core_ses.h

来自「6440linuxDriver的源代码」· C头文件 代码 · 共 413 行

/*
[ ReceiveDiagnostic ]
SES_PG_CONFIGURATION
(ConfigurationPageHeader),
    ( EnclosureDescriptorHeader + EnclosureDescriptor + TypeDescriptorHeader )

SES_PG_DEVICE_ELEMENT_STATUS 
(DeviceElementStatusPage),
    ( DeviceElementStatusDescriptorEIP0 + ( SasPhyDescriptor... ) ) /
    ( DeviceElementStatusDescriptorEIP1 + ( SasPhyDescriptor... ) )

SES_PG_ELEMENT_DESCRIPTOR 
(ElementDescriptorPage),
    ElementDescriptor

SES_PG_ENCLOSURE_STATUS 
(EnclosureStatusPage),
    DeviceElementForEnclosureStatusPage / ArrayElementForEnclosureStatusPage




[ SendDiagnostic ]
SES_PG_ENCLOSURE_CONTROL 
(EnclosureControlPage),
    DeviceElementForEnclosureControlPage / ArrayElementForEnclosureControlPage

*/

/* SES2 Page Code */
#define SES_PG_SUPPORTED_DIAGNOSTICS      0x00
#define SES_PG_CONFIGURATION              0x01   
#define SES_PG_ENCLOSURE_STATUS           0x02
#define SES_PG_ENCLOSURE_CONTROL          0x02
#define SES_PG_HELP_TEXT                  0x03   
#define SES_PG_STRING_IN                  0x04   
#define SES_PG_THRESHOLD_IN               0x05   
#define SES_PG_ELEMENT_DESCRIPTOR         0x07
#define SES_PG_SHORT_ENCLOSURE_STATUS     0x08
#define SES_PG_ENCLOSURE_BUSY             0x09
#define SES_PG_DEVICE_ELEMENT_STATUS      0x0a
#define SES_PG_SUBENCLOSURE_HELP_TEXT     0x0b
#define SES_PG_SUBENCLOSURE_STRING_IN     0x0c
#define SES_PG_SUPPORTED_SES_DIAGNOSTICS  0x0d
#define SES_PG_VENDOR_SPECIFIC_SES_PAGE   0x10
#define SES_PG_VENDOR_PAGEA0              0xa0

/* Element Type */
#define SES_TYPE_UNSPECIFIED         0x00
#define SES_TYPE_DEVICE              0x01
#define SES_TYPE_POWER_SUPPLY        0x02
#define SES_TYPE_FAN                 0x03
#define SES_TYPE_TEMPERATURE_SENSOR  0x04
#define SES_TYPE_DOOR_LOCK           0x05
#define SES_TYPE_SPEAKER             0x06
#define SES_TYPE_ES_CONTROLLER       0x07
#define SES_TYPE_SCC_CONTROLLER      0x08
#define SES_TYPE_NONVOLATILE_CACHE   0x09
#define SES_TYPE_UPS                 0x0B
#define SES_TYPE_DISPLAY             0x0C
#define SES_TYPE_KEYPAD              0x0D
#define SES_TYPE_ENCLOSURE           0x0E
#define SES_TYPE_SCSI_TRANSCEIVER    0x0F
#define SES_TYPE_LANGUAGE            0x10
#define SES_TYPE_COMM_PORT           0x11
#define SES_TYPE_VOLTAGE_SENSOR      0x12
#define SES_TYPE_CURRENT_SENSOR      0x13
#define SES_TYPE_SCSI_TARGET_PORT    0x14
#define SES_TYPE_SCSI_INITIATOR_PORT 0x15
#define SES_TYPE_SIMPLE_SUBENCLOSURE 0x16
#define SES_TYPE_ARRAY_DEVICE        0x17
#define SES_TYPE_VENDOR_SPECIFIC     0x80


	typedef struct _ReceiveDiagnostic
	{
		MV_U8 OperationCode;
		MV_U8 PCV:1;
		MV_U8 Reserved:7;
		MV_U8 PageCode;
		MV_U8 AllocationLength[2];
		MV_U8 Control;
	}ReceiveDiagnostic, *PReceiveDiagnostic;

typedef struct _SendDiagnostic
{
	MV_U8 OperationCode;
	MV_U8 UnitOffL:1;
	MV_U8 DevOffL:1;
	MV_U8 SelfTest:1;
	MV_U8 Reserved:1;
	MV_U8 PF:1;
	MV_U8 SelfTestCode:3;
	MV_U8 ParamLength[2];
	MV_U8 Control;
}SendDiagnostic, *PSendDiagnostic;


