#include <stddef.h>
#include "sisci_types.h"
#include "sisci_error.h"

Data Structures
struct	sci_query_string_t

struct	sci_query_adapter_t

struct	sci_query_system_t

struct	sci_dma_capabilities_t

struct	sci_query_dma_t

struct	sci_smartio_query_device_t

struct	sci_query_local_segment_t

struct	sci_query_remote_segment_t

struct	sci_query_map_t

Macros
#define	SCI_FLAG_DMA_GLOBAL _SISCI_EXPANDE_CONSTANT_NAME(SCI_FLAG_DMA_GLOBAL)

#define	SCI_FLAG_DMA_SYSDMA _SISCI_EXPANDE_CONSTANT_NAME(SCI_FLAG_DMA_SYSDMA)

#define	SCI_FLAG_DMA_ADAPTER _SISCI_EXPANDE_CONSTANT_NAME(SCI_FLAG_DMA_ADAPTER)

#define	SCI_Q_VENDORID _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_VENDORID)

#define	SCI_Q_API _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_API)

#define	SCI_Q_SISCI_DRIVER_VERSION _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_SISCI_DRIVER_VERSION)

#define	SCI_Q_ADAPTER _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER)

#define	SCI_Q_SYSTEM _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_SYSTEM)

#define	SCI_Q_DMA _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DMA)

#define	SCI_Q_DEVICE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DEVICE)

#define	SCI_Q_LOCAL_SEGMENT _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT)

#define	SCI_Q_REMOTE_SEGMENT _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_REMOTE_SEGMENT)

#define	SCI_Q_ADAPTER_DMA_MTU _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_DMA_MTU)

#define	SCI_Q_ADAPTER_NODEID _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_NODEID)

#define	SCI_Q_ADAPTER_SERIAL_NUMBER _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_SERIAL_NUMBER)

#define	SCI_Q_ADAPTER_CARD_TYPE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_CARD_TYPE)

#define	SCI_Q_ADAPTER_CONFIGURED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_CONFIGURED)

#define	SCI_Q_ADAPTER_LINK_WIDTH _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_WIDTH)

#define	SCI_Q_ADAPTER_LINK_SPEED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_SPEED)

#define	SCI_Q_ADAPTER_LINK_UPTIME _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_UPTIME)

#define	SCI_Q_ADAPTER_LINK_DOWNTIME _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_DOWNTIME)

#define	SCI_Q_ADAPTER_LINK_OPERATIONAL _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_OPERATIONAL)

#define	SCI_Q_ADAPTER_LINK_CABLE_INSERTED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_CABLE_INSERTED)

#define	SCI_Q_ADAPTER_LINK_ENABLED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_ENABLED)

#define	SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO)

#define	SCI_Q_ADAPTER_NUMBER_OF_LINKS _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_NUMBER_OF_LINKS)

#define	SCI_Q_ADAPTER_MCAST_MAX_GROUPS _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_MCAST_MAX_GROUPS)

#define	SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE)

#define	SCI_Q_LOCAL_SEGMENT_IOADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT_IOADDR)

#define	SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR)

#define	SCI_Q_LOCAL_SEGMENT_PHYS_ADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT_PHYS_ADDR)

#define	SCI_Q_REMOTE_SEGMENT_IOADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_REMOTE_SEGMENT_IOADDR)

#define	SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET)

#define	SCI_Q_DMA_AVAILABLE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DMA_AVAILABLE)

#define	SCI_Q_DMA_CAPABILITIES _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DMA_CAPABILITIES)

#define	SCI_Q_DEVICE_INFO _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DEVICE_INFO)

Functions
SISCI_API_EXPORT void	SCIInitialize (unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCITerminate (void)

SISCI_API_EXPORT void	SCIOpen (sci_desc_t sd, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIClose (sci_desc_t sd, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIConnectSegment (sci_desc_t sd, sci_remote_segment_t segment, unsigned int nodeId, unsigned int segmentId, unsigned int localAdapterNo, sci_cb_remote_segment_t callback, void callbackArg, unsigned int timeout, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIDisconnectSegment (sci_remote_segment_t segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT size_t	SCIGetRemoteSegmentSize (sci_remote_segment_t segment)

SISCI_API_EXPORT unsigned int	SCIGetRemoteSegmentId (sci_remote_segment_t segment)

SISCI_API_EXPORT unsigned int	SCIGetRemoteSegmentNodeId (sci_remote_segment_t segment)

SISCI_API_EXPORT volatile void *	SCIGetMapPointer (sci_map_t map)

SISCI_API_EXPORT sci_ioaddr_t	SCIGetMapPhysAddr (sci_map_t map)

SISCI_API_EXPORT sci_segment_cb_reason_t	SCIWaitForRemoteSegmentEvent (sci_remote_segment_t segment, sci_error_t status, unsigned int timeout, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT volatile void *	SCIMapRemoteSegment (sci_remote_segment_t segment, sci_map_t map, size_t offset, size_t size, void addr, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void *	SCIMapLocalSegment (sci_local_segment_t segment, sci_map_t map, size_t offset, size_t size, void addr, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIUnmapSegment (sci_map_t map, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCICreateSegment (sci_desc_t sd, sci_local_segment_t segment, unsigned int segmentId, size_t size, sci_cb_local_segment_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT sci_segment_cb_reason_t	SCIWaitForLocalSegmentEvent (sci_local_segment_t segment, unsigned int sourcenodeId, unsigned int localAdapterNo, unsigned int timeout, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIPrepareSegment (sci_local_segment_t segment, unsigned int localAdapterNo, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIRemoveSegment (sci_local_segment_t segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT size_t	SCIGetLocalSegmentSize (sci_local_segment_t segment)

SISCI_API_EXPORT unsigned int	SCIGetLocalSegmentId (sci_local_segment_t segment)

SISCI_API_EXPORT void	SCISetSegmentAvailable (sci_local_segment_t segment, unsigned int localAdapterNo, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCISetSegmentUnavailable (sci_local_segment_t segment, unsigned int localAdapterNo, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCICreateMapSequence (sci_map_t map, sci_sequence_t sequence, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIRemoveSequence (sci_sequence_t sequence, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT sci_sequence_status_t	SCIStartSequence (sci_sequence_t sequence, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT sci_sequence_status_t	SCICheckSequence (sci_sequence_t sequence, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIStoreBarrier (sci_sequence_t sequence, unsigned int flags)

SISCI_API_EXPORT int	SCIProbeNode (sci_desc_t sd, unsigned int localAdapterNo, unsigned int nodeId, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIAttachPhysicalMemory (sci_ioaddr_t ioaddress, void address, unsigned int busNo, size_t size, sci_local_segment_t segment, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIQuery (unsigned int command, void data, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIGetLocalNodeId (unsigned int adapterNo, unsigned int nodeId, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIGetNodeIdByAdapterName (char adaptername, dis_nodeId_list_t nodeId, dis_adapter_type_t type, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIGetNodeInfoByAdapterName (char adaptername, unsigned int adapterNo, dis_nodeId_list_t nodeIdlist, dis_adapter_type_t type, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT const char *	SCIGetErrorString (sci_error_t error)

SISCI_API_EXPORT void	SCICreateDMAQueue (sci_desc_t sd, sci_dma_queue_t dq, unsigned int localAdapterNo, unsigned int maxEntries, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIRemoveDMAQueue (sci_dma_queue_t dq, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIAbortDMAQueue (sci_dma_queue_t dq, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT sci_dma_queue_state_t	SCIDMAQueueState (sci_dma_queue_t dq)

SISCI_API_EXPORT sci_dma_queue_state_t	SCIWaitForDMAQueue (sci_dma_queue_t dq, unsigned int timeout, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCICreateInterrupt (sci_desc_t sd, sci_local_interrupt_t interrupt, unsigned int localAdapterNo, unsigned int interruptNo, sci_cb_interrupt_t callback, void callbackArg, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIRemoveInterrupt (sci_local_interrupt_t interrupt, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIWaitForInterrupt (sci_local_interrupt_t interrupt, unsigned int timeout, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIConnectInterrupt (sci_desc_t sd, sci_remote_interrupt_t interrupt, unsigned int nodeId, unsigned int localAdapterNo, unsigned int interruptNo, unsigned int timeout, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIDisconnectInterrupt (sci_remote_interrupt_t interrupt, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCITriggerInterrupt (sci_remote_interrupt_t interrupt, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCICreateDataInterrupt (sci_desc_t sd, sci_local_data_interrupt_t interrupt, unsigned int localAdapterNo, unsigned int interruptNo, sci_cb_data_interrupt_t callback, void callbackArg, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIRemoveDataInterrupt (sci_local_data_interrupt_t interrupt, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIWaitForDataInterrupt (sci_local_data_interrupt_t interrupt, void data, unsigned int length, unsigned int timeout, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIConnectDataInterrupt (sci_desc_t sd, sci_remote_data_interrupt_t interrupt, unsigned int nodeId, unsigned int localAdapterNo, unsigned int interruptNo, unsigned int timeout, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIDisconnectDataInterrupt (sci_remote_data_interrupt_t interrupt, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCITriggerDataInterrupt (sci_remote_data_interrupt_t interrupt, void data, unsigned int length, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIMemWrite (void memAddr, volatile void remoteAddr, size_t size, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIMemCpy (sci_sequence_t sequence, void memAddr, sci_map_t remoteMap, size_t remoteOffset, size_t size, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIRegisterSegmentMemory (void address, size_t size, sci_local_segment_t segment, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIAttachLocalSegment (sci_desc_t sd, sci_local_segment_t segment, unsigned int segmentId, size_t size, sci_cb_local_segment_t callback, void callbackArg, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIShareSegment (sci_local_segment_t segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIFlush (sci_sequence_t sequence, unsigned int flags)

SISCI_API_EXPORT void	SCIStartDmaTransfer (sci_dma_queue_t dq, sci_local_segment_t localSegment, sci_remote_segment_t remoteSegment, size_t localOffset, size_t size, size_t remoteOffset, sci_cb_dma_t callback, void callbackArg, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIStartDmaTransferMem (sci_dma_queue_t dq, void localAddress, sci_remote_segment_t remoteSegment, size_t size, size_t remoteOffset, sci_cb_dma_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIStartDmaTransferVec (sci_dma_queue_t dq, sci_local_segment_t localSegment, sci_remote_segment_t remoteSegment, size_t vecLength, dis_dma_vec_t disDmaVec, sci_cb_dma_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIRequestDMAChannel (sci_desc_t sd, sci_dma_channel_t channel, unsigned int localAdapterNo, sci_dma_type_t type, unsigned int channelId, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIReturnDMAChannel (sci_dma_channel_t channel, sci_error_t *error)

SISCI_API_EXPORT void	SCIAssignDMAChannel (sci_dma_channel_t channel, sci_dma_queue_t dq, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT sci_dma_type_t	SCIGetDMAChannelType (sci_dma_channel_t channel)

SISCI_API_EXPORT void	SCIPrepareLocalSegmentForDMA (sci_dma_channel_t channel, sci_local_segment_t local_segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIUnprepareLocalSegmentForDMA (sci_dma_channel_t channel, sci_local_segment_t local_segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIPrepareRemoteSegmentForDMA (sci_dma_channel_t channel, sci_remote_segment_t remote_segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIUnprepareRemoteSegmentForDMA (sci_dma_channel_t channel, sci_remote_segment_t remote_segment, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCICacheSync (sci_map_t map, void addr, size_t length, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIRegisterPCIeRequester (sci_desc_t sd, unsigned int localAdapterNo, unsigned int bus, unsigned int devfn, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIUnregisterPCIeRequester (sci_desc_t sd, unsigned int localAdapterNo, unsigned int bus, unsigned int devfn, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIBorrowDevice (sci_desc_t sd, sci_smartio_device_t device, unsigned long long fdid, unsigned int flags, sci_error_t error)

SISCI_API_EXPORT void	SCIReturnDevice (sci_smartio_device_t device, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIReleaseExclusiveBorrow (sci_smartio_device_t device, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIConnectDeviceSegment (sci_smartio_device_t device, sci_remote_segment_t segment, unsigned int segmentId, unsigned int segmentType, sci_cb_device_segment_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIConnectDeviceSegmentPath (sci_smartio_device_t device, sci_remote_segment_t segment, unsigned int nodeId, unsigned int segmentId, unsigned int segmentType, unsigned int localAdapterNo, sci_cb_device_segment_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCICreateDeviceSegment (sci_smartio_device_t device, unsigned int segmentId, size_t size, unsigned int type, unsigned int accessHints, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIMapLocalSegmentForDevice (sci_local_segment_t segment, unsigned int localAdapterNo, sci_smartio_device_t device, sci_ioaddr_t remoteAddr, size_t offset, size_t size, sci_cb_device_mapping_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIUnmapLocalSegmentForDevice (sci_local_segment_t segment, unsigned int localAdapterNo, sci_smartio_device_t device, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIMapRemoteSegmentForDevice (sci_remote_segment_t segment, sci_smartio_device_t device, sci_ioaddr_t remoteAddr, size_t offset, size_t size, sci_cb_device_mapping_t callback, void callbackArg, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT void	SCIUnmapRemoteSegmentForDevice (sci_remote_segment_t segment, sci_smartio_device_t device, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT size_t	SCIGetDeviceList (sci_desc_t sd, unsigned long long fdids, size_t length, const sci_smartio_device_info_t filter, unsigned int flags, sci_error_t *error)

SISCI_API_EXPORT unsigned long long	SCIGetFabricDeviceId (sci_smartio_device_t device)

Variables
SISCI_API_EXPORT const unsigned int	SCI_FLAG_BROADCAST

SISCI_API_EXPORT const unsigned int	SCI_FLAG_LOCK_USER_MEM

SISCI_API_EXPORT const unsigned int	SCI_FLAG_IO_MAP_IOSPACE

SISCI_API_EXPORT const unsigned int	SCI_FLAG_EXCLUSIVE

SISCI_API_EXPORT const unsigned int	SCI_LOCAL_HOST

SISCI_API_EXPORT const unsigned int	DIS_BROADCAST_NODEID_GROUP_ALL

SISCI_API_EXPORT const unsigned int	SCI_Q_MAP

SISCI_API_EXPORT const unsigned int	SCI_Q_REMOTE_SEGMENT_IOADDR

Detailed Description

Remarks

The SISCI API implementation from Dolphin is available with Dolphins IX, PX, MX and Intel NTB (INX) enabled PCI Express products and for various 3rd party OEM hardware solutions licensing the software.

Some extensions, for example Reflective Memory is only available for some hardware configurations. Please consult your hardware vendor and software release notes for details.

Please read the manual carefully and consult the available SISCI example code found in the software distribution / SISCI Devel package as well as the SISCI Users guide available for download from http://www.dolphinics.com Low-level SISCI software functional specification.

