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/* */
/* FILE NAME VERSION */
/* mai_g.h MAPI 0.05 */
/* */
/* DESCRIPTION */
/* This file contains global function prototypes and structure */
/* definitions for the Management API. */
/* */
/* */
/* DATA STRUCTURES */
/* Filter_t Holds filter description */
/* Mai_t Used to exchange MADs with API */
/* */
/* FUNCTIONS */
/* max_get_max_filters return MAI_MAX_FILTERS for unit test use */
/* mai_open Create a channel to send/recv MADs */
/* mai_close Tear down an unneeded channel */
/* mai_filter_create Add a filter to an open channel */
/* mai_filter_delete Remove a channel */
/* mai_recv Receive one MAD from a channel */
/* mai_send Send a MAD to an open channel */
/* mai_init Initialize MAD API layer */
/* mai_filter_mclass Create filter that accepts only MADs */
/* of a specified mclass */
/* mai_filter_method Create a filter that accepts only MADs */
/* of a specified mclass and method */
/* mai_filter_aid Create a filter that accepts only MADs */
/* of a specified mclass, method, and aid */
/* mai_filter_amod Create a filter that accepts only MADs of */
/* a specified mclass, method, aid, and amod */
/* mai_filter_once Create a one-shot’ filter with a unique */
/* TID and associate it with the filter */
/* mai_filter_tid Create a filter that accepts only MADs of */
/* a specified mclass and tid */
/* mai_alloc_tid Allocate a unique TID for this class */
/* mai_filter_handle Returns the handle associated with a */
/* previously created filter */
/* mai_filter_hcreate Create a filter */
/* mai_filter_hdelete Delete the specified filter */
/* mai_get_stl_portinfo Receive port information for the local port */
/* mai_shutdown Mark the MAI library as uninitialized */
/* */
/* DEPENDENCIES */
/* VIEO_THREADED Global definition */
/* */
/* */
/* HISTORY */
/* NAME DATE REMARKS */
/* Jim Mott 01-15-2001 Entry from prototype code */
/* Jeff Young 02-08-2001 Fixed Filter_t def */
/* Todd Pisek 02-12-2001 Moved grh b4 lrh in mai_mad*/
/* Jim Mott 02-18-2001 Added base+extra lengths */
/* to Mai_t. */
/* Peter Walker 03-26-2001 remove extra in Mai_t */
/* */
/* OUTSTANDING ISSUES */
/* */
/****************************************************************************/
#ifndef _IB_MAI_G_H_
#define _IB_MAI_G_H_
#include <ib_status.h>
#include <ib_mad.h>
#include <vs_g.h>
#include "iba/stl_sm_priv.h"
#define MAD_BASEHDR_SIZE (24)
#define IB_MAX_MAD_DATA (256)
#define IB_MAD_PAYLOAD_SIZE (IB_MAX_MAD_DATA - MAD_BASEHDR_SIZE)
#define STL_MAX_MAD_DATA (2048)
#define STL_MAD_PAYLOAD_SIZE (STL_MAX_MAD_DATA - MAD_BASEHDR_SIZE)
#define MAI_FNAME_LEN (16)
/*
* Structure definitions
*/
/* MaiAddrInfo_t
* This striucture is used within Mai_t to describe the source and
* destination addressing for a MAD packet.
*/
typedef struct _MaiAddrInfo_t {
STL_LID slid; // source LID (32)
STL_LID dlid; // destination LID (32)
uint8_t sl; // service level (4)
uint16_t pkey; // partition key (16)
uint32_t srcqp; // WQP number at the source (24)
uint32_t destqp; // destination QP (24)
uint32_t qkey; // queue pair key (32)
} MaiAddrInfo_t;
#define SMI_MAD_SL 0 // C7-25
/*
* Mai_t
* This structure is the primary interchange for the
* Management API and all the glue layers. It is created by managers
* and agents on one side of the pipe and IB hardware on the other.
*
* active
* This bit field describes which parts of Mai_t contain
* real information. Manager and agents use it to communicate with
* hardware on wire level protocol. The receive side
* code+hardware use it to communicate with agents and managers how
* much of the data is valid.
