UINT8 Lvds24bbpPanelMode; ///< This item configures the LVDS 24 BBP mode. ///< @BldCfgItem{BLDCFG_LVDS_24BBP_PANEL_MODE} IN LVDS_MISC_CONTROL LvdsMiscControl;///< This item configures LVDS swap/Hsync/Vsync/BLON IN UINT16 PcieRefClkSpreadSpectrum; ///< Spread spectrum value in 0.01 % ///< @BldCfgItem{BLDCFG_PCIE_REFCLK_SPREAD_SPECTRUM} IN BOOLEAN GnbRemoteDisplaySupport; ///< This item enables Wireless Display Support ///< @li TRUE = Enable Wireless Display Support ///< @li FALSE = Disable Wireless Display Support ///< @BldCfgItem{BLDCFG_REMOTE_DISPLAY_SUPPORT} IN UINT8 LvdsMiscVoltAdjustment; ///< Register LVDS_CTRL_4 to adjust LVDS output voltage ///< @BldCfgItem{BLDCFG_LVDS_MISC_VOL_ADJUSTMENT} IN DISPLAY_MISC_CONTROL DisplayMiscControl;///< This item configures display misc control IN DP_FIXED_VOLT_SWING_TYPE DpFixedVoltSwingType;///< To indicate fixed voltage swing value ///< @BldCfgItem{BLDCFG_DP_FIXED_VOLT_SWING} IN UINT32 GpuFrequencyLimit; ///< GNB GPU Max Frequency(NULL if platform configured) ///< @BldCfgItem{BLDCFG_GPU_FREQUENCY_LIMIT} } GNB_ENV_CONFIGURATION; /// Configuration settings for GNB. typedef struct { IN UINT8 iGpuVgaMode; ///< VGA resources decoding configuration for iGPU ///< @li 0 = iGPU decode all VGA resources (must be primary VGA adapter) ///< @li 1 = iGPU will not decode any VGA resources (must be secondary graphics adapter) IN UINT8 PcieAcsCapability; ///< Pcie ACS Capability support ///< @li 0 = Disabled ///< @li 1 = Enabled IN UINT64 GnbIoapicAddress; ///< GNB IOAPIC Base Address(NULL if platform configured) ///< @BldCfgItem{BLDCFG_GNB_IOAPIC_ADDRESS} } GNB_MID_CONFIGURATION; /// GNB configuration info typedef struct { IN const PCIe_COMPLEX_DESCRIPTOR *PcieComplexList; /**< Pointer to array of structures describe PCIe topology on each processor package or NULL. * Last element of array must be terminated with DESCRIPTOR_TERMINATE_LIST * Example of topology definition for single socket system: * @code * PCIe_PORT_DESCRIPTOR PortList [] = { * // Initialize Port descriptor (PCIe port, Lanes 8:15, PCI Device Number 2, ...) * { * 0, //Descriptor flags * PCIE_ENGINE_DATA_INITIALIZER (PciePortEngine, 8, 15), * PCIE_PORT_DATA_INITIALIZER (PortEnabled, ChannelTypeExt6db, 2, HotplugDisabled, PcieGenMaxSupported, PcieGenMaxSupported, AspmDisabled, 0) * }, * // Initialize Port descriptor (PCIe port, Lanes 16:19, PCI Device Number 3, ...) * { * 0, //Descriptor flags * PCIE_ENGINE_DATA_INITIALIZER (PciePortEngine, 16, 19), * PCIE_PORT_DATA_INITIALIZER (PortEnabled, ChannelTypeExt6db, 3, HotplugDisabled, PcieGenMaxSupported, PcieGenMaxSupported, AspmDisabled, 0) * }, * // Initialize Port descriptor (PCIe port, Lanes 4, PCI Device Number 4, ...) * { * DESCRIPTOR_TERMINATE_LIST, //Descriptor flags !!!IMPORTANT!!! Terminate last element of array * PCIE_ENGINE_DATA_INITIALIZER (PciePortEngine, 4, 4), * PCIE_PORT_DATA_INITIALIZER (PortEnabled, ChannelTypeExt6db, 4, HotplugDisabled, PcieGenMaxSupported, PcieGenMaxSupported, AspmDisabled, 0) * } * }; * PCIe_PORT_DESCRIPTOR DdiList [] = { * // Initialize Ddi descriptor (DDI interface Lanes 24:27, Display Port Connector, ...) * { * 0, //Descriptor flags * PCIE_ENGINE_DATA_INITIALIZER (PcieDdiEngine, 24, 27), * PCIE_DDI_DATA_INITIALIZER (ConnectorTypeDP, Aux1, Hdp1, 0) * }, * // Initialize Ddi descriptor (DDI interface Lanes 28:31, HDMI, ...) * { * DESCRIPTOR_TERMINATE_LIST, //Descriptor flags !!!IMPORTANT!!! Terminate last element of array * PCIE_ENGINE_DATA_INITIALIZER (PcieDdiEngine, 28, 31), * PCIE_DDI_DATA_INITIALIZER (ConnectorTypeHDMI, Aux2, Hdp2, 0) * } * }; * PCIe_COMPLEX_DESCRIPTOR PlatformTopology = { * DESCRIPTOR_TERMINATE_LIST, //Descriptor flags !!!IMPORTANT!!! Terminate complexes list * 0, //Socket ID * &PortList[0], * &DdiList[0], * } * @endcode */ IN UINT8 PsppPolicy; /**< PSPP (PCIe Speed Power Policy) * @li @b 0 - Disabled * @li @b 1 - Performance * @li @b 2 - Balance-High * @li @b 3 - Balance-Low * @li @b 4 - Power Saving */ } GNB_CONFIGURATION; /// Late Configuration settings for GNB. typedef struct { IN BOOLEAN DockedTdpHeadroom; ///< Docked TDP headroom ///< @li TRUE = Enable docked TDP headroom ///< @li FALSE = Disable docked TDP headroom ///< @BldCfgItem{BLDCFG_DOCKED_TDP_HEADROOM} IN UINT8 GnbIoapicId; ///< GNB IOAPIC ID, platform BIOS needs to pass correct id number, default is 0xFF. ///< If BLDCFG_GNB_IOAPIC_ADDRESS == NULL or BLDCFG_IOMMU_SUPPORT == NULL or GnbIoapicId == default(0xFF), AGESA will skip it anyway. ///< @li 0~n = IOAPIC ID number for IVRS which should be matched with MADT IN UINT8 FchIoapicId; ///< Fch IOAPIC ID, platform BIOS needs to pass correct id number, default is 0xFF. ///< If BLDCFG_IOMMU_SUPPORT == NULL or or FchIoapicId == default(0xFF), AGESA will skip it anyway. ///< @li 0~n = IOAPIC ID number for IVRS which should be matched with MADT } GNB_LATE_CONFIGURATION; // // MEMORY-SPECIFIC DATA STRUCTURES // // // // // AGESA MAXIMIUM VALUES // // These Max values are used to define array sizes and associated loop // counts in the code. They reflect the maximum values that AGESA // currently supports and does not necessarily reflect the hardware // capabilities of configuration. // #define MAX_SOCKETS_SUPPORTED 1 ///< Max number of sockets in system #define MAX_CHANNELS_PER_SOCKET 4 ///< Max Channels per sockets #define MAX_DIMMS_PER_CHANNEL 4 ///< Max DIMMs on a memory channel (independent of platform) #define NUMBER_OF_DELAY_TABLES 9 ///< Number of tables defined in CH_DEF_STRUCT. ///< Eg: UINT16 *RcvEnDlys; ///< UINT8 *WrDqsDlys; ///< UINT8 *RdDqsDlys; ///< UINT8 *WrDatDlys; ///< UINT8 *RdDqsMinDlys; ///< UINT8 *RdDqsMaxDlys; ///< UINT8 *WrDatMinDlys; ///< UINT8 *WrDatMaxDlys; #define NUMBER_OF_FAILURE_MASK_TABLES 1 ///< Number of failure mask tables #define MAX_PLATFORM_TYPES 16 ///< Platform types per system #define MCT_TRNG_KEEPOUT_START 0x00004000ul ///< base [39:8] #define MCT_TRNG_KEEPOUT_END 0x00007FFFul ///< base [39:8] #define DATAEYE_VREF_RANGE 31 ///< Number of VREF steps in Data Eye Bitmap #define UMA_ATTRIBUTE_INTERLEAVE 0x80000000ul ///< Uma Region is interleaved #define UMA_ATTRIBUTE_ON_DCT0 0x40000000ul ///< UMA resides on memory that belongs to DCT0 #define UMA_ATTRIBUTE_ON_DCT1 0x20000000ul ///< UMA resides on memory that belongs to DCT1 #define UMA_ATTRIBUTE_ON_DCT2 0x10000000ul ///< UMA resides on memory that belongs to DCT2 #define UMA_ATTRIBUTE_ON_DCT3 0x08000000ul ///< UMA resides on memory that belongs to DCT3 typedef UINT8 PSO_TABLE; ///< Platform Configuration Table // AGESA DEFINITIONS // // Many of these are derived from the platform and hardware specific definitions /// EccSymbolSize override value #define ECCSYMBOLSIZE_USE_BKDG 0 ///< Use BKDG Recommended Value #define ECCSYMBOLSIZE_FORCE_X4 4 ///< Force to x4 #define ECCSYMBOLSIZE_FORCE_X8 8 ///< Force to x8 /// CPU Package Type #define PT_L1 0 ///< L1 Package type #define PT_M2 1 ///< AM Package type #define PT_S1 2 ///< S1 Package type /// Build Configuration values for BLDCFG_MEMORY_BUS_FREQUENCY_LIMIT & BLDCFG_MEMORY_CLOCK_SELECT #define DDR400_FREQUENCY 200 ///< DDR 400 #define DDR533_FREQUENCY 266 ///< DDR 533 #define DDR667_FREQUENCY 333 ///< DDR 667 #define DDR800_FREQUENCY 400 ///< DDR 800 #define DDR1066_FREQUENCY 533 ///< DDR 1066 #define DDR1333_FREQUENCY 667 ///< DDR 1333 #define DDR1600_FREQUENCY 800 ///< DDR 1600 #define DDR1866_FREQUENCY 933 ///< DDR 1866 #define DDR2100_FREQUENCY 1050 ///< DDR 2100 #define DDR2133_FREQUENCY 1066 ///< DDR 2133 #define DDR2400_FREQUENCY 1200 ///< DDR 2400 #define UNSUPPORTED_DDR_FREQUENCY 1201 ///< Highest limit of DDR frequency /// Build Configuration values for BLDCFG_TIMING_MODE_SELECT #define TIMING_MODE_AUTO 0 ///< Use best rate possible #define TIMING_MODE_LIMITED 1 ///< Set user top limit #define TIMING_MODE_SPECIFIC 2 ///< Set user specified speed /// Build Configuration values for BLDCFG_MEMORY_QUADRANK_TYPE #define QUADRANK_REGISTERED 0 ///< Quadrank registered DIMM #define QUADRANK_UNBUFFERED 1 ///< Quadrank unbuffered DIMM /// Build Configuration values for BLDCFG_POWER_DOWN_MODE #define POWER_DOWN_BY_CHANNEL 0 ///< Channel power down mode #define POWER_DOWN_BY_CHIP_SELECT 1 ///< Chip select power down mode #define POWER_DOWN_MODE_AUTO 2 ///< AGESA to select power down mode /// Build Configuration limit for BLDCFG_GNB_GPU_MAX_FREQUENCY #define UNSUPPORTED_GPU_FREQUENCY 901 ///< Highest limit of GPU frequency /// Structures use to pass system Logical CPU-ID typedef struct { IN OUT UINT64 Family; ///< Indicates logical ID Family IN OUT UINT64 Revision; ///< Indicates logical ID Family } CPU_LOGICAL_ID; /// Structures use to report AMP status typedef struct { OUT BOOLEAN AmpVoltageValid; ///< Indicates if Amp voltage is valid OUT BOOLEAN AmpSupportDetectedButNotEnabled; ///< Indicates if Amp support is detected but not enabled OUT BOOLEAN AmpSelectedButNotEnabled; ///< Indicates if Amp is selected but not enabled } AMP_STATUS; /// Normalized Critical Composite Data Eye /// Bit 15 represents trained eye Center /// Bit 0 represents eye center -15 delay steps /// Bit 31 represents eye center +16 delay steps /// Offset 0 represents +15 Vref Steps /// Offset 31 represents -15 Vref Steps typedef UINT32 COMPOSITE_DATAEYE[DATAEYE_VREF_RANGE]; /// Build Configuration values for BLDCFG_AMD_PLATFORM_TYPE typedef enum { AMD_PLATFORM_SERVER = 0x8000, ///< Server AMD_PLATFORM_DESKTOP = 0x10000, ///< Desktop AMD_PLATFORM_MOBILE = 0x20000, ///< Mobile } AMD_PLATFORM_TYPE; /// Dram technology type typedef enum { DDR2_TECHNOLOGY, ///< DDR2 technology DDR3_TECHNOLOGY, ///< DDR3 technology GDDR5_TECHNOLOGY, ///< GDDR5 technology UNSUPPORTED_TECHNOLOGY, ///< Unsupported technology } TECHNOLOGY_TYPE; /// Low voltage support typedef enum { VOLT_INITIAL, ///< Initial value for VDDIO VOLT1_5, ///< 1.5 Volt VOLT1_35, ///< 1.35 Volt VOLT1_25, ///< 1.25 Volt VOLT_UNSUPPORTED = 0xFF ///< No common voltage found } DIMM_VOLTAGE; /// AMP voltage support typedef enum { AMP_VOLT_RSVD, ///< Reserved AMP_VOLT1_5, ///< 1.5 Volt AMP_VOLT1_55, ///< 1.55 Volt AMP_VOLT1_6, ///< 1.6 Volt AMP_VOLT1_65, ///< 1.65 Volt AMP_VOLT1_7, ///< 1.7 Volt AMP_VOLT1_75, ///< 1.75 Volt AMP_VOLT1_8, ///< 1.8 Volt AMP_VOLT1_85, ///< 1.85 Volt AMP_VOLT1_9, ///< 1.9 Volt AMP_VOLT1_45 = 0x10, ///< 1.45 Volt AMP_VOLT1_4 = 0x20, ///< 1.4 Volt AMP_VOLT1_35 = 0x30, ///< 1.35 Volt AMP_VOLT1_3 = 0x40, ///< 1.3 Volt AMP_VOLT1_25 = 0x50, ///< 1.25 Volt AMP_VOLT1_2 = 0x60 ///< 1.2 Volt } AMP_DIMM_VOLTAGE; /// Build Configuration values for BLDCFG_ACP_SIZE typedef enum { NO_ACP_SIZE = 0x00, ///< NO ACP ACP_SIZE_2MB = 0x20, ///< UMA 4MB aligned ACP_SIZE_4MB = 0x40, ///< UMA 128MB aligned } ACP_SIZE; /// UMA Mode typedef enum { UMA_NONE = 0, ///< UMA None UMA_SPECIFIED = 1, ///< UMA Specified UMA_AUTO = 2 ///< UMA Auto } UMA_MODE; /// Force Training Mode typedef enum { FORCE_TRAIN_1D = 0, ///< 1D Training only FORCE_TRAIN_2D = 1, ///< 2D Training only FORCE_TRAIN_AUTO = 2 ///< Auto - 1D or 2D depending on configuration } FORCE_TRAIN_MODE; /// PMU Training Mode typedef enum { PMU_TRAIN_1D = 0, ///< PMU 1D Training only PMU_TRAIN_1D_2D_READ = 1, ///< PMU 1D and 2D Training read only PMU_TRAIN_1D_2D = 2, ///< PMU 1D and 2D Training PMU_TRAIN_AUTO = 3 ///< Auto - PMU Training depend on configuration } PMU_TRAIN_MODE; /// The possible DRAM prefetch mode settings. typedef enum { DRAM_PREFETCHER_AUTO, ///< Use the recommended setting for the processor. In most cases, the recommended setting is enabled. DISABLE_DRAM_PREFETCH_FOR_IO, ///< Disable DRAM prefetching for I/O requests only. DISABLE_DRAM_PREFETCH_FOR_CPU, ///< Disable DRAM prefetching for requests from processor cores only. DISABLE_DRAM_PREFETCHER, ///< Disable DRAM prefetching. MAX_DRAM_FREFETCH_MODE ///< Not a DRAM prefetch mode, use for limit checking. } DRAM_PREFETCH_MODE; /// Build Configuration values for BLDCFG_UMA_ALIGNMENT typedef enum { NO_UMA_ALIGNED = 0x00FFFFFF, ///< NO UMA aligned UMA_4MB_ALIGNED = 0x00FFFFC0, ///< UMA 4MB aligned UMA_128MB_ALIGNED = 0x00FFF800, ///< UMA 128MB aligned UMA_256MB_ALIGNED = 0x00FFF000, ///< UMA 256MB aligned UMA_512MB_ALIGNED = 0x00FFE000, ///< UMA 512MB aligned } UMA_ALIGNMENT; /// /// Global MCT Configuration Status Word (GStatus) /// typedef enum { GsbMTRRshort, ///< Ran out of MTRRs while mapping memory GsbAllECCDimms, ///< All banks of all Nodes are ECC capable GsbDramECCDis, ///< Dram ECC requested but not enabled. GsbSoftHole, ///< A Node Base gap was created GsbHWHole, ///< A HW dram remap was created GsbNodeIntlv, ///< Node Memory interleaving was enabled GsbSpIntRemapHole, ///< Special condition for Node Interleave and HW remapping GsbEnDIMMSpareNW, ///< Indicates that DIMM Spare can be used without a warm reset GsbEOL ///< End of list } GLOBAL_STATUS_FIELD; /// /// Local Error Status (DIE_STRUCT.ErrStatus[31:0]) /// typedef enum { EsbNoDimms, ///< No DIMMs EsbSpdChkSum, ///< SPD Checksum fail EsbDimmMismatchM, ///< dimm module type(buffer) mismatch EsbDimmMismatchT, ///< dimm CL/T mismatch EsbDimmMismatchO, ///< dimm organization mismatch (128-bit) EsbNoTrcTrfc, ///< SPD missing Trc or Trfc info EsbNoCycTime, ///< SPD missing byte 23 or 25 EsbBkIntDis, ///< Bank interleave requested but not enabled EsbDramECCDis, ///< Dram ECC requested but not enabled EsbSpareDis, ///< Online spare requested but not enabled EsbMinimumMode, ///< Running in Minimum Mode EsbNoRcvrEn, ///< No DQS Receiver Enable pass window found EsbSmallRcvr, ///< DQS Rcvr En pass window too small (far right of dynamic range) EsbNoDqsPos, ///< No DQS-DQ passing positions EsbSmallDqs, ///< DQS-DQ passing window too small EsbDCBKScrubDis, ///< DCache scrub requested but not enabled EsbEMPNotSupported, ///< Processor is not capable for EMP. EsbEMPConflict, ///< EMP requested but cannot be enabled since ///< channel interleaving, bank interleaving, or bank swizzle is enabled. EsbEMPDis, ///< EMP requested but cannot be enabled since ///< memory size of each DCT is not a power of two. EsbEOL ///< End of list } ERROR_STATUS_FIELD; /// /// Local Configuration Status (DIE_STRUCT.Status[31:0]) /// typedef enum { SbRegistered, ///< All DIMMs are Registered SbEccDimms, ///< All banks ECC capable SbParDimms, ///< All banks Addr/CMD Parity capable SbDiagClks, ///< Jedec ALL slots clock enable diag mode Sb128bitmode, ///< DCT in 128-bit mode operation Sb64MuxedMode, ///< DCT in 64-bit mux'ed mode. Sb2TMode, ///< 2T CMD timing mode is enabled. SbSWNodeHole, ///< Remapping of Node Base on this Node to create a gap. SbHWHole, ///< Memory Hole created on this Node using HW remapping. SbOver400Mhz, ///< DCT freq greater than or equal to 400MHz flag SbDQSPosPass2, ///< Used for TrainDQSPos DIMM0/1, when freq greater than or equal to 400MHz SbDQSRcvLimit, ///< Used for DQSRcvEnTrain to know we have reached the upper bound. SbExtConfig, ///< Indicate the default setting for extended PCI configuration support SbLrdimms, ///< All DIMMs are LRDIMMs SbEOL ///< End of list } LOCAL_STATUS_FIELD; ///< CPU MSR Register definitions ------------------------------------------ #define SYS_CFG 0xC0010010ul #define TOP_MEM 0xC001001Aul #define TOP_MEM2 0xC001001Dul #define HWCR 0xC0010015ul #define NB_CFG 0xC001001Ful #define FS_BASE 0xC0000100ul #define IORR0_BASE 0xC0010016ul #define IORR0_MASK 0xC0010017ul #define BU_CFG 0xC0011023ul #define BU_CFG2 0xC001102Aul #define COFVID_STAT 0xC0010071ul #define TSC 0x10 //----------------------------------------------------------------------------- /// /// SPD Data for each DIMM. /// typedef struct _SPD_DEF_STRUCT { IN BOOLEAN DimmPresent; ///< Indicates that the DIMM is present and Data is valid IN UINT8 Data[256]; ///< Buffer for 256 Bytes of SPD data from DIMM } SPD_DEF_STRUCT; //----------------------------------------------------------------------------- /// /// VDDP_VDDR