/* BEGIN_ICS_COPYRIGHT6 ****************************************
Copyright (c) 2015, Intel Corporation
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice,
this list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.
* Neither the name of Intel Corporation nor the names of its contributors
may be used to endorse or promote products derived from this software
without specific prior written permission.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
** END_ICS_COPYRIGHT6 ****************************************/
// Common code between user and kernel level CM
#include "ib_cm.h"
// backwards compatibilty functions
IB_HANDLE
CmCreateCEP(
CM_CEP_TYPE TransportServiceType
)
{
return iba_cm_create_cep(TransportServiceType);
}
FSTATUS
CmDestroyCEP(IB_HANDLE hCEP)
{
return iba_cm_destroy_cep(hCEP);
}
FSTATUS
CmModifyCEP(
IB_HANDLE hCEP,
uint32 AttrType,
const char* AttrValue,
uint32 AttrLen,
uint32 Offset
)
{
return iba_cm_modify_cep( hCEP, AttrType, AttrValue, AttrLen, Offset);
}
FSTATUS
CmConnect(
IB_HANDLE hCEP,
const CM_REQUEST_INFO* pConnectRequest,
PFN_CM_CALLBACK pfnConnectCB,
void* Context
)
{
return iba_cm_connect(hCEP, pConnectRequest, pfnConnectCB, Context);
}
FSTATUS
CmConnectPeer(
IB_HANDLE hCEP,
const CM_REQUEST_INFO* pConnectRequest,
PFN_CM_CALLBACK pfnConnectCB,
void* Context
)
{
return iba_cm_connect_peer( hCEP, pConnectRequest, pfnConnectCB, Context);
}
FSTATUS
CmListen(
IN IB_HANDLE hCEP,
IN const CM_LISTEN_INFO* pListenInfo,
IN PFN_CM_CALLBACK pfnListenCB,
IN void* Context
)
{
return iba_cm_listen( hCEP, pListenInfo, pfnListenCB, Context);
}
FSTATUS
CmWait(
IB_HANDLE CEPHandleArray[],
CM_CONN_INFO* ConnInfoArray[],
uint32 ArrayCount,
uint32 Timeout_us
//EVENT_HANDLE hWaitEvent // Associate the array of handles to this event
)
{
return iba_cm_wait(CEPHandleArray, ConnInfoArray, ArrayCount, Timeout_us);
}
FSTATUS
CmAccept(
IN IB_HANDLE hCEP,
IN CM_CONN_INFO* pSendConnInfo, // Send REP
OUT CM_CONN_INFO* pRecvConnInfo, // Rcvd RTU, REJ or TIMEOUT
IN PFN_CM_CALLBACK pfnCallback,
IN void* Context,
OUT IB_HANDLE* hNewCEP
)
{
return iba_cm_accept( hCEP, pSendConnInfo, pRecvConnInfo, pfnCallback,
Context, hNewCEP);
}
FSTATUS
CmReject(
IN IB_HANDLE hCEP,
IN const CM_REJECT_INFO* pConnectReject
)
{
return iba_cm_reject( hCEP, pConnectReject);
}
FSTATUS
CmCancel(
IN IB_HANDLE hCEP
)
{
return iba_cm_cancel( hCEP);
}
FSTATUS
CmDisconnect(
IN IB_HANDLE hCEP,
IN const CM_DREQUEST_INFO* pDRequest, // Send DREQ
IN const CM_DREPLY_INFO* pDReply // Send DREP
)
{
return iba_cm_disconnect( hCEP, pDRequest, pDReply);
}
FSTATUS
SIDRRegister(
IN IB_HANDLE hCEP,
IN const SIDR_REGISTER_INFO* pSIDRRegisterInfo,