*
* type
* There are 3 types of mai_mad data objects:
* EXTERNAL send + receive Contains a MAD for the wire
* INTERNAL send + receive Used for inter-agent communication
* When an agent/manager sends a MAD of type INTERNAL, that data chunk
* is transported to the very bottom of the stream and queued to
* the incoming MAD chain. As it passes back up the stack, the
* various fields are matched against every channels filters and
* the MAD is duplicated on the input queue of each of them.
*
* dev
* When there are multiple FIs in a system, the dev parameter is
* used to select them. FIs are numbered consecutively from 0 to
* n-1 where there are n adapters. The dev fields must be >0 except
* when constructing filters. dev==-1 --> MAI_FILTER_ANY.
*
* port
* Switches use the port parameter to select the correct output
* port for PERMISSIVE MADs. Multi-port channel adapters use the
* port to indicate which port in the FI should be used. The port
* fields must be >0 except when constructing filters.
* ports==-1 --> MAI_FILTER_ANY
*
* addrInfo
* addressing information for the MAD packet
*
* base
* Contains the standard MAD header
*
* datasize
* Contains the number of active bytes in data.
*
* data
* Optional fields at the end of the standard MAD header.
*
*
*
*
* NOTES:
* 1. You must always preserve the order of the following fields
* - base
* - data
* 2. Changes to the active masks (MAI_ACT_*) require updates to the
* filter-checking logic in maif.c
*/
typedef struct _Mai_t
{
uint32_t active; /* Active field bit array */
int16_t datasize; /* Amount of valid data in 'data'; Default all. */
int16_t type; /* Type of mad: EXTERNAL, INTERNAL */
int16_t dev; /* Device that received the MAD */
int16_t port; /* Port that the MAD is sent or received on */
int32_t qp; /* QP for data */
MaiAddrInfo_t addrInfo; /* address information */
Mad_t base; /* Base MAD */
uint64_t intime; /* Time data arrived at the bottom of the stack */
uint8_t data[STL_MAX_MAD_DATA]; /* The rest of basic MAD */
/* DO NOT PLACE ANY FIELDS BELOW data */
} Mai_t;
static __inline uint8_t* stl_mai_get_smp_data(Mai_t *maip)
{
if (maip->base.mclass == MCLASS_SM_DIRECTED_ROUTE) {
return ((DRStlSmp_t *)maip->data)->SMPData;
}
return ((LRStlSmp_t *)maip->data)->SMPData;
}
static __inline size_t stl_mai_get_smp_data_offset(Mai_t *maip)
{
if (maip->base.mclass == MCLASS_SM_DIRECTED_ROUTE) {
return offsetof(DRStlSmp_t, SMPData);
}
return offsetof(LRStlSmp_t, SMPData);
}
static __inline uint64_t* stl_mai_get_mkey(Mai_t *maip)
{
if (maip->base.mclass == MCLASS_SM_DIRECTED_ROUTE) {
return &(((DRStlSmp_t *)maip->data)->M_Key);
}
return &(((LRStlSmp_t *)maip->data)->M_Key);
}
/* Function for filter callback */
typedef int (mai_filter_check_packet_t)(Mai_t * data);
/*
* Filter_t
* This structure is used to pass filter requests around.
*
* NOTES:
* 1. If MAI_FILTER_ANY is set for any value, a match is
* is considered to have occured only if:
* A. active has MAI_ACT_FMASK set and there is a corresponding
* match on the MAD data as set by the tuple (mask,value)
* B. active does not have MAI_ACT_FMASK set.