/* SES_PG_CONFIGURATION */
typedef struct _ConfigurationPageHeader
{
	MV_U8 PageCode;
	MV_U8 SubEnclosureCount;
	MV_U8 PageLength[2];
	MV_U8 GenerationCode[4];
} ConfigurationPageHeader, *PConfigurationPageHeader;

typedef struct _EnclosureDescriptorHeader
{
	MV_U8 EnclosureServiceProcessesCount:3;
	MV_U8 Reserved1:1;
	MV_U8 RelativeEnclosureServiceProcessID:3;
	MV_U8 Reserved2:1;
	MV_U8 SubEnclosureID;
	MV_U8 NumberOfElementTypesSupported;
	MV_U8 EnclosureDescriptorLength;
   
} EnclosureDescriptorHeader, *PEnclosureDescriptorHeader;

typedef struct _EnclosureDescriptor
{
	MV_U8 EnclosureLogicalID[8];
	MV_U8 EnclosureVendorID[8];
	MV_U8 ProductID[16];
	MV_U8 ProductRevisionLevel[4];
	MV_U8 VendorSpecific; 
} EnclosureDescriptor, *PEnclosureDescriptor;

typedef struct _TypeDescriptorHeader
{
	MV_U8 ElementType;
	MV_U8 NumberOfPossibleElements;
	MV_U8 SubEnclosureID;
	MV_U8 TypeDescriptorTextLength;
} TypeDescriptorHeader, *PTypeDescriptorHeader;


/* SES_PG_DEVICE_ELEMENT_STATUS */
typedef struct _DeviceElementStatusPage
{
	MV_U8 PageCode;
	MV_U8 Reserved;
	MV_U8 PageLength[2];   
	MV_U8 GenerationCode[4];
} DeviceElementStatusPage, *PDeviceElementStatusPage;

typedef struct _DeviceElementStatusDescriptorEIP0
{
	MV_U8 ProtocolID:4;
	MV_U8 bEIP:1;
	MV_U8 Reserved1:2;
	MV_U8 Invalid:1;
	MV_U8 DeviceElementStatusDescriptorLength;
	MV_U8 PhyDescriptorCount;
	MV_U8 NotAllPhys:1;
	MV_U8 Reserved2:5;
	MV_U8 DescriptorType:2;
} DeviceElementStatusDescriptorEIP0, *PDeviceElementStatusDescriptorEIP0;

typedef struct _DeviceElementStatusDescriptorEIP1
{
	MV_U8 ProtocolID:4;
	MV_U8 bEIP:1;
	MV_U8 Reserved1:2;
	MV_U8 Invalid:1;
	MV_U8 DeviceElementStatusDescriptorLength;
	MV_U8 Reserved2;
	MV_U8 ElementIndex;
	MV_U8 PhyDescriptorCount;
	MV_U8 NotAllPhys:1;
	MV_U8 Reserved3:5;
	MV_U8 DescriptorType:2;
	MV_U8 Reserved4;
	MV_U8 BayNumber;
} DeviceElementStatusDescriptorEIP1, *PDeviceElementStatusDescriptorEIP1;

typedef union 
{
	DeviceElementStatusDescriptorEIP0	EIP0;
	DeviceElementStatusDescriptorEIP1	EIP1;	
}DeviceElementStatusDescriptor, *PDeviceElementStatusDescriptor;

typedef struct _SasPhyDescriptor
{
	MV_U8 Reserved1:4;
	MV_U8 DeviceType:3;
	MV_U8 Reserved2:1;
	MV_U8 Reserved3;
	MV_U8 Reserved4:1;
	MV_U8 SMPInitiatorPort:1;
	MV_U8 STPInitiatorPort:1;
	MV_U8 SSPInitiatorPort:1;
	MV_U8 Reserved5:4;
	MV_U8 Reserved6:1;
	MV_U8 SMPTargetPort:1;
	MV_U8 STPTargetPort:1;
	MV_U8 SSPTargetPort:1;
	MV_U8 Reserved7:4;
	MV_U8 AttachedSASAddress[8];
	MV_U8 SASAddress[8];
	MV_U8 PhyIdentifier;
	MV_U8 Reserved8[7];
} SasPhyDescriptor, *PSasPhyDescriptor;


