/* BEGIN_ICS_COPYRIGHT5 ****************************************

Copyright (c) 2015-2017, 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.

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AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE

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 * ** END_ICS_COPYRIGHT5   ****************************************/

//==============================================================================//

//										//

// FILE NAME									//

//    cs_utility.c								//

//										//

// DESCRIPTION									//

//    This file contains miscellaneous utility routiness.			//

//										//

// DATA STRUCTURES								//

//    None									//

//										//

// FUNCTIONS									//

//    bm_log			write out logging information			//

//										//

// DEPENDENCIES									//

//										//

// HISTORY									//

//										//

//    NAME	DATE  REMARKS							//

//     sjb  04/09/04  Initial creation of file.					//

//										//

//==============================================================================//

#include <stdarg.h>

#include <stdio.h>

#include <string.h>

#include "cs_log.h"

#include "cs_queue.h"

#include "stl_mad_priv.h"

#include "ib_mad.h"

#include "ib_sa.h"

#include "stl_pa_priv.h"

#include "sm_l.h"

#include "stl_sa_priv.h"

#include "mai_g.h"

#include "sm_dbsync.h"

#include "if3.h"

uint32_t cs_log_masks[VIEO_LAST_MOD_ID+1] = {

		DEFAULT_LOG_MASK,	// VIEO_NONE_MOD_ID for vs_syslog_output_message

		0,					// VIEO_CS_MOD_ID   /* Library Modules */

		DEFAULT_LOG_MASK,	// VIEO_MAI_MOD_ID  

		DEFAULT_LOG_MASK,	// VIEO_CAL_MOD_ID 

		DEFAULT_LOG_MASK,	// VIEO_DRIVER_MOD_ID

		DEFAULT_LOG_MASK,	// VIEO_IF3_MOD_ID  

		DEFAULT_LOG_MASK,	// VIEO_SM_MOD_ID  /* Subnet Mgr */

		DEFAULT_LOG_MASK,	// VIEO_SA_MOD_ID  /* Subnet Administrator */

		DEFAULT_LOG_MASK,	// VIEO_PM_MOD_ID  /* Performance Mgr */

		DEFAULT_LOG_MASK,	// VIEO_PA_MOD_ID  /* Performance Administrator */

		DEFAULT_LOG_MASK,	// VIEO_BM_MOD_ID  /* Baseboard Mgr */

		DEFAULT_LOG_MASK,	// VIEO_FE_MOD_ID  /* Fabric Executive */

		DEFAULT_LOG_MASK,	// VIEO_APP_MOD_ID /* Generic VIEO mod id */

};

// module name in form of "name: ", useful for messages where name is optional

// for VIEO_NONE_MOD_ID, returns ""

const char *

cs_log_get_module_prefix(uint32_t modid)

{

	switch (modid) {

	case VIEO_NONE_MOD_ID:	return "";

	case VIEO_CS_MOD_ID:	return "CS: ";

	case VIEO_MAI_MOD_ID:	return "MAI: ";

	case VIEO_CAL_MOD_ID:	return "CAL: ";

	case VIEO_DRIVER_MOD_ID:return "DVR: ";

	case VIEO_IF3_MOD_ID:	return "IF3: ";

	case VIEO_SM_MOD_ID:	return "SM: ";

	case VIEO_SA_MOD_ID:	return "SA: ";

	case VIEO_PM_MOD_ID:	return "PM: ";

	case VIEO_PA_MOD_ID:	return "PA: ";

	case VIEO_BM_MOD_ID:	return "BM: ";

	case VIEO_FE_MOD_ID:	return "FE: ";

	case VIEO_APP_MOD_ID:	return "APP: ";

	default:				return "Unkwn: ";

	}

}

// module name in simple form, useful to put in middle of other messages

// names provided also match prefixes used in LogMask config file names

// for VIEO_NONE_MOD_ID, returns "NONE"

const char *

cs_log_get_module_name(uint32_t modid)

{

	switch (modid) {

	case VIEO_NONE_MOD_ID:	return "NONE";

	case VIEO_CS_MOD_ID:	return "CS";

	case VIEO_MAI_MOD_ID:	return "MAI";

	case VIEO_CAL_MOD_ID:	return "CAL";

	case VIEO_DRIVER_MOD_ID:return "DVR";

	case VIEO_IF3_MOD_ID:	return "IF3";

	case VIEO_SM_MOD_ID:	return "SM";

	case VIEO_SA_MOD_ID:	return "SA";

	case VIEO_PM_MOD_ID:	return "PM";

	case VIEO_PA_MOD_ID:	return "PA";

	case VIEO_BM_MOD_ID:	return "BM";

	case VIEO_FE_MOD_ID:	return "FE";

	case VIEO_APP_MOD_ID:	return "APP";

	default:				return "Unkwn";