Macro Definition Documentation

◆ SCI_FLAG_DMA_ADAPTER

#define SCI_FLAG_DMA_ADAPTER _SISCI_EXPANDE_CONSTANT_NAME(SCI_FLAG_DMA_ADAPTER)

Use adapter DMA

◆ SCI_FLAG_DMA_GLOBAL

#define SCI_FLAG_DMA_GLOBAL _SISCI_EXPANDE_CONSTANT_NAME(SCI_FLAG_DMA_GLOBAL)

Use gloabl adapter DMA

◆ SCI_FLAG_DMA_SYSDMA

#define SCI_FLAG_DMA_SYSDMA _SISCI_EXPANDE_CONSTANT_NAME(SCI_FLAG_DMA_SYSDMA)

Use system DMA

◆ SCI_Q_ADAPTER

#define SCI_Q_ADAPTER _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER)

Major command for adapter queries.

sci_query_adapter_t::subcommand should contain a SCI_Q_ADAPTER_* subcommand. See SCIQuery() for a list of subcommands.
sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::portNo is the link to query.
sci_query_adapter_t::data must point to where the result should be stored as specified by each individual subcommand.

See also: SCIQuery()

◆ SCI_Q_ADAPTER_CARD_TYPE

#define SCI_Q_ADAPTER_CARD_TYPE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_CARD_TYPE)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the number part of the adapter model. For example this query will return 0x830 if the adapter model is PXH830.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int where the model number is stored.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_CONFIGURED

#define SCI_Q_ADAPTER_CONFIGURED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_CONFIGURED)

Use this subcommand with the major command SCI_Q_ADAPTER to check if the specified local adapter is configured.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to non-zero if the adapter is configured.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_DMA_MTU

#define SCI_Q_ADAPTER_DMA_MTU _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_DMA_MTU)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the maximum tranfer unit (MTU) of the adapter DMA engine. This value limits the size parameter for the DMA transfer functions SCIStartDmaTransfer() and SCIStartDmaTransferMem(). It also limits the size that can be set in dis_dma_vec_t::size when using SCIStartDmaTransferVec().

To query for the MTU of the system DMA instead of the adapter DMA pass the flag SCI_FLAG_DMA_SYSDMA to SCIQuery().

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to the DMA MTU in bytes.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_CABLE_INSERTED

#define SCI_Q_ADAPTER_LINK_CABLE_INSERTED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_CABLE_INSERTED)

Use this subcommand with the major command SCI_Q_ADAPTER to query if the specified link on the given adapter has a cable inserted.

sci_query_adapter_t::portNo is the link to query.
sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to non-zero if a cable is present.

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_DOWNTIME

#define SCI_Q_ADAPTER_LINK_DOWNTIME _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_DOWNTIME)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the downtime in seconds of the given link.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::portNo is the link to check the downtime of.
sci_query_adapter_t::data must point to an unsigned int which is set to the downtime in seconds.

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_ENABLED

#define SCI_Q_ADAPTER_LINK_ENABLED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_ENABLED)

Use this subcommand with the major command SCI_Q_ADAPTER to query if the specified link is enabled.

sci_query_adapter_t::portNo is the link to query.
sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to non-zero if the link is enabled.

See also: SCIQuery(); The major command SCI_Q_ADAPTER; SCI_Q_ADAPTER_LINK_OPERATIONAL

◆ SCI_Q_ADAPTER_LINK_OPERATIONAL

#define SCI_Q_ADAPTER_LINK_OPERATIONAL _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_OPERATIONAL)

Use this subcommand with the major command SCI_Q_ADAPTER to query if the specified link is fully operational on the given adapter.

sci_query_adapter_t::portNo is the link to query.
sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to non-zero if the link is operational.

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO

#define SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the remote link for the link partner of the specified local link.

sci_query_adapter_t::portNo is the local link to query.
sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to the remote port (partner port number).

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_SPEED

#define SCI_Q_ADAPTER_LINK_SPEED _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_SPEED)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the current PCIe link speed.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::portNo is the link to check the speed of.
sci_query_adapter_t::data must point to an unsigned int which is set to the current link speed.

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_UPTIME

#define SCI_Q_ADAPTER_LINK_UPTIME _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_UPTIME)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the uptime in seconds of the given link.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::portNo is the link to check the uptime of.
sci_query_adapter_t::data must point to an unsigned int which is set to the uptime in seconds.

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_LINK_WIDTH

#define SCI_Q_ADAPTER_LINK_WIDTH _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_LINK_WIDTH)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the current PCIe link width.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::portNo is the link to check the width of.
sci_query_adapter_t::data must point to an unsigned int which is set to the current link width.

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_MCAST_MAX_GROUPS

#define SCI_Q_ADAPTER_MCAST_MAX_GROUPS _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_MCAST_MAX_GROUPS)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the number of available multicast groups.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to the number of enabled multicast groups.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_NODEID

#define SCI_Q_ADAPTER_NODEID _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_NODEID)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the node identifier (nodeId) assigned to the specified local adapter.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int where nodeId is stored.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_NUMBER_OF_LINKS

#define SCI_Q_ADAPTER_NUMBER_OF_LINKS _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_NUMBER_OF_LINKS)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the number of enabled links for a given local adapter.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int which is set to the number of enabled links.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_SERIAL_NUMBER

#define SCI_Q_ADAPTER_SERIAL_NUMBER _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_ADAPTER_SERIAL_NUMBER)

Use this subcommand with the major command SCI_Q_ADAPTER to retrive the serial number of the given adapter.

sci_query_adapter_t::localAdapterNo is the local adapter to query.
sci_query_adapter_t::data must point to an unsigned int where the serial number is stored.
sci_query_adapter_t::portNo (not used)

See also: SCIQuery(); The major command SCI_Q_ADAPTER

◆ SCI_Q_API

#define SCI_Q_API _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_API)

Get the API version string. This command requires a pointer to a structure of type sci_query_string_t. The string will be filled in by the query

◆ SCI_Q_DEVICE

#define SCI_Q_DEVICE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DEVICE)

Major command for SmartIO device queries. This query returns device information depending on the sub-command.

User passes a pointer to an allocated object of the sci_smartio_query_device_t struct to SCIQuery(). The result is returned in sci_smartio_query_device_t::data.

◆ SCI_Q_DEVICE_INFO

#define SCI_Q_DEVICE_INFO _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DEVICE_INFO)

Use this subcommand with the major command SCI_Q_DEVICE to retrive information about a SmartIO device.

sci_smartio_query_device_t::subcommand must be set to SCI_Q_DEVICE_INFO
sci_smartio_query_device_t::fdid is the device to query.
sci_smartio_query_device_t::data must point to a sci_smartio_device_info_t struct which will be filled with information about the device.

See also: SCIQuery(); The major command SCI_Q_DEVICE

◆ SCI_Q_DMA

#define SCI_Q_DMA _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DMA)

Major command for DMA queries. This query returns DMA information depending on the sub-command.

User passes a pointer to an allocated object of the sci_query_dma_t struct to SCIQuery(). The result is returned in sci_query_dma_t::data.

◆ SCI_Q_DMA_AVAILABLE

#define SCI_Q_DMA_AVAILABLE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DMA_AVAILABLE)

Use this subcommand with the major command SCI_Q_DMA to check if a DMA engine of the given type is avilable.

User should pass one of the following flags to SCIQuery():

sci_query_dma_t should be set to:

sci_query_dma_t::subcommand must be set to SCI_Q_DMA_AVAILABLE
sci_query_dma_t::localAdapterNo is the local adapter check for DMA on.
sci_query_dma_t::data must point to an unsigned int which is set to non-zero if DMA is available.

See also: SCIQuery(); The major command SCI_Q_DMA

◆ SCI_Q_DMA_CAPABILITIES

#define SCI_Q_DMA_CAPABILITIES _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_DMA_CAPABILITIES)

Use this subcommand with the major command SCI_Q_DMA to retrive the capabilities of the specified DMA mode.

User should pass one of the following flags to SCIQuery():

sci_query_dma_t should be set to:

sci_query_dma_t::subcommand must be set to SCI_Q_DMA_CAPABILITIES
sci_query_dma_t::localAdapterNo is the local adapter check for DMA on.
sci_query_dma_t::data must point to a sci_dma_capabilities_t which will contain the capabilities of the DMA channel.

See also: SCIQuery(); The major command SCI_Q_DMA

◆ SCI_Q_LOCAL_SEGMENT

#define SCI_Q_LOCAL_SEGMENT _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT)

Major command for local segment queries. This query returns information about a local segment depending on the subcommand.

User passes a pointer to an allocated object of the sci_query_local_segment_t struct to SCIQuery(). The result is returned in sci_query_local_segment_t::data.

◆ SCI_Q_LOCAL_SEGMENT_IOADDR

#define SCI_Q_LOCAL_SEGMENT_IOADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT_IOADDR)

Use this subcommand with the major command SCI_Q_LOCAL_SEGMENT to retrive the IO-address of the local segment.

sci_query_local_segment_t::subcommand must be set to SCI_Q_LOCAL_SEGMENT_IOADDR.
sci_query_local_segment_t::segment is the local segment to query.
sci_query_local_segment_t::ioaddr will be set to the ioaddress of the local segment.

See also: SCIQuery(); The major command SCI_Q_LOCAL_SEGMENT

◆ SCI_Q_LOCAL_SEGMENT_PHYS_ADDR

#define SCI_Q_LOCAL_SEGMENT_PHYS_ADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT_PHYS_ADDR)

Use this subcommand with the major command SCI_Q_LOCAL_SEGMENT to retrive the physical address of the specified local segment.

sci_query_local_segment_t::subcommand must be set to SCI_Q_LOCAL_SEGMENT_PHYS_ADDR.
sci_query_local_segment_t::segment is the local segment to query.
sci_query_local_segment_t::ioaddr will be set to the physical address of the local segment.

See also: SCIQuery(); The major command SCI_Q_LOCAL_SEGMENT

◆ SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR

#define SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR)

Use this subcommand with the major command SCI_Q_LOCAL_SEGMENT to retrive the kernel virtual address of the specified local segment.

sci_query_local_segment_t::subcommand must be set to SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR.
sci_query_local_segment_t::segment is the local segment to query.
sci_query_local_segment_t::ioaddr will be set to the kernel virtual address of the local segment.

See also: SCIQuery(); The major command SCI_Q_LOCAL_SEGMENT

◆ SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET

#define SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET)

Use this subcommand with the major command SCI_Q_MAP to check if the specified sci_map_t maps a segment on the local node. If the mapped segment is a local segment, this function returns true. If the mapped segment is a remote segment, this function returns true if the target segment exists on the local node.

sci_query_map_t::subcommand must be set to SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET
sci_query_map_t::map is the sci_map_t to query.
sci_query_map_t::data will be set to non-zero if the map points to a segment on this node.

See also: SCIQuery(); The major command SCI_Q_REMOTE_SEGMENT; SCICreateSegment(); SCIConnectSegment(); SCIMapRemoteSegment()

◆ SCI_Q_REMOTE_SEGMENT

#define SCI_Q_REMOTE_SEGMENT _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_REMOTE_SEGMENT)

Major command for remote segment queries. This query returns information about a remote segment depending on the subcommand.

User passes a pointer to an allocated object of the sci_query_remote_segment_t struct to SCIQuery(). The result is returned in sci_query_remote_segment_t::data.

◆ SCI_Q_REMOTE_SEGMENT_IOADDR

#define SCI_Q_REMOTE_SEGMENT_IOADDR _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_REMOTE_SEGMENT_IOADDR)

Use this subcommand with the major command SCI_Q_REMOTE_SEGMENT to retrive the local IO-address of the specified remote segment. The remote segment must be mapped with SCIMapRemoteSegment().

sci_query_remote_segment_t::subcommand must be set to SCI_Q_REMOTE_SEGMENT_IOADDR.
sci_query_remote_segment_t::segment is the remote segment to query.
sci_query_remote_segment_t::ioaddr will be set to the local IO-address of the remote segment.

See also: SCIQuery(); The major command SCI_Q_REMOTE_SEGMENT

◆ SCI_Q_SISCI_DRIVER_VERSION

#define SCI_Q_SISCI_DRIVER_VERSION _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_SISCI_DRIVER_VERSION)

Get the driver version string. This command requires a pointer to a structure of type sci_query_string_t. The string will be filled in by the query

◆ SCI_Q_SYSTEM

#define SCI_Q_SYSTEM _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_SYSTEM)

Major command for system queries. This query returns system information depending on the sub-command.

User passes a pointer to an allocated object of the sci_query_system_t struct to SCIQuery(). The result is returned in sci_query_system_t::data.

◆ SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE

#define SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE)

Use this subcommand with the major command SCI_Q_SYSTEM to retrive the CPU cache line size.

sci_query_system_t::subcommand must be set to SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE
sci_query_system_t::data must point to an unsigned int which is set to the cache line size in bytes.

See also: SCIQuery(); The major command SCI_Q_SYSTEM

◆ SCI_Q_VENDORID

#define SCI_Q_VENDORID _SISCI_EXPANDE_CONSTANT_NAME(SCI_Q_VENDORID)

Get the name of the API vendor. This command requires a pointer to a structure of type sci_query_string_t. The string will be filled in by the query

Function Documentation

◆ SCIAbortDMAQueue()

SISCI_API_EXPORT void SCIAbortDMAQueue	(	sci_dma_queue_t	dq,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIAbortDMAQueue() aborts a DMA transfer initiated with SCIStartDmaTransfer() or SCIStartDmaTransferVec(). Calling this function is really meaningful only if the queue is in the POSTED state. If the function is successful the final state is ABORTED (see sci_dma_queue_state_t). If the state is already ABORTED or if it is DONE or ERROR, the call is equivalent to a no-op. In all the other cases the call is illegal and the error is detected. There is a potential race condition if the call happens when the state is already changing from POSTED to either DONE or ERROR because the transfer has completed or an error has occurred. To check what happened the program should call SCIDMAQueueState().

Parameters

dq	handle to the DMA queue descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIAssignDMAChannel()

SISCI_API_EXPORT void SCIAssignDMAChannel	(	sci_dma_channel_t	channel,
		sci_dma_queue_t	dq,
		unsigned int	flags,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

Assigns a DMA channel (see SCIRequestDMAChannel()) to a DMA queue, signalling that subsequent transfers on the queue should use this channel.

Introduced in DIS release 5.16.0.

Parameters

channel	handle to a DMA channel descriptor
dq	handle to the DMA queue descriptor
flags	see below
error	error information

Flags:

No flags currently in use for this function

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIAttachLocalSegment()

SISCI_API_EXPORT void SCIAttachLocalSegment	(	sci_desc_t	sd,
		sci_local_segment_t *	segment,
		unsigned int	segmentId,
		size_t *	size,
		sci_cb_local_segment_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIAttachLocalSegment() permits an application to "attach" to an already existing local segment, implying that two or more application want share the same local segment. The prerequisite, is that the application which originally created the segment ("owner") has preformed a SCIShareSegment() in order to mark the segment "shareable". To detach from an attached segment use the SCIRemoveSegment() call.

Parameters

sd	handle to an open SISCI virtual device descriptor
segment	handle to the new local segment descriptor
segmentId	segment identifier
size	segment size; if SCI_FLAG_BROADCAST is specified, size represents the multicast group size
callback	callback function called when an asynchronous event affecting the local segment occurs
callbackArg	user-defined argument passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The callback function will be invoked for events on this segment.
SCI_FLAG_BROADCAST
This flag must be set to enable the use of multicast and use the reflected memory mechanism. The segment must be created with the function SCICreateSegment() and with the SCI_FLAG_BROADCAST flag specified. This flag is only available for configurations supporting multicast.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ACCESS
No such shared segment
SCI_ERR_NO_SUCH_SEGMENT
No such segment
SCI_ERR_SYSTEM
The callback thread could not be created.