/* SES_PG_ELEMENT_DESCRIPTOR */
typedef struct _ElementDescriptorPage
{
	MV_U8 PageCode;
	MV_U8 Reserved1;
	MV_U8 PageLength[2];  
	MV_U8 GenerationCode[4];
} ElementDescriptorPage, *PElementDescriptorPage;

typedef struct _ElementDescriptor
{
	MV_U8 Reserved1;
	MV_U8 Reserved2;
	MV_U8 DescriptorLength[2];   
	MV_U8 Descriptor[1];
} ElementDescriptor, *PElementDescriptor;


/* SES_PG_ENCLOSURE_STATUS */
typedef struct _OverallEnclosureStatus
{
	MV_U8 UnrecoverableCondition:1;
	MV_U8 CriticalCondition:1;
	MV_U8 NoncriticalCondition:1;
	MV_U8 InformationCondition:1;
	MV_U8 InvalidOperationRequested:1;
	MV_U8 Reserved1:3;
} OverallEnclosureStatus, *pOverallEnclosureStatus;

typedef struct _EnclosureStatusPage
{
	MV_U8 PageCode;
	OverallEnclosureStatus Status;
	MV_U8 PageLength[2];   
	MV_U8 GenerationCode[4];
} EnclosureStatusPage, *PEnclosureStatusPage;

typedef struct _DeviceElementForEnclosureStatusPage
{
	MV_U8 ElementStatusCode:4;
	MV_U8 Swap:1;
	MV_U8 Reserved1:1;
	MV_U8 Prdfail:1;
	MV_U8 Reserved2:1;

	MV_U8 SlotAddress;

	MV_U8 Report:1;
	MV_U8 Ident:1;
	MV_U8 Rmv:1;
	MV_U8 ReadyToInsert:1;
	MV_U8 EnclosureBypassedB:1;
	MV_U8 EnclosureBypassedA:1;
	MV_U8 DoNotRemove:1;
	MV_U8 AppClientBypassedA:1;

	MV_U8 DeviceBypassedB:1;
	MV_U8 DeviceBypassedA:1;
	MV_U8 BypassedB:1;
	MV_U8 BypassedA:1;
	MV_U8 DeviceOff:1;
	MV_U8 FaultReqstd:1;
	MV_U8 FaultSensed:1;
	MV_U8 AppClientBypassedB:1;
}DeviceElementForEnclosureStatusPage, *PDeviceElementForEnclosureStatusPage;

/* Element Status */
enum
{
	SES_STATUS_UNSUPPORTED = 0x00,
	SES_STATUS_OK,
	SES_STATUS_CRITICAL,
	SES_STATUS_NONCRITICAL,
	SES_STATUS_UNRECOVERABLE,
	SES_STATUS_NOTINSTALLED,
	SES_STATUS_UNKNOWN,
	SES_STATUS_NOTAVAILABLE,
	SES_STATUS_RESERVED
}; 


typedef struct _ArrayElementForEnclosureStatusPage
{
	MV_U8 StatusCode:4;
	MV_U8 Swap:1;
	MV_U8 Reserved1:1;
	MV_U8 PredictedFailure:1;
	MV_U8 Reserved2:1;

	MV_U8 RebuildRemapAbort:1;
	MV_U8 RebuildRemap:1;
	MV_U8 InFailedArray:1;
	MV_U8 InCriticalArray:1;
	MV_U8 ConsistencyCheck:1;
	MV_U8 HotSpare:1;
	MV_U8 ReservedDevice:1;
	MV_U8 OK:1;