Voltage Info for Low Power DIMM /// typedef struct _VDDP_VDDR_VOLTAGE { IN BOOLEAN IsValid; ///< Indicates if daata is valid IN MEMORY_PHY_VOLTAGE Voltage; ///< VDDP VDDR Voltage Value } VDDP_VDDR_VOLTAGE; /// /// Channel Definition Structure. /// This data structure defines entries that are specific to the channel initialization /// typedef struct _CH_DEF_STRUCT { OUT UINT8 ChannelID; ///< Physical channel ID of a socket(0 = CH A, 1 = CH B, 2 = CH C, 3 = CH D) OUT TECHNOLOGY_TYPE TechType; ///< Technology type of this channel OUT UINT8 ChDimmPresent; ///< For each bit n 0..7, 1 = DIMM n is present. ///< DIMM# Select Signal ///< 0 MA0_CS_L[0, 1] ///< 1 MB0_CS_L[0, 1] ///< 2 MA1_CS_L[0, 1] ///< 3 MB1_CS_L[0, 1] ///< 4 MA2_CS_L[0, 1] ///< 5 MB2_CS_L[0, 1] ///< 6 MA3_CS_L[0, 1] ///< 7 MB3_CS_L[0, 1] OUT struct _DCT_STRUCT *DCTPtr; ///< Pointer to the DCT data of this channel. OUT struct _DIE_STRUCT *MCTPtr; ///< Pointer to the node data of this channel. OUT SPD_DEF_STRUCT *SpdPtr; ///< Pointer to the SPD data for this channel. (Setup by NB Constructor) OUT SPD_DEF_STRUCT *DimmSpdPtr[MAX_DIMMS_PER_CHANNEL]; ///< Array of pointers to ///< SPD Data for each Dimm. (Setup by Tech Block Constructor) OUT UINT8 ChDimmValid; ///< For each bit n 0..3, 1 = DIMM n is valid and is/will be configured where 4..7 are reserved. ///< OUT UINT8 RegDimmPresent; ///< For each bit n 0..3, 1 = DIMM n is a registered DIMM where 4..7 are reserved. OUT UINT8 LrDimmPresent; ///< For each bit n 0..3, 1 = DIMM n is Load Reduced DIMM where 4..7 are reserved. OUT UINT8 SODimmPresent; ///< For each bit n 0..3, 1 = DIMM n is a SO-DIMM, where 4..7 are reserved. OUT UINT8 Loads; ///< Number of devices loading bus OUT UINT8 Dimms; ///< Number of DIMMs loading Channel OUT UINT8 Ranks; ///< Number of ranks loading Channel DATA OUT BOOLEAN SlowMode; ///< 1T or 2T CMD mode (slow access mode) OUT BOOLEAN SlowModePs1; ///< 1T or 2T CMD mode (slow access mode) for Mem Pstate 1 ///< FALSE = 1T ///< TRUE = 2T ///< The following pointers will be pointed to dynamically allocated buffers. ///< Each buffer is two dimensional (RowCount x ColumnCount) and is lay-outed as in below. ///< Example: If DIMM and Byte based training, then ///< XX is a value in Hex ///< BYTE 0, BYTE 1, BYTE 2, BYTE 3, BYTE 4, BYTE 5, BYTE 6, BYTE 7, ECC BYTE ///< Row1 - Logical DIMM0 XX XX XX XX XX XX XX XX XX ///< Row2 - Logical DIMM1 XX XX XX XX XX XX XX XX XX OUT UINT16 *RcvEnDlys; ///< DQS Receiver Enable Delays OUT UINT8 *WrDqsDlys; ///< Write DQS delays (only valid for DDR3) OUT UINT8 *RdDqsDlys; ///< Read Dqs delays OUT UINT8 *WrDatDlys; ///< Write Data delays OUT UINT8 *RdDqs2dDlys; ///< 2d Read DQS data OUT UINT8 *RdDqsMinDlys; ///< Minimum Window for Read DQS OUT UINT8 *RdDqsMaxDlys; ///< Maximum Window for Read DQS OUT UINT8 *WrDatMinDlys; ///< Minimum Window for Write data OUT UINT8 *WrDatMaxDlys; ///< Maximum Window for Write data OUT UINT16 *RcvEnDlysMemPs1; ///< DQS Receiver Enable Delays for Mem Pstate 1 OUT UINT8 *WrDqsDlysMemPs1; ///< Write DQS delays (only valid for DDR3) for Mem Pstate 1 OUT UINT8 *RdDqsDlysMemPs1; ///< Read Dqs delays for Memory Pstate 1 OUT UINT8 *WrDatDlysMemPs1; ///< Write Data delays for Memory Pstate 1 OUT UINT8 *RdDqs2dDlysMemPs1; ///< 2d Read DQS data for Memory Pstate 1 OUT UINT8 *RdDqsMinDlysMemPs1; ///< Minimum Window for Read DQS for Memory Pstate 1 OUT UINT8 *RdDqsMaxDlysMemPs1; ///< Maximum Window for Read DQS for Memory Pstate 1 OUT UINT8 *WrDatMinDlysMemPs1; ///< Minimum Window for Write data for Memory Pstate 1 OUT UINT8 *WrDatMaxDlysMemPs1; ///< Maximum Window for Write data for Memory Pstate 1 OUT UINT8 RowCount; ///< Number of rows of the allocated buffer. OUT UINT8 ColumnCount; ///< Number of columns of the allocated buffer. OUT UINT8 *FailingBitMask; ///< Table of masks to Track Failing bits OUT UINT8 *FailingBitMaskMemPs1; ///< Table of masks to Track Failing bits for Memory Pstate 1 OUT VOID *RdDataEyes; ///< Pointer to Read Data Eye Bitmaps OUT VOID *WrDataEyes; ///< Pointer to Write Data Eye Bitmaps OUT UINT32 DctOdcCtl; ///< Output Driver Strength (see BKDG FN2:Offset 9Ch, index 00h) OUT UINT32 DctAddrTmg; ///< Address Bus Timing (see BKDG FN2:Offset 9Ch, index 04h) OUT UINT32 DctAddrTmgPs1; ///< Address Bus Timing (see BKDG FN2:Offset 9Ch, index 04h) for Mem Pstate 1 OUT UINT32 PhyRODTCSLow; ///< Phy Read ODT Pattern Chip Select low (see BKDG FN2:Offset 9Ch, index 180h) OUT UINT32 PhyRODTCSHigh; ///< Phy Read ODT Pattern Chip Select high (see BKDG FN2:Offset 9Ch, index 181h) OUT UINT32 PhyWODTCSLow; ///< Phy Write ODT Pattern Chip Select low (see BKDG FN2:Offset 9Ch, index 182h) OUT UINT32 PhyWODTCSHigh; ///< Phy Write ODT Pattern Chip Select high (see BKDG FN2:Offset 9Ch, index 183) OUT UINT8 PhyWLODT[4]; ///< Write Levelization ODT Pattern for Dimm 0-3 or CS 0-7(see BKDG FN2:Offset 9Ch, index 0x8[11:8]) OUT UINT16 DctEccDqsLike; ///< DCT DQS ECC UINT8 like... OUT UINT8 DctEccDqsScale; ///< DCT DQS ECC UINT8 scale OUT UINT16 PtrPatternBufA; ///< Ptr on stack to aligned DQS testing pattern OUT UINT16 PtrPatternBufB; ///< Ptr on stack to aligned DQS testing pattern OUT UINT8 ByteLane; ///< Current UINT8 Lane (0..7) OUT UINT8 Direction; ///< Current DQS-DQ training write direction (0=read, 1=write) OUT UINT8 Pattern; ///< Current pattern OUT UINT8 DqsDelay; ///< Current DQS delay value OUT UINT16 HostBiosSrvc1; ///< UINT16 sized general purpose field for use by host BIOS. Scratch space. OUT UINT32 HostBiosSrvc2; ///< UINT32 sized general purpose field for use by host BIOS. Scratch space. OUT UINT16 DctMaxRdLat[4]; ///< Max Read Latency (ns) for the DCT ///< DctMaxRdLat [i] is for NBPstate i OUT UINT8 DIMMValidCh; ///< DIMM# in CH OUT UINT8 MaxCh; ///< Max number of CH in system OUT UINT8 Dct; ///< Dct pointer OUT UINT8 WrDatGrossH; ///< Write Data Gross delay high value OUT UINT8 DqsRcvEnGrossL; ///< DQS Receive Enable Gross Delay low OUT UINT8 TrwtWB; ///< Non-SPD timing value for TrwtWB OUT UINT8 CurrRcvrDctADelay; ///< for keep current RcvrEnDly OUT UINT16 T1000; ///< get the T1000 figure (cycle time (ns) * 1K) OUT UINT8 DqsRcvEnPass; ///< for TrainRcvrEn UINT8 lane pass flag OUT UINT8 DqsRcvEnSaved; ///< for TrainRcvrEn UINT8 lane saved flag OUT UINT8 SeedPass1Remainder; ///< for Phy assisted DQS receiver enable training OUT UINT8 ClToNbFlag; ///< is used to restore ClLinesToNbDis bit after memory OUT UINT32 NodeSysBase; ///< for channel interleave usage OUT UINT8 RefRawCard[MAX_DIMMS_PER_CHANNEL]; ///< Array of rawcards detected OUT UINT8 CtrlWrd02[MAX_DIMMS_PER_CHANNEL]; ///< Control Word 2 values per DIMM OUT UINT8 CtrlWrd03[MAX_DIMMS_PER_CHANNEL]; ///< Control Word 3 values per DIMM OUT UINT8 CtrlWrd04[MAX_DIMMS_PER_CHANNEL]; ///< Control Word 4 values per DIMM OUT UINT8 CtrlWrd05[MAX_DIMMS_PER_CHANNEL]; ///< Control Word 5 values per DIMM OUT UINT8 CtrlWrd08[MAX_DIMMS_PER_CHANNEL]; ///< Control Word 8 values per DIMM OUT UINT16 CsPresentDCT; ///< For each bit n 0..7, 1 = Chip-select n is present OUT UINT8 DimmMirrorPresent; ///< For each bit n 0..3, 1 = DIMM n is OnDimmMirror capable where 4..7 are reserved. OUT UINT8 DimmSpdCse; ///< For each bit n 0..3, 1 = DIMM n SPD checksum error where 4..7 are reserved. OUT UINT8 DimmExclude; ///< For each bit n 0..3, 1 = DIMM n gets excluded where 4..7 are reserved. OUT UINT8 DimmYr06; ///< Bitmap indicating which Dimms have a manufacturer's year code <= 2006 OUT UINT8 DimmWk2406; ///< Bitmap indicating which Dimms have a manufacturer's week code <= 24 of 2006 (June) OUT UINT8 DimmPlPresent; ///< Bitmap indicating that Planar (1) or Stacked (0) Dimms are present. OUT UINT8 DimmQrPresent; ///< QuadRank DIMM present? OUT UINT8 DimmDrPresent; ///< Bitmap indicating that Dual Rank Dimms are present OUT UINT8 DimmSRPresent; ///< Bitmap indicating that Single Rank Dimms are present OUT UINT8 Dimmx4Present; ///< For each bit n 0..3, 1 = DIMM n contains x4 data devices. where 4..7 are reserved. OUT UINT8 Dimmx8Present; ///< For each bit n 0..3, 1 = DIMM n contains x8 data devices. where 4..7 are reserved. OUT UINT8 Dimmx16Present; ///< For each bit n 0..3, 1 = DIMM n contains x16 data devices. where 4..7 are reserved. OUT UINT8 LrdimmPhysicalRanks[MAX_DIMMS_PER_CHANNEL];///< Number of Physical Ranks for LRDIMMs OUT UINT8 LrDimmLogicalRanks[MAX_DIMMS_PER_CHANNEL];///< Number of LRDIMM Logical ranks in this configuration OUT UINT8 LrDimmRankMult[MAX_DIMMS_PER_CHANNEL];///< Rank Multipication factor per dimm. OUT UINT8 DimmNibbleAccess; ///< For each bit n 0..3, 1 = DIMM n will use nibble signaling. Where 4..7 are reserved. OUT UINT8 *MemClkDisMap; ///< This pointer will be set to point to an array that describes ///< the routing of M[B,A]_CLK pins to the DIMMs' ranks. AGESA will ///< base on this array to disable unused MemClk to save power. ///< ///< The array must have 8 entries. Each entry, which associates with ///< one MemClkDis bit, is a bitmap of 8 CS that that MemClk is routed to. ///< Example: ///< BKDG definition of Fn2x88[MemClkDis] bitmap for AM3 package ///< is like below: ///< Bit AM3/S1g3 pin name ///< 0 M[B,A]_CLK_H/L[0] ///< 1 M[B,A]_CLK_H/L[1] ///< 2 M[B,A]_CLK_H/L[2] ///< 3 M[B,A]_CLK_H/L[3] ///< 4 M[B,A]_CLK_H/L[4] ///< 5 M[B,A]_CLK_H/L[5] ///< 6 M[B,A]_CLK_H/L[6] ///< 7 M[B,A]_CLK_H/L[7] ///< And platform has the following routing: ///< CS0 M[B,A]_CLK_H/L[4] ///< CS1 M[B,A]_CLK_H/L[2] ///< CS2 M[B,A]_CLK_H/L[3] ///< CS3 M[B,A]_CLK_H/L[5] ///< Then MemClkDisMap should be pointed to the following array: ///< CLK_2 CLK_3 CLK_4 CLK_5 ///< 0x00, 0x00, 0x02, 0x04, 0x01, 0x08, 0x00, 0x00 ///< Each entry of the array is the bitmask of 8 chip selects. OUT UINT8 *CKETriMap; ///< This pointer will be set to point to an array that describes ///< the routing of CKE pins to the DIMMs' ranks. ///< The array must have 2 entries. Each entry, which associates with ///< one CKE pin, is a bitmap of 8 CS that that CKE is routed to. ///< AGESA will base on this array to disable unused CKE pins to save power. OUT UINT8 *ODTTriMap; ///< This pointer will be set to point to an array that describes ///< the routing of ODT pins to the DIMMs' ranks. ///< The array must have 4 entries. Each entry, which associates with ///< one ODT pin, is a bitmap of 8 CS that that ODT is routed to. ///< AGESA will base on this array to disable unused ODT pins to save power. OUT UINT8 *ChipSelTriMap; ///< This pointer will be set to point to an array that describes ///< the routing of chip select pins to the DIMMs' ranks. ///< The array must have 8 entries. Each entry is a bitmap of 8 CS. ///< AGESA will base on this array to disable unused Chip select pins to save power. OUT BOOLEAN ExtendTmp; ///< If extended temperature is supported on all dimms on a channel. OUT UINT8 MaxVref; ///< Maximum Vref Value for channel OUT UINT8 Reserved[100]; ///< Reserved } CH_DEF_STRUCT; /// /// DCT Channel Timing Parameters. /// This data structure sets timings that are specific to the channel. /// typedef struct _CH_TIMING_STRUCT { OUT UINT16 DctDimmValid; ///< For each bit n 0..3, 1=DIMM n is valid and is/will be configured where 4..7 are reserved. OUT UINT16 DimmMirrorPresent; ///< For each bit n 0..3, 1=DIMM n is OnDimmMirror capable where 4..7 are reserved. OUT UINT16 DimmSpdCse; ///< For each bit n 0..3, 1=DIMM n SPD checksum error where 4..7 are reserved. OUT UINT16 DimmExclude; ///< For each bit n 0..3, 1 = DIMM n gets excluded where 4..7 are reserved. OUT UINT16 CsPresent; ///< For each bit n 0..7, 1=Chip-select n is present OUT UINT16 CsEnabled; ///< For each bit n 0..7, 1=Chip-select n is enabled OUT UINT16 CsTestFail; ///< For each bit n 0..7, 1=Chip-select n is present but disabled OUT UINT16 CsTrainFail; ///< Bitmap showing which chipselects failed training OUT UINT16 DIMM1KPage; ///< For each bit n 0..3, 1=DIMM n contains 1K page devices. where 4..7 are reserved OUT UINT16 DimmQrPresent; ///< QuadRank DIMM present? OUT UINT16 DimmDrPresent; ///< Bitmap indicating that Dual Rank Dimms are present , where 4..7 are reserved OUT UINT8 DimmSRPresent; ///< Bitmap indicating that Single Rank Dimms are present, where 4..7 are reserved OUT UINT16 Dimmx4Present; ///< For each bit n 0..3, 1=DIMM n contains x4 data devices. where 4..7 are reserved OUT UINT16 Dimmx8Present; ///< For each bit n 0..3, 1=DIMM n contains x8 data devices. where 4..7 are reserved OUT UINT16 Dimmx16Present; ///< For each bit n 0..3, 1=DIMM n contains x16 data devices. where 4..7 are reserved OUT UINT16 DIMMTrcd; ///< Minimax Trcd*40 (ns) of DIMMs OUT UINT16 DIMMTrp; ///< Minimax Trp*40 (ns) of DIMMs OUT UINT16 DIMMTrtp; ///< Minimax Trtp*40 (ns) of DIMMs OUT UINT16 DIMMTras; ///< Minimax Tras*40 (ns) of DIMMs OUT UINT16 DIMMTrc; ///< Minimax Trc*40 (ns) of DIMMs OUT UINT16 DIMMTwr; ///< Minimax Twr*40 (ns) of DIMMs OUT UINT16 DIMMTrrd; ///< Minimax Trrd*40 (ns) of DIMMs OUT UINT16 DIMMTwtr; ///< Minimax Twtr*40 (ns) of DIMMs OUT UINT16 DIMMTfaw; ///< Minimax Tfaw*40 (ns) of DIMMs OUT UINT16 TargetSpeed; ///< Target DRAM bus speed in MHz OUT UINT16 Speed; ///< DRAM bus speed in MHz ///< 400 (MHz) ///< 533 (MHz) ///< 667 (MHz) ///< 800 (MHz) ///< and so on... OUT UINT8 CasL; ///< CAS latency DCT setting (busclocks) OUT UINT8 Trcd; ///< DCT Trcd (busclocks) OUT UINT8 Trp; ///< DCT Trp (busclocks) OUT UINT8 Trtp; ///< DCT Trtp (busclocks) OUT UINT8 Tras; ///< DCT Tras (busclocks) OUT UINT8 Trc; ///< DCT Trc (busclocks) OUT UINT8 Twr; ///< DCT Twr (busclocks) OUT UINT8 Trrd; ///< DCT Trrd (busclocks) OUT UINT8 Twtr; ///< DCT Twtr (busclocks) OUT UINT8 Tfaw; ///< DCT Tfaw (busclocks) OUT UINT8 Trfc0; ///< DCT Logical DIMM0 Trfc ///< 0 = 75ns (for 256Mb devs) ///< 1 = 105ns (for 512Mb devs) ///< 2 = 127.5ns (for 1Gb devs) ///< 3 = 195ns (for 2Gb devs) ///< 4 = 327.5ns (for 4Gb devs) OUT UINT8 Trfc1; ///< DCT Logical DIMM1 Trfc (see Trfc0 for format) OUT UINT8 Trfc2; ///< DCT Logical DIMM2 Trfc (see Trfc0 for format) OUT UINT8 Trfc3; ///< DCT Logical DIMM3 Trfc (see Trfc0 for format) OUT UINT32 DctMemSize; ///< Base[47:16], total DRAM size controlled by this DCT. ///< OUT BOOLEAN SlowMode; ///< 1T or 2T CMD mode (slow access mode) ///< FALSE = 1T ///< TRUE = 2T OUT UINT8 TrwtTO; ///< DCT TrwtTO (busclocks) OUT UINT8 Twrrd; ///< DCT Twrrd (busclocks) OUT UINT8 Twrwr; ///< DCT Twrwr (busclocks) OUT UINT8 Trdrd; ///< DCT Trdrd (busclocks) OUT UINT8 TrwtWB; ///< DCT TrwtWB (busclocks) OUT UINT8 TrdrdSD; ///< DCT TrdrdSD (busclocks) OUT UINT8 TwrwrSD; ///< DCT TwrwrSD (busclocks) OUT UINT8 TwrrdSD; ///< DCT TwrrdSD (busclocks) OUT UINT16 MaxRdLat; ///< Max Read Latency OUT UINT8 WrDatGrossH; ///< Temporary variables must be removed OUT UINT8 DqsRcvEnGrossL; ///< Temporary variables must be removed } CH_TIMING_STRUCT; /// /// Data for each DCT. /// This data structure defines data used to configure each DRAM controller. /// typedef struct _DCT_STRUCT { OUT UINT8 Dct; ///< Current Dct OUT CH_TIMING_STRUCT Timings; ///< Channel Timing structure OUT CH_TIMING_STRUCT *TimingsMemPs1; ///< Pointed to channel timing structure for memory Pstate 1 OUT CH_DEF_STRUCT *ChData; ///< Pointed to a dynamically allocated array of Channel structures OUT UINT8 ChannelCount; ///< Number of channel per this DCT OUT BOOLEAN BkIntDis; ///< Bank interleave requested but not enabled on current DCT OUT UINT8 BankAddrMap; ///< Bank Address Mapping OUT UINT8 EnabledChipSels; ///< Number of enabled chip selects on current DCT } DCT_STRUCT; /// /// Data Structure defining each Die. /// This data structure contains information that is used to configure each Die. /// typedef struct _DIE_STRUCT { /// Advanced: OUT UINT8 NodeId; ///< Node ID of current controller OUT UINT8 SocketId; ///< Socket ID of this Die OUT UINT8 DieId; ///< ID of this die relative to the socket OUT PCI_ADDR