Note

There are no difference in "ownership" of the shared segment between the original creator and the attached applications. If the original creator performs a remove segment with other applications attached to the segment, this becomes equal to a "detach". On global level, the segment wont be removed until all attached processes as well as the original creator has performed SCIRemoveSegment().

◆ SCIAttachPhysicalMemory()

SISCI_API_EXPORT void SCIAttachPhysicalMemory	(	sci_ioaddr_t	ioaddress,
		void *	address,
		unsigned int	busNo,
		size_t	size,
		sci_local_segment_t	segment,
		unsigned int	flags,
		sci_error_t *	error
	)

SISCI Privileged function SCIAttachPhysicalMemory() enables usage of physical devices and memory regions where the Physical PCI/PCIe bus address ( and mapped CPU address ) are already known. The function will register the physical memory as a SISCI segment which can be connected and mapped as a regular SISCI segment.

Requirements: SCICreateSegment() with flag SCI_FLAG_EMPTY must have been called in advance

Parameters

ioaddress	this is the address on the PCI bus that a PCI bus master has to use to write to the specified memory
address	this is the (mapped) virtual address that the application has to use to access the device. This means that the device has to be mapped in advance by the devices own driver. If the device is not to be accessed by the local CPU, the address pointer should be set to NULL.
busNo	bus number where the device is located. Only required for SPARC system. Should be set to 0 for all other systems
size	size of the memory regions
segment	buffer
flags	see below
error	error information

Flags:

SCI_FLAG_CUDA_BUFFER
Support CUDA managed GPU buffer - NVIDIA
SCI_FLAG_SCIF_BUFFER
Support SCIF buffer - INTEL

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIBorrowDevice()

SISCI_API_EXPORT void SCIBorrowDevice	(	sci_desc_t	sd,
		sci_smartio_device_t *	device,
		unsigned long long	fdid,
		unsigned int	flags,
		sci_error_t *	error
	)

Borrows a SmartIO device. By default, multiple programs can access the device simultaneously. It's the users responsibility to synchronize access between multiple users.

When done, the device must be returned by using SCIReturnDevice()

Introduced in DIS release 5.5.0.

Parameters

sd	handle to an open SISCI virtual device descriptor
device	handle to the new borrowed device descriptor
fdid	fabric device identifier of the device to be borrowed
flags	see below
error	error information

Flags:

SCI_FLAG_EXCLUSIVE
Request exclusive access to the device, preventing others from borrowing the device. Can be denied by system configuration.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_NOT_IMPLEMENTED
SmartIO not supported on this system or installed driver.
SCI_ERR_NOT_AVAILABLE
Device is not currently available
SCI_ERR_NO_SUCH_FDID
No device with the given fdid exists

◆ SCICacheSync()

SISCI_API_EXPORT void SCICacheSync	(	sci_map_t	map,
		void *	addr,
		size_t	length,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICacheSync() is used to control the CPU cache. This function is only needed on platforms where the hardware does NOT provide a coherent IO (cache) system. This function is currently only needed for the Tegra K1 and X1. Users of all other platforms can ignore this function.

Platforms without IO cache coherency requires special care when IO devices and the CPU is operating on the same region in memory. This applies to local segments that are exported or used for DMA.

On cache incoherent platforms, writes by the CPU to local segments may not be visible by remote nodes and DMA until the CPU cache is flushed. To avoid remote nodes seeing stale data, programs may call SCICacheSync with the SCI_FLAG_CACHE_FLUSH flag. In the reverse direction, the CPU may not see changes by a remote node, or DMA engine until the CPU has invalidated its CPU cache. Programs may invalidate the CPU cache by calling SCICacheSync with the SCI_FLAG_CACHE_INVALIDATE flag.

The function will always sync at least the range specified, but may operate on bytes preceding and following if the address and/or length is not aligned to the CPU cache line size.

The function is available and can be called on all platforms but will immediately return with no side effects unless used on a system where the CPU cache must be managed.

Parameters

map	The local map handle.
addr	The virtual address pointing to the first byte to be synced. This address will be aligned down to the nearest CPU cache line.
length	The number of bytes to be synced. Will be rounded up to the CPU cache line size.
flags	Controls the cache operation. Both FLUSH and INVALIDATE may be given at the same time as a logical OR of the flags. In this case the range will first be flushed and then invalidated. Some platforms may not support all combinations.
error	Error information.

Flags:

SCI_FLAG_CACHE_FLUSH
Flush any dirty cache lines in the range specified from the CPU cache all the way to main memory, overwriting the range in main memory.
SCI_FLAG_CACHE_INVALIDATE
Invalidate all cache lines specified from the CPU cache discarding any changes by the CPU not flushed to main memory.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_ADDRESS
Illegal address.
SCI_ERR_ILLEGAL_PARAMETER
Map is not valid.
SCI_ERR_NOT_SUPPORTED
The flags specifies an unsupported combination (for this platform).
SCI_ERR_ILLEGAL_OPERATION
Invalid flags.
SCI_ERR_OUT_OF_RANGE
Range specified is outside the local segment.

◆ SCICheckSequence()

SISCI_API_EXPORT sci_sequence_status_t SCICheckSequence	(	sci_sequence_t	sequence,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICheckSequence() checks if any error has occurred in a data transfer controlled by a sequence since the last check. The previous check can have been done by calling either SCIStartSequence(), that also initiates the sequence, or SCICheckSequence() itself. SCICheckSequence() can be invoked several times in a row without calling SCIStartSequence(), as far as it does not fail, returning SCI_SEQ_OK (i.e. there were no transmission errors in the sequence). If the return value is SCI_SEQ_RETRIABLE the operation can be immediately retried. A return value SCI_SEQ_NOT_RETRIABLE means that there have been a fatal error, probably also notified via callbacks to the corresponding mapped segment; it is not legal to execute other read or write operations on the segment until a call to SCIStartSequence() does not fail. As well, if the return value is SCI_SEQ_PENDING it is not legal to perform read or write operations on the segment until a call to SCIStartSequence() does not fail. The default behaviour of SCICheckSequence() is to flush any write buffers and to wait for all the outstanding write requests to be completed. To prevent this actions the caller has to use specific flags.

Parameters

sequence	handle to a sequence descriptor
flags	see below
error	error information

Flags:

SCI_FLAG_NO_FLUSH
Do not flush the write buffers
SCI_FLAG_NO_STORE_BARRIER
Do not wait for outstanding write requests

Returns

The function returns the status of the sequence.

Error codes:

SCI_ERR_OK
Successful completion.
No specific error values for this function.

◆ SCIClose()

SISCI_API_EXPORT void SCIClose	(	sci_desc_t	sd,
		unsigned int	flags,
		sci_error_t *	error
	)

Closes an open SISCI virtual device.

SCIClose() closes an open SISCI virtual device, destroying its descriptor. After this call the handle to the descriptor becomes invalid and should not be used. SCIClose does not deallocate possible resources that are still in use, rather it fails if some of them exist.

Parameters

sd	handle to an open SISCI virtual device descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion
SCI_ERR_BUSY
Some resources depending on this virtual device are still in use

◆ SCIConnectDataInterrupt()

SISCI_API_EXPORT void SCIConnectDataInterrupt	(	sci_desc_t	sd,
		sci_remote_data_interrupt_t *	interrupt,
		unsigned int	nodeId,
		unsigned int	localAdapterNo,
		unsigned int	interruptNo,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIConnectDataInterrupt() connects the caller to a data interrupt resource available on a remote node (see SCICreateDataInterrupt()). The function creates and initializes a descriptor for the connected data interrupt.

Parameters

sd	handle to an open SISCI virtual device descriptor
interrupt	handle to a new remote date interrupt descriptor
nodeId	identifier of the remote node where the interrupt has been created
localAdapterNo	number of the local adapter used for the connection
interruptNo	number assigned to the interrupt
timeout	time in milliseconds to wait before giving up. Not implemented, should always be set to SCI_INFINITE_TIMEOUT
flags	see below
error	error information

Flags:

SCI_FLAG_BROADCAST
The data interrupt will be forwarded to all nodes.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NO_SUCH_INTNO
No such interrupt number.
SCI_ERR_CONNECTION_REFUSED
Connection attempt refused by remote node.
SCI_ERR_TIMEOUT
The function timed out after specified timeout value.

◆ SCIConnectDeviceSegment()

SISCI_API_EXPORT void SCIConnectDeviceSegment	(	sci_smartio_device_t	device,
		sci_remote_segment_t *	segment,
		unsigned int	segmentId,
		unsigned int	segmentType,
		sci_cb_device_segment_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

Connects an application to a device memory segment. There are three different types of device memory segments that can be connected to: BAR, private and shared. The type is specified with the type parameter. This function will connect to such segments for a borrowed device (See SCIBorrowDevice()). These segments must be connected to with this function, but are otherwise identical other remote segments. The behaviour of this function is identical to SCIConnectSegment() with the exception of the function parameters and any notes, flags or error codes documented here.

Notes:

Device memory segments must be disconnected (see SCIDisconnectSegment()) before the associated device is returned (see SCIReturnDevice()). Otherwise the state of the segment is undefined after returning the device.
NOTE: Callbacks are currently not supported, but will be in the future.
Path to the device memory segment (local adapter and node identifier) is chosen automatically.

Introduced in DIS release 5.5.0.

Parameters

device	handle to the device that the segment is associated with
segment	handle to the new connected segment descriptor
segmentId	number of the segment of the given type that should be connected to
segmentType	segment memory type (see below)
callback	function called when an asynchronous event affecting the segment occurs
callbackArg	user-defined parameter passed to the callback function
flags	See flags below and flags for SCIConnectSegment()
error	See below and error codes for SCIConnectSegment()

Memory type:

SCI_MEMTYPE_SHARED
Connect to a shared segment that different callers and the device can access.
SCI_MEMTYPE_PRIVATE
Connect to a private segment that only the local application can access.
SCI_MEMTYPE_BAR
Connects to the device's BAR segment given by the segmentId parameter.

Flags:

SCI_FLAG_USE_CALLBACK
The specified callback is active

Error codes:

SCI_ERR_OK
Successful completion

◆ SCIConnectDeviceSegmentPath()

SISCI_API_EXPORT void SCIConnectDeviceSegmentPath	(	sci_smartio_device_t	device,
		sci_remote_segment_t *	segment,
		unsigned int	nodeId,
		unsigned int	segmentId,
		unsigned int	segmentType,
		unsigned int	localAdapterNo,
		sci_cb_device_segment_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

This function is identical to SCIConnectDeviceSegment(), except the path (local adapter and node ID) is specified manually.

Notes:

Device memory segments must be disconnected (see SCIDisconnectSegment()) before the associated device is returned (see SCIReturnDevice()). Otherwise the state of the segment is undefined after returning the device.
A remote segment callback reason SCI_CB_DISCONNECT for a device segment signals that the segment has been disconnected and any mapping to it is invalid.
NOTE: Callbacks are currently not supported, but will be in the future.

Introduced in DIS release 5.5.0.

Parameters

device	handle to the device that the segment is associated with
segment	handle to the new connected segment descriptor
nodeId	identifier of the node where the segment is allocated
segmentId	number of the segment of the given type that should be connected to
segmentType	segment memory type (see below)
localAdapterNo	number of the local adapter through which the device segment can be reached
callback	function called when an asynchronous event affecting the segment occurs.
callbackArg	user-defined parameter passed to the callback function
flags	See flags below and flags for SCIConnectSegment()
error	See below and error codes for SCIConnectSegment()

Memory type:

SCI_MEMTYPE_SHARED
Connect to a shared segment that different callers and the device can access.
SCI_MEMTYPE_PRIVATE
Connect to a private segment that only the local application can access.
SCI_MEMTYPE_BAR
Connects to the device's BAR segment given by the segmentId parameter.

Flags:

SCI_FLAG_USE_CALLBACK
The specified callback is active

Error codes:

SCI_ERR_OK
Successful completion

◆ SCIConnectInterrupt()

SISCI_API_EXPORT void SCIConnectInterrupt	(	sci_desc_t	sd,
		sci_remote_interrupt_t *	interrupt,
		unsigned int	nodeId,
		unsigned int	localAdapterNo,
		unsigned int	interruptNo,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIConnectInterrupt() connects the caller to an interrupt resource available on a remote node (see SCICreateInterrupt()). The function creates and initializes a descriptor for the connected interrupt.

Parameters

sd	handle to an open SISCI virtual device descriptor
interrupt	handle to a new remote interrupt descriptor
nodeId	identifier of the remote node where the interrupt has been created
localAdapterNo	number of the local adapter used for the connection
interruptNo	number assigned to the interrupt
timeout	time in milliseconds to wait before giving up. Not implemented, should always be se to SCI_INFINITE_TIMEOUT
flags	see below
error	error information

Flags:

SCI_FLAG_COUNTING_INT
This flag will enable counting interrupts. This means that the number of trigged interrupts is equal to the number of received interrupts. if SCI_FLAG_COUNTING_INT is not used, the interface guarantees that there always will be an remote interrupt generated after the first and after the last trigger. If interrupts is triggered faster than the remote interrupt handler can handle, interrupts may be lost.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NO_SUCH_INTNO
No such interrupt number.
SCI_ERR_CONNECTION_REFUSED
Connection attempt refused by remote node.
SCI_ERR_TIMEOUT
The function timed out after specified timeout value.

◆ SCIConnectSegment()

SISCI_API_EXPORT void SCIConnectSegment	(	sci_desc_t	sd,
		sci_remote_segment_t *	segment,
		unsigned int	nodeId,
		unsigned int	segmentId,
		unsigned int	localAdapterNo,
		sci_cb_remote_segment_t	callback,
		void *	callbackArg,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

Connects an application to a memory segment. SCIConnectSegment() connects an application to a memory segment made available on a local or remote node (see SCISetSegmentAvailable()) and creates and initializes a descriptor for the connected segment. A call to this function enters the state diagram for a remote segment shown in Figure State diagram for remote segments. If a timeout different from SCI_INFINITE_TIMEOUT is passed to the function, the attempt to connect will stop after the specified number of milliseconds. Implementation notice: Dolphin has not implemented support for setting a timeout different from SCI_INFINITE_TIMEOUT.

The connection operation is by default synchronous: the function returns only when the operation has completed; a failure exits the state diagram and gives back a handle that is not valid and that should not be used.

If the flag SCI_FLAG_ASYNCHRONOUS_CONNECT is specified the connection is instead asynchronous: the function returns immediately with a valid handle. In case of failure, the descriptor has to be explicitly destroyed calling SCIDisconnectSegment(). Implementation notice: The SCI_FLAG_ASYNCHRONOUS_CONNECT is not implemented by Dolphin.

A callback function can be specified to be invoked when an event concerning the segment happens; the intention to use the callback has to be explicitly declared with the flag SCI_FLAG_USE_CALLBACK. Alternatively, interesting events can be caught using the function SCIWaitForRemoteSegmentEvent.

Once a memory segment has been connected, it can either be mapped in the address space of the program, see SCIMapRemoteSegment() or be used directly for DMA transfers, (see SCIEnqueueDMATransfer()). A successful connection also generates an SCI_CB_CONNECT event directed to the application that created the segment (see SCICreateSegment() and sci_cb_local_segment_t).