*/
typedef struct _Filter_t
{
uint32_t active; /* Active field mask: MAI_ACT_* */
int16_t type; /* Type of MAD: EXTERNAL, INTERNAL */
int16_t dev; /* Device that received the MAD */
int16_t port; /* Port the MAD sent or received on */
int32_t qp; /* Zero or one */
uint8_t unused; /* Alignment */
Mad_t value; /* Value to match */
Mad_t mask; /* Mask to match */
char fname[MAI_FNAME_LEN+1]; /* To identify the filter */
uint32_t refcnt; /* Instances of references to this filter */
uint8_t flags; /* State flags: Opaque to user */
void *handle; /* lower-level handle for this filter */
mai_filter_check_packet_t * mai_filter_check_packet;
} Filter_t;
#define MAI_FILTER_ANY (-1) /* Match any type,dev,port,qp */
#define MAI_TYPE_ANY (-1) /* MAI_FILTER_ANY place holder */
#define MAI_TYPE_EXTERNAL (1) /* Normal MAD packet */
#define MAI_TYPE_INTERNAL (3) /* Mai_t payload is an internal message */
/* sent between handles in the MAI stack */
#define MAI_TYPE_ERROR (8) /* Indicates error, mad was never sent, returning original mad */
#define MAI_TYPE_DROP (9) /* Indicates security violation error, mad was never processed, dropping the mad */
#define MAI_ACT_TYPE (0x00000001) /* Type field is valid */
#define MAI_ACT_ADDRINFO (0x00000004) /* addrInfo contains valid data */
#define MAI_ACT_BASE (0x00000040) /* base contains valid data */
#define MAI_ACT_DATA (0x00000080) /* data contains valid data */
#define MAI_ACT_DEV (0x00000100) /* Device field is active */
#define MAI_ACT_PORT (0x00000200) /* Port field is active */
#define MAI_ACT_QP (0x00000400) /* qp field is active */
#define MAI_ACT_FMASK (0x00000800) /* Filter mask is active */
#define MAI_ACT_FNAME (0x00001000) /* Filter name is active */
#define MAI_ACT_TSTAMP (0x00002000) /* The Time stamp is active */
#define MAI_ACT_DATASIZE (0x00004000) /* datasize field valid data */
#define MAI_MAX_PORT (255)
#define MAI_MAX_DEV (255)
/* Used to set the mask on filters. */
#define MAI_FMASK_ALL (~0)
/* Declaration on constants */
#define MAI_SMI_QP (0) /* Subnet Management QP */
#define MAI_GSI_QP (1) /* General Service QP */
/*
* MAI_MAX_QUEUED_DEFAULT
* To prevent one consumer from shutting down all the others by not
* servicing his queue, we will limit the maximum number of outstanding
* MADs allowed on a single channel.
*
* Note that this default may be overriden prior to initializing MAI.
*/
#ifndef MAI_MAX_QUEUED_DEFAULT
#ifdef __VXWORKS__
#define MAI_MAX_QUEUED_DEFAULT 256
#else
#define MAI_MAX_QUEUED_DEFAULT 512
#endif
#endif /* MAI_MAX_QUEUED_DEFAULT */
/*
* MAI_MAX_DATA_DEFAULT
* The size of the buffer pool that stores MADs flowing up from the
* bottom. In cases where we are single threaded, there are not many
* of these.
* It is possible for 2 SA threads to consume 2 X MAI_MAX_QUEUED by
* themselves so alloc 3X buffers to support SM/PM/BM/FE
*
* Note that this default may be overriden prior to initializing MAI.
*/
#ifndef MAI_MAX_DATA_DEFAULT
#define MAI_MAX_DATA_DEFAULT (5 * MAI_MAX_QUEUED_DEFAULT)
#endif /* MAI_MAX_DATA_DEFAULT */
/* Macro to set the name of a filter. Particularly useful during debug */
#define MAI_SET_FILTER_NAME(ft, szname) do{ \
int _i=0; char *_p = (char *)(szname); \
int _l=(sizeof(szname)<(MAI_FNAME_LEN-1)?sizeof(szname):(MAI_FNAME_LEN-1)); \
for(_i=0;_i<_l;_i++) \
{ (ft)->fname[_i]=_p[_i]; if (_p[_i]==0)break;} \
(ft)->fname[_i]=0; (ft)->active |= MAI_ACT_FNAME; \
}while(0)
/*
* Masks the bits of the TID that are reserved for the IB stacks use. In
* particular, OFED places no guarantee on preserving the integrity of the
* upper 32 bits.
*
* To be used when comparing TID coming up from the stack against expected
* values.
*/
#ifdef IB_STACK_OPENIB
#define MAI_MASK_TID(tid) (tid & 0xffffffffull)
#else
#define MAI_MASK_TID(tid) (tid)
#endif
/*
* mai_set_num_endports
* This function can be called prior to calling mai_init. It will adjust
* the MAD buffer size and queue depths accordingly. If not called, they will
* be given reasonable defaults.
*
* INPUTS
* num_end_ports The required number of fabric end ports to scale to.
*
* RETURNS
* Nothing.