PciAddr; ///< Pci bus and device number of this controller. OUT AGESA_STATUS ErrCode; ///< Current error condition of Node ///< 0x0 = AGESA_SUCCESS ///< 0x1 = AGESA_UNSUPPORTED ///< 0x2 = AGESA_BOUNDS_CHK ///< 0x3 = AGESA_ALERT ///< 0x4 = AGESA_WARNING ///< 0x5 = AGESA_ERROR ///< 0x6 = AGESA_CRITICAL ///< 0x7 = AGESA_FATAL ///< OUT BOOLEAN ErrStatus[EsbEOL]; ///< Error Status bit Field ///< OUT BOOLEAN Status[SbEOL]; ///< Status bit Field ///< OUT UINT32 NodeMemSize; ///< Base[47:16], total DRAM size controlled by both DCT0 and DCT1 of this Node. ///< OUT UINT32 NodeSysBase; ///< Base[47:16] (system address) DRAM base address of this Node. ///< OUT UINT32 NodeHoleBase; ///< If not zero, Base[47:16] (system address) of dram hole for HW remapping. Dram hole exists on this Node ///< OUT UINT32 NodeSysLimit; ///< Base[47:16] (system address) DRAM limit address of this Node. ///< OUT UINT32 DimmPresent; ///< For each bit n 0..7, 1 = DIMM n is present. ///< DIMM# Select Signal ///< 0 MA0_CS_L[0, 1] ///< 1 MB0_CS_L[0, 1] ///< 2 MA1_CS_L[0, 1] ///< 3 MB1_CS_L[0, 1] ///< 4 MA2_CS_L[0, 1] ///< 5 MB2_CS_L[0, 1] ///< 6 MA3_CS_L[0, 1] ///< 7 MB3_CS_L[0, 1] ///< OUT UINT32 DimmValid; ///< For each bit n 0..7, 1 = DIMM n is valid and is / will be configured OUT UINT32 RegDimmPresent; ///< For each bit n 0..7, 1 = DIMM n is registered DIMM OUT UINT32 LrDimmPresent; ///< For each bit n 0..7, 1 = DIMM n is Load Reduced DIMM OUT UINT32 DimmEccPresent; ///< For each bit n 0..7, 1 = DIMM n is ECC capable. OUT UINT32 DimmParPresent; ///< For each bit n 0..7, 1 = DIMM n is ADR/CMD Parity capable. ///< OUT UINT16 DimmTrainFail; ///< Bitmap showing which dimms failed training OUT UINT16 ChannelTrainFail; ///< Bitmap showing the channel information about failed Chip Selects ///< 0 in any bit field indicates Channel 0 ///< 1 in any bit field indicates Channel 1 OUT UINT8 Dct; ///< Need to be removed ///< DCT pointer OUT BOOLEAN GangedMode; ///< Ganged mode ///< 0 = disabled ///< 1 = enabled OUT CPU_LOGICAL_ID LogicalCpuid; ///< The logical CPUID of the node ///< OUT UINT16 HostBiosSrvc1; ///< UINT16 sized general purpose field for use by host BIOS. Scratch space. ///< OUT UINT32 HostBiosSrvc2; ///< UINT32 sized general purpose field for use by host BIOS. Scratch space. ///< OUT UINT8 MLoad; ///< Need to be removed ///< Number of devices loading MAA bus ///< OUT UINT8 MaxAsyncLat; ///< Legacy wrapper ///< OUT UINT8 ChbD3Rcvrdly; ///< Legacy wrapper ///< OUT UINT16 ChaMaxRdLat; ///< Max Read Latency (ns) for DCT 0 ///< OUT UINT8 ChbD3BcRcvrdly; ///< CHB DIMM 3 Check UINT8 Receiver Enable Delay OUT DCT_STRUCT *DctData; ///< Pointed to a dynamically allocated array of DCT_STRUCTs OUT UINT8 DctCount; ///< Number of DCTs per this Die OUT UINT8 Reserved[16]; ///< Reserved } DIE_STRUCT; /********************************************************************** * S3 Support structure **********************************************************************/ /// AmdInitResume, AmdS3LateRestore, and AmdS3Save param structure typedef struct { OUT UINT32 Signature; ///< "ASTR" for AMD Suspend-To-RAM OUT UINT16 Version; ///< S3 Params version number IN OUT UINT32 Flags; ///< Indicates operation IN OUT VOID *NvStorage; ///< Pointer to memory critical save state data IN OUT UINT32 NvStorageSize; ///< Size in bytes of the NvStorage region IN OUT VOID *VolatileStorage; ///< Pointer to remaining AMD save state data IN OUT UINT32 VolatileStorageSize; ///< Size in bytes of the VolatileStorage region } AMD_S3_PARAMS; ///=============================================================================== /// MEM_PARAMETER_STRUCT /// This data structure is used to pass wrapper parameters to the memory configuration code /// typedef struct _MEM_PARAMETER_STRUCT { // Basic (Return parameters) // (This section contains the outbound parameters from the memory init code) OUT BOOLEAN GStatus[GsbEOL]; ///< Global Status bitfield. ///< OUT UINT32 HoleBase; ///< If not zero Base[47:16] (system address) of sub 4GB dram hole for HW remapping. ///< OUT UINT32 Sub4GCacheTop; ///< If not zero, the 32-bit top of cacheable memory. ///< OUT UINT32 Sub1THoleBase; ///< If not zero Base[47:16] (system address) of sub 1TB dram hole. ///< OUT UINT32 SysLimit; ///< Limit[47:16] (system address). ///< OUT DIMM_VOLTAGE DDR3Voltage; ///< Find support voltage and send back to platform BIOS. ///< OUT VDDP_VDDR_VOLTAGE VddpVddrVoltage; ///< For a given configuration, request is made to change the VDDP/VDDR ///< voltage in platform BIOS via AgesaHookBeforeDramInit callout and ///< MEM_PARAMETER_STRUCT.VddpVddrVoltage.Voltage parameter if ///< MEM_PARAMETER_STRUCT.VddpVddrVoltage.IsValid is TRUE. The ///< MEM_PARAMETER_STRUCT.VddpVddrVoltage.Voltage is defined in ///< MEMORY_PHY_VOLTAGE OUT UINT8 ExternalVrefValue; ///< Target reference voltage for external Vref for 2D training ///< OUT struct _MEM_DATA_STRUCT *MemData; ///< Access to global memory init data. // Advanced (Optional parameters) // Optional (all defaults values will be initialized by the // 'AmdMemInitDataStructDef' based on AMD defaults. It is up // to the IBV/OEM to change the defaults after initialization // but prior to the main entry to the memory code): // Memory Map/Mgt. IN UINT16 BottomIo; ///< Bottom of 32-bit IO space (8-bits). ///< NV_BOTTOM_IO[7:0]=Addr[31:24] ///< IN BOOLEAN MemHoleRemapping; ///< Memory Hole Remapping (1-bit). ///< FALSE = disable ///< TRUE = enable ///< IN BOOLEAN LimitMemoryToBelow1Tb;///< Limit memory address space to below 1 TB ///< FALSE = disable ///< TRUE = enable ///< ///< @BldCfgItem{BLDCFG_LIMIT_MEMORY_TO_BELOW_1TB} // Dram Timing IN UINT32 UserTimingMode; ///< User Memclock Mode. ///< @BldCfgItem{BLDCFG_TIMING_MODE_SELECT} IN UINT32 MemClockValue; ///< Memory Clock Value. ///< @BldCfgItem{BLDCFG_MEMORY_CLOCK_SELECT} // Dram Configuration IN BOOLEAN EnableBankIntlv; ///< Dram Bank (chip-select) Interleaving (1-bit). ///< - FALSE =disable (default) ///< - TRUE = enable ///< ///< @BldCfgItem{BLDCFG_MEMORY_ENABLE_BANK_INTERLEAVING} IN BOOLEAN EnableNodeIntlv; ///< Node Memory Interleaving (1-bit). ///< - FALSE = disable (default) ///< - TRUE = enable ///< ///< @BldCfgItem{BLDCFG_MEMORY_ENABLE_NODE_INTERLEAVING} IN BOOLEAN EnableChannelIntlv; ///< Channel Interleaving (1-bit). ///< - FALSE = disable (default) ///< - TRUE = enable ///< ///< @BldCfgItem{BLDCFG_MEMORY_CHANNEL_INTERLEAVING} // DllPDBypassMode IN BOOLEAN EnableDllPDBypassMode;///< Enable low-power DDR phy operation. This feature is used for low-power ///< solder-down DRAM motherboard designs with route matched CK/DQS/DQ signals. ///< It limits maximim achieveable DDR rates on the platform and should not be ///< enabled for systems requiring high DDR rate operation and/or DIMM-based systems. ///< - FALSE = disable ///< - TRUE = enable (default) ///< ///< @BldCfgItem{BLDCFG_DDR_PHY_DLL_BYPASS_MODE} // ECC IN BOOLEAN EnableEccFeature; ///< enable ECC error to go into MCE. ///< - FALSE = disable (default) ///< - TRUE = enable ///< ///< @BldCfgItem{BLDCFG_ENABLE_ECC_FEATURE} // Dram Power IN BOOLEAN EnablePowerDown; ///< CKE based power down mode (1-bit). ///< - FALSE =disable (default) ///< - TRUE =enable ///< ///< @BldCfgItem{BLDCFG_MEMORY_POWER_DOWN} // Online Spare IN BOOLEAN EnableOnLineSpareCtl; ///< Chip Select Spare Control bit 0. ///< - FALSE = disable Spare (default) ///< - TRUE = enable Spare ///< ///< @BldCfgItem{BLDCFG_ONLINE_SPARE} IN UINT8 *TableBasedAlterations; ///< Desired modifications to register settings. IN PSO_TABLE *PlatformMemoryConfiguration; ///< A table that contains platform specific settings. ///< For example, MemClk routing, the number of DIMM slots per channel, .... ///< AGESA initializes this pointer with DefaultPlatformMemoryConfiguration that ///< contains default conservative settings. Platform BIOS can either tweak ///< DefaultPlatformMemoryConfiguration or reassign this pointer to its own table. ///< IN BOOLEAN EnableParity; ///< Parity control. ///< - TRUE = enable ///< - FALSE = disable (default) ///< ///< @BldCfgItem{BLDCFG_MEMORY_PARITY_ENABLE} IN BOOLEAN EnableBankSwizzle; ///< BankSwizzle control. ///< - FALSE = disable ///< - TRUE = enable (default) ///< ///< @BldCfgItem{BLDCFG_BANK_SWIZZLE} ///< IN BOOLEAN EnableMemClr; ///< Memory Clear functionality control. ///< - FALSE = disable ///< - TRUE = enable (default) ///< // Uma Configuration IN UMA_MODE UmaMode; ///< Uma Mode ///< 0 = None ///< 1 = Specified ///< 2 = Auto IN OUT UINT32 UmaSize; ///< The size of shared graphics dram (16-bits) ///< NV_UMA_Size[31:0]=Addr[47:16] ///< OUT UINT32 UmaBase; ///< The allocated Uma base address (32-bits) ///< NV_UMA_Base[31:0]=Addr[47:16] ///< /// Memory Restore Feature IN BOOLEAN MemRestoreCtl; ///< Memory context restore control ///< FALSE = perform memory init as normal (AMD default) ///< TRUE = restore memory context and skip training. This requires ///< MemContext is valid before AmdInitPost ///< IN BOOLEAN SaveMemContextCtl; ///< Control switch to save memory context at the end of MemAuto ///< TRUE = AGESA will setup MemContext block before exit AmdInitPost ///< FALSE = AGESA will not setup MemContext block. Platform is ///< expected to call S3Save later in POST if it wants to ///< use memory context restore feature. ///< IN OUT AMD_S3_PARAMS MemContext; ///< Memory context block describes the data that platform needs to ///< save and restore for memory context restore feature to work. ///< It uses the subset of S3Save block to save/restore. Hence platform ///< may save only S3 block and uses it for both S3 resume and ///< memory context restore. ///< - If MemRestoreCtl is TRUE, platform needs to pass in MemContext ///< before AmdInitPost. ///< - If SaveMemContextCtl is TRUE, platform needs to save MemContext ///< right after AmdInitPost. ///< IN BOOLEAN IsCapsuleMode; ///< Capsule reboot control ///< FALSE = This is not a capsule reboot. ///< TRUE = This is a capsule reboot. ///< IN BOOLEAN ExternalVrefCtl; ///< Control the use of external Vref ///< TRUE = AGESA will use the function defined in "AGESA_EXTERNAL_VREF_CHANGE" in function list ///< to change the vref ///< FALSE = AGESA will will use the internal vref control. ///< @BldCfgItem{BLDCFG_ENABLE_EXTERNAL_VREF_FEATURE} ///< IN FORCE_TRAIN_MODE ForceTrainMode; ///< Training Mode ///< 0 = Force 1D Training for all configurations ///< 1 = Force 2D Training for all configurations ///< 2 = Auto - AGESA will control 1D or 2D IN TECHNOLOGY_TYPE DimmTypeUsedInMixedConfig; ///< Select the preferred technology type that AGESA will enable ///< when it is mixed with other technology types. ///< DDR3_TECHNOLOGY = Use DDR3 DIMMs ///< GDDR5_TECHNOLOGY = Use GDDR5 DIMMs ///< UNSUPPORTED_TECHNOLOGY = Exit with fatal error when DDR3 and GDDR5 DIMMs ///< are installed on the same system ///< @BldCfgItem{BLDCFG_DIMM_TYPE_USED_IN_MIXED_CONFIG} IN BOOLEAN AmpEnable; ///< AMP functionality control ///< TRUE = Enable, platform BIOS requests to enable memory overclocking function, and AGESA ///< detects if memory is capable of it ///< FALSE = Disable, there is no request to enable memory overclocking function ///< IN BOOLEAN AmpWarningMsgEnable; ///< AMP warning messages control ///< TRUE = Enable to log the warning messages of AMP ///< FALSE = Disable ///< OUT AMP_STATUS AmpStatus; ///< AMP status allows platform BIOS to check which voltage or warning message it should ///< use/apply. ///< ///< AmpVoltageValid : ///< TRUE - AGESA does enable AMP function, so use AmpVoltage for voltage adjustment ///< FALSE - AGESA does not enable AMP function, so use DDR3Voltage for voltage adjustment ///< ///< AmpSupportDetectedButNotEnabled : ///< TRUE - Display warning message of "AMP support detected but not enabled" ///< FALSE - No corresponding message should be displayed ///< ///< AmpSelectedButNotEnabled : ///< TRUE - Display warning message of "AMP selected but not enabled" ///< FALSE - No corresponding message should be displayed ///< ///< Note that both of warning message status reports are controlled by AmpWarningMsgEnable ///< OUT AMP_DIMM_VOLTAGE AmpVoltage; ///< AMP voltage which will be sent back to platform BIOS, and ///< the value in AmpVoltage is valid only if AmpStatus is TRUE returned IN BOOLEAN DataEyeEn; ///< Get 2D training data eye ///< TRUE = Enable to get the 2D data eye ///< FALSE = The 2D data eye is not enabled ///< @BldCfgItem{BLDCFG_ENABLE_DATA_EYE} IN BOOLEAN DramDoubleRefreshRate;///< Specify the average time between refresh requests to all DRAM devices. ///< TRUE = 2x refresh rate. ///< FALSE = 1x refresh rate. ///< @BldCfgItem{BLDCFG_DRAM_DOUBLE_REFRESH_RATE} IN PMU_TRAIN_MODE PmuTrainMode; ///< PMU Training Mode ///< @BldCfgItem{BLDCFG_PMU_TRAINING_MODE} ///< 0 = PMU 1D Training only for all configurations ///< 1 = PMU 1D and 2D Training read only for all configurations ///< 2 = PMU 1D and 2D Training for all configurations ///< 3 = AGESA control type of training depend on configurations } MEM_PARAMETER_STRUCT; /// /// Function definition. /// This data structure passes function pointers to the memory configuration code. /// The wrapper can use this structure with customized versions. /// typedef struct _MEM_FUNCTION_STRUCT { // PUBLIC required Internal functions IN OUT BOOLEAN (*amdMemGetPsCfgU) ( VOID *pMemData); ///< Proc for Unbuffered DIMMs, platform specific IN OUT BOOLEAN (*amdMemGetPsCfgR) (VOID *pMemData); ///< Proc for Registered DIMMs, platform specific // PUBLIC optional functions IN OUT VOID (*amdMemEccInit) (VOID *pMemData); ///< NB proc for ECC feature IN OUT VOID (*amdMemChipSelectInterleaveInit) (VOID *pMemData); ///< NB proc for CS interleave feature IN OUT VOID (*amdMemDctInterleavingInit) (VOID *pMemData); ///< NB proc for Channel interleave feature IN OUT VOID (*amdMemMctInterleavingInit) (VOID *pMemData); ///< NB proc for Node interleave feature IN OUT VOID (*amdMemParallelTraining) (VOID *pMemData); ///< NB proc for parallel training feature IN OUT VOID (*amdMemEarlySampleSupport) (VOID *pMemData); ///< NB code for early sample support feature IN OUT VOID (*amdMemMultiPartInitSupport) (VOID *pMemData); ///< NB code for 'multi-part' IN OUT VOID (*amdMemOnlineSpareSupport) (VOID *pMemData); ///< NB code for On-Line Spare feature IN OUT VOID (*amdMemUDimmInit) (VOID *pMemData); ///< NB code for UDIMMs IN OUT VOID (*amdMemRDimmInit) (VOID *pMemData); ///< NB code for RDIMMs IN OUT VOID (*amdMemLrDimmInit) (VOID *pMemData); ///< NB code for LRDIMMs IN OUT UINT32 Reserved[100]; ///< Reserved for later function definition } MEM_FUNCTION_STRUCT; /// /// Socket Structure /// /// typedef struct _MEM_SOCKET_STRUCT { OUT VOID *ChannelPtr[MAX_CHANNELS_PER_SOCKET]; ///< Pointers to each channels training data OUT VOID *TimingsPtr[MAX_CHANNELS_PER_SOCKET]; ///< Pointers to each channels timing data } MEM_SOCKET_STRUCT; /// /// Contains all data relevant to Memory Initialization. /// typedef struct _MEM_DATA_STRUCT { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN MEM_PARAMETER_STRUCT *ParameterListPtr; ///< List of input Parameters OUT MEM_FUNCTION_STRUCT FunctionList; ///< List of function Pointers IN OUT AGESA_STATUS (*GetPlatformCfg[MAX_PLATFORM_TYPES]) (struct _MEM_DATA_STRUCT *MemData, UINT8 SocketID, CH_DEF_STRUCT *CurrentChannel); ///< look-up platform info IN OUT BOOLEAN (*ErrorHandling)(struct _DIE_STRUCT *MCTPtr, UINT8 DCT, UINT16 ChipSelMask, AMD_CONFIG_PARAMS *StdHeader); ///< Error Handling OUT MEM_SOCKET_STRUCT SocketList[MAX_SOCKETS_SUPPORTED]; ///< Socket list for memory code. ///< SocketList is a shortcut for IBVs to retrieve training ///< and timing data for each channel indexed by socket/channel, ///< eliminating their need to parse die/dct/channel etc. ///< It contains pointers to the populated data structures for ///< each