Parameters

sd	handle to an open SISCI virtual device descriptor
segment	handle to the new connected segment descriptor
nodeId	identifier of the node where the segment is allocated
segmentId	identifier of the segment to connect
localAdapterNo	number of the local adapter used for the connection
callback	function called when an asynchronous event affecting the segment occurs
callbackArg	user-defined parameter passed to the callback function
timeout	time in milliseconds to wait for the connection to complete. Currently not implemented, parameter should always be set to SCI_INFINITE_TIMEOUT
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The specified callback is active
SCI_FLAG_ASYNCHRONOUS_CONNECT
The connection is asynchronous. Not implemented.
SCI_FLAG_BROADCAST
This flag must be set to enable the use of multicast and use the reflected memory mechanism. This function connects to all available remote broadcast segments with the same segmentId. The remote segments must be created with the function SCICreateSegment() and with the SCI_FLAG_BROADCAST flag specified. SCICreateSegment(..,SCI_FLAG_BROADCAST). This flag is only available for configurations supporting multicast.

Error codes:

SCI_ERR_OK
Successful completion
SCI_ERR_NO_SUCH_SEGMENT
The remote segment to connect could not be found
SCI_ERR_CONNECTION_REFUSED
The connection attempt has been refused by the remote node
SCI_ERR_TIMEOUT
The function timed out
SCI_ERR_NO_LINK_ACCESS
It was not possible to communicate via the local adapter
SCI_ERR_NO_REMOTE_LINK_ACCESS
Not possible to communicate via a remote switch port
SCI_ERR_SYSTEM
The callback thread could not be created

◆ SCICreateDataInterrupt()

SISCI_API_EXPORT void SCICreateDataInterrupt	(	sci_desc_t	sd,
		sci_local_data_interrupt_t *	interrupt,
		unsigned int	localAdapterNo,
		unsigned int *	interruptNo,
		sci_cb_data_interrupt_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICreateDataInterrupt() creates a data interrupt resource and makes it available to remote nodes and initializes a descriptor for the interrupt. A data interrupt is associated by the driver with a unique number. If the flag SCI_FLAG_FIXED_INTNO is specified, the function tries to use the number passed by the caller.

Parameters

sd	handle to an open SISCI virtual device descriptor
interrupt	handle to the new data interrupt descriptor
localAdapterNo	number of the local adapter used to make the data interrupt
interruptNo	number assigned to the data interrupt
callback	function called when the data interrupt is triggered
callbackArg	user-defined parameter passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The specified callback is active
SCI_FLAG_FIXED_INTNO
The interrupt number is specified by the caller

SCI_FLAG_SHARED_INT
Error codes:

- SCI_ERR_OK \n
  Successful completion. 

- SCI_ERR_INTNO_USED \n
  This interrupt number is already used.

- SCI_ERR_SYSTEM \n
  The callback thread could not be created.

◆ SCICreateDeviceSegment()

SISCI_API_EXPORT void SCICreateDeviceSegment	(	sci_smartio_device_t	device,
		unsigned int	segmentId,
		size_t	size,
		unsigned int	type,
		unsigned int	accessHints,
		unsigned int	flags,
		sci_error_t *	error
	)

Creates a memory segment and associates it with a device. There are only two possible types of device memory segments: private and shared. The type is specified with the type parameter. Shared segments are available to all nodes, while private segments are only available to the local application.

This function will create such segments for a borrowed device (see SCIBorrowDevice()). Segments must be connected to using SCIConnectDeviceSegment() afterwards in order to obtain a segment handle, but are otherwise identical other remote segments.

The location of device memory segments will be determined through access pattern hint indicators, which can be used in different combinations. More specific indications will aid the implementation in choosing the most appropriate segment location. See below for a full description.

Notes:

Private device memory segments are destroyed when the associated device is returned by the local application (see SCIReturnDevice()).
Shared segments, once created, will continue to exist until the device is returned by all applications on all nodes. The number of shared segments is therefore limited.
The implementation will choose the most appropriate location for the segment based on access pattern hints.
The caller must specify at least one access pattern hint unless either SCI_FLAG_DEVICE_SIDE_ONLY or SCI_FLAG_LOCAL_ONLY is specified.
Device side allocation may fail if SCI_FLAG_DEVICE_SIDE_ONLY is specified.
Device memory segments must be explicitly mapped for the device using SCIMapRemoteSegmentForDevice(). Such segments must be created using access hints indicating device access, otherwise the behavior is undefined.
Device memory segments must be mapped for the local host using SCIMapRemoteSegment(). Such segments must be created using access hints indicating host access, otherwise the behavior is undefined.

Introduced in DIS release 5.11.0.

Parameters

device	handle to the device that the segment is to be associated with
segmentId	identifier of the segment to create and connect to
size	segment size
type	segment memory type (see below)
accessHints	indicate access pattern (see below)
flags	see flags below and flags for SCIConnectSegment()
error	see below and error codes for SCIConnectSegment()

Memory types:

SCI_MEMTYPE_SHARED
Create a shared segment that multiple hosts and the device can access. The segment will continue to exist for the life-time of the device.
SCI_MEMTYPE_PRIVATE
The segment will be private meaning it is only visible to the local application and device. The segment identifier will be considered private to the local application.

Memory access pattern indicators:

SCI_MEMACCESS_DEVICE_READ
Device will read from device memory segment.
SCI_MEMACCESS_DEVICE_WRITE
Device will write to device memory segment.
SCI_MEMACCESS_HOST_READ
The local host will read from device memory segment.
SCI_MEMACCESS_HOST_WRITE
The local host will write to device memory segment.
SCI_MEMACCESS_MULTIHOST_READ
Multiple hosts will read from the device memory segment. Can not be used for private segments.
SCI_MEMACCESS_MULTIHOST_WRITE
Multiple hosts will write to device memory segment. Can not be used for private segments.

Flags:

SCI_FLAG_DEVICE_SIDE_ONLY
Only allow allocation close to the device. Can not be used with SCI_FLAG_LOCAL_ONLY.
SCI_FLAG_LOCAL_ONLY
Only allow allocation on the local node. Can not be used with SCI_FLAG_DEVICE_SIDE_ONLY.
SCI_FLAG_DEVICE_PREFER_BANDWIDTH
Optimize for larger data transfers (bandwidth) between device and segment.
SCI_FLAG_HOST_PREFER_BANDWIDTH
Optimize for larger data transfers (bandwidth) between local host and segment.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOSPC
Could not create segment.
SCI_ERR_SEGMENTID_USED
The segment with this segmentId is already used.
SCI_ERR_NOT_AVAILABLE
Combination of access pattern hints and flags is not available.
SCI_ERR_ILLEGAL_OPERATION
Operation is not supported for the specified segment type.

◆ SCICreateDMAQueue()

SISCI_API_EXPORT void SCICreateDMAQueue	(	sci_desc_t	sd,
		sci_dma_queue_t *	dq,
		unsigned int	localAdapterNo,
		unsigned int	maxEntries,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICreateDMAQueue() allocates resources for a queue of DMA transfers and creates and initializes a descriptor for the new queue. After the creation the state of the queue is IDLE (see sci_dma_queue_state_t). All the segments involved in the transfers included in the same DMA queue must use the same adapter, which is specified as a parameter in this function. If a handle to an existing queue is passed to this function it is overwritten with the handle to a new queue. The old queue is not affected but it may not be accessible any more.

Parameters

sd	handle to an open SISCI virtual device descriptor
dq	handle to the new DMA queue descriptor
localAdapterNo	number of the adapter whose DMA engine will be used for the transfers
maxEntries	maximum number of entries allowed in the DMA queue
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCICreateInterrupt()

SISCI_API_EXPORT void SCICreateInterrupt	(	sci_desc_t	sd,
		sci_local_interrupt_t *	interrupt,
		unsigned int	localAdapterNo,
		unsigned int *	interruptNo,
		sci_cb_interrupt_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICreateInterrupt() creates an interrupt resource and makes it available to remote nodes and initializes a descriptor for the interrupt. An interrupt is associated by the driver with a unique number.

There is normally not a one to one relation between triggered and received interrupts. Several interrupts may be collapsed into one remote interrupt if interrupts are sent faster than the remote system can handle. The SISCI driver will ensure that at least one interrupt event is seen by the remote system, i.e. the callback will be invoked or SCIWaitForInterrupt() will wake up at least once, respectively.

If the flag SCI_FLAG_FIXED_INTNO is specified, the function tries to use the number passed by the caller.

Parameters

sd	handle to an open SISCI virtual device descriptor
interrupt	handle to the new interrupt descriptor
localAdapterNo	number of the local adapter used to make the interrupt
interruptNo	number assigned to the interrupt
callback	function called when the interrupt is triggered
callbackArg	user-defined parameter passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The specified callback is active
SCI_FLAG_FIXED_INTNO
The interrupt number is specified by the caller
SCI_FLAG_SHARED_INT
The interrupt can be shared by several, everybody will receive the interrupt notification.
SCI_FLAG_COUNTING_INT
This flag will enable counting interrupts. This means that the number of trigged interrupts is equal to the number of received interrupts. Interrupts are costly, it is recommended to not use this flag, but use a shared memory location to count the number of invocations.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_INTNO_USED
This interrupt number is already used
SCI_ERR_SYSTEM
The callback thread could not be created

◆ SCICreateMapSequence()

SISCI_API_EXPORT void SCICreateMapSequence	(	sci_map_t	map,
		sci_sequence_t *	sequence,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICreateMapSequence() creates and initializes a new sequence descriptor that can be used to check for errors occurring in a transfer of data from or to a mapped segment.

Parameters

map	handle to a valid mapped segment descriptor
sequence	handle to the new sequence descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCICreateSegment()

SISCI_API_EXPORT void SCICreateSegment	(	sci_desc_t	sd,
		sci_local_segment_t *	segment,
		unsigned int	segmentId,
		size_t	size,
		sci_cb_local_segment_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCICreateSegment() allocates a memory segment and creates and initializes a descriptor for a local segment. A host-wide unique identifier is associated to the new segment. This function causes a local segment to enter its state diagram, shown in Figure Local segment state diagram.

A callback function can be specified to be invoked when an event concerning the segment happens (see sci_segment_cb_reason_t); the intention to use the callback has to be explicitly declared with the flag SCI_FLAG_USE_CALLBACK. Alternatively, interesting events can be caught using the function SCIWaitForLocalSegmentEvent().

If the flag SCI_FLAG_EMPTY is specified, no memory is allocated for the segment and only the descriptor is initialized. Using the flag SCI_FLAG_PRIVATE declares that the segment will never be made available for external connections (see SCISetSegmentAvailable()); in this case the specified segment identifier is meaningless, avoiding the internal check for its uniqueness. These two flags are useful to transform a user-allocated piece of memory (e.g. via malloc) into a mapped segment. An empty and private segment is first created and then associated to the user-allocated memory (see SCIRegisterSegmentMemory()); the segment can then be transformed in a mapped segment (see SCIMapLocalSegment()) and possibly prepared for a DMA transfer (see SCIPrepareSegment()).

SCICreateSegment() will fail with the error code SCI_ERR_NOSPC if the driver / system did not manage to allocate the required amount of memory. Please consult the eXpressWare installation guide, section "Managing PCIe and eXpressWare Resources" for additional information on how to tune resources.

Parameters

sd	handle to an open SISCI virtual device descriptor
segment	handle to the new local segment descriptor
segmentId	segment identifier
size	segment size; if SCI_FLAG_EMPTY is specified, size means the maximum size of the memory area that can be associated with this local segment
callback	callback function called when an asynchronous event affecting the local segment occurs
callbackArg	user-defined argument passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The callback function will be invoked for events on this segment.
SCI_FLAG_EMPTY
No memory will be allocated for the segment.
SCI_FLAG_PRIVATE
The segment will be private meaning it will never be any connections to it.
SCI_FLAG_DMA_GLOBAL
Setting this flag creates a segment that can only be used for global DMA. It cannot be mapped for PIO access or mapped DMA access.
SCI_FLAG_BROADCAST
This flag must be set to enable use of the multicast and the reflected memory mechanism. Creates a segment for multicast/reflected memory capabilities. All segments in a broadcast group must have the same segmentId. This flag is only available for configurations supporting multicast.
SCI_FLAG_ALLOW_UNICAST
This flag may be used in conjunction with SCI_FLAG_BROADCAST in order to allow regular unicast connections to this local segment. For Dolphin PCI Express PX this flag can only be used with group 0, no other regular multicast segment can be used simultaneously. Segments allocated with this flag are allocated from the general segment memory pool and so compete with regular segments.
SCI_FLAG_AUTO_ID
Setting this flag specifies that the implementation should automatically assign an available segment identifier in the range [segmentId, segmentId+128]. After the segment has been created, the assigned segment identifier can be retrieved using SCIGetLocalSegmentId().

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOSPC
Not able to allocate local memory resources. More details above.
SCI_ERR_SEGMENTID_USED
The segment with this segmentId is already used.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_SYSTEM
The callback thread could not be created.

◆ SCIDisconnectDataInterrupt()

SISCI_API_EXPORT void SCIDisconnectDataInterrupt	(	sci_remote_data_interrupt_t	interrupt,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIDisconnectDataInterrupt() disconnects an application from a remote data interrupt resource and deallocates the corresponding descriptor. After this call the handle to the descriptor becomes invalid and should not be used.

Parameters

interrupt	handle to the remote data interrupt descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIDisconnectInterrupt()

SISCI_API_EXPORT void SCIDisconnectInterrupt	(	sci_remote_interrupt_t	interrupt,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIDisconnectInterrupt() disconnects an application from a remote interrupt resource and deallocates the corresponding descriptor. After this call the handle to the descriptor becomes invalid and should not be used.

Parameters

interrupt	handle to the remote interrupt descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIDisconnectSegment()

SISCI_API_EXPORT void SCIDisconnectSegment	(	sci_remote_segment_t	segment,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIDisconnectSegment() disconnects from the give mapped shared memory segment. SCIDisconnectSegment() disconnects from a remote segment connected by calling SCIConnectSegment() and deallocates the corresponding descriptor. After this call the handle to the descriptor becomes invalid and should not be used.

If the segment was connected using SCIConnectSegment() the execution of SCIDisconnectSegment also generates an SCI_CB_DISCONNECT event directed to the application that created the segment (see SCICreateSegment() and sci_cb_local_segment_t).

Parameters

segment	handle to the connected segment descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion
SCI_ERR_BUSY
The segment is currently mapped or in use

◆ SCIDMAQueueState()

SISCI_API_EXPORT sci_dma_queue_state_t SCIDMAQueueState ( sci_dma_queue_t dq )

SCIDMAQueueState() returns the state of a DMA queue (see sci_dma_queue_state_t). The call does not affect the state of the queue

Parameters

dq	handle to the DMA queue descriptor

Returns

The function returns the state of the DMA queue.

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIFlush()

SISCI_API_EXPORT void SCIFlush	(	sci_sequence_t	sequence,
		unsigned int	flags
	)

SCIFlush() flushes the CPU write combining buffers of the local system. This function will make sure all data previously written to a remote segment, that may be residing in a local CPU cache etc, will be flushed out of the local system. The data may still be on its way through the interconnect when the function returns.

SCICheckSequence() should be used if the application wants to verify data has reached the destination memory.