PFN_CM_CALLBACK pfnLookupCallback,
void* Context
)
{
return iba_cm_sidr_register( hCEP, pSIDRRegisterInfo, pfnLookupCallback,
Context);
}
FSTATUS
SIDRDeregister(
IB_HANDLE hCEP
)
{
return iba_cm_sidr_deregister(hCEP);
}
FSTATUS
SIDRResponse(
IN IB_HANDLE hCEP,
const SIDR_RESP_INFO* pSIDRResponse
)
{
return iba_cm_sidr_response( hCEP, pSIDRResponse);
}
FSTATUS
SIDRQuery(
IB_HANDLE hCEP,
const SIDR_REQ_INFO* pSIDRRequest,
PFN_CM_CALLBACK pfnQueryCB,
void* Context
)
{
return iba_cm_sidr_query( hCEP, pSIDRRequest, pfnQueryCB, Context);
}
static const char* const CmRejectionCodeText[] = {
"Unknown CM Rejection Code",
"RC_NO_QP",
"RC_NO_EEC",
"RC_NO_RESOURCES",
"RC_TIMEOUT",
"RC_UNSUPPORTED_REQ",
"RC_INVALID_COMMID",
"RC_INVALID_COMMINST",
"RC_INVALID_SID",
"RC_INVALID_TSTYPE",
"RC_STALE_CONN",
"RC_INVALID_RDC",
"RC_PRIMARY_DGID_REJ",
"RC_PRIMARY_DLID_REJ",
"RC_INVALID_PRIMARY_SL",
"RC_INVALID_PRIMARY_TC",
"RC_INVALID_PRIMARY_HL",
"RC_INVALID_PRIMARY_PR",
"RC_ALTERNATE_DGID",
"RC_ALTERNATE_DLID",
"RC_INVALID_ALTERNATE_SL",
"RC_INVALID_ALTERNATE_TC",
"RC_INVALID_ALTERNATE_HL",
"RC_INVALID_ALTERNATE_PR",
"RC_CMPORT_REDIR",
"RC_INVALID_PATHMTU",
"RC_INSUFFICIENT_RESP_RES",
"RC_USER_REJ",
"RC_RNRCOUNT_REJ"
};
const char* iba_cm_rejection_code_msg(uint16 code)
{
if (code >= (unsigned)(sizeof(CmRejectionCodeText)/sizeof(char*)))
return "Unknown CM Rejection Code";
else
return CmRejectionCodeText[code];
}
static const char* const CmAprStatusText[] = {
"APS_PATH_LOADED",
"APS_INVALID_COMMID",
"APS_UNSUPPORTED_REQ",
"APS_REJECTED",
"APS_CMPORT_REDIR",
"APS_DUPLICATE_PATH",
"APS_ENDPOINT_MISMATCH",
"APS_REJECT_DLID",
"APS_REJECT_DGID",
"APS_REJECT_FL",
"APS_REJECT_TC",
"APS_REJECT_HL",
"APS_REJECT_PR",
"APS_REJECT_SL"
};
const char* iba_cm_apr_status_msg(uint16 code)
{
if (code >= (unsigned)(sizeof(CmAprStatusText)/sizeof(char*)))
return "Unknown CM APS Status";
else
return CmAprStatusText[code];
}
static const char* const CmSidrRespStatusText[] = {
"SRS_VALID_QPN",
"SRS_SID_NOT_SUPPORTED",
"SRS_S_PROVIDER_REJECTED",
"SRS_QP_UNAVAILABLE",
"SRS_REDIRECT",
"SRS_VERSION_NOT_SUPPORTED"
// 6-255 reserved
};
const char* iba_cm_sidr_resp_status_msg(uint8 code)
{
if (code >= (unsigned)(sizeof(CmSidrRespStatusText)/sizeof(char*)))
return "Unknown CM SIDR Resp Status";
else
return CmSidrRespStatusText[code];
}
static const char* const CmRepFailoverText[] = {
"CM_REP_FO_ACCEPTED",
"CM_REP_FO_NOT_SUPPORTED",
"CM_REP_FO_REJECTED_ALT"
};
const char* iba_cm_rep_failover_msg(uint8 code)
{
if (code >= (unsigned)(sizeof(CmRepFailoverText)/sizeof(char*)))
return "Unknown CM Failover Reply";
else
return CmRepFailoverText[code];
}