channel and skips the channel structures that are ///< unpopulated. In the case of channels sharing the same DCT, ///< the pTimings pointers will point to the same DCT Timing data. OUT DIE_STRUCT *DiesPerSystem; ///< Pointed to an array of DIE_STRUCTs OUT UINT8 DieCount; ///< Number of MCTs in the system. IN SPD_DEF_STRUCT *SpdDataStructure; ///< Pointer to SPD Data structure IN OUT struct _PLATFORM_CONFIGURATION *PlatFormConfig; ///< Platform profile/build option config structure IN OUT BOOLEAN IsFlowControlSupported; ///< Indicates if flow control is supported OUT UINT32 TscRate; ///< The rate at which the TSC increments in megahertz. IN BOOLEAN PhyReceiverLowPower; ///< Force PHY receiver in low power. ///< TRUE = PHY receiver low power ///< FALSE = PHY receiver high power } MEM_DATA_STRUCT; /// /// Uma Structure /// /// typedef struct _UMA_INFO { OUT UINT64 UmaBase; ///< UmaBase[63:0] = Addr[63:0] OUT UINT32 UmaSize; ///< UmaSize[31:0] = Addr[31:0] OUT UINT32 UmaAttributes; ///< Indicate the attribute of Uma OUT UINT8 UmaMode; ///< Indicate the mode of Uma OUT UINT16 MemClock; ///< Indicate memory running speed in MHz OUT UINT8 MemType; ///< Indicate the DRAM technology type that is being used OUT UINT8 Reserved[2]; ///< Reserved for future usage } UMA_INFO; /// Bitfield for ID typedef struct { OUT UINT16 SocketId:8; ///< Socket ID OUT UINT16 ModuleId:8; ///< Module ID } ID_FIELD; /// /// Union for ID of socket and module that will be passed out in call out /// typedef union { OUT ID_FIELD IdField; ///< Bitfield for ID OUT UINT16 IdInformation; ///< ID information for call out } ID_INFO; // AGESA MEMORY ERRORS // AGESA_SUCCESS memory events #define MEM_EVENT_CAPSULE_IN_EFFECT 0x04013600ul ///< Capsule is in effect #define MEM_EVENT_CONTEXT_RESTORE_IN_EFFECT 0x04023600ul ///< Context restore is in effect // AGESA_ALERT Memory Errors #define MEM_ALERT_USER_TMG_MODE_OVERRULED 0x04010000ul ///< TIMING_MODE_SPECIFIC is requested but ///< cannot be applied to current configurations. #define MEM_ALERT_ORG_MISMATCH_DIMM 0x04010100ul ///< DIMM organization miss-match #define MEM_ALERT_BK_INT_DIS 0x04010200ul ///< Bank interleaving disable for internal issue // AGESA_ERROR Memory Errors #define MEM_ERROR_NO_DQS_POS_RD_WINDOW 0x04010300ul ///< No DQS Position window for RD DQS #define MEM_ERROR_SMALL_DQS_POS_RD_WINDOW 0x04020300ul ///< Small DQS Position window for RD DQS #define MEM_ERROR_NO_DQS_POS_WR_WINDOW 0x04030300ul ///< No DQS Position window for WR DQS #define MEM_ERROR_SMALL_DQS_POS_WR_WINDOW 0x04040300ul ///< Small DQS Position window for WR DQS #define MEM_ERROR_DIMM_SPARING_NOT_ENABLED 0x04010500ul ///< DIMM sparing has not been enabled for an internal issues #define MEM_ERROR_RCVR_EN_VALUE_TOO_LARGE 0x04050300ul ///< Receive Enable value is too large #define MEM_ERROR_RCVR_EN_NO_PASSING_WINDOW 0x04060300ul ///< There is no DQS receiver enable window #define MEM_ERROR_DRAM_ENABLED_TIME_OUT 0x04010600ul ///< Time out when polling DramEnabled bit #define MEM_ERROR_DCT_ACCESS_DONE_TIME_OUT 0x04010700ul ///< Time out when polling DctAccessDone bit #define MEM_ERROR_SEND_CTRL_WORD_TIME_OUT 0x04010800ul ///< Time out when polling SendCtrlWord bit #define MEM_ERROR_PREF_DRAM_TRAIN_MODE_TIME_OUT 0x04010900ul ///< Time out when polling PrefDramTrainMode bit #define MEM_ERROR_ENTER_SELF_REF_TIME_OUT 0x04010A00ul ///< Time out when polling EnterSelfRef bit #define MEM_ERROR_FREQ_CHG_IN_PROG_TIME_OUT 0x04010B00ul ///< Time out when polling FreqChgInProg bit #define MEM_ERROR_EXIT_SELF_REF_TIME_OUT 0x04020A00ul ///< Time out when polling ExitSelfRef bit #define MEM_ERROR_SEND_MRS_CMD_TIME_OUT 0x04010C00ul ///< Time out when polling SendMrsCmd bit #define MEM_ERROR_SEND_ZQ_CMD_TIME_OUT 0x04010D00ul ///< Time out when polling SendZQCmd bit #define MEM_ERROR_DCT_EXTRA_ACCESS_DONE_TIME_OUT 0x04010E00ul ///< Time out when polling DctExtraAccessDone bit #define MEM_ERROR_MEM_CLR_BUSY_TIME_OUT 0x04010F00ul ///< Time out when polling MemClrBusy bit #define MEM_ERROR_MEM_CLEARED_TIME_OUT 0x04020F00ul ///< Time out when polling MemCleared bit #define MEM_ERROR_FLUSH_WR_TIME_OUT 0x04011000ul ///< Time out when polling FlushWr bit #define MEM_ERROR_NBPSTATE_TRANSITION_TIME_OUT 0x04012600ul ///< Time out when polling CurNBPstate bit #define MEM_ERROR_MAX_LAT_NO_WINDOW 0x04070300ul ///< Fail to find pass during Max Rd Latency training #define MEM_ERROR_PARALLEL_TRAINING_LAUNCH_FAIL 0x04080300ul ///< Fail to launch training code on an AP #define MEM_ERROR_PARALLEL_TRAINING_TIME_OUT 0x04090300ul ///< Fail to finish parallel training #define MEM_ERROR_NO_ADDRESS_MAPPING 0x04011100ul ///< No address mapping found for a dimm #define MEM_ERROR_RCVR_EN_NO_PASSING_WINDOW_EQUAL_LIMIT 0x040A0300ul ///< There is no DQS receiver enable window and the value is equal to the largest value #define MEM_ERROR_RCVR_EN_VALUE_TOO_LARGE_LIMIT_LESS_ONE 0x040B0300ul ///< Receive Enable value is too large and is 1 less than limit #define MEM_ERROR_CHECKSUM_NV_SPDCHK_RESTRT_ERROR 0x04011200ul ///< SPD Checksum error for NV_SPDCHK_RESTRT #define MEM_ERROR_NO_CHIPSELECT 0x04011300ul ///< No chipselects found #define MEM_ERROR_UNSUPPORTED_333MHZ_UDIMM 0x04011500ul ///< Unbuffered dimm is not supported at 333MHz #define MEM_ERROR_WL_PRE_OUT_OF_RANGE 0x040C0300ul ///< Returned PRE value during write levelizzation was out of range #define MEM_ERROR_NO_2D_RDDQS_WINDOW 0x040D0300ul ///< No 2D RdDqs Window #define MEM_ERROR_NO_2D_RDDQS_HEIGHT 0x040E0300ul ///< No 2D RdDqs Height #define MEM_ERROR_2D_DQS_ERROR 0x040F0300ul ///< 2d RdDqs Error #define MEM_ERROR_INVALID_2D_RDDQS_VALUE 0x04022400ul ///< 2d RdDqs invalid value found #define MEM_ERROR_2D_DQS_VREF_MARGIN_ERROR 0x04023400ul ///< 2d RdDqs Vef Margin error found #define MEM_ERROR_LR_IBT_NOT_FOUND 0x04013500ul ///< No LR dimm IBT value is found #define MEM_ERROR_MR0_NOT_FOUND 0x04023500ul ///< No MR0 value is found #define MEM_ERROR_ODT_PATTERN_NOT_FOUND 0x04033500ul ///< No odt pattern value is found #define MEM_ERROR_RC2_IBT_NOT_FOUND 0x04043500ul ///< No RC2 IBT value is found #define MEM_ERROR_RC10_OP_SPEED_NOT_FOUND 0x04053500ul ///< No RC10 op speed is found #define MEM_ERROR_RTT_NOT_FOUND 0x04063500ul ///< No RTT value is found #define MEM_ERROR_P2D_NOT_FOUND 0x04073500ul ///< No 2D training config value is found #define MEM_ERROR_SAO_NOT_FOUND 0x04083500ul ///< No slow access mode, Address timing and Output driver compensation value is found #define MEM_ERROR_CLK_DIS_MAP_NOT_FOUND 0x04093500ul ///< No CLK disable map is found #define MEM_ERROR_CKE_TRI_MAP_NOT_FOUND 0x040A3500ul ///< No CKE tristate map is found #define MEM_ERROR_ODT_TRI_MAP_NOT_FOUND 0x040B3500ul ///< No ODT tristate map is found #define MEM_ERROR_CS_TRI_MAP_NOT_FOUND 0x040C3500ul ///< No CS tristate map is found #define MEM_ERROR_TRAINING_SEED_NOT_FOUND 0x040D3500ul ///< No training seed is found #define MEM_ERROR_NO_2D_WRDAT_WINDOW 0x040D0400ul ///< No 2D WrDat Window #define MEM_ERROR_NO_2D_WRDAT_HEIGHT 0x040E0400ul ///< No 2D WrDat Height #define MEM_ERROR_2D_WRDAT_ERROR 0x040F0400ul ///< 2d WrDat Error #define MEM_ERROR_INVALID_2D_WRDAT_VALUE 0x04100400ul ///< 2d WrDat invalid value found #define MEM_ERROR_2D_WRDAT_VREF_MARGIN_ERROR 0x04110400ul ///< 2d WrDat Vef Margin error found #define MEM_ERROR_PMU_TRAINING 0x04120400ul ///< Fail PMU training. // AGESA_WARNING Memory Errors #define MEM_WARNING_UNSUPPORTED_QRDIMM 0x04011600ul ///< QR DIMMs detected but not supported #define MEM_WARNING_UNSUPPORTED_UDIMM 0x04021600ul ///< U DIMMs detected but not supported #define MEM_WARNING_UNSUPPORTED_SODIMM 0x04031600ul ///< SO-DIMMs detected but not supported #define MEM_WARNING_UNSUPPORTED_X4DIMM 0x04041600ul ///< x4 DIMMs detected but not supported #define MEM_WARNING_UNSUPPORTED_RDIMM 0x04051600ul ///< R DIMMs detected but not supported #define MEM_WARNING_UNSUPPORTED_LRDIMM 0x04061600ul ///< LR DIMMs detected but not supported #define MEM_WARNING_EMP_NOT_SUPPORTED 0x04011700ul ///< Processor is not capable for EMP #define MEM_WARNING_EMP_CONFLICT 0x04021700ul ///< EMP cannot be enabled if channel interleaving, #define MEM_WARNING_EMP_NOT_ENABLED 0x04031700ul ///< Memory size is not power of two. #define MEM_WARNING_ECC_DIS 0x04041700ul ///< ECC has been disabled as a result of an internal issue #define MEM_WARNING_PERFORMANCE_ENABLED_BATTERY_LIFE_PREFERRED 0x04011800ul ///< Performance has been enabled, but battery life is preferred. ///< bank interleaving, or bank swizzle is enabled. #define MEM_WARNING_NO_SPDTRC_FOUND 0x04011900ul ///< No Trc timing value found in SPD of a dimm. #define MEM_WARNING_NODE_INTERLEAVING_NOT_ENABLED 0x04012000ul ///< Node Interleaveing Requested, but could not be enabled #define MEM_WARNING_CHANNEL_INTERLEAVING_NOT_ENABLED 0x04012100ul ///< Channel Interleaveing Requested, but could not be enabled #define MEM_WARNING_BANK_INTERLEAVING_NOT_ENABLED 0x04012200ul ///< Bank Interleaveing Requested, but could not be enabled #define MEM_WARNING_VOLTAGE_1_35_NOT_SUPPORTED 0x04012300ul ///< Voltage 1.35 determined, but could not be supported #define MEM_WARNING_INITIAL_DDR3VOLT_NONZERO 0x04012400ul ///< DDR3 voltage initial value is not 0 #define MEM_WARNING_NO_COMMONLY_SUPPORTED_VDDIO 0x04012500ul ///< Cannot find a commonly supported VDDIO #define MEM_WARNING_AMP_SUPPORT_DETECTED_BUT_NOT_ENABLED 0x04012900ul ///< AMP support detected but not enabled #define MEM_WARNING_AMP_SELECTED_BUT_NOT_ENABLED 0x04022900ul ///< AMP selected but not enabled // AGESA_FATAL Memory Errors #define MEM_ERROR_MINIMUM_MODE 0x04011A00ul ///< Running in minimum mode #define MEM_ERROR_MODULE_TYPE_MISMATCH_DIMM 0x04011B00ul ///< DIMM modules are miss-matched #define MEM_ERROR_NO_DIMM_FOUND_ON_SYSTEM 0x04011C00ul ///< No DIMMs have been found #define MEM_ERROR_MISMATCH_DIMM_CLOCKS 0x04011D00ul ///< DIMM clocks miss-matched #define MEM_ERROR_NO_CYC_TIME 0x04011E00ul ///< No cycle time found #define MEM_ERROR_HEAP_ALLOCATE_DYN_STORING_OF_TRAINED_TIMINGS 0x04011F00ul ///< Heap allocation error with dynamic storing of trained timings #define MEM_ERROR_HEAP_ALLOCATE_FOR_DCT_STRUCT_AND_CH_DEF_STRUCTs 0x04021F00ul ///< Heap allocation error for DCT_STRUCT and CH_DEF_STRUCT #define MEM_ERROR_HEAP_ALLOCATE_FOR_REMOTE_TRAINING_ENV 0x04031F00ul ///< Heap allocation error with REMOTE_TRAINING_ENV #define MEM_ERROR_HEAP_ALLOCATE_FOR_SPD 0x04041F00ul ///< Heap allocation error for SPD data #define MEM_ERROR_HEAP_ALLOCATE_FOR_RECEIVED_DATA 0x04051F00ul ///< Heap allocation error for RECEIVED_DATA during parallel training #define MEM_ERROR_HEAP_ALLOCATE_FOR_S3_SPECIAL_CASE_REGISTERS 0x04061F00ul ///< Heap allocation error for S3 "SPECIAL_CASE_REGISTER" #define MEM_ERROR_HEAP_ALLOCATE_FOR_TRAINING_DATA 0x04071F00ul ///< Heap allocation error for Training Data #define MEM_ERROR_HEAP_ALLOCATE_FOR_IDENTIFY_DIMM_MEM_NB_BLOCK 0x04081F00ul ///< Heap allocation error for DIMM Identify "MEM_NB_BLOCK #define MEM_ERROR_NO_CONSTRUCTOR_FOR_IDENTIFY_DIMM 0x04022300ul ///< No Constructor for DIMM Identify #define MEM_ERROR_VDDIO_UNSUPPORTED 0x04022500ul ///< VDDIO of the dimms on the board is not supported #define MEM_ERROR_HEAP_ALLOCATE_FOR_2D 0x040B1F00ul ///< Heap allocation error for 2D training data #define MEM_ERROR_HEAP_DEALLOCATE_FOR_2D 0x040C1F00ul ///< Heap de-allocation error for 2D training data #define MEM_ERROR_HEAP_ALLOCATE_FOR_DATAEYE 0x040F1F00ul ///< Heap allocation error for DATAEYE Storage #define MEM_ERROR_HEAP_DEALLOCATE_FOR_DATAEYE 0x040E1F00ul ///< Heap de-allocation error for DATAEYE Storage #define MEM_ERROR_HEAP_ALLOCATE_FOR_PMU_SRAM_MSG_BLOCK 0x04101F00ul ///< Heap allocation error for PMU SRAM Message Block Storage #define MEM_ERROR_HEAP_DEALLOCATE_FOR_PMU_SRAM_MSG_BLOCK 0x04111F00ul ///< Heap de-allocation error for PMU SRAM Message Block Storage #define MEM_ERROR_HEAP_LOCATE_FOR_PMU_SRAM_MSG_BLOCK 0x04121F00ul ///< Heap location error for PMU SRAM Message Block Storage // AGESA_CRITICAL Memory Errors #define MEM_ERROR_HEAP_ALLOCATE_FOR_DMI_TABLE_DDR3 0x04091F00ul ///< Heap allocation error for DMI table for DDR3 #define MEM_ERROR_HEAP_ALLOCATE_FOR_DMI_TABLE_DDR2 0x040A1F00ul ///< Heap allocation error for DMI table for DDR2 #define MEM_ERROR_UNSUPPORTED_DIMM_CONFIG 0x04011400ul ///< Dimm population is not supported #define MEM_ERROR_HEAP_ALLOCATE_FOR_CRAT_MEM_AFFINITY 0x040D1F00ul ///< Heap allocation error for CRAT memory affinity info /*---------------------------------------------------------------------------- * * END OF MEMORY-SPECIFIC DATA STRUCTURES * *---------------------------------------------------------------------------- */ /*---------------------------------------------------------------------------- * * CPU RELATED DEFINITIONS * *---------------------------------------------------------------------------- */ // CPU Event definitions. // Defines used to filter CPU events based on functional blocks #define CPU_EVENT_PM_EVENT_MASK 0xFF00FF00ul #define CPU_EVENT_PM_EVENT_CLASS 0x08000400ul //================================================================ // CPU General events // Heap allocation (AppFunction = 01h) #define CPU_ERROR_HEAP_BUFFER_IS_NOT_PRESENT 0x08000100ul #define CPU_ERROR_HEAP_IS_ALREADY_INITIALIZED 0x08010100ul #define CPU_ERROR_HEAP_IS_FULL 0x08020100ul #define CPU_ERROR_HEAP_BUFFER_HANDLE_IS_ALREADY_USED 0x08030100ul #define CPU_ERROR_HEAP_BUFFER_HANDLE_IS_NOT_PRESENT 0x08040100ul // BrandId (AppFunction = 02h) #define CPU_ERROR_BRANDID_HEAP_NOT_AVAILABLE 0x08000200ul // Micro code patch (AppFunction = 03h) #define CPU_ERROR_MICRO_CODE_PATCH_IS_NOT_LOADED 0x08000300ul // Power management (AppFunction = 04h) #define CPU_EVENT_PM_PSTATE_OVERCURRENT 0x08000400ul #define CPU_EVENT_PM_ALL_PSTATE_OVERCURRENT 0x08010400ul #define CPU_ERROR_PSTATE_HEAP_NOT_AVAILABLE 0x08020400ul #define CPU_ERROR_PM_NB_PSTATE_MISMATCH 0x08030400ul #define CPU_ERROR_PM_ALL_PSTATE_OVER_FREQUENCY_LIMIT 0x08040400ul #define CPU_EVENT_PM_PSTATE_FREQUENCY_LIMIT 0x08050400ul // Other CPU events (AppFunction = 05h) #define CPU_EVENT_BIST_ERROR 0x08000500ul #define CPU_EVENT_UNKNOWN_PROCESSOR_FAMILY 0x08010500ul #define CPU_EVENT_STACK_REENTRY 0x08020500ul #define CPU_EVENT_CORE_NOT_IDENTIFIED 0x08030500ul //================================================================= // CPU Feature events // Execution cache (AppFunction = 21h) // AGESA_CACHE_SIZE_REDUCED 2101 // AGESA_CACHE_REGIONS_ACROSS_1MB 2102 // AGESA_CACHE_REGIONS_ACROSS_4GB 2103 // AGESA_REGION_NOT_ALIGNED_ON_BOUNDARY 2104 // AGESA_CACHE_START_ADDRESS_LESS_D0000 2105 // AGESA_THREE_CACHE_REGIONS_ABOVE_1MB 2106 // AGESA_DEALLOCATE_CACHE_REGIONS 2107 #define CPU_EVENT_EXECUTION_CACHE_ALLOCATION_ERROR 0x08002100ul // Core Leveling (AppFunction = 22h) #define CPU_WARNING_ADJUSTED_LEVELING_MODE 0x08002200ul // SCS initialization (AppFunction = 24h) // AGESA_SCS_HEAP_ENTRY_MISSING 2401 // AGESA_SCS_BUFFER_EMPTY 2402 // AGESA_SCS_WEIGHTS_MISMATCH 2403 #define CPU_EVENT_SCS_INITIALIZATION_ERROR 0x08002400ul // CPU Build Configuration structures and definitions /// Build Configuration structure for BLDCFG_AP_MTRR_SETTINGS typedef struct { IN UINT32 MsrAddr; ///< Fixed-Sized MTRR address IN UINT64 MsrData; ///< MTRR Settings } AP_MTRR_SETTINGS; #define AMD_AP_MTRR_FIX64k_00000 0x00000250ul #define AMD_AP_MTRR_FIX16k_80000 0x00000258ul #define AMD_AP_MTRR_FIX16k_A0000 0x00000259ul #define AMD_AP_MTRR_FIX4k_C0000 0x00000268ul #define AMD_AP_MTRR_FIX4k_C8000 0x00000269ul #define AMD_AP_MTRR_FIX4k_D0000 0x0000026Aul #define AMD_AP_MTRR_FIX4k_D8000 0x0000026Bul #define AMD_AP_MTRR_FIX4k_E0000 0x0000026Cul #define AMD_AP_MTRR_FIX4k_E8000 0x0000026Dul #define AMD_AP_MTRR_FIX4k_F0000 0x0000026Eul #define AMD_AP_MTRR_FIX4k_F8000 0x0000026Ful #define CPU_LIST_TERMINAL 0xFFFFFFFFul /// Data structure