Parameters

sequence	handle to the sequence descriptor
flags	see below

Flags:

SCI_FLAG_FLUSH_CPU_BUFFERS_ONLY
Do not flush Dolphin SCI Write combining buffers. The flag is supported on all architectures but ignored for all except SCI.

Error codes:

No error information provided by this function.

◆ SCIGetDeviceList()

SISCI_API_EXPORT size_t SCIGetDeviceList	(	sci_desc_t	sd,
		unsigned long long *	fdids,
		size_t	length,
		const sci_smartio_device_info_t *	filter,
		unsigned int	flags,
		sci_error_t *	error
	)

Retrieve a list of fabric device identifiers of SmartIO devices discovered by the local node.

The user can also specify devices of interest by supplying device information struct specifying fields that must be matched. The filter argument may be NULL, in which case all discovered devices will be returned.

Examples of fields to filter on: pci_vendor_id, pci_device_id, pci_class_id, pci_serial_number, ...

Introduced in DIS release 5.11.0

Notes:

The list of fabric device identifiers is not guaranteed any particular ordering.
The actual number of devices discovered matching the filter may exceed the available entries in the fabric device identifier array. In this case, error will be set to SCI_ERR_MAX_ENTRIES.
Fields in the filter specification that are set to 0 will be ignored. The filter specification argument may be NULL.
Adapter and node identifier is ignored unless SCI_FLAG_SPECIFY_PATH is set.

Parameters

sd	handle to an open SISCI virtual device descriptor
fdids	pointer to an array of fabric device identifiers, at least length long
length	the length of the fdids array
filter	used to filter devices of interest (can be NULL)
flags	see below
error	error information

Returns

The function returns the number of entries in the fabric device identifier list for devices matching the filter.

Flags:

SCI_FLAG_SPECIFY_PATH
Filter on adapter and node id.
SCI_FLAG_SPECIFY_SLOT
Filter on physical slot.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation.
SCI_ERR_MAX_ENTRIES
The number of devices matching the filter exceeds the number of available entries.

◆ SCIGetDMAChannelType()

SISCI_API_EXPORT sci_dma_type_t SCIGetDMAChannelType ( sci_dma_channel_t channel )

SCIGetDMAChannelType() returns the type of a DMA channel requested through SCIRequestDMAChannel().

Parameters

channel valid handle to a DMA channel

Returns

The function returns the type of the channel

◆ SCIGetErrorString()

SISCI_API_EXPORT const char* SCIGetErrorString ( sci_error_t error )

Get error description from a SISCI error code.

SCIGetErrorString() was introduced in DIS release 5.5.0

Parameters

error SISCI error code

Returns

The function returns a string describing the error.

◆ SCIGetFabricDeviceId()

SISCI_API_EXPORT unsigned long long SCIGetFabricDeviceId ( sci_smartio_device_t device )

Get fabric device identifier of SmartIO device.

Introduced in DIS release 5.11.0

Parameters

device device handle descriptor

Returns

The fabric device identifier.

◆ SCIGetLocalNodeId()

SISCI_API_EXPORT void SCIGetLocalNodeId	(	unsigned int	adapterNo,
		unsigned int *	nodeId,
		unsigned int	flags,
		sci_error_t *	error
	)

Get local node id.

Parameters

adapterNo	number of the local adapter to get node id
nodeId	identifier of the local node
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIGetLocalSegmentId()

SISCI_API_EXPORT unsigned int SCIGetLocalSegmentId ( sci_local_segment_t segment )

Retrieve the segment identifier of a local segment created with SCICreateSegment().

Parameters

segment handle to the local segment descriptor

Returns

The function returns the segment identifier

◆ SCIGetLocalSegmentSize()

SISCI_API_EXPORT size_t SCIGetLocalSegmentSize ( sci_local_segment_t segment )

SCIGetLocalSegmentSize() returns the size in bytes of a local segment after it has been created with SCICreateSegment().

Parameters

segment handle to the local segment descriptor

Returns

The function returns the size in bytes of the local segment.

◆ SCIGetMapPhysAddr()

SISCI_API_EXPORT sci_ioaddr_t SCIGetMapPhysAddr ( sci_map_t map )

Retrieve the local physical address of the mapped segment. If the segment is local, this is the physical address of the segment. If the segment is remote, this address is the physical address that maps over the local adapter.

Introduced in DIS release 5.16.0

Parameters

map	handle to the mapped segment descriptor

Returns

Local physical address used to reach the segment, or 0 on error.

◆ SCIGetMapPointer()

SISCI_API_EXPORT volatile void* SCIGetMapPointer ( sci_map_t map )

Retrieve a memory pointer of a previously mapped segment. This is the same pointer as returned by the original call to SCIMapLocalSegment() or SCIMapRemoteSegment().

Introduced in DIS release 5.16.0

Parameters

map	handle to the mapped segment descriptor

Returns

The function returns a pointer to the beginning of the mapped area.

◆ SCIGetNodeIdByAdapterName()

SISCI_API_EXPORT void SCIGetNodeIdByAdapterName	(	char *	adaptername,
		dis_nodeId_list_t *	nodeId,
		dis_adapter_type_t *	type,
		unsigned int	flags,
		sci_error_t *	error
	)

The function SCIGetNodeIByAdapterName() provides an interface to query the nodeId and adapter type for an adapter in the cluster specified by its name. The local dishosts.conf file specifies the adapter name to nodeId map.

Parameters

adaptername	name of the adapter to query node id
nodeId	nodeId associated with the specified adapter name
type	adapter type
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIGetNodeInfoByAdapterName()

SISCI_API_EXPORT void SCIGetNodeInfoByAdapterName	(	char *	adaptername,
		unsigned int *	adapterNo,
		dis_nodeId_list_t *	nodeIdlist,
		dis_adapter_type_t *	type,
		unsigned int	flags,
		sci_error_t *	error
	)

Function description missing.

Parameters

adaptername	names of the adapters to query node ids
adapterNo	number of local adapter with the given adapter name
nodeIdlist
type
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIGetRemoteSegmentId()

SISCI_API_EXPORT unsigned int SCIGetRemoteSegmentId ( sci_remote_segment_t segment )

Retrieve the segment identifier of a remote segment connected with SCIConnectSegment().

Parameters

segment handle to the connected segment descriptor

Returns

The function returns the segment identifier.

◆ SCIGetRemoteSegmentNodeId()

SISCI_API_EXPORT unsigned int SCIGetRemoteSegmentNodeId ( sci_remote_segment_t segment )

Retrieve the node identifier of the remote or local node where the connected segment is hosted.

Parameters

segment handle to the connected segment descriptor

Returns

The function returns the node identifier of the remote segment.

◆ SCIGetRemoteSegmentSize()

SISCI_API_EXPORT size_t SCIGetRemoteSegmentSize ( sci_remote_segment_t segment )

SCIGetRemoteSegmentSize() returns the size in bytes of a remote segment after it has been connected with SCIConnectSegment().

Parameters

segment handle to the connected segment descriptor

Returns

The function returns the size in bytes of the remote segment.

◆ SCIInitialize()

SISCI_API_EXPORT void SCIInitialize	(	unsigned int	flags,
		sci_error_t *	error
	)

Initializes the SISCI library. SCIInitialize() must be called before SCIOpen().

Parameters

flags	see below
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific error codes for this function.

◆ SCIMapLocalSegment()

SISCI_API_EXPORT void* SCIMapLocalSegment	(	sci_local_segment_t	segment,
		sci_map_t *	map,
		size_t	offset,
		size_t	size,
		void *	addr,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIMapLocalSegment() maps an area of a memory segment created with SCICreateSegment() into the addressable space of the program and returns a pointer to the beginning of the mapped area. The function also creates and initializes a descriptor for the mapped segment.

If a virtual address is suggested, together with the flag SCI_FLAG_FIXED_MAP_ADDR, the function tries first to map the segment at that address. If the flag SCI_FLAG_READONLY_MAP is specified, the local segment is mapped in read-only more.

Parameters

segment	handle to the descriptor of the local segment to be mapped
map	handle to the new mapped segment descriptor
offset	offset inside the local segment where the mapping should start
size	size of the area of the local segment to be mapped, starting from offset
addr	suggested virtual address where the segment should be mapped
flags	see below
error	error information

Flags:

SCI_FLAG_FIXED_MAP_ADDR
The function should try first to map at the suggested virtual address
SCI_FLAG_READONLY_MAP
The segment is mapped in read-only mode

Returns

If successful, the function returns a pointer to the beginning of the mapped area. In case of error it returns 0.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_OUT_OF_RANGE
The sum of the offset and size is larger than the segment size.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_OFFSET_ALIGNMENT
Offset is not correctly aligned as required by the implementation.

◆ SCIMapLocalSegmentForDevice()

SISCI_API_EXPORT void SCIMapLocalSegmentForDevice	(	sci_local_segment_t	segment,
		unsigned int	localAdapterNo,
		sci_smartio_device_t	device,
		sci_ioaddr_t *	remoteAddr,
		size_t	offset,
		size_t	size,
		sci_cb_device_mapping_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

Sets up access to a local segment for device that is being borrowed from a remote node, allowing the device to DMA to the segment using remoteAddr.

Semantically similar to the device performing SCIConnectSegment() and SCIMapRemoteSegment(). Aftes successful completion, the device can access the segment using the address in remoteAddr.

Notes:

Using size 0 maps the entire remainder of the segment starting at offset for the device.
Offset and size must be aligned as required by the implementation.
Mapping parts of a segment for the device does not guarantee that a device is prevented from accessing the remainder of the segment.

Introduced in DIS release 5.5.0.

Parameters

segment	handle to the local segment descriptor
localAdapterNo	number of the local adapter through which the local segment can be mapped
device	handle to the descriptor of the device that the segment should be mapped for.
remoteAddr	resulting remote address that device can access segment through
offset	offset into the remote segment mapping should begin.
size	size of the area of the remote segment to be mapped, starting from offset.
callback	not implemented.
callbackArg	not implemented.
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_NOT_CONNECTED
The links between device node and local node are not active.
SCI_ERR_OUT_OF_RANGE
The sum of the offset and size is larger than the segment size.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_OFFSET_ALIGNMENT
Offset is not correctly aligned as required by the implementation.

◆ SCIMapRemoteSegment()

SISCI_API_EXPORT volatile void* SCIMapRemoteSegment	(	sci_remote_segment_t	segment,
		sci_map_t *	map,
		size_t	offset,
		size_t	size,
		void *	addr,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIMapRemoteSegment() maps an area of a remote segment connected with SCIConnectSegment() into the addressable space of the program and returns a pointer to the beginning of the mapped area. The function also creates and initializes a descriptor for the mapped segment.

If a virtual address is suggested, together with the flag SCI_FLAG_FIXED_MAP_ADDR, the function tries first to map the segment at that address. If the flag SCI_FLAG_READONLY_MAP is specified, the remote segment is mapped read-only.

Flags:

SCI_FLAG_SHARED_MAP
The low level physical map may be shared by other applications.
SCI_FLAG_FIXED_MAP_ADDR
Map at the suggested virtual address
SCI_FLAG_READONLY_MAP
The segment is mapped in read-only mode
SCI_FLAG_IO_MAP_IOSPACE
Mapping using non-prefetch space (iospace) No prefetching, or speculative hold enabled.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOT_CONNECTED
The links between local and remote node are not active.
SCI_ERR_OUT_OF_RANGE
The sum of the offset and size is larger than the segment size.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_OFFSET_ALIGNMENT
Offset is not correctly aligned as required by the implementation.

◆ SCIMapRemoteSegmentForDevice()

SISCI_API_EXPORT void SCIMapRemoteSegmentForDevice	(	sci_remote_segment_t	segment,
		sci_smartio_device_t	device,
		sci_ioaddr_t *	remoteAddr,
		size_t	offset,
		size_t	size,
		sci_cb_device_mapping_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

Sets up access to a remote segment for device that is being borrowed from a remote node, allowing the device to DMA to the segment using remoteAddr.

Semantically similar to the device performing SCIConnectSegment() and SCIMapRemoteSegment(). Aftes successful completion, the device can access the segment using the address in remoteAddr.

Notes:

Using size 0 maps the entire remainder of the segment starting at offset for the device.
Offset and size must be aligned as required by the implementation.
Mapping parts of a segment for the device does not guarantee that a device is prevented from accessing the remainder of the segment.

Introduced in DIS release 5.5.0.

Parameters

segment	handle to the remote segment descriptor
device	handle to the descriptor of the device that the segment should be mapped for.
remoteAddr	resulting remote address that device can access segment through
offset	offset into the remote segment mapping should begin.
size	size of the area of the remote segment to be mapped, starting from offset.
callback	not implemented.
callbackArg	not implemented.
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_NOT_CONNECTED
The links between nodes are not active.
SCI_ERR_OUT_OF_RANGE
The sum of the offset and size is larger than the segment size.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_OFFSET_ALIGNMENT
Offset is not correctly aligned as required by the implementation.

◆ SCIMemCpy()

SISCI_API_EXPORT void SCIMemCpy	(	sci_sequence_t	sequence,
		void *	memAddr,
		sci_map_t	remoteMap,
		size_t	remoteOffset,
		size_t	size,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIMemCpy() transfers efficiently a block of data from local memory to a mapped segment using the shared memory mode. If the flag SCI_FLAG_ERROR_CHECK is specified the function also checks if errors have occurred during the data transfer. If the flag SCI_FLAG_BLOCK_READ is specified, the transfer is from the mapped segment to the local memory.

Parameters

sequence	handle to the sequence descriptor
memAddr	base address in virtual memory of the source
remoteMap	handle to the descriptor of the mapped segment that is the destination of the transfer
remoteOffset	offset inside the mapped segment where the transfer should start
size	size of the transfer
flags	see below
error	error information

Flags:

SCI_FLAG_BLOCK_READ
The data transfer is from the remote segment to the local memory
SCI_FLAG_ERROR_CHECK
Perform error checking

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_OUT_OF_RANGE
The sum of the size and offset is larger than the corresponding map size.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_OFFSET_ALIGNMENT
Offset is not correctly aligned as required by the implementation.
SCI_ERR_TRANSFER_FAILED
The data transfer failed.

◆ SCIMemWrite()

SISCI_API_EXPORT void SCIMemWrite	(	void *	memAddr,
		volatile void *	remoteAddr,
		size_t	size,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIMemWrite() transfers efficiently a block of data from local memory to a mapped segment using the shared memory mode.

Parameters

memAddr	base address in virtual memory of the source
remoteAddr	offset inside the mapped segment where the transfer should start
size	size of the transfer
flags	see below
error	error information

Flags:

SCI_FLAG_WRITE_BACK_CACHE_MAP
Only implemented for PowerPC (see documentation.for SciMapRemoteSegment)

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_OFFSET_ALIGNMENT
Offset is not correctly aligned as required

◆ SCIOpen()

SISCI_API_EXPORT void SCIOpen	(	sci_desc_t *	sd,
		unsigned int	flags,
		sci_error_t *	error
	)

Opens an SISCI virtual device.

SCIOpen() opens an SISCI virtual device, that is a channel to the driver. It creates and initializes a new descriptor for an SISCI virtual device, to be used in subsequent calls to API functions. A single virtual device can be used for all API functions, but only one of each resource type. E.g. if you want to do multiple connections, multiple virtual devices needs to be opened.

Parameters

sd	handle to the new SISCI virtual device descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific error codes for this function.