*/
void mai_set_num_end_ports(uint32_t num_end_ports);
/*
* mai_init
* This function must be called prior to calling any of the other management
* API function. It can only be called once.
*
* INPUTS
* None
*
* RETURNS
* Nothing. Errors are fatal.
*/
void mai_init(void);
/*
* mai_get_max_filters
* return maximum filters available in MAI
* provided for use by MAI unit tests since MAI_MAX_FILTERS is
* a local constant
*
* INPUTS
* None
*
* RETURNS
* unsigned
*/
unsigned mai_get_max_filters(void);
/*
* mai_open
* This function will create a new channel to the SMI or GSI.
* Initially there are no filters active on the channel so you will receive nothing
* from it. You can always send MADs to a channel. The qp, dev, port parameters are
* the default values associated with filters that are created on the handle.
* This function also calls through the hardware to validate the values passed in.
* If the values in the message have not been set by the caller, they will be the
* default values assigned to Mai_t messages on mai_send.
*
* INPUTS
* qp The QP to open. SMI=QP0, GSI=QP1. Nothing else is valid
* dev Device number [0..n-1] when n FIs in a system
* port FI port for multi-ported FIs
* fd Pointer to a place to store the channel number
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_open(uint32_t qp, uint32_t dev, uint32_t port, IBhandle_t *fd);
/*
* mai_close
* Close a previously opened channel. Release all resources (filters,
* queued read data) to the handle.
*
* INPUTS
* fd An open channel (mai_open) to close
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_close(IBhandle_t fd);
#define VFILTER_SHARE (0x000) /* Filter will share MADs */
#define VFILTER_PURGE (0x002) /* Purge filter MADs on delete */
#define VFILTER_ONCE (0x008) /* Filter deleted after first match */
/*
* mai_filter_create
* Add a filter to an open channel. This function will add both
* absorbing filters and copy filters. In the case where a new filter
* has been added to absorb Subnet Manager Datatgrams (SMDs), this
* function will notify all other channels that would have received
* that SMD. If the dev, port, qp are not marked active in the filter,
* the default values associated with the handle are assigned to filter.
*
* INPUTS
* fd An open channel (mai_open) to close
* filter The filter to add to the open channel
* flags Flags that modify the filter
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_filter_create(IBhandle_t fd, Filter_t *filter, uint32_t flags);
/*
* mai_filter_delete
* This functions removes an active filter from an open channel. If
* there are multiple instances of the filter, it removes only the
* first one.
*
* INPUTS
* fd An open channel (mai_open) to use
* filter The filter to remove from the open channel
* flags Flags that modify the filter
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_filter_delete(IBhandle_t fd, Filter_t *filter, uint32_t flags);
/*
* mai_send_timeout
* Send an SMD to the hardware channel (QP0/QP1) interface associated with
* the fd (mai_open). This is a synchronous call. The dev, port, qp that the message gets
* sent on is determined by the values in the Mai_t argument. If the these
* are not marked as active the values associated with the handle are assigned to it.
*
* Note that on OFED, the timeout will be passed down to the kernel. This
* does not make the call block, but instead just lets the kernel know how
* long to keep the MAD around on the send list while waiting for an ACK.
* On OFED, when the MAD expires from the kernel send list, incoming responses
* with the same TID will be dropped.
*
* INPUTS
* fd An open channel (mai_open) to send on
* buffer Pointer to MAD to send down
* timeout Send timeout to pass down to the kernel (OFED only)
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_send_timeout(IBhandle_t fd, Mai_t *buffer, uint64_t timeout);
Status_t mai_send_stl_timeout(IBhandle_t fd, Mai_t *buffer, uint32_t *datalen, uint64_t timeout);
#define MAI_DEFAULT_SEND_TIMEOUT (1ull * VTIMER_1S)
#define mai_send(fd, buffer) mai_send_timeout(fd, buffer, MAI_DEFAULT_SEND_TIMEOUT)
#define mai_stl_send(fd, buffer, datalen) mai_send_stl_timeout(fd, buffer, datalen, MAI_DEFAULT_SEND_TIMEOUT)
/*
* mai_recv
* Receive the next SMD on the channel opened (mai_open) earlier. The
* MAD must pass the filters (mai_filter_create) added to the open channel.