for the Mapping Item between Unified ID for IDS Setup Option /// and the option value. /// typedef struct { IN UINT16 IdsNvId; ///< Unified ID for IDS Setup Option. OUT UINT16 IdsNvValue; ///< The value of IDS Setup Option. } IDS_NV_ITEM; /// Data Structure for IDS CallOut Function typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN IDS_NV_ITEM *IdsNvPtr; ///< Memory Pointer of IDS NV Table IN OUT UINTN Reserved; ///< reserved } IDS_CALLOUT_STRUCT; /************************************************************************ * * AGESA interface Call-Out function parameter structures * ***********************************************************************/ /// Parameters structure for interface call-out AgesaAllocateBuffer typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN OUT UINT32 BufferLength; ///< Size of buffer to allocate IN UINT32 BufferHandle; ///< Identifier or name for the buffer OUT VOID *BufferPointer; ///< location of the created buffer } AGESA_BUFFER_PARAMS; /// Parameters structure for interface call-out AgesaHeapRebase typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header OUT UINTN HeapAddress; ///< The address which heap content will be temporarily stored in } AGESA_REBASE_PARAMS; /// Parameters structure for interface call-out AgesaRunCodeOnAp typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN UINT32 FunctionNumber; ///< Index of the procedure to execute IN VOID *RelatedDataBlock; ///< Location of data structure the procedure will use IN UINT32 RelatedBlockLength; ///< Size of the related data block } AP_EXE_PARAMS; /// Parameters structure for the interface call-out AgesaReadSpd & AgesaReadSpdRecovery typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN UINT8 SocketId; ///< Address of SPD - socket ID IN UINT8 MemChannelId; ///< Address of SPD - memory channel ID IN UINT8 DimmId; ///< Address of SPD - DIMM ID IN OUT UINT8 *Buffer; ///< Location where to place the SPD content IN OUT MEM_DATA_STRUCT *MemData; ///< Location of the MemData structure, for reference } AGESA_READ_SPD_PARAMS; /// VoltageType values typedef enum { VTYPE_CPU_VREF, ///< Cpu side Vref VTYPE_DIMM_VREF, ///< Dimm Side Vref VTYPE_VDDIO ///< Vddio } VTYPE; /// Parameters structure for the interface call-out AgesaExternalVoltageAdjust typedef struct _VOLTAGE_ADJUST { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN OUT MEM_DATA_STRUCT *MemData; ///< Location of the MemData structure, for reference IN VTYPE VoltageType; ///< Which Voltage Type to adjust IN INT8 AdjustValue; ///< Positive/Negative Adjust Value } VOLTAGE_ADJUST; /// Buffer Handles typedef enum { AMD_DMI_INFO_BUFFER_HANDLE = 0x000D000, ///< Assign 0x000D000 buffer handle to DMI function AMD_PSTATE_DATA_BUFFER_HANDLE, ///< Assign 0x000D001 buffer handle to Pstate data AMD_PSTATE_ACPI_BUFFER_HANDLE, ///< Assign 0x000D002 buffer handle to Pstate table AMD_BRAND_ID_BUFFER_HANDLE, ///< Assign 0x000D003 buffer handle to Brand ID AMD_ACPI_SLIT_BUFFER_HANDLE, ///< Assign 0x000D004 buffer handle to SLIT function AMD_SRAT_INFO_BUFFER_HANDLE, ///< Assign 0x000D005 buffer handle to SRAT function AMD_WHEA_BUFFER_HANDLE, ///< Assign 0x000D006 buffer handle to WHEA function AMD_S3_INFO_BUFFER_HANDLE, ///< Assign 0x000D007 buffer handle to S3 function AMD_S3_NB_INFO_BUFFER_HANDLE, ///< Assign 0x000D008 buffer handle to S3 NB device info AMD_ACPI_ALIB_BUFFER_HANDLE, ///< Assign 0x000D009 buffer handle to ALIB SSDT table AMD_ACPI_IVRS_BUFFER_HANDLE, ///< Assign 0x000D00A buffer handle to IOMMU IVRS table AMD_CRAT_INFO_BUFFER_HANDLE, ///< Assign 0x000D00B buffer handle to CRAT function AMD_ACPI_CDIT_BUFFER_HANDLE ///< Assign 0x000D00C buffer handle to CDIT function } AMD_BUFFER_HANDLE; /************************************************************************ * * AGESA interface Call-Out function prototypes * ***********************************************************************/ VOID AgesaDoReset ( IN UINTN ResetType, IN OUT AMD_CONFIG_PARAMS *StdHeader ); AGESA_STATUS AgesaAllocateBuffer ( IN UINTN FcnData, IN OUT AGESA_BUFFER_PARAMS *AllocParams ); AGESA_STATUS AgesaDeallocateBuffer ( IN UINTN FcnData, IN OUT AGESA_BUFFER_PARAMS *DeallocParams ); AGESA_STATUS AgesaLocateBuffer ( IN UINTN FcnData, IN OUT AGESA_BUFFER_PARAMS *LocateParams ); AGESA_STATUS AgesaHeapRebase ( IN UINTN FcnData, IN OUT AGESA_REBASE_PARAMS *RebaseParams ); AGESA_STATUS AgesaReadSpd ( IN UINTN FcnData, IN OUT AGESA_READ_SPD_PARAMS *ReadSpd ); AGESA_STATUS AgesaReadSpdRecovery ( IN UINTN FcnData, IN OUT AGESA_READ_SPD_PARAMS *ReadSpd ); AGESA_STATUS AgesaHookBeforeDramInitRecovery ( IN UINTN FcnData, IN OUT MEM_DATA_STRUCT *MemData ); AGESA_STATUS AgesaRunFcnOnAp ( IN UINTN ApicIdOfCore, IN AP_EXE_PARAMS *LaunchApParams ); AGESA_STATUS AgesaHookBeforeDramInit ( IN UINTN SocketIdModuleId, IN OUT MEM_DATA_STRUCT *MemData ); AGESA_STATUS AgesaHookBeforeDQSTraining ( IN UINTN SocketIdModuleId, IN OUT MEM_DATA_STRUCT *MemData ); AGESA_STATUS AgesaHookBeforeExitSelfRefresh ( IN UINTN FcnData, IN OUT MEM_DATA_STRUCT *MemData ); AGESA_STATUS AgesaPcieSlotResetControl ( IN UINTN FcnData, IN PCIe_SLOT_RESET_INFO *ResetInfo ); AGESA_STATUS AgesaGetVbiosImage ( IN UINTN FcnData, IN OUT GFX_VBIOS_IMAGE_INFO *VbiosImageInfo ); AGESA_STATUS AgesaFchOemCallout ( IN VOID *FchData ); AGESA_STATUS AgesaExternal2dTrainVrefChange ( IN UINTN SocketIdModuleId, IN OUT MEM_DATA_STRUCT *MemData ); AGESA_STATUS AgesaGetIdsData ( IN UINTN Data, IN OUT IDS_CALLOUT_STRUCT *IdsCalloutData ); AGESA_STATUS AgesaExternalVoltageAdjust ( IN UINTN SocketIdModuleId, IN OUT VOLTAGE_ADJUST *AdjustValue ); AGESA_STATUS AgesaGnbOemCallout ( IN AMD_CONFIG_PARAMS *StdHeader, IN UINTN FcnData, IN OUT VOID *GnbCalloutData ); /************************************************************************ * * AGESA interface structure definition and function prototypes * ***********************************************************************/ /********************************************************************** * Platform Configuration: The parameters in boot branch function **********************************************************************/ /// The possible platform control flow settings. typedef enum { Nfcm, ///< Normal Flow Control Mode. UmaDr, ///< UMA using Display Refresh flow control. UmaIfcm, ///< UMA using Isochronous Flow Control. Ifcm, ///< Isochronous Flow Control Mode (other than for UMA). Iommu, ///< An IOMMU is in use in the system. MaxControlFlow ///< Not a control flow mode, use for limit checking. } PLATFORM_CONTROL_FLOW; /// The possible hardware prefetch mode settings. typedef enum { HARDWARE_PREFETCHER_AUTO, ///< Use the recommended setting for the processor. In most cases, the recommended setting is enabled. DISABLE_HW_PREFETCHER_TRAINING_ON_SOFTWARE_PREFETCHES, ///< Use the recommended setting for the hardware prefetcher, but disable training on software prefetches. DISABLE_L1_PREFETCHER, ///< Use the recommended settings for the hardware prefetcher, but disable L1 prefetching and above. DISABLE_L1_PREFETCHER_AND_HW_PREFETCHER_TRAINING_ON_SOFTWARE_PREFETCHES, ///< (deprecated) - This setting is deprecated; it has the same effect as DISABLE_L1_PREFETCHER DISABLE_L2_STRIDE_PREFETCHER, ///< Use the recommended settings for the hardware prefetcher, but disable the L2 stride prefetcher and above DISABLE_HARDWARE_PREFETCH, ///< Disable hardware prefetching. MAX_HARDWARE_PREFETCH_MODE ///< Not a hardware prefetch mode, use for limit checking. } HARDWARE_PREFETCH_MODE; /// The possible software prefetch mode settings. typedef enum { SOFTWARE_PREFETCHES_AUTO, ///< Use the recommended setting for the processor. In most cases, the recommended setting is enabled. DISABLE_SOFTWARE_PREFETCHES, ///< Disable software prefetches (convert software prefetch instructions to NOP). MAX_SOFTWARE_PREFETCH_MODE ///< Not a software prefetch mode, use for limit checking. } SOFTWARE_PREFETCH_MODE; /// Advanced performance tunings, prefetchers. /// These settings provide for performance tuning to optimize for specific workloads. typedef struct { IN HARDWARE_PREFETCH_MODE HardwarePrefetchMode; ///< This value provides for advanced performance tuning by controlling the hardware prefetcher setting. IN SOFTWARE_PREFETCH_MODE SoftwarePrefetchMode; ///< This value provides for advanced performance tuning by controlling the software prefetch instructions. IN DRAM_PREFETCH_MODE DramPrefetchMode; ///< This value provides for advanced performance tuning by controlling the DRAM prefetcher setting. } ADVANCED_PERFORMANCE_PROFILE; /// The possible platform power policy settings. typedef enum { Performance, ///< Optimize for performance. BatteryLife, ///< Optimize for battery life. Auto, ///< Auto MaxPowerPolicy ///< Not a power policy mode, use for limit checking. } PLATFORM_POWER_POLICY; /// Platform performance settings for optimized settings. /// Several configuration settings for the processor depend upon other parts and /// general designer choices for the system. The determination of these data points /// is not standard for all platforms, so the host environment needs to provide these /// to specify how the system is to be configured. typedef struct { IN PLATFORM_CONTROL_FLOW PlatformControlFlowMode; ///< The platform's control flow mode for optimum platform performance. ///< @BldCfgItem{BLDCFG_PLATFORM_CONTROL_FLOW_MODE} IN BOOLEAN Use32ByteRefresh; ///< Display Refresh traffic generates 32 byte requests. ///< @BldCfgItem{BLDCFG_USE_32_BYTE_REFRESH} IN BOOLEAN UseVariableMctIsocPriority; ///< The Memory controller will be set to Variable Isoc Priority. ///< @BldCfgItem{BLDCFG_USE_VARIABLE_MCT_ISOC_PRIORITY} IN ADVANCED_PERFORMANCE_PROFILE AdvancedPerformanceProfile; ///< The advanced platform performance settings. IN PLATFORM_POWER_POLICY PlatformPowerPolicy; ///< The platform's desired power policy ///< @BldCfgItem{BLDCFG_PLATFORM_POWER_POLICY_MODE} IN BOOLEAN NbPstatesSupported; ///< The Nb-Pstates is supported or not ///< @BldCfgItem{BLDCFG_NB_PSTATES_SUPPORTED} } PERFORMANCE_PROFILE; /// Platform settings that describe the voltage regulator modules of the system. /// Many power management settings are dependent upon the characteristics of the /// on-board voltage regulator module (VRM). The host environment needs to provide /// these to specify how the system is to be configured. typedef struct { IN UINT32 CurrentLimit; ///< Vrm Current Limit. ///< @BldCfgItem{BLDCFG_VRM_CURRENT_LIMIT} ///< @BldCfgItem{BLDCFG_VRM_NB_CURRENT_LIMIT} IN UINT32 LowPowerThreshold; ///< Vrm Low Power Threshold. ///< @BldCfgItem{BLDCFG_VRM_LOW_POWER_THRESHOLD} ///< @BldCfgItem{BLDCFG_VRM_NB_LOW_POWER_THRESHOLD} IN UINT32 SlewRate; ///< Vrm Slew Rate. ///< @BldCfgItem{BLDCFG_VRM_SLEW_RATE} ///< @BldCfgItem{BLDCFG_VRM_NB_SLEW_RATE} IN BOOLEAN HiSpeedEnable; ///< Select high speed VRM. ///< @BldCfgItem{BLDCFG_VRM_HIGH_SPEED_ENABLE} ///< @BldCfgItem{BLDCFG_VRM_NB_HIGH_SPEED_ENABLE} IN UINT32 MaximumCurrentLimit; ///< Vrm Maximum Current Limit. ///< @BldCfgItem{BLDCFG_VRM_MAXIMUM_CURRENT_LIMIT} ///< @BldCfgItem{BLDCFG_VRM_NB_MAXIMUM_CURRENT_LIMIT} IN UINT32 SviOcpLevel; ///< SVI OCP Level. ///< @BldCfgItem{BLDCFG_VRM_SVI_OCP_LEVEL} ///< @BldCfgItem{BLDCFG_VRM_NB_SVI_OCP_LEVEL} } PLATFORM_VRM_CONFIGURATION; /// The VRM types to characterize. typedef enum { CoreVrm, ///< VDD plane. NbVrm, ///< VDDNB plane. MaxVrmType ///< Not a valid VRM type, use for limit checking. } PLATFORM_VRM_TYPE; /// FCH Platform Configuration Policy typedef struct { IN UINT16 CfgSmbus0BaseAddress; ///< SMBUS0 Controller Base Address IN UINT16 CfgSmbus1BaseAddress; ///< SMBUS1 Controller Base Address IN UINT16 CfgSioPmeBaseAddress; ///< I/O base address for LPC I/O target range IN UINT16 CfgAcpiPm1EvtBlkAddr; ///< I/O base address of ACPI power management Event Block IN UINT16 CfgAcpiPm1CntBlkAddr; ///< I/O base address of ACPI power management Control Block IN UINT16 CfgAcpiPmTmrBlkAddr; ///< I/O base address of ACPI power management Timer Block IN UINT16 CfgCpuControlBlkAddr; ///< I/O base address of ACPI power management CPU Control Block IN UINT16 CfgAcpiGpe0BlkAddr; ///< I/O base address of ACPI power management General Purpose Event Block IN UINT16 CfgSmiCmdPortAddr; ///< I/O base address of ACPI SMI Command Block IN UINT16 CfgAcpiPmaCntBlkAddr; ///< I/O base address of ACPI power management additional control block IN UINT32 CfgGecShadowRomBase; ///< 32-bit base address to the GEC shadow ROM IN UINT32 CfgWatchDogTimerBase; ///< Watchdog Timer base address IN UINT32 CfgSpiRomBaseAddress; ///< Base address for the SPI ROM controller IN UINT32 CfgHpetBaseAddress; ///< HPET MMIO base address IN UINT32 CfgAzaliaSsid; ///< Subsystem ID of HD Audio controller IN UINT32 CfgSmbusSsid; ///< Subsystem ID of SMBUS controller IN UINT32 CfgIdeSsid; ///< Subsystem ID of IDE controller IN UINT32 CfgSataAhciSsid; ///< Subsystem ID of SATA controller in AHCI mode IN UINT32 CfgSataIdeSsid; ///< Subsystem ID of SATA controller in IDE mode IN UINT32 CfgSataRaid5Ssid; ///< Subsystem ID of SATA controller in RAID5 mode IN UINT32 CfgSataRaidSsid; ///< Subsystem ID of SATA controller in RAID mode IN UINT32 CfgEhciSsid; ///< Subsystem ID of EHCI IN UINT32 CfgOhciSsid; ///< Subsystem ID of OHCI IN UINT32 CfgLpcSsid; ///< Subsystem ID of LPC ISA Bridge IN UINT32 CfgSdSsid; ///< Subsystem ID of SecureDigital controller IN UINT32 CfgXhciSsid; ///< Subsystem ID of XHCI IN BOOLEAN CfgFchPort80BehindPcib; ///< Is port80 cycle going to the PCI bridge IN BOOLEAN CfgFchEnableAcpiSleepTrap; ///< ACPI sleep SMI enable/disable IN GPP_LINKMODE CfgFchGppLinkConfig; ///< GPP link configuration IN BOOLEAN CfgFchGppPort0Present; ///< Is FCH GPP port 0 present IN BOOLEAN CfgFchGppPort1Present; ///< Is FCH GPP port 1 present IN BOOLEAN CfgFchGppPort2Present; ///< Is FCH GPP port 2 present IN BOOLEAN CfgFchGppPort3Present; ///< Is FCH GPP port 3 present IN BOOLEAN CfgFchGppPort0HotPlug; ///< Is FCH GPP port 0 hotplug capable IN BOOLEAN CfgFchGppPort1HotPlug; ///< Is FCH GPP port 1 hotplug capable IN BOOLEAN CfgFchGppPort2HotPlug; ///< Is FCH GPP port 2 hotplug capable IN BOOLEAN CfgFchGppPort3HotPlug; ///< Is FCH GPP port 3 hotplug capable IN UINT8 CfgFchEsataPortBitMap; ///< ESATA Port definition, eg: [0]=1, means port 0 is ESATA capable IN UINT8 CfgFchIrPinControl; ///< Register bitfield describing Infrared Pin Control: ///< [0] - IR Enable 0 ///< [1] - IR Enable 1 ///< [2] - IR Tx0 ///< [3] - IR Tx1 ///< [4] - IR Open Drain ///< [5] - IR Enable LED IN SD_CLOCK_CONTROL CfgFchSdClockControl; ///< FCH SD Clock Control IN SCI_MAP_CONTROL *CfgFchSciMapControl; ///< FCH SCI Mapping Control IN SATA_PHY_CONTROL *CfgFchSataPhyControl; ///< FCH SATA PHY Control IN GPIO_CONTROL *CfgFchGpioControl; ///< FCH GPIO Control IN BOOLEAN CfgFchRtcWorkAround; ///< FCH RTC Workaround IN BOOLEAN CfgFchUsbPortDisWorkAround; ///< FCH USB Workaround } FCH_PLATFORM_POLICY; /// Build Option/Configuration Boolean Structure. typedef struct { IN AMD_CODE_HEADER VersionString; ///< AMD embedded code version string //Build Option Area IN BOOLEAN OptionUDimms; ///< @ref BLDOPT_REMOVE_UDIMMS_SUPPORT "BLDOPT_REMOVE_UDIMMS_SUPPORT" IN BOOLEAN OptionRDimms; ///< @ref BLDOPT_REMOVE_RDIMMS_SUPPORT "BLDOPT_REMOVE_RDIMMS_SUPPORT" IN BOOLEAN OptionLrDimms; ///< @ref BLDOPT_REMOVE_LRDIMMS_SUPPORT "BLDOPT_REMOVE_LRDIMMS_SUPPORT" IN BOOLEAN OptionEcc; ///< @ref BLDOPT_REMOVE_ECC_SUPPORT "BLDOPT_REMOVE_ECC_SUPPORT" IN BOOLEAN OptionBankInterleave; ///< @ref BLDOPT_REMOVE_BANK_INTERLEAVE "BLDOPT_REMOVE_BANK_INTERLEAVE" IN BOOLEAN OptionDctInterleave; ///< @ref BLDOPT_REMOVE_DCT_INTERLEAVE "BLDOPT_REMOVE_DCT_INTERLEAVE" IN BOOLEAN OptionNodeInterleave; ///< @ref BLDOPT_REMOVE_NODE_INTERLEAVE "BLDOPT_REMOVE_NODE_INTERLEAVE" IN BOOLEAN OptionParallelTraining; ///< @ref