Note

The virtual device handle can handle only one instance of each kind of SISCI descriptors. I.e., one virtual device can manage descriptors for one local segment, one remote segment, one sequence, one interrupt, one interrupt with data etc.

◆ SCIPrepareLocalSegmentForDMA()

SISCI_API_EXPORT void SCIPrepareLocalSegmentForDMA	(	sci_dma_channel_t	channel,
		sci_local_segment_t	local_segment,
		unsigned int	flags,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

SCIPrepareLocalSegmentForDMA() enables a local segment to be accessible from the specified DMA channel (see SCIRequestDMAChannel()).

Note that currently this function is only applicable to System DMA channels when the Input/Output Memory Management Unit (IOMMU, Intel VT-d) is enabled.

Introduced in DIS release 5.16.0 for Intel systems running Linux.

Parameters

channel	handle to the DMA channel that the segment should be prepared for
local_segment	handle to a local segment descriptor
flags	see below
error	error information

Flags:

No flags currently in use for this function

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOT_IMPLEMENTED Functionality not supported on platform or operating system.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIPrepareRemoteSegmentForDMA()

SISCI_API_EXPORT void SCIPrepareRemoteSegmentForDMA	(	sci_dma_channel_t	channel,
		sci_remote_segment_t	remote_segment,
		unsigned int	flags,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

SCIPrepareRemoteSegmentForDMA() enables a remote segment to be accessible from the specified DMA channel (see SCIRequestDMAChannel()). The remote segment must be mapped prior to calling this function (see SCIMapRemoteSegment()).

Note that currently this function is only applicable to System DMA channels when the Input/Output Memory Management Unit (IOMMU, Intel VT-d) is enabled.

Introduced in DIS release 5.16.0 for Intel systems running Linux.

Parameters

channel	handle to the DMA channel that the segment should be prepared for
remote_segment	handle to a remote segment descriptor
flags	see below
error	error information

Flags:

No flags currently in use for this function

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOT_IMPLEMENTED Functionality not supported on platform or operating system.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIPrepareSegment()

SISCI_API_EXPORT void SCIPrepareSegment	(	sci_local_segment_t	segment,
		unsigned int	localAdapterNo,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIPrepareSegment() enables a local segment to be accessible from the specified network adapter.

Parameters

segment	handle to the local segment descriptor
localAdapterNo	Adapter number for which the segment is made available
flags	see below
error	error information

Flags:

SCI_FLAG_DMA_SOURCE_ONLY
The segment will be used as a source segment for DMA operations. On some system types this will enable the SISCI driver to use performance improving features.

Error codes:

SCI_ERR_OK
Successful completion.
No specific error codes for this function.

◆ SCIProbeNode()

SISCI_API_EXPORT int SCIProbeNode	(	sci_desc_t	sd,
		unsigned int	localAdapterNo,
		unsigned int	nodeId,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIProbeNode() checks if a remote node is reachable.

Parameters

sd	handle to an open SISCI virtual device descriptor
localAdapterNo	number of the local adapter used for the check
nodeId	identifier of the remote node
flags	not used
error	error information

Returns

The function returns 1 when the remote node can be reached, otherwise it returns 0.

Error codes:

SCI_ERR_OK
Successful completion, the node is currently reachable through the specified network.
Errors if the function returns 1
SCI_ERR_NO_LINK_ACCESS
It was not possible to reach the node via the specified local adapter.
SCI_ERR_NO_REMOTE_LINK_ACCESS
It was not possible to communicate via a remote switch port.

◆ SCIQuery()

SISCI_API_EXPORT void SCIQuery	(	unsigned int	command,
		void *	data,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIQuery() provides an interface to request various information from the system, settings and interconnect status. The information can be vendor dependent, but some requests are specified in the API and must be satisfied: the vendor identifier, the version of the API implemented, and some adapter characteristics. Each request defines its own data structure to be used as input and output to SCIQuery(). The memory management (allocation and deallocation) of the data structures has to be performed by the caller.

Parameters

command	type of information required
data	generic data structure for possible sub-commands and output information
flags	specified per command / sub-command below
error	error information

Commands

The command parameter is used to specify which command to run. Some commands have multiple subcommands which are listed below. The subcommand is specified by providing the major command to the command parameter and the subcommand in the data parameter as specified by the major command.

Single-level commands

SCI_Q_VENDORID Retrive the SISCI implementation vendor identifier
SCI_Q_API Retrive the version of the API.
SCI_Q_SISCI_DRIVER_VERSION Retrive the version of the SISCI driver.

System subcommands

command parameter must be set to SCI_Q_SYSTEM

SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE Returns the CPU cache line size

Adapter subcommands

command parameter must be set to SCI_Q_ADAPTER

SCI_Q_ADAPTER_SERIAL_NUMBER Returns the serial number of the local adapter
SCI_Q_ADAPTER_CARD_TYPE: Returns the card type of local adapter.
SCI_Q_ADAPTER_NODEID: Returns the node id of local adapter.
SCI_Q_ADAPTER_LINK_OPERATIONAL: Returns true if the local link is operational.
SCI_Q_ADAPTER_CONFIGURED: Returns true if the local adapter is configured.
SCI_Q_ADAPTER_LINK_WIDTH: Returns the PCIe link width for the specified link.
SCI_Q_ADAPTER_LINK_SPEED: Returns the PCIe link speed for the specified link.
SCI_Q_ADAPTER_LINK_UPTIME: Returns the seconds of link uptime for the specified link.
SCI_Q_ADAPTER_LINK_DOWNTIME: Returns the seconds of link downtime for the specified link.
SCI_Q_ADAPTER_LINK_OPERATIONAL: Returns status for the specified link.
SCI_Q_ADAPTER_LINK_CABLE_INSERTED: Returns if the cable is inserted for the specified link.
SCI_Q_ADAPTER_BDF: Returns the BDF of the adapter.
SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO: Returns the partner (remote) link number for the specified link.
SCI_Q_ADAPTER_NUMBER_OF_LINKS: Returns the number of adapter link that are enabled.
SCI_Q_ADAPTER_DMA_MTU: Returns the max transfer unit (MTU) of the DMA engine of the adapter.
SCI_Q_ADAPTER_MCAST_MAX_GROUPS: Returns the number of available multicast groups.

DMA subommands

command parameter must be set to SCI_Q_DMA

SCI_Q_DMA_AVAILABLE: Returns whether the DMA mode specified is available.
SCI_Q_DMA_CAPABILITIES: Returns the capabilities of the selected DMA mode.

Local Segment subcommands

command parameter must be set to SCI_Q_LOCAL_SEGMENT

SCI_Q_LOCAL_SEGMENT_IOADDR: Returns the base I/O address of the local segment specified in the segment member, as seen by one of the local adapters it has been prepared on. If the segment has not been prepared on any adapters, this query returns 0. See also SCIMapLocalSegmentForDevice()
SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR: Returns the local virtual kernel address of the local segment. This function has been deprecated and will always return 0.
SCI_Q_LOCAL_SEGMENT_PHYS_ADDR : Returns the local physical base address of the local segment specified in the segment member.
SCI_Q_REMOTE_SEGMENT_IOADDR: Returns the local physical base address of the remote segment specified in the segment member. The remote segment must be mapped at least once before this query can be used. See also SCIGetMapPhysAddr().

Remote Segment subcommands

command parameter must be set to SCI_Q_REMOTE_SEGMENT

SCI_Q_REMOTE_SEGMENT_IOADDR: Returns the local IO-address of the remote segment.

Map subcommands

command parameter must be set to SCI_Q_MAP

SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET Check if a map points to a segment on the local node.
SCI_Q_MAP_MAPPED_TO_LOCAL_TARGET: Returns true if mapped segment is local, specified by the map member.
#SCI_Q_MAP_PHYS_ADDR: Returns the physical address of a mapped segment, specified by map member. If the segment is local, this returns the local physical address to the segment with offset. If the segment is remote, this returns the local physical address that maps over the adapter with offset. See also SCIGetMapPhysAddr().
#SCI_Q_MAP_IOADDR: Returns the local I/O address of a mapped segment, specified by the map member. If the segment is local, this behaves as SCI_Q_LOCAL_SEGMENT_IOADDR + offset. If the segment is remote, this returns the local physical address that maps over the adapter with offset. See also SCIMapRemoteSegmentForDevice()

SmartIO device subcommands

command parameter must be set to SCI_Q_DEVICE

SCI_Q_DEVICE_INFO: Returns information about a fabric device.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_QUERY Unrecognized command.

◆ SCIRegisterPCIeRequester()

SISCI_API_EXPORT void SCIRegisterPCIeRequester	(	sci_desc_t	sd,
		unsigned int	localAdapterNo,
		unsigned int	bus,
		unsigned int	devfn,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRegisterPCIeRequester() registers a local PCIe requester with the NT function so that it can send traffic through the NTB. This function must be called for each device.

The corresponding SCIUnregisterPCIeRequester() should be called before the application terminates.

Please note that registration and de-registration of PCIe devices are automatically done if you are using the SISCI SmartIO functions. Do not use this function in combination with SISCI SmartIO.

Parameters

sd	Handle to an open SISCI virtual device descriptor.
localAdapterNo	Number of the local adapter used for the check.
bus	Bus number of the device.
devfn	Device and function number of the device.
flags	See below.
error	Error information.

Flags:

SCI_FLAG_BROADCAST
Allow device to generate only broadcast (multicast) traffic.
SCI_FLAG_PCIE_REQUESTER_GLOBAL
Allow device to access remote memory. This flag implies SCI_FLAG_BROADCAST.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOSPC
It was not possible to register the device.

◆ SCIRegisterSegmentMemory()

SISCI_API_EXPORT void SCIRegisterSegmentMemory	(	void *	address,
		size_t	size,
		sci_local_segment_t	segment,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRegisterSegmentMemory() associates an area memory allocated by the program (eg using malloc) with a local segment. The segment must have been created passing the flag SCI_FLAG_EMPTY to SCICreateSegment(). The memory area is identified by its base address in virtual address space and its size. It is illegal to use the same local segment to register different memory areas. The function can try to determine if the specified address is legal or not, but this highly depends on the underlying platform.

SCIRegisterSegmentMemory() was implemented in DIS release 5.5.0 for Linux running on Intel systems.

Please note that this function requires the Input/Output Memory Management Unit (IOMMU, Intel VT-d) to be enabled in the BIOS and Linux booted with the IOMMU on (boot param intel_iommu=on).

The user-allocated memory must be page aligned.

Parameters

address	base address of the user-allocated memory in the programs virtual address space
size	size of the user-allocated memory to be associated with the local segment
segment	handle to local segment descriptor
flags	see below
error	error information

Flags: *

SCI_FLAG_LOCK_USER_MEM
Pin the pages of the user-allocated buffer in physical memory. This may offer a perfomance advantage when the buffer is repeatedly used for DMA operations. SCIPrepareSegment() will pin the pages if this flag is not specified and the segment will be used for remote PIO.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_SIZE_ALIGNMENT
Size is not correctly aligned as required by the implementation.
SCI_ERR_ILLEGAL_ADDRESS
Illegal address.
SCI_ERR_OUT_OF_RANGE
Size is larger than the maximum size for the local segment.
SCI_ERR_NOT_SUPPORTED
Platform or operating system does not support SCIRegisterSegmentMemory()

◆ SCIReleaseExclusiveBorrow()

SISCI_API_EXPORT void SCIReleaseExclusiveBorrow	(	sci_smartio_device_t	device,
		unsigned int	flags,
		sci_error_t *	error
	)

Release the exclusive lock on a borrowed device, allowing others to use the device concurrently.

Notes:

This function is currently not implemented.

Introduced in DIS release 5.11.0.

Parameters

device	handle to the descriptor of the device that is currently being borrowed exclusively
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIRemoveDataInterrupt()

SISCI_API_EXPORT void SCIRemoveDataInterrupt	(	sci_local_data_interrupt_t	interrupt,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRemoveDataInterrupt() deallocates a data interrupt resource and destroys the corresponding descriptor. After this call the handle to the descriptor becomes invalid and should not be used.

Parameters

interrupt	handle to the local data interrupt descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_BUSY
The resource is used by a remote node. SCIRemoveDataInterrupt() should be called again to clean up the resource if the application wants to reuse the interrupt. If not, the driver will clean up when the application terminates.

◆ SCIRemoveDMAQueue()

SISCI_API_EXPORT void SCIRemoveDMAQueue	(	sci_dma_queue_t	dq,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRemoveDMAQueue() frees the resources allocated for a DMA queue and destroys the corresponding descriptor. After this call the handle to the DMA queue descriptor becomes invalid and should not be used. As shown in the state diagram in Figure 2.4, this function can be called only if the queue is either in the initial (IDLE) or in a final (DONE, ERROR or ABORTED) state, otherwise the operation is illegal and the error is detected (see sci_dma_queue_state_t).

Parameters

dq	handle to the DMA queue descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Not allowed in this queue state.

◆ SCIRemoveInterrupt()

SISCI_API_EXPORT void SCIRemoveInterrupt	(	sci_local_interrupt_t	interrupt,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRemoveInterrupt() deallocates an interrupt resource and destroys the corresponding descriptor. After this call the handle to the descriptor becomes invalid and should not be used.

Parameters

interrupt	handle to the local interrupt descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_BUSY
The resource is used by a remote node. SCIRemoveInterrupt() should be called again to clean up the resource if the application wants to reuse the interrupt. If not, the driver will clean up when the application terminates.

◆ SCIRemoveSegment()

SISCI_API_EXPORT void SCIRemoveSegment	(	sci_local_segment_t	segment,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRemoveSegment() frees the resources used by a local segment. The physical memory is deallocated only if it was allocated when the segment was created with SCICreateSegment(). The function also destroys the descriptor associated with the local segment; after this call the handle to the descriptor becomes invalid and should not be used. SCIRemoveSegment() fails if other resources, either locally or remotely, depend on it. Before calling this function, the program should consider the use of SCISetSegmentUnavailable() with the flags NOTIFY or FORCE_DISCONNECT.

Parameters

segment	handle to local segment descriptor
flags	see below
error	error information

Flags:

SCI_FLAG_FORCE_REMOVE
Force the removal of the segment even if there still exists active connections.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_BUSY
Unable to remove the segment. The segment is currently in use.

Warning: The `SCI_FLAG_FORCE_REMOVE' is NOT intended for general use. Use with caution and preferably only after consulting with Dolphin support. Incorrect use may cause uncontrolled remote access to unintended memory and may have severe impact on system security and stability. If `SCI_FLAG_FORCE_REMOVE' is used on segments with attached physical memory, it's the responsibility of the user to assure proper management of that memory and to assure that all remote connections is closed prior to (possibly) releasing that memory.

◆ SCIRemoveSequence()

SISCI_API_EXPORT void SCIRemoveSequence	(	sci_sequence_t	sequence,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIRemoveSequence() destroys a sequence descriptor. After this call the handle to the descriptor becomes invalid and should not be used.

Parameters

sequence	handle to the sequence descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIRequestDMAChannel()

SISCI_API_EXPORT void SCIRequestDMAChannel	(	sci_desc_t	sd,
		sci_dma_channel_t *	channel,
		unsigned int	localAdapterNo,
		sci_dma_type_t	type,
		unsigned int	channelId,
		unsigned int	flags,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

SCIRequestDMAChannel() lets applications request a single DMA channel of a specific type. The resulting channel can subsequently be used with SCIAssignDMAChannel() to specify that DMA transfers on a given DMA queue should use the channel. Channels can be requested as exclusive (default) or shared. The former limits the number of concurrent channel users to one.

