/* BEGIN_ICS_COPYRIGHT6 ****************************************

Copyright (c) 2015-2017, Intel Corporation

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      this list of conditions and the following disclaimer.

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#include "stl_sd.h"

static const char* const SdQueryInputTypeText[] = {

    "InputTypeNoInput",

    "InputTypeNodeType",

	"InputTypeSystemImageGuid",

    "InputTypeNodeGuid",

    "InputTypePortGuid",

    "InputTypePortGid",

    "InputTypeMcGid",

    "InputTypePortGuidPair",

    "InputTypeGidPair",

    "InputTypePathRecord",

#ifdef IB_STACK_OPENIB

	"InputTypePathRecordNetworkOrder",

#endif

	"InputTypeLid",

	"InputTypePKey",

	"InputTypeSL",

	"InputTypeIndex",

	"InputTypeServiceId",

	"InputTypeNodeDesc",

	"InputTypeServiceRecord",

	"InputTypeMcMemberRecord",

    "InputTypePortGuidList",

    "InputTypeGidList",

    "InputTypeMultiPathRecord",

};

const char* iba_sd_query_input_type_msg(QUERY_INPUT_TYPE code)

{

	if (code < 0 || code >= (int)(sizeof(SdQueryInputTypeText)/sizeof(char*)))

		return "Unknown SD Query Input Type";

	else

		return SdQueryInputTypeText[code];

}

static const char* const SdQueryResultTypeText[] = {

    "OutputTypeSystemImageGuid",

    "OutputTypeNodeGuid",

    "OutputTypePortGuid",

    "OutputTypeLid",

    "OutputTypeGid",

    "OutputTypeNodeDesc",

    "OutputTypePathRecord",

#ifdef IB_STACK_OPENIB

	"OutputTypePathRecordNetworkOrder",

#endif

	"OutputTypeNodeRecord",

	"OutputTypePortInfoRecord",

	"OutputTypeSMInfoRecord",

	"OutputTypeLinkRecord",

	"OutputTypeServiceRecord",

	"OutputTypeMcMemberRecord",

	"OutputTypeInformInfoRecord",

	"OutputTypeTraceRecord",

	"OutputTypeSwitchInfoRecord",

	"OutputTypeLinearFDBRecord",

	"OutputTypeRandomFDBRecord",

	"OutputTypeMCastFDBRecord",

	"OutputTypeVLArbTableRecord",

	"OutputTypePKeyTableRecord",

	"OutputTypeVfInfoRecord",			/* VF_RECORD_RESULTS is set of VF info records */

    // PM query results

	"OutputTypePaRecord",             /* PA_PACKET_RESULTS complete PA SinglePacketRespRecords */

	"OutputTypePaTableRecord",        /* PA_TABLE_PACKET_RESULTS complete PA MultiPacketRespRecords */

};

const char* iba_sd_query_result_type_msg(QUERY_RESULT_TYPE code)

{

	if (code < 0 || code >= (int)(sizeof(SdQueryResultTypeText)/sizeof(char*)))

		return "Unknown SD Query Result Type";

	else

		return SdQueryResultTypeText[code];

}

static const char* const SdFabricOpTypeText[] = {

	"FabOpSetServiceRecord",

	"FabOpDeleteServiceRecord",

	"FabOpSetMcMemberRecord",

	"FabOpJoinMcGroup",

	"FabOpLeaveMcGroup",

	"FabOpDeleteMcMemberRecord",

	"FabOpSetInformInfo",

};

const char* iba_sd_fabric_op_type_msg(FABRIC_OPERATION_TYPE code)

{

	if (code < 0 || code >= (int)(sizeof(SdFabricOpTypeText)/sizeof(char*)))

		return "Unknown SD Fabric Op Type";

	else

		return SdFabricOpTypeText[code];

}

// upper 8 bits of MAD_STATUS_SA_* fields from ib_sa_records.h

static const char* const SdSAStatusText[] = {

	"Success",	// not used by code below

	"Insufficient SA Resources",

	"Invalid SA Request",

	"No SA Records",

	"Too Many SA Records",

	"Invalid GID in SA Request",

	"Insufficient Components in SA Request"

};

const char* iba_sd_mad_status_msg(uint32 code)

{

	// this is a little more complex than most due to bitfields and reserved

	// values

	MAD_STATUS madStatus;

	madStatus.AsReg16 = code; // ignore reserved bits in Sd MadStatus

	if (code == MAD_STATUS_SUCCESS || (code & 0xff))

		return iba_mad_status_msg(madStatus);	// standard mad status fields

	else {

		code = madStatus.S.ClassSpecific;	// SA specific status code field

		if (code >= (unsigned)(sizeof(SdSAStatusText)/sizeof(char*)))

			return "Unknown SA Mad Status";

		else

			return SdSAStatusText[code];

	}

}