BLDOPT_REMOVE_PARALLEL_TRAINING "BLDOPT_REMOVE_PARALLEL_TRAINING" IN BOOLEAN OptionOnlineSpare; ///< @ref BLDOPT_REMOVE_ONLINE_SPARE_SUPPORT "BLDOPT_REMOVE_ONLINE_SPARE_SUPPORT" IN BOOLEAN OptionMemRestore; ///< @ref BLDOPT_REMOVE_MEM_RESTORE_SUPPORT "BLDOPT_REMOVE_MEM_RESTORE_SUPPORT" IN BOOLEAN OptionMultisocket; ///< @ref BLDOPT_REMOVE_MULTISOCKET_SUPPORT "BLDOPT_REMOVE_MULTISOCKET_SUPPORT" IN BOOLEAN OptionAcpiPstates; ///< @ref BLDOPT_REMOVE_ACPI_PSTATES "BLDOPT_REMOVE_ACPI_PSTATES" IN BOOLEAN OptionCrat; ///< @ref BLDOPT_REMOVE_CRAT "BLDOPT_REMOVE_CRAT" IN BOOLEAN OptionCdit; ///< @ref BLDOPT_REMOVE_CDIT "BLDOPT_REMOVE_CDIT" IN BOOLEAN OptionSrat; ///< @ref BLDOPT_REMOVE_SRAT "BLDOPT_REMOVE_SRAT" IN BOOLEAN OptionSlit; ///< @ref BLDOPT_REMOVE_SLIT "BLDOPT_REMOVE_SLIT" IN BOOLEAN OptionWhea; ///< @ref BLDOPT_REMOVE_WHEA "BLDOPT_REMOVE_WHEA" IN BOOLEAN OptionDmi; ///< @ref BLDOPT_REMOVE_DMI "BLDOPT_REMOVE_DMI" IN BOOLEAN OptionEarlySamples; ///< @ref BLDOPT_REMOVE_EARLY_SAMPLES "BLDOPT_REMOVE_EARLY_SAMPLES" IN BOOLEAN OptionAddrToCsTranslator; ///< ADDR_TO_CS_TRANSLATOR //Build Configuration Area IN UINT64 CfgPciMmioAddress; ///< Pci Mmio Base Address to use for PCI Config accesses. ///< Build-time customizable only - @BldCfgItem{BLDCFG_PCI_MMIO_BASE} IN UINT32 CfgPciMmioSize; ///< Pci Mmio region Size. ///< Build-time customizable only - @BldCfgItem{BLDCFG_PCI_MMIO_SIZE} IN PLATFORM_VRM_CONFIGURATION CfgPlatVrmCfg[MaxVrmType]; ///< Several configuration settings for the voltage regulator modules. IN UINT32 CfgCpuFrequencyLimit; ///< CPU frequency limit IN PLATFORM_CONNECTED_STANDBY_MODES CfgPlatformConnectedStandbyMode; ///< Enable or disable connected standby IN UINT32 CfgPlatNumIoApics; ///< The number of IO APICS for the platform. IN UINT32 CfgMemInitPstate; ///< Memory Init Pstate. IN PLATFORM_CSTATE_MODES CfgPlatformCStateMode; ///< Select the C-State Mode that will used. IN UINT32 CfgPlatformCStateOpData; ///< An IO port or additional C-State setup data, depends on C-State mode. IN UINT16 CfgPlatformCStateIoBaseAddress; ///< Specifies I/O ports that can be used to allow CPU to enter CStates IN PLATFORM_CPB_MODES CfgPlatformCpbMode; ///< Enable or disable core performance boost IN PLATFORM_LOW_POWER_PSTATE_MODES CfgLowPowerPstateForProcHot; ///< Low power Pstate for PROCHOT mode IN UINT32 CfgCoreLevelingMode; ///< Apply any downcoring or core count leveling as specified. IN PERFORMANCE_PROFILE CfgPerformanceProfile; ///< The platform's control flow mode and platform performance settings. IN UINT32 CfgAmdPlatformType; ///< Designate the platform as a Server, Desktop, or Mobile. IN UINT32 CfgAmdPowerCeiling; ///< PowerCeiling, specifies a maximum power usage limit for the platform IN UINT16 CfgHtcTemperatureLimit; ///< Hardware Thermal Control temperature limit in tenths of degrees Celsius. IN UINT16 CfgLhtcTemperatureLimit; ///< Local Hardware Thermal Control temperature limit in tenths of degrees Celsius. IN UINT32 CfgMemoryBusFrequencyLimit; ///< Memory Bus Frequency Limit. ///< Build-time customizable only - @BldCfgItem{BLDCFG_MEMORY_BUS_FREQUENCY_LIMIT} IN BOOLEAN CfgMemoryModeUnganged; ///< Memory Mode Unganged. ///< Build-time customizable only - @BldCfgItem{BLDCFG_MEMORY_MODE_UNGANGED} IN BOOLEAN CfgMemoryQuadRankCapable; ///< Memory Quad Rank Capable. ///< Build-time customizable only - @BldCfgItem{BLDCFG_MEMORY_QUAD_RANK_CAPABLE} IN UINT32 CfgMemoryQuadrankType; ///< Memory Quadrank Type. ///< Build-time customizable only - @BldCfgItem{BLDCFG_MEMORY_QUADRANK_TYPE} IN BOOLEAN CfgMemoryRDimmCapable; ///< Memory RDIMM Capable. IN BOOLEAN CfgMemoryLRDimmCapable; ///< Memory LRDIMM Capable. IN BOOLEAN CfgMemoryUDimmCapable; ///< Memory UDIMM Capable. IN BOOLEAN CfgMemorySODimmCapable; ///< Memory SODimm Capable. ///< Build-time customizable only - @BldCfgItem{BLDCFG_MEMORY_SODIMM_CAPABLE} IN BOOLEAN CfgLimitMemoryToBelow1Tb; ///< Limit memory address space to below 1TB IN BOOLEAN CfgMemoryEnableBankInterleaving; ///< Memory Enable Bank Interleaving. IN BOOLEAN CfgMemoryEnableNodeInterleaving; ///< Memory Enable Node Interleaving. IN BOOLEAN CfgMemoryChannelInterleaving; ///< Memory Channel Interleaving. IN BOOLEAN CfgMemoryPowerDown; ///< Memory Power Down. IN UINT32 CfgPowerDownMode; ///< Power Down Mode. IN BOOLEAN CfgOnlineSpare; ///< Online Spare. IN BOOLEAN CfgMemoryParityEnable; ///< Memory Parity Enable. IN BOOLEAN CfgBankSwizzle; ///< Bank Swizzle. IN UINT32 CfgTimingModeSelect; ///< Timing Mode Select. IN UINT32 CfgMemoryClockSelect; ///< Memory Clock Select. IN BOOLEAN CfgDqsTrainingControl; ///< Dqs Training Control. ///< Build-time customizable only - @BldCfgItem{BLDCFG_DQS_TRAINING_CONTROL} IN BOOLEAN CfgIgnoreSpdChecksum; ///< Ignore Spd Checksum. ///< Build-time customizable only - @BldCfgItem{BLDCFG_IGNORE_SPD_CHECKSUM} IN BOOLEAN CfgUseBurstMode; ///< Use Burst Mode. ///< Build-time customizable only - @BldCfgItem{BLDCFG_USE_BURST_MODE} IN BOOLEAN CfgMemoryAllClocksOn; ///< Memory All Clocks On. ///< Build-time customizable only - @BldCfgItem{BLDCFG_MEMORY_ALL_CLOCKS_ON} IN BOOLEAN CfgDdrPhyDllBypassMode; ///< Enable DllPDBypassMode IN BOOLEAN CfgEnableEccFeature; ///< Enable ECC Feature. IN BOOLEAN CfgEccRedirection; ///< ECC Redirection. ///< Build-time customizable only - @BldCfgItem{BLDCFG_ECC_REDIRECTION} IN UINT16 CfgScrubDramRate; ///< Scrub Dram Rate. ///< Build-time customizable only - @BldCfgItem{BLDCFG_SCRUB_DRAM_RATE} IN UINT16 CfgScrubL2Rate; ///< Scrub L2Rate. ///< Build-time customizable only - @BldCfgItem{BLDCFG_SCRUB_L2_RATE} IN UINT16 CfgScrubL3Rate; ///< Scrub L3Rate. ///< Build-time customizable only - @BldCfgItem{BLDCFG_SCRUB_L3_RATE} IN UINT16 CfgScrubIcRate; ///< Scrub Ic Rate. ///< Build-time customizable only - @BldCfgItem{BLDCFG_SCRUB_IC_RATE} IN UINT16 CfgScrubDcRate; ///< Scrub Dc Rate. ///< Build-time customizable only - @BldCfgItem{BLDCFG_SCRUB_DC_RATE} IN BOOLEAN CfgEccSyncFlood; ///< ECC Sync Flood. ///< Build-time customizable only - @BldCfgItem{BLDCFG_ECC_SYNC_FLOOD} IN UINT16 CfgEccSymbolSize; ///< ECC Symbol Size. ///< Build-time customizable only - @BldCfgItem{BLDCFG_ECC_SYMBOL_SIZE} IN UINT64 CfgHeapDramAddress; ///< Heap contents will be temporarily stored in this address during the transition. ///< Build-time customizable only - @BldCfgItem{BLDCFG_HEAP_DRAM_ADDRESS} IN BOOLEAN CfgNodeMem1GBAlign; ///< Node Mem 1GB boundary Alignment IN BOOLEAN CfgS3LateRestore; ///< S3 Late Restore IN BOOLEAN CfgAcpiPstateIndependent; ///< PSD method dependent/Independent IN UINT32 CfgAcpiPstatesPsdPolicy; ///< PSD policy IN AP_MTRR_SETTINGS *CfgApMtrrSettingsList; ///< The AP's MTRR settings before final halt ///< Build-time customizable only - @BldCfgItem{BLDCFG_AP_MTRR_SETTINGS_LIST} IN UMA_MODE CfgUmaMode; ///< Uma Mode IN UINT32 CfgUmaSize; ///< Uma Size [31:0]=Addr[47:16] IN BOOLEAN CfgUmaAbove4G; ///< Uma Above 4G Support IN UMA_ALIGNMENT CfgUmaAlignment; ///< Uma alignment IN BOOLEAN CfgProcessorScopeInSb; ///< ACPI Processor Object in \\_SB scope IN CHAR8 CfgProcessorScopeName0; ///< OEM specific 1st character of processor scope name. IN CHAR8 CfgProcessorScopeName1; ///< OEM specific 2nd character of processor scope name. IN UINT8 CfgGnbHdAudio; ///< GNB HD Audio IN UINT8 CfgAbmSupport; ///< Abm Support IN UINT8 CfgDynamicRefreshRate; ///< DRR Dynamic Refresh Rate IN UINT16 CfgLcdBackLightControl; ///< LCD Backlight Control IN UINT8 CfgGnb3dStereoPinIndex; ///< 3D Stereo Pin ID. IN UINT32 CfgTempPcieMmioBaseAddress; ///< Temp pcie MMIO base Address ///< Build-time customizable only - @BldCfgItem{BLDCFG_TEMP_PCIE_MMIO_BASE_ADDRESS} IN UINT32 CfgGnbIGPUSSID; ///< Gnb internal GPU SSID ///< Build-time customizable only - @BldCfgItem{BLDCFG_IGPU_SUBSYSTEM_ID} IN UINT32 CfgGnbHDAudioSSID; ///< Gnb HD Audio SSID ///< Build-time customizable only - @BldCfgItem{BLDCFG_IGPU_HD_AUDIO_SUBSYSTEM_ID} IN UINT32 CfgGnbPcieSSID; ///< Gnb PCIe SSID ///< Build-time customizable only - @BldCfgItem{BLDCFG_APU_PCIE_PORTS_SUBSYSTEM_ID} IN UINT16 CfgLvdsSpreadSpectrum; ///< Lvds Spread Spectrum ///< Build-time customizable only - @BldCfgItem{BLDCFG_GFX_LVDS_SPREAD_SPECTRUM} IN UINT16 CfgLvdsSpreadSpectrumRate; ///< Lvds Spread Spectrum Rate ///< Build-time customizable only - @BldCfgItem{BLDCFG_GFX_LVDS_SPREAD_SPECTRUM_RATE} IN FCH_PLATFORM_POLICY *FchBldCfg; ///< FCH platform build configuration policy IN BOOLEAN CfgIommuSupport; ///< IOMMU support IN UINT8 CfgLvdsPowerOnSeqDigonToDe; ///< Panel initialization timing IN UINT8 CfgLvdsPowerOnSeqDeToVaryBl; ///< Panel initialization timing IN UINT8 CfgLvdsPowerOnSeqDeToDigon; ///< Panel initialization timing IN UINT8 CfgLvdsPowerOnSeqVaryBlToDe; ///< Panel initialization timing IN UINT8 CfgLvdsPowerOnSeqOnToOffDelay; ///< Panel initialization timing IN UINT8 CfgLvdsPowerOnSeqVaryBlToBlon; ///< Panel initialization timing IN UINT8 CfgLvdsPowerOnSeqBlonToVaryBl; ///< Panel initialization timing IN UINT16 CfgLvdsMaxPixelClockFreq; ///< The maximum pixel clock frequency supported IN UINT32 CfgLcdBitDepthControlValue; ///< The LCD bit depth control settings IN UINT8 CfgLvds24bbpPanelMode; ///< The LVDS 24 BBP mode IN LVDS_MISC_CONTROL CfgLvdsMiscControl; ///< THe LVDS Misc control IN UINT16 CfgPcieRefClkSpreadSpectrum; ///< PCIe Reference Clock Spread Spectrum ///< Build-time customizable only - @BldCfgItem{BLDCFG_PCIE_REFCLK_SPREAD_SPECTRUM} IN BOOLEAN CfgExternalVrefCtlFeature; ///< External Vref control IN FORCE_TRAIN_MODE CfgForceTrainMode; ///< Force Train Mode IN BOOLEAN CfgGnbRemoteDisplaySupport; ///< Wireless Display Support IN IOMMU_EXCLUSION_RANGE_DESCRIPTOR *CfgIvrsExclusionRangeList; IN BOOLEAN CfgGnbSyncFloodPinAsNmi; ///< @ref BLDCFG_USE_SYNCFLOOD_AS_NMI "BLDCFG_USE_SYNCFLOOD_AS_NMI" IN UINT8 CfgIgpuEnableDisablePolicy; ///< This item defines the iGPU Enable/Disable policy ///< @li 0 = Auto - use current default ///< @li 2 = Disable iGPU if ANY PCI or PCIe Graphics card is present ///< @BldCfgItem{BLDCFG_IGPU_ENABLE_DISABLE_POLICY} IN UINT8 CfgGnbSwTjOffset; ///< Software-writeable TjOffset to account for changes in junction temperature ///< Build-time customizable only - @BldCfgItem{BLDCFG_GNB_THERMAL_SENSOR_CORRECTION} IN UINT8 CfgLvdsMiscVoltAdjustment; ///< Register LVDS_CTRL_4 to adjust LVDS output voltage ///< Build-time customizable only - @BldCfgItem{BLDCFG_LVDS_MISC_VOL_ADJUSTMENT} IN DISPLAY_MISC_CONTROL CfgDisplayMiscControl; ///< The Display Misc control IN DP_FIXED_VOLT_SWING_TYPE CfgDpFixedVoltSwingType;///< To indicate fixed voltage swing value ///< @BldCfgItem{BLDCFG_DP_FIXED_VOLT_SWING} IN TECHNOLOGY_TYPE CfgDimmTypeUsedInMixedConfig; ///< Select the preferred technology type that AGESA will enable ///< when it is mixed with other technology types. IN BOOLEAN CfgHybridBoostEnable; ///< HyBrid Boost support ///< @BldCfgItem{BLDCFG_HYBRID_BOOST_ENABLE} IN UINT64 CfgGnbIoapicAddress; ///< GNB IOAPIC Base Address(NULL if platform configured) ///< @BldCfgItem{BLDCFG_GNB_IOAPIC_ADDRESS} IN BOOLEAN CfgDataEyeEn; ///< Enable get 2D Data Eye IN BOOLEAN CfgDockedTdpHeadroom; ///< @BldCfgItem{BLDCFG_DOCKED_TDP_HEADROOM} IN BOOLEAN CfgBatteryBoostEn; ///< @BldCfgItem{BLDCFG_BATTERY_BOOST_EN} IN UINT32 CfgTdpAcDocked; ///< @BldCfgItem{BLDCFG_TDP_AC_DOCKED} IN UINT32 CfgTdpDcDocked; ///< @BldCfgItem{BLDCFG_TDP_DC_DOCKED} IN UINT32 CfgTdpAcUnDocked; ///< @BldCfgItem{BLDCFG_TDP_AC_UNDOCKED} IN UINT32 CfgTdpDcUnDocked; ///< @BldCfgItem{BLDCFG_TDP_DC_UNDOCKED} IN BOOLEAN CfgStapmEnAcDocked; ///< @BldCfgItem{BLDCFG_STAPM_EN_AC_DOCKED} IN BOOLEAN CfgStapmEnDcDocked; ///< @BldCfgItem{BLDCFG_STAPM_EN_DC_DOCKED} IN BOOLEAN CfgStapmEnAcUnDocked; ///< @BldCfgItem{BLDCFG_STAPM_EN_AC_UNDOCKED} IN BOOLEAN CfgStapmEnDcUnDocked; ///< @BldCfgItem{BLDCFG_STAPM_EN_DC_UNDOCKED} IN UINT32 CfgStapmPowerAcDocked; ///< @BldCfgItem{BLDCFG_STAPM_POWER_AC_DOCKED} IN UINT32 CfgStapmPowerDcDocked; ///< @BldCfgItem{BLDCFG_STAPM_POWER_DC_DOCKED} IN UINT32 CfgStapmPowerAcUnDocked; ///< @BldCfgItem{BLDCFG_STAPM_POWER_AC_UNDOCKED} IN UINT32 CfgStapmPowerDcUnDocked; ///< @BldCfgItem{BLDCFG_STAPM_POWER_DC_UNDOCKED} IN BOOLEAN CfgDramDoubleRefreshRateEn; ///< Double DRAM refresh rate IN ACP_SIZE CfgGnbAcpSize; ///< ACP size [31:0]=Addr[47:16] ///< @BldCfgItem{BLDCFG_ACP_SIZE} IN PMU_TRAIN_MODE CfgPmuTrainMode; ///< Force Train Mode ///< @BldCfgItem{BLDCFG_PMU_TRAINING_MODE} IN MEMORY_PHY_VOLTAGE CfgMemoryPhyVoltage; ///< Memory Phy voltage (VDDR) ///< @BldCfgItem{BLDCFG_MEMORY_PHY_VOLTAGE} IN UINT32 CfgGpuFrequencyLimit; ///< @BldCfgItem{BLDCFG_GPU_FREQUENCY_LIMIT} IN BOOLEAN CfgBapmEnable; ///< @BldCfgItem{BLDCFG_BAPM_ENABLE} IN BOOLEAN Reserved; ///< reserved... } BUILD_OPT_CFG; /// A structure containing platform specific operational characteristics. This /// structure is initially populated by the initializer with a copy of the same /// structure that was created at build time using the build configuration controls. typedef struct _PLATFORM_CONFIGURATION { IN PERFORMANCE_PROFILE PlatformProfile; ///< Several configuration settings for the processor. IN UINT8 CoreLevelingMode; ///< Indicates how to balance the number of cores per processor. ///< @BldCfgItem{BLDCFG_CORE_LEVELING_MODE} IN PLATFORM_CSTATE_MODES CStateMode; ///< Specifies the method of C-State enablement - Disabled, or C6. ///< @BldCfgItem{BLDCFG_PLATFORM_CSTATE_MODE} IN UINT32 CStatePlatformData; ///< This element specifies some pertinent data needed for the operation of the Cstate feature ///< If CStateMode is CStateModeC6, this item is reserved ///< @BldCfgItem{BLDCFG_PLATFORM_CSTATE_OPDATA} IN UINT16 CStateIoBaseAddress; ///< This item specifies a free block of 8 consecutive bytes of I/O ports that ///< can be used to allow the CPU to enter Cstates. ///< @BldCfgItem{BLDCFG_PLATFORM_CSTATE_IO_BASE_ADDRESS} IN PLATFORM_CPB_MODES CpbMode; ///< Specifies the method of core performance boost enablement - Disabled, or Auto. ///< @BldCfgItem{BLDCFG_PLATFORM_CPB_MODE} IN BOOLEAN UserOptionDmi; ///< When set to TRUE, the DMI data table is generated. IN BOOLEAN UserOptionPState; ///< When set to TRUE, the PState data tables are generated. IN BOOLEAN UserOptionCrat; ///< When set to TRUE, the CRAT data table is generated. IN BOOLEAN UserOptionCdit; ///< When set to TRUE, the CDIT data table is generated. IN BOOLEAN UserOptionSrat; ///< When set to TRUE, the SRAT data table is generated. IN BOOLEAN UserOptionSlit; ///< When set to TRUE, the SLIT data table is generated. IN BOOLEAN UserOptionWhea; ///< When set to TRUE, the WHEA data table is generated. IN PLATFORM_LOW_POWER_PSTATE_MODES LowPowerPstateForProcHot; ///< Specifies the method of low power Pstate for PROCHOT enablement - Disabled, or Auto. IN UINT32 PowerCeiling; ///< P-State Ceiling Enabling Deck - Max power milli-watts. IN BOOLEAN ForcePstateIndependent; ///< Deprecated in favor of PstatesPsdPolicy. ///< P-State _PSD is forced independent. ///< @BldCfgItem{BLDCFG_FORCE_INDEPENDENT_PSD_OBJECT} IN UINT32 PstatesPsdPolicy; ///< PSD policy ///< @BldCfgItem{BLDCFG_ACPI_PSTATES_PSD_POLICY} IN UINT32 CpuFrequencyLimit; ///< @BldCfgItem{BLDCFG_CPU_FREQUENCY_LIMIT} IN PLATFORM_CONNECTED_STANDBY_MODES CfgPlatformConnectedStandbyMode; ///< @BldCfgItem{BLDCFG_CPU_CONNECTED_STANDBY_MODE} IN UINT32 NumberOfIoApics; ///< Number of I/O APICs in the system ///< @BldCfgItem{BLDCFG_PLATFORM_NUM_IO_APICS} IN PLATFORM_VRM_CONFIGURATION VrmProperties[MaxVrmType]; ///< Several configuration settings for the voltage regulator modules. IN BOOLEAN ProcessorScopeInSb; ///< ACPI Processor Object in \\_SB scope ///< @BldCfgItem{BLDCFG_PROCESSOR_SCOPE_IN_SB} IN CHAR8 ProcessorScopeName0; ///< OEM specific 1st character of processor scope name. ///< @BldCfgItem{BLDCFG_PROCESSOR_SCOPE_NAME0} IN CHAR8 ProcessorScopeName1; ///< OEM specific 2nd character of processor