Note that that DMA support and available modes may vary according to your specific adapter card and system. Please consult the technical specifications for more information.

Introduced in DIS release 5.16.0

Parameters

sd	handle to an open SISCI descriptor
channel	handle to the new DMA channel descriptor
localAdapterNo	number of the local adapter that provides the DMA channel, or the adapter that should be associated with the system DMA channel
type	The desired channel type Valid types are: SCI_DMA_TYPE_DONTCARE SCI_DMA_TYPE_ADAPTER SCI_DMA_TYPE_GLOBAL SCI_DMA_TYPE_SYSTEM
channelId	Channel identifier Used by applications to share specific DMA channels Should be set to SCI_DMA_CHANNEL_ID_DONTCARE when the above is not applicable
flags	see below
error	error information

Flags:

SCI_FLAG_DMA_CHANNEL_SHARED
Request a shared channel

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_DMA_NOT_AVAILABLE
An available channel of the requested DMA type or a channel with the provided id could not be found
SCI_ERR_DMA_DISABLED
The requested DMA type is disabled

◆ SCIReturnDevice()

SISCI_API_EXPORT void SCIReturnDevice	(	sci_smartio_device_t	device,
		unsigned int	flags,
		sci_error_t *	error
	)

Undo SCIBorrowDevice by releasing the borrowed device. Any resouces (segments, interrupts, etc) assosiated with the device should be released before returning the device.

Introduced in DIS release 5.5.0.

Parameters

device	handle to the descriptor of the device that is being returned
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIReturnDMAChannel()

SISCI_API_EXPORT void SCIReturnDMAChannel	(	sci_dma_channel_t	channel,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

Returns a DMA channel allocated with SCIRequestDMAChannel(). If the channel was requested as exclusive, it will made available to other users again.

Introduced in DIS release 5.16.0.

Parameters

channel	handle to the DMA channel
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_PARAMETER
Illegal parameter
SCI_ERR_BUSY
The DMA channel is busy

◆ SCISetSegmentAvailable()

SISCI_API_EXPORT void SCISetSegmentAvailable	(	sci_local_segment_t	segment,
		unsigned int	localAdapterNo,
		unsigned int	flags,
		sci_error_t *	error
	)

SCISetSegmentAvailable() makes a local segment visible to remote nodes, that can then connect to it. According to the state diagram shown in Figure 2.2 a local segment can be made available only after it has been prepared (see SCIPrepareSegment()).

Parameters

segment	handle to local segment descriptor
localAdapterNo	number of the local adapter where the local segment is made available for connections
flags	not used.
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_SEGMENT_NOT_PREPARED
The segment has not been prepared for access from this adapter.
SCI_ERR_ILLEGAL_OPERATION
The segment is created with the SCI_FLAG_PRIVATE flag specified and therefore has no segmentId.

◆ SCISetSegmentUnavailable()

SISCI_API_EXPORT void SCISetSegmentUnavailable	(	sci_local_segment_t	segment,
		unsigned int	localAdapterNo,
		unsigned int	flags,
		sci_error_t *	error
	)

SCISetSegmentUnavailable() hides an available segment to remote nodes; no new connections will be accepted on that segment. If the flag SCI_FLAG_NOTIFY is specified, the operation is notified to the remote nodes connected to the local segment. The notification should be interpreted as an invitation to disconnect. If the flag SCI_FLAG_FORCE_DISCONNECT is specified, the remote nodes are forced to disconnect. These two flags can be used to implement a smooth removal of a local segment (see SCIRemoveSegment()).

Parameters

segment	handle to the local segment descriptor
localAdapterNo	number of the local adapter where the local segment was made available
flags	see below
error	error information

Flags:

SCI_FLAG_FORCE_DISCONNECT
The connected nodes are forced to disconnect
SCI_FLAG_NOTIFY
The connected nodes receive a notification of the operation

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
The operation is illegal in the current state of the segment

◆ SCIShareSegment()

SISCI_API_EXPORT void SCIShareSegment	(	sci_local_segment_t	segment,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIShareSegment() permits other application to "attach" to an already existing local segment, implying that two or more application want share the same local segment. The prerequisite, is that the application which originally created the segment ("owner") has preformed a SCIShareSegment() in order to mark the segment "shareable".

Parameters

segment	handle to the descriptor of local segment.
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific error information provided.

◆ SCIStartDmaTransfer()

SISCI_API_EXPORT void SCIStartDmaTransfer	(	sci_dma_queue_t	dq,
		sci_local_segment_t	localSegment,
		sci_remote_segment_t	remoteSegment,
		size_t	localOffset,
		size_t	size,
		size_t	remoteOffset,
		sci_cb_dma_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIStartDmaTransfer() starts the execution of a DMA queue. The contents of the local segment if transferred into the remote segment using localOffset and remoteOffset. The local segment must be prepared before this function is called. The remote segment must be mapped with SCIMapRemoteSegment() prior to starting the transfer depending on the chosen DMA mode (see Flags below).

The function returns as soon as the transfer specifications contained in the queue are passed to the DMA engine. If a callback function is specified and explicitly activated using the flag SCI_FLAG_USE_CALLBACK, it is asynchronously invoked when all the transfers have completed or if an error occurs during a transfer. Alternatively, an application can block waiting for the queue completion calling SCIWaitForDMAQueue(). An application is allowed to start another transfer on a queue only after the previous transfer for that queue has completed.

Note that that DMA support and available modes may vary according to your specific adapter card and system. Please consult the technical specifications for more information.

Parameters

dq	handle to the DMA queue descriptor
localSegment	handle to the local segment descriptor
remoteSegment	handle to the remote segment descriptor
localOffset	base address inside the local segment where data reside (or where data are transferred to, if the transfer is from the remote segment to the local one)
size	size of the data to be transferred
remoteOffset	base address inside the remote segment where data are transferred to (or where data reside, if the transfer is from the remote segment to the local one)
callback	callback function to be invoked when all the DMA transfers have completed or in case an error occurs during a transfer
callbackArg	user-defined parameter passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The end of the transfer will cause the callback function to be invoked.
SCI_FLAG_DMA_READ
Reverse the transfer direction and make the DMA engine read from the remote segment into the local segment. NOTE: Read operations may achieve lower bandwidth than write operations. It may be beneficial to make the remote node perform the transfer rather than to pass this flag.
SCI_FLAG_BROADCAST
This flag must be set to enable the use of multicast and use the reflected memory mechanism. This function connects to all available remote broadcast segments with the same segmentId. The remote segments must be created with the function SCICreateSegment() and with the SCI_FLAG_BROADCAST flag specified. SCICreateSegment(..,SCI_FLAG_BROADCAST). This flag is only available for configurations supporting multicast.
SCI_FLAG_DMA_GLOBAL
Use global DMA which does not require the remote segment to be mapped with SCIMapRemoteSegment.
SCI_FLAG_DMA_SYSDMA
Use the DMA engine provided by the host platform and OS instead of the DMA engine on the adapter. Currently Linux is supported. Cannot be combined with SCI_FLAG_DMA_GLOBAL.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_SYSTEM
The callback thread could not be created
SCI_ERR_DMA_NOT_AVAILABLE
The requested or required DMA mode is not available
SCI_ERR_DMA_DISABLED
The requested or required DMA mode is disabled

◆ SCIStartDmaTransferMem()

SISCI_API_EXPORT void SCIStartDmaTransferMem	(	sci_dma_queue_t	dq,
		void *	localAddress,
		sci_remote_segment_t	remoteSegment,
		size_t	size,
		size_t	remoteOffset,
		sci_cb_dma_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIStartDmaTransferMem starts the execution of a DMA queue based on a user-allocated memory buffer. The contents of the buffer pointed to by localAddress is transferred into the remote segment using remoteOffset. The remote segment must be mapped with SCIMapRemoteSegment() prior to starting the transfer depending on the chosen DMA mode (see Flags below).

The function returns as soon as the transfer specifications contained in the queue are passed to the DMA engine. If a callback function is specified and explicitly activated using the flag SCI_FLAG_USE_CALLBACK, it is asynchronously invoked when all the transfers have completed or if an error occurs during a transfer. Alternatively, an application can block waiting for the queue completion calling SCIWaitForDMAQueue(). An application is allowed to start another transfer on a queue only after the previous transfer for that queue has completed.

Note that that DMA support and available modes may vary according to your specific adapter card and system. Please consult the technical specifications for more information.

SCIStartDmaTransferMem() was introduced in DIS release 5.5.0 for Linux and Windows.

Parameters

dq	handle to the DMA queue descriptor
localAddress	pointer to a user-allocated memory buffer
remoteSegment	handle to the remote segment descriptor
size	size of the data to be transferred
remoteOffset	base address inside the remote segment where data are transferred to (or where data reside, if the transfer is from the remote segment to the local one)
callback	callback function to be invoked when all the DMA transfers have completed or in case an error occurs during a transfer
callbackArg	user-defined parameter passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The end of the transfer will cause the callback function to be invoked.
SCI_FLAG_DMA_READ
Reverse the transfer direction and make the DMA engine read from the remote segment into the local segment. NOTE: Read operations may achieve lower bandwidth than write operations. It may be beneficial to make the remote node perform the transfer rather than to pass this flag.
SCI_FLAG_BROADCAST
This flag must be set to enable the use of multicast and use the reflected memory mechanism. This function connects to all available remote broadcast segments with the same segmentId. The remote segments must be created with the function SCICreateSegment() and with the SCI_FLAG_BROADCAST flag specified. SCICreateSegment(..,SCI_FLAG_BROADCAST). This flag is only available for configurations supporting multicast.
SCI_FLAG_DMA_GLOBAL
Use global DMA which does not require the remote segment to be mapped with SCIMapRemoteSegment.
SCI_FLAG_DMA_SYSDMA
Use the DMA engine provided by the host platform and OS instead of the DMA engine on the adapter. Currently Linux is supported. Cannot be combined with SCI_FLAG_DMA_GLOBAL.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_SYSTEM
The callback thread could not be created
SCI_ERR_DMA_NOT_AVAILABLE
The requested or required DMA mode is not available
SCI_ERR_DMA_DISABLED
The requested or required DMA mode is disabled

◆ SCIStartDmaTransferVec()

SISCI_API_EXPORT void SCIStartDmaTransferVec	(	sci_dma_queue_t	dq,
		sci_local_segment_t	localSegment,
		sci_remote_segment_t	remoteSegment,
		size_t	vecLength,
		dis_dma_vec_t *	disDmaVec,
		sci_cb_dma_t	callback,
		void *	callbackArg,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIStartDmaTransferVec() starts the execution of a DMA queue. The contents of the local segment if transferred into the remote segment using the offsets in the vector. Each vector element contains a size, local and remote offset. The local segment must be prepared before this function is called. The remote segment must be mapped with SCIMapRemoteSegment() prior to starting the transfer depending on the chosen DMA mode (see Flags below).

The function returns as soon as the transfer specifications contained in the queue are passed to the DMA engine. If a callback function is specified and explicitly activated using the flag SCI_FLAG_USE_CALLBACK, it is asynchronously invoked when all the transfers have completed or if an error occurs during a transfer. Alternatively, an application can block waiting for the queue completion calling SCIWaitForDMAQueue(). An application is allowed to start another transfer on a queue only after the previous transfer for that queue has completed.

Note that that DMA support and available modes may vary according to your specific adapter card and system. Please consult the technical specifications for more information.

Parameters

dq	handle to the DMA queue descriptor
localSegment	handle to the local segment descriptor
remoteSegment	handle to the remote segment descriptor
vecLength	length of the DMA vector queue.
disDmaVec	handle to the DMA vector queue.
callback	callback function to be invoked when all the DMA transfers have completed or in case an error occurs during a transfer
callbackArg	user-defined parameter passed to the callback function
flags	see below
error	error information

Flags:

SCI_FLAG_USE_CALLBACK
The end of the transfer will cause the callback function to be invoked.
SCI_FLAG_DMA_READ
Reverse the transfer direction and make the DMA engine read from the remote segment into the local segment. NOTE: Read operations may achieve lower bandwidth than write operations. It may be beneficial to make the remote node perform the transfer rather than to pass this flag.
SCI_FLAG_DMA_WAIT
The call to this function will block until the transfer has completed.
SCI_FLAG_BROADCAST
This flag must be set to enable the use of multicast and use the reflected memory mechanism. This function connects to all available remote broadcast segments with the same segmentId. The remote segments must be created with the function SCICreateSegment() and with the SCI_FLAG_BROADCAST flag specified. SCICreateSegment(..,SCI_FLAG_BROADCAST). This flag is only available for configurations supporting multicast.
SCI_FLAG_DMA_GLOBAL
Use global DMA which does not require the remote segment to be mapped with SCIMapRemoteSegment.
SCI_FLAG_DMA_SYSDMA
Use the DMA engine provided by the host platform and OS instead of the DMA engine on the adapter. Currently Linux is supported. Cannot be combined with SCI_FLAG_DMA_GLOBAL.

Error codes:

SCI_ERR_OK
Successful completion
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_SYSTEM
The callback thread could not be created
SCI_ERR_DMA_NOT_AVAILABLE
The requested or required DMA mode is not available
SCI_ERR_DMA_DISABLED
The requested or required DMA mode is disabled

◆ SCIStartSequence()

SISCI_API_EXPORT sci_sequence_status_t SCIStartSequence	(	sci_sequence_t	sequence,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIStartSequence() performs the preliminary check of the error flags on the network adapter before starting a sequence of read and write operations on the concerned mapped segment. Subsequent checks are done calling SCICheckSequence(), as far as no errors occur, in which case SCIStartSequence() shall be called again until it returns SCI_SEQ_OK. If the return value is SCI_SEQ_PENDING there is a pending error and the program is required to call SCIStartSequence() until it succeeds, before doing other transfer operations on the segment.

Parameters

sequence	handle to the sequence descriptor
flags	not used
error	error information

Returns

The function returns the status of the sequence.

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIStoreBarrier()

SISCI_API_EXPORT void SCIStoreBarrier	(	sci_sequence_t	sequence,
		unsigned int	flags
	)

SCIStoreBarrier() synchronizes all PIO accesses to a mapped segment. When the function returns, all IO buffers have been flushed and all outstanding transactions related to the mapped segment have completed.

Parameters

sequence	handle to the mapped segment descriptor
flags	not used

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCITerminate()

SISCI_API_EXPORT void SCITerminate ( void )

Terminates and releases resources associated with the SISCI library. SCITerminate() must be called after SCIClose().

Error codes:

SCI_ERR_OK
Successful completion.
No specific error codes for this function.

◆ SCITriggerDataInterrupt()

SISCI_API_EXPORT void SCITriggerDataInterrupt	(	sci_remote_data_interrupt_t	interrupt,
		void *	data,
		unsigned int	length,
		unsigned int	flags,
		sci_error_t *	error
	)

SCITriggerDataInterrupt() sends an interrupt message to a remote node, after having connected to it with SCIConnectDataInterrupt(). What happens to the remote application that made the data interrupt resource available depends on what it specified at the time it called SCICreateDataInterrupt().