* A single MAD will be returned no matter how many filters on this channel
* happen to describe that MAD. The return status indicates the normal MAD was
* received or otherwise. MADs coming from the wire have status VSTATUS_OK.
* Otherwise the following values are possible
* VSTATUS_MAI_INTERNAL - an internal message was received
* VSTATUS_FILTER - a filter take-over notice was received.
*
* INPUTS
* fd An open channel (mai_open) to receive on
* buffer Pointer to space to store the received MAD
* timeout The number of microseconds to wait for a MAD;
* a timeout value of 0 means to wait forever
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_recv(IBhandle_t fd, Mai_t *buffer, uint64_t timeout);
/*
* FUNCTION
* mai_recv_handles
*
* DESCRIPTION
* This function will wait for a message to be posted to any of the handles
* specified in argument. It returns the index of the lowest handle
* that has a message on it, if a message is received before timeout.
* This index is posted to the location the user passed in, pointed
* by the location pfirst.
*
* INPUTS
* ha Array of handles returned from mai_open
* count Number of handles in array.
* timout How long to wait. 0 means return immediately
* pfirst Where to post the index handle with message on in
* maip Where to post the MAD received on the handle
*
* OUTPUTS
* VSTATUS_OK
* VSTATUS_ILLPARM
* VSTATUS_TIMEOUT
*
* HISTORY
* NAME DATE REMARKS
* JMS 02/16/07 Initial entry
*/
Status_t mai_recv_handles(IBhandle_t *ha, uint32_t count,
uint64_t timeout, uint32_t *pfirst, Mai_t *maip);
#define MAI_RECV_NOWAIT (0ull) /* Implies mai_recv should not block*/
/*
* mai_alloc_tid
* Allocates a unique TID to be set in filters and MADs.
*
* INPUTS
* fd An open channel (mai_open) to use
* mclass The class associated with the TID.
* buf Pointer to place the TID.
*
* RETURNS
* Status_t See ib_status.h
*/
Status_t mai_alloc_tid(IBhandle_t fd, uint8_t mclass, uint64_t *buf);
/*
* mai_increment_tid
* Given a tid allocated by mai_alloc_tid, computes a new unique TID
*
* INPUTS
* the previous tid
*
* RETURNS
* new tid
*/
uint64_t mai_increment_tid(uint64_t tid);
/*
* mai_filter_hcreate
*
* DESCRIPTION
* Add a filter to an open channel. This function will add both
* absorbing filters and copy filters. In the case where a new filter
* has been added to absorb SMDs, this function will notify all
* other channels that would have received that SMD. It returns a handle
* to the created filter.
*
*
* INPUTS
* fd Channel number to add the filter to
* filter Pointer to the filter to add to the channel
* flags Flags to modify filter (absorb or copy)
* fh Pointer to the filter handle location
*
* OUTPUTS
* Status_t See ib_status.h
*/
Status_t mai_filter_hcreate(IBhandle_t fd, Filter_t *filter,
uint32_t flags, IBhandle_t *fh);
/*
*mai_filter_mclass
*
* DESCRIPTION
* Create a filter that accepts only MADs of a specified mclass.
*
* INPUTS
* devh Device handle returned by mai_open
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE: Filter shared MAD with other filters
* ftype Filter type
* filterh Filter handle returned by call.
* mclass The class to filter (see ib_mad.h for a list of classes).
*
* OUTPUTS
* Status_t See ib_status.h
*/
Status_t mai_filter_mclass(IBhandle_t devh, uint32_t flags, int ftype,
IBhandle_t *filterh, uint8_t mclass);
/*
* mai_filter_method
*
* DESCRIPTION
* Create a filter that accepts only MADs of a specified mclass,
* method.
*
*
* INPUTS
* devh Device handle returned by mai_open
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE: Filter shared MAD with other filters
* ftype Filter type
* filterh Filter handle returned by call.
* mclass The class to filter (see ib_mad.h for a list of classes).
* method The method within the class.
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_filter_method(IBhandle_t devh, uint32_t flags, int ftype,
IBhandle_t *filterh, uint8_t mclass, uint8_t method);
/*
* mai_filter_aid
*
* DESCRIPTION
* Create a filter that accepts only MADs of a specified mclass,
* method, aid.