scope name. ///< @BldCfgItem{BLDCFG_PROCESSOR_SCOPE_NAME1} IN UINT8 GnbHdAudio; ///< Control GFX HD Audio controller(Used for HDMI and DP display output), ///< essentially it enables function 1 of graphics device. ///< @li 0 = HD Audio disable ///< @li 1 = HD Audio enable ///< @BldCfgItem{BLDCFG_CFG_GNB_HD_AUDIO} IN UINT8 AbmSupport; ///< Automatic adjust LVDS/eDP Back light level support.It is ///< characteristic specific to display panel which used by platform design. ///< @li 0 = ABM support disabled ///< @li 1 = ABM support enabled ///< @BldCfgItem{BLDCFG_CFG_ABM_SUPPORT} IN UINT8 DynamicRefreshRate; ///< Adjust refresh rate on LVDS/eDP. ///< @BldCfgItem{BLDCFG_CFG_DYNAMIC_REFRESH_RATE} IN UINT16 LcdBackLightControl; ///< The PWM frequency to LCD backlight control. ///< If equal to 0 backlight not controlled by iGPU ///< @BldCfgItem{BLDCFG_CFG_LCD_BACK_LIGHT_CONTROL} IN UINT16 HtcTemperatureLimit; ///< The Hardware Thermal Control temperature limit in tenths of degrees Celsius. ///< If equal to 0, use hardware defaults. ///< @BldCfgItem{BLDCFG_HTC_TEMPERATURE_LIMIT} IN UINT16 LhtcTemperatureLimit; ///< The Local Hardware Thermal Control temperature limit in tenths of degrees Celsius. ///< If equal to 0, use hardware defaults. ///< @BldCfgItem{BLDCFG_LHTC_TEMPERATURE_LIMIT} IN ACP_SIZE AcpSize; ///< The size of ACP dram ///< ACP_Size[31:0]=Addr[47:16] ///< @BldCfgItem{BLDCFG_ACP_SIZE} } PLATFORM_CONFIGURATION; /********************************************************************** * Structures for: AmdInitLate **********************************************************************/ #define PROC_VERSION_LENGTH 48 #define MAX_DIMMS_PER_SOCKET 16 #define PROC_MANU_LENGTH 29 /* Interface Parameter Structures */ /// DMI Type4 - Processor ID typedef struct { OUT UINT32 ProcIdLsd; ///< Lower half of 64b ID OUT UINT32 ProcIdMsd; ///< Upper half of 64b ID } TYPE4_PROC_ID; /// DMI Type 4 - Processor information typedef struct { OUT UINT8 T4ProcType; ///< CPU Type OUT UINT8 T4ProcFamily; ///< Family 1 OUT TYPE4_PROC_ID T4ProcId; ///< Id OUT UINT8 T4Voltage; ///< Voltage OUT UINT16 T4ExternalClock; ///< External clock OUT UINT16 T4MaxSpeed; ///< Max speed OUT UINT16 T4CurrentSpeed; ///< Current speed OUT UINT8 T4Status; ///< Status OUT UINT8 T4ProcUpgrade; ///< Up grade OUT UINT8 T4CoreCount; ///< Core count OUT UINT8 T4CoreEnabled; ///< Core Enable OUT UINT8 T4ThreadCount; ///< Thread count OUT UINT16 T4ProcCharacteristics; ///< Characteristics OUT UINT16 T4ProcFamily2; ///< Family 2 OUT CHAR8 T4ProcVersion[PROC_VERSION_LENGTH]; ///< Cpu version OUT CHAR8 T4ProcManufacturer[PROC_MANU_LENGTH]; ///< Manufacturer } TYPE4_DMI_INFO; /// DMI Type 7 - Cache information typedef struct _TYPE7_DMI_INFO { OUT UINT16 T7CacheCfg; ///< Cache cfg OUT UINT16 T7MaxCacheSize; ///< Max size OUT UINT16 T7InstallSize; ///< Install size OUT UINT16 T7SupportedSramType; ///< Supported Sram Type OUT UINT16 T7CurrentSramType; ///< Current type OUT UINT8 T7CacheSpeed; ///< Speed OUT UINT8 T7ErrorCorrectionType; ///< ECC type OUT UINT8 T7SystemCacheType; ///< Cache type OUT UINT8 T7Associativity; ///< Associativity } TYPE7_DMI_INFO; /// DMI Type 16 offset 04h - Location typedef enum { OtherLocation = 0x01, ///< Assign 01 to Other UnknownLocation, ///< Assign 02 to Unknown SystemboardOrMotherboard, ///< Assign 03 to systemboard or motherboard IsaAddonCard, ///< Assign 04 to ISA add-on card EisaAddonCard, ///< Assign 05 to EISA add-on card PciAddonCard, ///< Assign 06 to PCI add-on card McaAddonCard, ///< Assign 07 to MCA add-on card PcmciaAddonCard, ///< Assign 08 to PCMCIA add-on card ProprietaryAddonCard, ///< Assign 09 to proprietary add-on card NuBus, ///< Assign 0A to NuBus Pc98C20AddonCard, ///< Assign 0A0 to PC-98/C20 add-on card Pc98C24AddonCard, ///< Assign 0A1 to PC-98/C24 add-on card Pc98EAddoncard, ///< Assign 0A2 to PC-98/E add-on card Pc98LocalBusAddonCard ///< Assign 0A3 to PC-98/Local bus add-on card } DMI_T16_LOCATION; /// DMI Type 16 offset 05h - Memory Error Correction typedef enum { OtherUse = 0x01, ///< Assign 01 to Other UnknownUse, ///< Assign 02 to Unknown SystemMemory, ///< Assign 03 to system memory VideoMemory, ///< Assign 04 to video memory FlashMemory, ///< Assign 05 to flash memory NonvolatileRam, ///< Assign 06 to non-volatile RAM CacheMemory ///< Assign 07 to cache memory } DMI_T16_USE; /// DMI Type 16 offset 07h - Maximum Capacity typedef enum { Dmi16OtherErrCorrection = 0x01, ///< Assign 01 to Other Dmi16UnknownErrCorrection, ///< Assign 02 to Unknown Dmi16NoneErrCorrection, ///< Assign 03 to None Dmi16Parity, ///< Assign 04 to parity Dmi16SingleBitEcc, ///< Assign 05 to Single-bit ECC Dmi16MultiBitEcc, ///< Assign 06 to Multi-bit ECC Dmi16Crc ///< Assign 07 to CRC } DMI_T16_ERROR_CORRECTION; /// DMI Type 16 - Physical Memory Array typedef struct { OUT DMI_T16_LOCATION Location; ///< The physical location of the Memory Array, ///< whether on the system board or an add-in board. OUT DMI_T16_USE Use; ///< Identifies the function for which the array ///< is used. OUT DMI_T16_ERROR_CORRECTION MemoryErrorCorrection; ///< The primary hardware error correction or ///< detection method supported by this memory array. OUT UINT16 NumberOfMemoryDevices; ///< The number of slots or sockets available ///< for memory devices in this array. } TYPE16_DMI_INFO; /// DMI Type 17 offset 0Eh - Form Factor typedef enum { OtherFormFactor = 0x01, ///< Assign 01 to Other UnknowFormFactor, ///< Assign 02 to Unknown SimmFormFactor, ///< Assign 03 to SIMM SipFormFactor, ///< Assign 04 to SIP ChipFormFactor, ///< Assign 05 to Chip DipFormFactor, ///< Assign 06 to DIP ZipFormFactor, ///< Assign 07 to ZIP ProprietaryCardFormFactor, ///< Assign 08 to Proprietary Card DimmFormFactorFormFactor, ///< Assign 09 to DIMM TsopFormFactor, ///< Assign 10 to TSOP RowOfChipsFormFactor, ///< Assign 11 to Row of chips RimmFormFactor, ///< Assign 12 to RIMM SodimmFormFactor, ///< Assign 13 to SODIMM SrimmFormFactor, ///< Assign 14 to SRIMM FbDimmFormFactor ///< Assign 15 to FB-DIMM } DMI_T17_FORM_FACTOR; /// DMI Type 17 offset 12h - Memory Type typedef enum { OtherMemType = 0x01, ///< Assign 01 to Other UnknownMemType, ///< Assign 02 to Unknown DramMemType, ///< Assign 03 to DRAM EdramMemType, ///< Assign 04 to EDRAM VramMemType, ///< Assign 05 to VRAM SramMemType, ///< Assign 06 to SRAM RamMemType, ///< Assign 07 to RAM RomMemType, ///< Assign 08 to ROM FlashMemType, ///< Assign 09 to Flash EepromMemType, ///< Assign 10 to EEPROM FepromMemType, ///< Assign 11 to FEPROM EpromMemType, ///< Assign 12 to EPROM CdramMemType, ///< Assign 13 to CDRAM ThreeDramMemType, ///< Assign 14 to 3DRAM SdramMemType, ///< Assign 15 to SDRAM SgramMemType, ///< Assign 16 to SGRAM RdramMemType, ///< Assign 17 to RDRAM DdrMemType, ///< Assign 18 to DDR Ddr2MemType, ///< Assign 19 to DDR2 Ddr2FbdimmMemType, ///< Assign 20 to DDR2 FB-DIMM Ddr3MemType = 0x18, ///< Assign 24 to DDR3 Fbd2MemType ///< Assign 25 to FBD2 } DMI_T17_MEMORY_TYPE; /// DMI Type 17 offset 13h - Type Detail typedef struct { OUT UINT16 Reserved1:1; ///< Reserved OUT UINT16 Other:1; ///< Other OUT UINT16 Unknown:1; ///< Unknown OUT UINT16 FastPaged:1; ///< Fast-Paged OUT UINT16 StaticColumn:1; ///< Static column OUT UINT16 PseudoStatic:1; ///< Pseudo-static OUT UINT16 Rambus:1; ///< RAMBUS OUT UINT16 Synchronous:1; ///< Synchronous OUT UINT16 Cmos:1; ///< CMOS OUT UINT16 Edo:1; ///< EDO OUT UINT16 WindowDram:1; ///< Window DRAM OUT UINT16 CacheDram:1; ///< Cache Dram OUT UINT16 NonVolatile:1; ///< Non-volatile OUT UINT16 Registered:1; ///< Registered (Buffered) OUT UINT16 Unbuffered:1; ///< Unbuffered (Unregistered) OUT UINT16 Reserved2:1; ///< Reserved } DMI_T17_TYPE_DETAIL; /// DMI Type 17 - Memory Device typedef struct { OUT UINT16 Handle; ///< The temporary handle, or instance number, associated with the structure OUT UINT16 TotalWidth; ///< Total Width, in bits, of this memory device, including any check or error-correction bits. OUT UINT16 DataWidth; ///< Data Width, in bits, of this memory device. OUT UINT16 MemorySize; ///< The size of the memory device. OUT DMI_T17_FORM_FACTOR FormFactor; ///< The implementation form factor for this memory device. OUT UINT8 DeviceSet; ///< Identifies when the Memory Device is one of a set of ///< Memory Devices that must be populated with all devices of ///< the same type and size, and the set to which this device belongs. OUT CHAR8 DeviceLocator[8]; ///< The string number of the string that identifies the physically labeled socket or board position where the memory device is located. OUT CHAR8 BankLocator[10]; ///< The string number of the string that identifies the physically labeled bank where the memory device is located. OUT DMI_T17_MEMORY_TYPE MemoryType; ///< The type of memory used in this device. OUT DMI_T17_TYPE_DETAIL TypeDetail; ///< Additional detail on the memory device type OUT UINT16 Speed; ///< Identifies the speed of the device, in megahertz (MHz). OUT UINT64 ManufacturerIdCode; ///< Manufacturer ID code. OUT CHAR8 SerialNumber[9]; ///< Serial Number. OUT CHAR8 PartNumber[19]; ///< Part Number. OUT UINT8 Attributes; ///< Bits 7-4: Reserved, Bits 3-0: rank. OUT UINT32 ExtSize; ///< Extended Size. OUT UINT16 ConfigSpeed; ///< Configured memory clock speed } TYPE17_DMI_INFO; /// Memory DMI Type 17 - for memory use typedef struct { OUT UINT8 Socket:3; ///< Socket ID OUT UINT8 Channel:2; ///< Channel ID OUT UINT8 Dimm:2; ///< DIMM ID OUT UINT8 DimmPresent:1; ///< Dimm Present OUT UINT16 Handle; ///< The temporary handle, or instance number, associated with the structure OUT UINT16 TotalWidth; ///< Total Width, in bits, of this memory device, including any check or error-correction bits. OUT UINT16 DataWidth; ///< Data Width, in bits, of this memory device. OUT UINT16 MemorySize; ///< The size of the memory device. OUT DMI_T17_FORM_FACTOR FormFactor; ///< The implementation form factor for this memory device. OUT UINT8 DeviceLocator; ///< The string number of the string that identifies the physically labeled socket or board position where the memory device is located. OUT UINT8 BankLocator; ///< The string number of the string that identifies the physically labeled bank where the memory device is located. OUT UINT16 Speed; ///< Identifies the speed of the device, in megahertz (MHz). OUT UINT64 ManufacturerIdCode; ///< Manufacturer ID code. OUT UINT8 SerialNumber[4]; ///< Serial Number. OUT UINT8 PartNumber[18]; ///< Part Number. OUT UINT8 Attributes; ///< Bits 7-4: Reserved, Bits 3-0: rank. OUT UINT32 ExtSize; ///< Extended Size. OUT UINT16 ConfigSpeed; ///< Configured memory clock speed } MEM_DMI_PHYSICAL_DIMM_INFO; /// Memory DMI Type 20 - for memory use typedef struct { OUT UINT8 Socket:3; ///< Socket ID OUT UINT8 Channel:2; ///< Channel ID OUT UINT8 Dimm:2; ///< DIMM ID OUT UINT8 DimmPresent:1; ///< Dimm Present OUT UINT32 StartingAddr; ///< The physical address, in kilobytes, of a range ///< of memory mapped to the referenced Memory Device. OUT UINT32 EndingAddr; ///< The handle, or instance number, associated with ///< the Memory Device structure to which this address ///< range is mapped. OUT UINT16 MemoryDeviceHandle; ///< The handle, or instance number, associated with ///< the Memory Device structure to which this address ///< range is mapped. OUT UINT64 ExtStartingAddr; ///< The physical address, in bytes, of a range of ///< memory mapped to the referenced Memory Device. OUT UINT64 ExtEndingAddr; ///< The physical ending address, in bytes, of the last of ///< a range of addresses mapped to the referenced Memory Device. } MEM_DMI_LOGICAL_DIMM_INFO; /// DMI Type 19 - Memory Array Mapped Address typedef struct { OUT UINT32 StartingAddr; ///< The physical address, in kilobytes, ///< of a range of memory mapped to the ///< specified physical memory array. OUT UINT32 EndingAddr; ///< The physical ending address of the ///< last kilobyte of a range of addresses ///< mapped to the specified physical memory array. OUT UINT16 MemoryArrayHandle; ///< The handle, or instance number, associated ///< with the physical memory array to which this ///< address range is mapped. OUT UINT8 PartitionWidth; ///< Identifies the number of memory devices that ///< form a single row of memory for the address ///< partition defined by this structure. OUT UINT64 ExtStartingAddr; ///< The physical address, in bytes, of a range of ///< memory mapped to the specified Physical Memory Array. OUT UINT64 ExtEndingAddr; ///< The physical address, in bytes, of a range of ///< memory mapped to the specified Physical Memory Array. } TYPE19_DMI_INFO; ///DMI Type 20 - Memory Device Mapped Address typedef struct { OUT UINT32 StartingAddr; ///< The physical address, in kilobytes, of a range ///< of memory mapped to the referenced Memory Device. OUT UINT32 EndingAddr; ///< The handle, or instance number, associated with ///< the Memory Device structure to which this address ///< range is mapped. OUT UINT16 MemoryDeviceHandle; ///< The handle, or instance number, associated with ///< the Memory Device structure to which this address ///< range is mapped. OUT UINT16 MemoryArrayMappedAddressHandle; ///< The handle, or instance number, associated ///< with the Memory Array Mapped Address structure to ///< which this device address range is mapped. OUT UINT8 PartitionRowPosition; ///< Identifies the position of the referenced Memory ///< Device in a row of the address partition. OUT UINT8 InterleavePosition; ///< The position of the referenced Memory Device in ///< an interleave. OUT UINT8 InterleavedDataDepth; ///< The maximum number of consecutive rows from the ///< referenced Memory Device that are accessed in a ///< single interleaved transfer. OUT UINT64 ExtStartingAddr; ///< The physical address, in bytes, of a range of ///< memory mapped to the referenced Memory Device. OUT UINT64 ExtEndingAddr; ///< The physical ending address, in bytes, of the last of ///< a range of addresses mapped to the referenced Memory Device. } TYPE20_DMI_INFO; /// Collection of pointers to the DMI records typedef struct { OUT TYPE4_DMI_INFO T4[MAX_SOCKETS_SUPPORTED]; ///< Type 4 struc OUT TYPE7_DMI_INFO T7L1[MAX_SOCKETS_SUPPORTED]; ///< Type 7 struc 1 OUT TYPE7_DMI_INFO T7L2[MAX_SOCKETS_SUPPORTED]; ///< Type 7 struc 2 OUT TYPE7_DMI_INFO T7L3[MAX_SOCKETS_SUPPORTED]; ///< Type 7 struc 3 OUT TYPE16_DMI_INFO T16; ///< Type 16 struc OUT TYPE17_DMI_INFO T17[MAX_SOCKETS_SUPPORTED][MAX_CHANNELS_PER_SOCKET][MAX_DIMMS_PER_CHANNEL]; ///< Type 17 struc OUT TYPE19_DMI_INFO T19; ///< Type 19 struc OUT TYPE20_DMI_INFO T20[MAX_SOCKETS_SUPPORTED][MAX_CHANNELS_PER_SOCKET][MAX_DIMMS_PER_CHANNEL]; ///< Type 20 struc } DMI_INFO; /********************************************************************** * Interface call: AllocateExecutionCache **********************************************************************/ #define MAX_CACHE_REGIONS 3 /// AllocateExecutionCache sub param structure for cached memory region typedef struct { IN OUT UINT32 ExeCacheStartAddr; ///< Start address IN OUT UINT32 ExeCacheSize; ///< Size } EXECUTION_CACHE_REGION; /********************************************************************** * Interface call: AmdGetAvailableExeCacheSize **********************************************************************/ /// Get available Cache remain typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header OUT UINT32 AvailableExeCacheSize; ///< Remain size } AMD_GET_EXE_SIZE_PARAMS; AGESA_STATUS AmdGetAvailableExeCacheSize ( IN OUT AMD_GET_EXE_SIZE_PARAMS *AmdGetExeSizeParams ); /// Selection type for core leveling typedef enum { CORE_LEVEL_LOWEST, ///< Level to lowest common denominator CORE_LEVEL_TWO, ///< Level to 2 cores CORE_LEVEL_POWER_OF_TWO, ///< Level to 1,2,4 or 8 CORE_LEVEL_NONE, ///< Do no leveling