Parameters

interrupt	handle to the remote data interrupt descriptor
data	pointer to data buffer
length	length of data
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCITriggerInterrupt()

SISCI_API_EXPORT void SCITriggerInterrupt	(	sci_remote_interrupt_t	interrupt,
		unsigned int	flags,
		sci_error_t *	error
	)

SCITriggerInterrupt() triggers an interrupt on a remote node, after having connected to it with SCIConnectInterrupt(). What happens to the remote application that made the interrupt resource available depends on what it specified at the time it called SCICreateInterrupt().

Parameters

interrupt	handle to the remote interrupt descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
No specific errors for this function.

◆ SCIUnmapLocalSegmentForDevice()

SISCI_API_EXPORT void SCIUnmapLocalSegmentForDevice	(	sci_local_segment_t	segment,
		unsigned int	localAdapterNo,
		sci_smartio_device_t	device,
		unsigned int	flags,
		sci_error_t *	error
	)

Undo SCIMapLocalSegmentForDevice(). Semantically similar to the device performing SCIUnmapSegment() and SCIDisconnectSegment().

Introduced in DIS release 5.5.0.

Parameters

segment	handle to the local segment descriptor
localAdapterNo	number of the local adapter through which the local segment has been mapped
device	handle to the descriptor of the device that the segment should be mapped for.
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIUnmapRemoteSegmentForDevice()

SISCI_API_EXPORT void SCIUnmapRemoteSegmentForDevice	(	sci_remote_segment_t	segment,
		sci_smartio_device_t	device,
		unsigned int	flags,
		sci_error_t *	error
	)

Undo SCIMapRemoteSegmentForDevice(). Semantically similar to the device performing SCIUnmapSegment() and SCIDisconnectSegment().

Introduced in DIS release 5.5.0.

Parameters

segment	handle to the local segment descriptor
device	handle to the descriptor of the device that the segment should be mapped for.
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIUnmapSegment()

SISCI_API_EXPORT void SCIUnmapSegment	(	sci_map_t	map,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIUnmapSegment() unmaps from the programs address space a segment that was mapped either with SCIMapLocalSegment() or with SCIMapRemoteSegment(). It also destroys the corresponding descriptor, therefore after this call the handle to the descriptor becomes invalid and should not be used.

Parameters

map	handle to the mapped segment descriptor
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_BUSY
The map is currently in use.

◆ SCIUnprepareLocalSegmentForDMA()

SISCI_API_EXPORT void SCIUnprepareLocalSegmentForDMA	(	sci_dma_channel_t	channel,
		sci_local_segment_t	local_segment,
		unsigned int	flags,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

SCIUnprepareLocalSegmentForDMA() makes a local segment previously prepared with SCIPrepareLocalSegmentForDMA() unaccessible to the specified DMA channel

Note that currently this function is only applicable to System DMA channels when the Input/Output Memory Management Unit (IOMMU, Intel VT-d) is enabled.

Introduced in DIS release 5.16.0 for Intel systems running Linux.

Parameters

channel	handle to the DMA channel that the segment was previously prepared for
local_segment	handle to a local segment descriptor
flags	see below
error	error information

Flags:

No flags currently in use for this function

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOT_IMPLEMENTED Functionality not supported on platform or operating system.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIUnprepareRemoteSegmentForDMA()

SISCI_API_EXPORT void SCIUnprepareRemoteSegmentForDMA	(	sci_dma_channel_t	channel,
		sci_remote_segment_t	remote_segment,
		unsigned int	flags,
		sci_error_t *	error
	)

NOTE: This function is not yet finalized and may change without notice!

SCIUnprepareRemoteSegmentForDMA() makes a remote segment previously prepared with SCIPrepareRemoteSegmentForDMA() unaccessible to the specified DMA channel

Note that currently this function is only applicable to System DMA channels when the Input/Output Memory Management Unit (IOMMU, Intel VT-d) is enabled.

Introduced in DIS release 5.16.0 for Intel systems running Linux.

Parameters

channel	handle to the DMA channel that the segment was previously prepared for
remote_segment	handle to a remote segment descriptor
flags	see below
error	error information

Flags:

No flags currently in use for this function

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOT_IMPLEMENTED Functionality not supported on platform or operating system.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation

◆ SCIUnregisterPCIeRequester()

SISCI_API_EXPORT void SCIUnregisterPCIeRequester	(	sci_desc_t	sd,
		unsigned int	localAdapterNo,
		unsigned int	bus,
		unsigned int	devfn,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIUnregisterPCIeRequester() unregisters a local PCIe requester from the NT function. The PCIe requester must previously have been registered using the SCIRegisterPCIeRequester() function.

Parameters

sd	Handle to an open SISCI virtual device descriptor.
localAdapterNo	Number of the local adapter used for the check.
bus	Bus number of the device.
devfn	Device and function number of the device.
flags	Not used.
error	Error information.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_NOSPC
It was not possible to register the device.

◆ SCIWaitForDataInterrupt()

SISCI_API_EXPORT void SCIWaitForDataInterrupt	(	sci_local_data_interrupt_t	interrupt,
		void *	data,
		unsigned int *	length,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIWaitForDataInterrupt() blocks a program until a data interrupt is received. If a timeout different from SCI_INFINITE_TIMEOUT is specified the function gives up when the timeout expires. SCIWaitForDataInterrupt() cannot be used if a callback associated with the data interrupt is active (see SCICreateInterrupt()).

Parameters

interrupt	handle to the local data interrupt descriptor
data	pointer to data buffer
length	[in] length of data buffer; [out] actual data size received
timeout	time in milliseconds to wait before giving up
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_TIMEOUT
The function timed out after specified timeout value.
SCI_ERR_CANCELLED
The wait was interrupted by a call to SCIRemoveDataInterrupt() or by the arrival of a signal. The handle is invalid when this error code is returned.
SCI_ERR_OUT_OF_RANGE
The actual data size exceeded the data buffer length.

◆ SCIWaitForDMAQueue()

SISCI_API_EXPORT sci_dma_queue_state_t SCIWaitForDMAQueue	(	sci_dma_queue_t	dq,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIWaitForDMAQueue() blocks a program until a DMA queue has finished (because of the completion of all the transfers or due to an error) or the timeout has expired. If timeout is SCI_INFINITE_TIMEOUT the function blocks until a relevant event arrives. The function returns the current state of the queue. According to the state diagram shown in Figure 2.4, calling this function is really meaningful only if the queue is in the POSTED state. If the state is in the ABORTED, DONE or ERROR states, the call is equivalent to a no-op. In all the other cases the call is illegal and the error is detected (see sci_dma_queue_state_t). SCIWaitForDMAQueue() cannot be used if a callback associated with the DMA queue is active.

Parameters

dq	handle to a DMA queue descriptor
timeout	timeout in milliseconds to wait before giving up
flags	not used
error	error information

Returns

On successful completion, the function returns the current state of the DMA queue. In case of error the returned value is undefined.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_ILLEGAL_OPERATION
Illegal operation
SCI_ERR_TIMEOUT
The function timed out after specified timeout value.
SCI_ERR_CANCELLED
The wait was interrupted, due to arrival of signal.

◆ SCIWaitForInterrupt()

SISCI_API_EXPORT void SCIWaitForInterrupt	(	sci_local_interrupt_t	interrupt,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIWaitForInterrupt() blocks a program until an interrupt is received. If a timeout different from SCI_INFINITE_TIMEOUT is specified the function gives up when the timeout expires. SCIWaitForInterrupt() cannot be used if a callback associated with the interrupt is active (see SCICreateInterrupt()).

Parameters

interrupt	handle to the local interrupt descriptor
timeout	time in milliseconds to wait before giving up
flags	not used
error	error information

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_TIMEOUT
The function timed out after specified timeout value.
SCI_ERR_CANCELLED
The wait was interrupted by a call to SCIRemoveInterrupt or by the arrival of a signal. The handle is invalid when this error code is returned.

◆ SCIWaitForLocalSegmentEvent()

SISCI_API_EXPORT sci_segment_cb_reason_t SCIWaitForLocalSegmentEvent	(	sci_local_segment_t	segment,
		unsigned int *	sourcenodeId,
		unsigned int *	localAdapterNo,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIWaitForLocalSegmentEvent() blocks a program until an event concerning the local segment has arrived. If a timeout different from SCI_INFINITE_TIMEOUT is specified the function gives up when the timeout expires. SCIWaitForLocalSegmentEvent() cannot be used if a callback associated with the local segment is active (see SCICreateSegment()).

Parameters

segment	handle to local segment descriptor
sourcenodeId	identifier of the node that have generated the event
localAdapterNo	number of the local adapter that receive the event
timeout	time in milliseconds to wait before giving up
flags	not used
error	error information

Returns

If successful, the function returns the reason corresponding to the received event.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_TIMEOUT
The function timed out after specified timeout value.
SCI_ERR_CANCELLED
The wait operation has been cancelled due to a SCIRemoveSegment() on the same handle. The handle is invalid when this error is returned.

◆ SCIWaitForRemoteSegmentEvent()

SISCI_API_EXPORT sci_segment_cb_reason_t SCIWaitForRemoteSegmentEvent	(	sci_remote_segment_t	segment,
		sci_error_t *	status,
		unsigned int	timeout,
		unsigned int	flags,
		sci_error_t *	error
	)

SCIWaitForRemoteSegmentEvent() blocks a program until an event concerning the remote segment has arrived. If a timeout different from SCI_INFINITE_TIMEOUT is specified the function gives up when the timeout expires. SCIWaitForRemoteSegmentEvent() cannot be used if a callback associated with the remote segment is active (see SCIConnectSegment()).

Parameters

segment	handle to the connected segment descriptor
status	status information
timeout	time in milliseconds to wait before giving up
flags	not used
error	error information

Returns

If successful, the function returns the reason that generated the received event.

Error codes:

SCI_ERR_OK
Successful completion.
SCI_ERR_TIMEOUT
The function timed out after specified timeout value
SCI_ERR_ILLEGAL_OPERATION
Illegal operation.
SCI_ERR_CANCELLED
The segment has been disconnected. The handle is invalid when this error is returned

Variable Documentation

◆ DIS_BROADCAST_NODEID_GROUP_ALL

SISCI_API_EXPORT const unsigned int DIS_BROADCAST_NODEID_GROUP_ALL

For reflective memory operations this should be used as the NodeId parameter.

◆ SCI_FLAG_BROADCAST

SISCI_API_EXPORT const unsigned int SCI_FLAG_BROADCAST

Enable Multicast

◆ SCI_FLAG_EXCLUSIVE

SISCI_API_EXPORT const unsigned int SCI_FLAG_EXCLUSIVE

Borrow device exclusively.

◆ SCI_FLAG_IO_MAP_IOSPACE

SISCI_API_EXPORT const unsigned int SCI_FLAG_IO_MAP_IOSPACE

Use strict IO memory attributes. Disables Write-Combining.

◆ SCI_FLAG_LOCK_USER_MEM

SISCI_API_EXPORT const unsigned int SCI_FLAG_LOCK_USER_MEM

Pin user memory

◆ SCI_LOCAL_HOST

SISCI_API_EXPORT const unsigned int SCI_LOCAL_HOST

For reflective memory operations this should be used as the NodeId parameter

◆ SCI_Q_MAP

SISCI_API_EXPORT const unsigned int SCI_Q_MAP

Query a map

◆ SCI_Q_REMOTE_SEGMENT_IOADDR

SISCI_API_EXPORT const unsigned int SCI_Q_REMOTE_SEGMENT_IOADDR

Query local ioaddr of mapped remote segment

Data Structures

Macros

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ SCI_FLAG_DMA_ADAPTER

◆ SCI_FLAG_DMA_GLOBAL

◆ SCI_FLAG_DMA_SYSDMA

◆ SCI_Q_ADAPTER

◆ SCI_Q_ADAPTER_CARD_TYPE

◆ SCI_Q_ADAPTER_CONFIGURED

◆ SCI_Q_ADAPTER_DMA_MTU

◆ SCI_Q_ADAPTER_LINK_CABLE_INSERTED

◆ SCI_Q_ADAPTER_LINK_DOWNTIME

◆ SCI_Q_ADAPTER_LINK_ENABLED

◆ SCI_Q_ADAPTER_LINK_OPERATIONAL

◆ SCI_Q_ADAPTER_LINK_PARTNER_PORT_NO

◆ SCI_Q_ADAPTER_LINK_SPEED

◆ SCI_Q_ADAPTER_LINK_UPTIME

◆ SCI_Q_ADAPTER_LINK_WIDTH

◆ SCI_Q_ADAPTER_MCAST_MAX_GROUPS

◆ SCI_Q_ADAPTER_NODEID

◆ SCI_Q_ADAPTER_NUMBER_OF_LINKS

◆ SCI_Q_ADAPTER_SERIAL_NUMBER

◆ SCI_Q_API

◆ SCI_Q_DEVICE

◆ SCI_Q_DEVICE_INFO

◆ SCI_Q_DMA

◆ SCI_Q_DMA_AVAILABLE

◆ SCI_Q_DMA_CAPABILITIES

◆ SCI_Q_LOCAL_SEGMENT

◆ SCI_Q_LOCAL_SEGMENT_IOADDR

◆ SCI_Q_LOCAL_SEGMENT_PHYS_ADDR

◆ SCI_Q_LOCAL_SEGMENT_VIRTUAL_KERNEL_ADDR

◆ SCI_Q_MAP_QUERY_REMOTE_MAPPED_TO_LOCAL_TARGET

◆ SCI_Q_REMOTE_SEGMENT

◆ SCI_Q_REMOTE_SEGMENT_IOADDR

◆ SCI_Q_SISCI_DRIVER_VERSION

◆ SCI_Q_SYSTEM

◆ SCI_Q_SYSTEM_CPU_CACHE_LINE_SIZE

◆ SCI_Q_VENDORID

Function Documentation

◆ SCIAbortDMAQueue()

◆ SCIAssignDMAChannel()

◆ SCIAttachLocalSegment()

◆ SCIAttachPhysicalMemory()

◆ SCIBorrowDevice()

◆ SCICacheSync()

◆ SCICheckSequence()

◆ SCIClose()

◆ SCIConnectDataInterrupt()

◆ SCIConnectDeviceSegment()

◆ SCIConnectDeviceSegmentPath()

◆ SCIConnectInterrupt()

◆ SCIConnectSegment()

◆ SCICreateDataInterrupt()

◆ SCICreateDeviceSegment()

◆ SCICreateDMAQueue()

◆ SCICreateInterrupt()

◆ SCICreateMapSequence()

◆ SCICreateSegment()

◆ SCIDisconnectDataInterrupt()

◆ SCIDisconnectInterrupt()

◆ SCIDisconnectSegment()

◆ SCIDMAQueueState()

◆ SCIFlush()

◆ SCIGetDeviceList()

◆ SCIGetDMAChannelType()

◆ SCIGetErrorString()

◆ SCIGetFabricDeviceId()

◆ SCIGetLocalNodeId()

◆ SCIGetLocalSegmentId()

◆ SCIGetLocalSegmentSize()

◆ SCIGetMapPhysAddr()

◆ SCIGetMapPointer()

◆ SCIGetNodeIdByAdapterName()

◆ SCIGetNodeInfoByAdapterName()

◆ SCIGetRemoteSegmentId()

◆ SCIGetRemoteSegmentNodeId()