*
* INPUTS
* devh Device handle returned by mai_open
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE: Filter shared MAD with other filters
* ftype Filter type
* filterh Filter handle returned by call.
* mclass The class to filter (see ib_mad.h for a list of classes).
* method The method within the class.
* aid The attribute ID within the method.
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_filter_aid(IBhandle_t devh, uint32_t flags, int ftype,
IBhandle_t *filterh,
uint8_t mclass,
uint8_t method,
uint16_t aid);
/*
* mai_filter_amod
*
* DESCRIPTION
* Create a filter that accepts only MADs of a specified mclass,
* method, aid, and amod.
*
* INPUTS
* devh Device handle returned by mai_open
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE - Filter shared MAD with other filters
* ftype Filter type
* filterh Filter handle returned by call.
* mclass The class to filter (see ib_mad.h for a list of classes).
* method The method within the class.
* aid The attribute ID within the method.
* amod The attribute modifier within the aid
*
* OUTPUTS
* Status_t See ib_status.h
*/
Status_t mai_filter_amod(IBhandle_t devh, uint32_t flags, int ftype,
IBhandle_t *filterh,
uint8_t mclass,
uint8_t method,
uint16_t aid,
uint32_t amod);
/*
* mai_filter_handle
*
* DESCRIPTION
* Returns the handle to previously created filter.
*
* INPUTS
* devh Device handle returned by mai_open and used in filter create.
* filter The filter's definition.
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE - Filter shared MAD with other filters
* fh Pointer to filter handle returned by call.
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_filter_handle(IBhandle_t devh,
Filter_t *filter,
uint32_t flags,
IBhandle_t *fh);
/*
* mai_filter_hdelete
*
* DESCRIPTION
* Removes a filter from a channel.
*
* INPUTS
* devh Device handle returned by mai_open and used in filter create.
* fh Filter handle
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_filter_hdelete(IBhandle_t devh, IBhandle_t fh);
/*
* mai_filter_once
*
* DESCRIPTION
* This routine will create a filter which will accept messages
* for a specified mclass and TID. This routine allows an application
* to issue a request and wait for the reply by filtering on just
* the TID and mclass. After a messAge is received which passes the filter,
* the filter is automatically deleted.
*
*
* INPUTS
* devh Device handle returned by mai_open
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE: Filter shared MAD with other filters
* ftype Filter type
* filterh Filter handle returned by call.
* mclass The class to filter (see ib_mad.h for a list of classes).
* tid The transaction ID to use.
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_filter_once(IBhandle_t devh, uint32_t flags, int ftype,
IBhandle_t *filterh,
uint8_t mclass,
uint64_t tid);
/*
* mai_filter_tid
*
* DESCRIPTION
* This routine will create a filter which will accept messages
* for a specified mclass and tid.
*
*
* INPUTS
* devh Device handle returned by mai_open
* flags A set of characteristics to determine behavior.
* - VFILTER_SHARE: Filter shared MAD with other filters
* ftype Filter type
* filterh Filter handle returned by call.
* mclass The class to filter (see ib_mad.h for a list of classes).
* tid The transaction ID to use.
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_filter_tid(IBhandle_t devh, uint32_t flags, int ftype,
IBhandle_t *filterh,
uint8_t mclass,
uint64_t tid);
/*
* mai_get_stl_portinfo
*
* DESCRIPTION
* This function allows the local user to retrieve the portinfo
* of the local port.
*
*
* INPUTS
* fd MAI handle
* pinfop Pointer to STL_PORT_INFO
* port The port to get
*
* OUTPUTS
* Status_t See ib_status.h
*
*/
Status_t mai_get_stl_portinfo(IBhandle_t fd, STL_PORT_INFO *pinfop, uint8_t port);
/*
* FUNCTION
* mai_shutdown
*
* DESCRIPTION
* This function marks the MAI library (at the calling layer) as uninitialized.
* This forces all users of the interface to fail and return.
*
* INPUTS
* None
*
* OUTPUTS
* None
*/
void mai_shut_down(void);
/*
* FUNCTION
* mai_get_default_pkey
*
* DESCRIPTION
* This function retrieves the default PKey (index 0) for the adapter.
*
*
* INPUTS
* None
*
* OUTPUTS
*/
uint16_t mai_get_default_pkey(void);
#endif /* IB_MAI_G_H */