CORE_LEVEL_COMPUTE_UNIT, ///< Level cores to one core per compute unit CORE_LEVEL_COMPUTE_UNIT_TWO, ///< Level cores to two cores per compute unit CORE_LEVEL_COMPUTE_UNIT_THREE, ///< Level cores to three cores per compute unit CORE_LEVEL_ONE, ///< Level to 1 core CORE_LEVEL_THREE, ///< Level to 3 cores CORE_LEVEL_FOUR, ///< Level to 4 cores CORE_LEVEL_FIVE, ///< Level to 5 cores CORE_LEVEL_SIX, ///< Level to 6 cores CORE_LEVEL_SEVEN, ///< Level to 7 cores CORE_LEVEL_EIGHT, ///< Level to 8 cores CORE_LEVEL_NINE, ///< Level to 9 cores CORE_LEVEL_TEN, ///< Level to 10 cores CORE_LEVEL_ELEVEN, ///< Level to 11 cores CORE_LEVEL_TWELVE, ///< Level to 12 cores CORE_LEVEL_THIRTEEN, ///< Level to 13 cores CORE_LEVEL_FOURTEEN, ///< Level to 14 cores CORE_LEVEL_FIFTEEN, ///< Level to 15 cores CoreLevelModeMax ///< Used for bounds checking } CORE_LEVELING_TYPE; /************************************************************************ * * AGESA Basic Level interface structure definition and function prototypes * ***********************************************************************/ /********************************************************************** * Interface call: AmdCreateStruct **********************************************************************/ AGESA_STATUS AmdCreateStruct ( IN OUT AMD_INTERFACE_PARAMS *InterfaceParams ); /********************************************************************** * Interface call: AmdReleaseStruct **********************************************************************/ AGESA_STATUS AmdReleaseStruct ( IN OUT AMD_INTERFACE_PARAMS *InterfaceParams ); /********************************************************************** * Interface call: AmdInitReset **********************************************************************/ /// AmdInitReset param structure typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN EXECUTION_CACHE_REGION CacheRegion[3]; ///< The cached memory region IN FCH_RESET_INTERFACE FchInterface; ///< Interface for FCH configuration } AMD_RESET_PARAMS; AGESA_STATUS AmdInitReset ( IN OUT AMD_RESET_PARAMS *ResetParams ); /********************************************************************** * Interface call: AmdInitEarly **********************************************************************/ /// InitEarly param structure /// /// Provide defaults or customizations to each service performed in AmdInitEarly. /// typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN EXECUTION_CACHE_REGION CacheRegion[3]; ///< Execution Map Interface IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN GNB_CONFIGURATION GnbConfig; ///< GNB configuration } AMD_EARLY_PARAMS; AGESA_STATUS AmdInitEarly ( IN OUT AMD_EARLY_PARAMS *EarlyParams ); /********************************************************************** * Interface call: AmdInitPost **********************************************************************/ /// AmdInitPost param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN MEM_PARAMETER_STRUCT MemConfig; ///< Memory post param IN GNB_POST_CONFIGURATION GnbPostConfig; ///< GNB post param } AMD_POST_PARAMS; AGESA_STATUS AmdInitPost ( IN OUT AMD_POST_PARAMS *PostParams ///< Amd Cpu init param ); /********************************************************************** * Interface call: AmdInitEnv **********************************************************************/ /// AmdInitEnv param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN GNB_ENV_CONFIGURATION GnbEnvConfiguration; ///< GNB configuration IN FCH_INTERFACE FchInterface; ///< FCH configuration } AMD_ENV_PARAMS; AGESA_STATUS AmdInitEnv ( IN OUT AMD_ENV_PARAMS *EnvParams ); /********************************************************************** * Interface call: AmdInitMid **********************************************************************/ /// AmdInitMid param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN GNB_MID_CONFIGURATION GnbMidConfiguration; ///< GNB configuration IN FCH_INTERFACE FchInterface; ///< FCH configuration } AMD_MID_PARAMS; AGESA_STATUS AmdInitMid ( IN OUT AMD_MID_PARAMS *MidParams ); /********************************************************************** * Interface call: AmdInitLate **********************************************************************/ /// AmdInitLate param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN IOMMU_EXCLUSION_RANGE_DESCRIPTOR *IvrsExclusionRangeList; ///< Pointer to array of exclusion ranges OUT DMI_INFO *DmiTable; ///< DMI Interface OUT VOID *AcpiPState; ///< Acpi Pstate SSDT Table OUT VOID *AcpiSrat; ///< SRAT Table OUT VOID *AcpiSlit; ///< SLIT Table OUT VOID *AcpiWheaMce; ///< WHEA MCE Table OUT VOID *AcpiWheaCmc; ///< WHEA CMC Table OUT VOID *AcpiAlib; ///< ACPI SSDT table with ALIB implementation OUT VOID *AcpiIvrs; ///< IOMMU ACPI IVRS(I/O Virtualization Reporting Structure) table OUT VOID *AcpiCrat; ///< Component Resource Affinity Table table OUT VOID *AcpiCdit; ///< Component Locality Distance Information table IN GNB_LATE_CONFIGURATION GnbLateConfiguration; ///< GNB configuration } AMD_LATE_PARAMS; AGESA_STATUS AmdInitLate ( IN OUT AMD_LATE_PARAMS *LateParams ); /********************************************************************** * Interface call: AmdInitRecovery **********************************************************************/ /// CPU Recovery Parameters typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. } AMD_CPU_RECOVERY_PARAMS; /// AmdInitRecovery param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN MEM_PARAMETER_STRUCT MemConfig; ///< Memory post param IN EXECUTION_CACHE_REGION CacheRegion[3]; ///< The cached memory region. And the max cache region is 3 IN AMD_CPU_RECOVERY_PARAMS CpuRecoveryParams; ///< Params for CPU related recovery init. } AMD_RECOVERY_PARAMS; AGESA_STATUS AmdInitRecovery ( IN OUT AMD_RECOVERY_PARAMS *RecoveryParams ); /********************************************************************** * Interface call: AmdInitResume **********************************************************************/ /// AmdInitResume param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< Platform operational characteristics IN AMD_S3_PARAMS S3DataBlock; ///< Save state data } AMD_RESUME_PARAMS; AGESA_STATUS AmdInitResume ( IN AMD_RESUME_PARAMS *ResumeParams ); /********************************************************************** * Interface call: AmdS3LateRestore **********************************************************************/ /// AmdS3LateRestore param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN AMD_S3_PARAMS S3DataBlock; ///< Save state data } AMD_S3LATE_PARAMS; AGESA_STATUS AmdS3LateRestore ( IN OUT AMD_S3LATE_PARAMS *S3LateParams ); /********************************************************************** * Interface call: AmdS3FinalRestore **********************************************************************/ /// AmdS3FinalRestore param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. IN AMD_S3_PARAMS S3DataBlock; ///< Save state data } AMD_S3FINAL_PARAMS; AGESA_STATUS AmdS3FinalRestore ( IN OUT AMD_S3FINAL_PARAMS *S3FinalParams ); /********************************************************************** * Interface call: AmdS3Save **********************************************************************/ /// AmdS3Save param structure typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN PLATFORM_CONFIGURATION PlatformConfig; ///< platform operational characteristics. OUT AMD_S3_PARAMS S3DataBlock; ///< Standard header IN FCH_INTERFACE FchInterface; ///< FCH configuration } AMD_S3SAVE_PARAMS; AGESA_STATUS AmdS3Save ( IN OUT AMD_S3SAVE_PARAMS *AmdS3SaveParams ); /********************************************************************** * Interface call: AmdLateRunApTask **********************************************************************/ /** * Entry point for AP tasking. */ AGESA_STATUS AmdLateRunApTask ( IN AP_EXE_PARAMS *AmdApExeParams ); // // General Services API // /********************************************************************** * Interface service call: AmdGetApicId **********************************************************************/ /// Request the APIC ID of a particular core. typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN UINT8 Socket; ///< The Core's Socket. IN UINT8 Core; ///< The Core id. OUT BOOLEAN IsPresent; ///< The Core is present, and ApicAddress is valid. OUT UINT8 ApicAddress; ///< The Core's APIC ID. } AMD_APIC_PARAMS; /** * Get a specified Core's APIC ID. */ AGESA_STATUS AmdGetApicId ( IN OUT AMD_APIC_PARAMS *AmdParamApic ); /********************************************************************** * Interface service call: AmdGetPciAddress **********************************************************************/ /// Request the PCI Address of a Processor Module (that is, its Northbridge) typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN UINT8 Socket; ///< The Processor's socket IN UINT8 Module; ///< The Module in that Processor OUT BOOLEAN IsPresent; ///< The Core is present, and PciAddress is valid. OUT PCI_ADDR PciAddress; ///< The Processor's PCI Config Space address (Function 0, Register 0) } AMD_GET_PCI_PARAMS; /** * Get Processor Module's PCI Config Space address. */ AGESA_STATUS AmdGetPciAddress ( IN OUT AMD_GET_PCI_PARAMS *AmdParamGetPci ); /********************************************************************** * Interface service call: AmdIdentifyCore **********************************************************************/ /// Request the identity (Socket, Module, Core) of the current Processor Core typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header OUT UINT8 Socket; ///< The current Core's Socket OUT UINT8 Module; ///< The current Core's Processor Module OUT UINT8 Core; ///< The current Core's core id. } AMD_IDENTIFY_PARAMS; /** * "Who am I" for the current running core. */ AGESA_STATUS AmdIdentifyCore ( IN OUT AMD_IDENTIFY_PARAMS *AmdParamIdentify ); /********************************************************************** * Interface service call: AmdReadEventLog **********************************************************************/ /// An Event Log Entry. typedef struct { IN AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header OUT UINT32 EventClass; ///< The severity of this event, matches AGESA_STATUS. OUT UINT32 EventInfo; ///< The unique event identifier, zero means "no event". OUT UINT32 DataParam1; ///< Data specific to the Event. OUT UINT32 DataParam2; ///< Data specific to the Event. OUT UINT32 DataParam3; ///< Data specific to the Event. OUT UINT32 DataParam4; ///< Data specific to the Event. } EVENT_PARAMS; /** * Read an Event from the Event Log. */ AGESA_STATUS AmdReadEventLog ( IN EVENT_PARAMS *Event ); /********************************************************************** * Interface service call: AmdIdentifyDimm **********************************************************************/ /// Request the identity of dimm from system address typedef struct { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN UINT64 MemoryAddress; ///< System Address that needs to be translated to dimm identification. OUT UINT8 SocketId; ///< The socket on which the targeted address locates. OUT UINT8 MemChannelId; ///< The channel on which the targeted address locates. OUT UINT8 DimmId; ///< The dimm on which the targeted address locates. OUT UINT8 ChipSelect; ///< The chip select on which the targeted address locates. OUT UINT8 Bank; ///< The Bank for which the error address resides OUT UINT32 Row; ///< The Row for which the error address resides OUT UINT16 Column; ///< The Column for which the error address resides } AMD_IDENTIFY_DIMM; /** * Get the dimm identification for the address. */ AGESA_STATUS AmdIdentifyDimm ( IN OUT AMD_IDENTIFY_DIMM *AmdDimmIdentify ); AGESA_STATUS AmdIdsRunApTaskLate ( IN AP_EXE_PARAMS *AmdApExeParams ); /// Request the 2D Data Eye Training Data #define RD_DATAEYE 0 #define WR_DATAEYE 1 /********************************************************************** * Interface service call: AmdGet2DDataEye **********************************************************************/ /// Request the training data eye on Socket, Channel, Dimm. typedef struct _AMD_GET_DATAEYE { IN OUT AMD_CONFIG_PARAMS StdHeader; ///< Standard configuration header IN OUT AMD_POST_PARAMS *PostParamsPtr; ///< Pointer to AMD_POST_PARAMS IN UINT8 SocketId; ///< The socket number to get the 2D data eye IN UINT8 MemChannelId; ///< The channel number to get the 2D data eye IN UINT8 DimmId; ///< The dimm number to get the 2D data eye IN UINT8 DataEyeType; ///< Get the 2D data eye on read or write training OUT UINT8* DataEyeBuffer; ///< The buffer to stores the 2D data eye } AMD_GET_DATAEYE; AGESA_STATUS AmdGet2DDataEye ( IN OUT AMD_GET_DATAEYE *AmdGetDataEye ); #define AGESA_IDS_DFT_VAL 0xFFFF ///< Default value of every uninitlized NV item, the action for it will be ignored #define AGESA_IDS_NV_END 0xFFFF ///< Flag specify end of option structure /// WARNING: Don't change the comment below, it used as signature for script /// AGESA IDS NV ID Definitions typedef enum { AGESA_IDS_EXT_ID_START = 0x0000,///< 0x0000 specify the start of external NV id AGESA_IDS_NV_UCODE, ///< 0x0001 Enable or disable microcode patching AGESA_IDS_NV_TARGET_PSTATE, ///< 0x0002 Set the P-state required to be activated AGESA_IDS_NV_POSTPSTATE, ///< 0x0003 Set the P-state required to be activated through POST AGESA_IDS_NV_BANK_INTERLEAVE, ///< 0x0004 Enable or disable Bank Interleave AGESA_IDS_NV_CHANNEL_INTERLEAVE, ///< 0x0005 Enable or disable Channel Interleave AGESA_IDS_NV_NODE_INTERLEAVE, ///< 0x0006 Enable or disable Node Interleave AGESA_IDS_NV_MEMHOLE, ///< 0x0007 Enables or disable memory hole AGESA_IDS_NV_SCRUB_REDIRECTION, ///< 0x0008 Enable or disable a write to dram with corrected data AGESA_IDS_NV_DRAM_SCRUB, ///< 0x0009 Set the rate of background scrubbing for DRAM AGESA_IDS_NV_DCACHE_SCRUB, ///< 0x000A Set the rate of background scrubbing for the DCache. AGESA_IDS_NV_L2_SCRUB, ///< 0x000B Set the rate of background scrubbing for the L2 cache AGESA_IDS_NV_L3_SCRUB, ///< 0x000C Set the rate of background scrubbing for the L3 cache AGESA_IDS_NV_ICACHE_SCRUB, ///< 0x000D Set the rate of background scrubbing for the Icache AGESA_IDS_NV_SYNC_ON_ECC_ERROR, ///< 0x000E Enable or disable the sync flood on un-correctable ECC error AGESA_IDS_NV_ECC_SYMBOL_SIZE, ///< 0x000F Set ECC symbol size AGESA_IDS_NV_ALL_MEMCLKS, ///< 0x0010 Enable or disable all memory clocks enable AGESA_IDS_NV_DCT_GANGING_MODE, ///< 0x0011 Set the Ganged mode AGESA_IDS_NV_DRAM_BURST_LENGTH32, ///< 0x0012 Set the DRAM Burst Length 32 AGESA_IDS_NV_MEMORY_POWER_DOWN, ///< 0x0013 Enable or disable Memory power down mode AGESA_IDS_NV_MEMORY_POWER_DOWN_MODE, ///< 0x0014 Set the Memory power down mode AGESA_IDS_NV_DLL_SHUT_DOWN, ///< 0x0015 Enable or disable DLLShutdown AGESA_IDS_NV_ONLINE_SPARE, ///< 0x0016 Enable or disable the Dram controller to designate a DIMM bank as a spare for logical swap AGESA_IDS_NV_HDTOUT, ///< 0x0017 Enable or disable HDTOUT feature AGESA_IDS_NV_GNBHDAUDIOEN, ///< 0x0018 Enable or disable GNB HD Audio AGESA_IDS_NV_CPB_EN, ///< 0x0019 Core Performance Boost AGESA_IDS_NV_HTC_EN, ///< 0x001A HTC Enable AGESA_IDS_NV_HTC_OVERRIDE, ///< 0x001B HTC Override AGESA_IDS_NV_HTC_PSTATE_LIMIT, ///< 0x001C HTC P-state limit select AGESA_IDS_NV_HTC_TEMP_HYS, ///< 0x001D HTC Temperature Hysteresis AGESA_IDS_NV_HTC_ACT_TEMP, ///< 0x001E HTC Activation Temp AGESA_IDS_NV_POWER_POLICY, ///< 0x001F Select Platform Power Policy AGESA_IDS_NV_DRAMCON, ///< 0x0020 Specify the mode for controller initialization AGESA_IDS_EXT_ID_END, ///< 0x0021 specify the end of external NV ID } IDS_EX_NV_ID; #define IDS_NUM_EXT_NV_ITEM (AGESA_IDS_EXT_ID_END - AGESA_IDS_EXT_ID_START + 1) #endif // _AGESA_H_