	MV_U8 Report:1;
	MV_U8 Identify:1;
	MV_U8 Rmv:1;
	MV_U8 ReadyToInsert:1;
	MV_U8 EnclosureBypassedB:1;
	MV_U8 EnclosureBypassedA:1;
	MV_U8 DoNotRemove:1;
	MV_U8 AppBypassedA:1;

	MV_U8 DeviceBypassedB:1;
	MV_U8 DeviceBypassedA:1;
	MV_U8 BypassedB:1;
	MV_U8 BypassedA:1;
	MV_U8 DeviceOff:1;
	MV_U8 FaultRequested:1;
	MV_U8 FaultSensed:1;
	MV_U8 AppBypassedB:1;
} ArrayElementForEnclosureStatusPage, *PArrayElementForEnclosureStatusPage;

/* SES_PG_ENCLOSURE_CONTROL */
typedef struct _EnclosureControlPage
{
	MV_U8 PageCode;
	MV_U8 UnrecoverableCondition:1;
	MV_U8 CriticalCondition:1;
	MV_U8 NoncriticalCondition:1;
	MV_U8 InformationCondition:1;
	MV_U8 Reserved1:4;
	MV_U8 PageLength[2];   
	MV_U8 GenerationCode[4];
} EnclosureControlPage, *PEnclosureControlPage;

typedef struct _DeviceElementForEnclosureControlPage
{
	MV_U8 Reserved1:4;
	MV_U8 ResetSwap:1;
	MV_U8 Disable:1;
	MV_U8 PredictedFailure:1;
	MV_U8 Select:1;

	MV_U8 Reserved2;

	MV_U8 Reserved3:1;
	MV_U8 RequestIdentify:1;
	MV_U8 RequestRemove:1;
	MV_U8 RequestInsert:1;
	MV_U8 Reserved4:2;
	MV_U8 DoNotRemove:1;
	MV_U8 Reserved5:1;

	MV_U8 Reserved6:2;
	MV_U8 EnableBypassB:1;
	MV_U8 EnableBypassA:1;
	MV_U8 DeviceOff:1;
	MV_U8 RequestFault:1;
	MV_U8 Reserved7:2;
} DeviceElementForEnclosureControlPage, *PDeviceElementForEnclosureControlPage;

typedef struct _ArrayElementForEnclosureControlPage
{
	MV_U8 Reserved1:4;
	MV_U8 ResetSwap:1;
	MV_U8 Disable:1;
	MV_U8 PredictedFailure:1;
	MV_U8 Select:1;

	MV_U8 RequestRebuildRemapAbort:1;
	MV_U8 RequestRebuildRemap:1;
	MV_U8 RequestInFailedArray:1;
	MV_U8 RequestInCriticalArray:1;
	MV_U8 RequestConsistencyCheck:1;
	MV_U8 RequestHotSpare:1;
	MV_U8 RequestReservedDevice:1;
	MV_U8 RequestOK:1;

	MV_U8 Reserved2:1;
	MV_U8 RequestIdentify:1;
	MV_U8 RequestRemove:1;
	MV_U8 RequestInsert:1;
	MV_U8 Reserved3:2;
	MV_U8 DoNotRemove:1;
	MV_U8 Active:1;

	MV_U8 Reserved4:2;
	MV_U8 EnableBypassB:1;
	MV_U8 EnableBypassA:1;
	MV_U8 DeviceOff:1;
	MV_U8 RequestFault:1;
	MV_U8 Reserved5:2;
} ArrayElementForEnclosureControlPage, *PArrayElementForEnclosureControlPage;

typedef union 
{
	DeviceElementForEnclosureStatusPage Status;
	DeviceElementForEnclosureControlPage Control;	
}DeviceEnclosureElement, *PDeviceEnclosureElement;

typedef union 
{
	ArrayElementForEnclosureStatusPage Status;
	ArrayElementForEnclosureControlPage Control;	
}ArrayEnclosureElement, *PArrayEnclosureElement;

typedef union 
{
	DeviceEnclosureElement DeviceType;
	ArrayEnclosureElement ArrayType;	
}SesEnclosureElement, *PSesEnclosureElement;