	}

}

// convert module name to modid

// names provided also match prefixes used in LogMask config file names

uint32_t

cs_log_get_module_id(const char * mod)

{

	uint32_t modid;

	for (modid = 0 ; modid <= VIEO_LAST_MOD_ID; modid++) {

		if (modid == VIEO_NONE_MOD_ID)

			continue;

		if (0 == strcmp(cs_log_get_module_name(modid), mod))

			return modid;

	}

	return 0;	// VIEO_NONE_MOD_ID

}

const char* 

cs_log_get_sev_name(uint32_t sev)

{

    switch (sev) {

	case VS_LOG_NONE:		return "";

	case VS_LOG_FATAL:		return "FATAL";

	case VS_LOG_CSM_ERROR:	return "ERROR";

	case VS_LOG_CSM_WARN:	return "WARN ";

	case VS_LOG_CSM_NOTICE:	return "NOTIC";

	case VS_LOG_CSM_INFO:	return "INFO ";

	case VS_LOG_ERROR:		return "ERROR";

	case VS_LOG_WARN:		return "WARN ";

	case VS_LOG_NOTICE:		return "NOTIC";

	case VS_LOG_INFINI_INFO:return "PROGR";

	case VS_LOG_INFO:		return "INFO ";

	case VS_LOG_VERBOSE:	return "VBOSE";

	case VS_LOG_DATA:		return "DATA ";

	case VS_LOG_DEBUG1:		return "DBG1 ";

	case VS_LOG_DEBUG2:		return "DBG2 ";

	case VS_LOG_DEBUG3:		return "DBG3 ";

	case VS_LOG_DEBUG4:		return "DBG4 ";

	case VS_LOG_ENTER:		return "ENTER";

	case VS_LOG_ARGS:		return "ARGS ";

	case VS_LOG_EXIT:		return "EXIT ";

	default:				return "UNKWN";

	}

}

// translate level and mode to a sev_mask and a mod_mask of modules

// which sev_mask should be set for.  modules not in mod_mask

// should get a sev_mask of 0

static void

cs_log_translate_level(uint32_t level, int mode,

			   	uint32_t *mod_mask, uint32_t *sev_mask)

{

	switch(level)

	{

	case 5:	

		/* All of the modules on. */

		*mod_mask = VS_MOD_ALL;

		break;

	default:

		*mod_mask = (VS_MOD_ALL & ~(1<

		break;

	}

	*sev_mask = 0;

	if (mode & 1) {

		switch(level)

		{

		case 7:

			*sev_mask |= (VS_LOG_ARGS | VS_LOG_ENTER | VS_LOG_EXIT);

		case 6:

			*sev_mask |= (VS_LOG_DEBUG3 | VS_LOG_DEBUG4);

		case 5:

			*sev_mask |= (VS_LOG_DEBUG1 | VS_LOG_DEBUG2);

    	case 4:

			*sev_mask |= (VS_LOG_DATA | VS_LOG_VERBOSE );

		case 3:

			*sev_mask |= (VS_LOG_INFO | VS_LOG_ERROR | VS_LOG_WARN

					| VS_LOG_INFINI_INFO | VS_LOG_NOTICE);

    	case 2:

		case 1:

			*sev_mask |= (VS_LOG_CSM_ERROR | VS_LOG_CSM_WARN

				   	| VS_LOG_CSM_NOTICE | VS_LOG_CSM_INFO);

		default:

			*sev_mask |= VS_LOG_FATAL;

		}	

	} else {

		switch(level)

		{

		case 7:

			*sev_mask |= (VS_LOG_ARGS | VS_LOG_ENTER | VS_LOG_EXIT);

		case 6:

			*sev_mask |= (VS_LOG_DEBUG3 | VS_LOG_DEBUG4);

		case 5:

			*sev_mask |= (VS_LOG_DEBUG1 | VS_LOG_DEBUG2);

    	case 4:

			*sev_mask |= (VS_LOG_DATA | VS_LOG_VERBOSE );

		case 3:

			*sev_mask |= (VS_LOG_INFO );

    	case 2:

			*sev_mask |= (VS_LOG_INFINI_INFO | VS_LOG_NOTICE);

		case 1:

			*sev_mask |= (VS_LOG_CSM_ERROR | VS_LOG_CSM_WARN

				   	| VS_LOG_CSM_NOTICE | VS_LOG_CSM_INFO

				   	| VS_LOG_ERROR | VS_LOG_WARN );

		default:

			*sev_mask |= VS_LOG_FATAL;

		}	

	}

}

// fill in log_masks based on mod_mask and sev_mask, presently only used

// internally.  Use of this implies a limit of

// 32 module ids.  Probably enough for now

void

cs_log_set_mods_mask(uint32_t mod_mask, uint32_t sev_mask, uint32_t log_masks[VIEO_LAST_MOD_ID+1])

{

	uint32_t modid;

	for (modid = 0; modid<= VIEO_LAST_MOD_ID; modid++) {

		if (mod_mask & (1 << modid))

			log_masks[modid] = sev_mask;

		else

			log_masks[modid] = 0;

	}

}

// build log_masks based on level and mode

void

cs_log_set_log_masks(uint32_t level, int mode, uint32_t log_masks[VIEO_LAST_MOD_ID+1])

{

	uint32_t mod_mask;

	uint32_t sev_mask;

	cs_log_translate_level(level, mode, &mod_mask, &sev_mask);

	cs_log_set_mods_mask(mod_mask, sev_mask, log_masks);

}

// set a single mask based on module name

void

cs_log_set_log_mask(const char* mod, uint32_t mask, uint32_t log_masks[VIEO_LAST_MOD_ID+1])

{

	uint32_t modid = cs_log_get_module_id(mod);

	if (modid)

		log_masks[modid] = mask | VS_LOG_FATAL;

}

// get a single mask based on module name

uint32_t

cs_log_get_log_mask(const char* mod, uint32_t log_masks[VIEO_LAST_MOD_ID+1])

{

	uint32_t modid = cs_log_get_module_id(mod);

	if (modid)

		return log_masks[modid];

	else

		return 0;

}

//

//	Convert a status code to a string

//

char *

cs_convert_status (Status_t status) {

	switch (status) {

	case VSTATUS_OK: return "0: OK";

	case VSTATUS_BAD: return "1: Bad status";

	case VSTATUS_MISMATCH: return "2: Key mismatch";

	case VSTATUS_DROP: return "3: Drop this packet";

	case VSTATUS_FORWARD: return "4: Forward this packet";

	case VSTATUS_ILLPARM: return "5: Invalid parameter";

	case VSTATUS_NOMEM: return "6: Out of memory";

	case VSTATUS_TIMEOUT: return "7: Timeout";

	case VSTATUS_NOPRIV: return "8: Not enough privs";

	case VSTATUS_BUSY: return "9: Busy";

	case VSTATUS_NODEV: return "10: No object available";

	case VSTATUS_NXIO: return "11: Invalid object";

	case VSTATUS_PARTIAL_PRIVS: return "12: Some privs are avail";

	case VSTATUS_CONDITIONAL: return "13: Conditionally good";

	case VSTATUS_NOPORT: return "14: Port does not exist";

	case VSTATUS_INVALID_HANDL: return "15: invalid handle";

	case VSTATUS_INVALID_TYPE: return "16: invalid type (ib_attr)";

	case VSTATUS_INVALID_ATTR: return "17: invalid attribute (ib_attr)";

	case VSTATUS_INVALID_PROTO: return "18: invalid protocol (RC,RD,UC,UD,RAW)";

	case VSTATUS_INVALID_STATE: return "19: invalid CEP or QP state";

	case VSTATUS_NOT_FOUND: return "20: Not found";

	case VSTATUS_TOO_LARGE: return "21: Too large";

	case VSTATUS_CONNECT_FAILED: return "22: Connect failed";

	case VSTATUS_CONNECT_GONE: return "23: connection gone";

	case VSTATUS_NOHANDLE: return "24: Out of handles";

	case VSTATUS_NOCONNECT: return "25: Out of connections";

	case VSTATUS_EIO: return "26: IO error";

	case VSTATUS_KNOWN: return "27: Already known";

	case VSTATUS_NOT_MASTER: return "28: Not the Master SM";

	case VSTATUS_INVALID_MAD: return "29: invalid MAD";

	case VSTATUS_QFULL: return "30: Queue full";

	case VSTATUS_QEMPTY: return "31: Queue empty";

	case VSTATUS_AGAIN: return "32: Data not available";

	case VSTATUS_BAD_VERSION: return "33: Version mismatch";

	case VSTATUS_UNINIT: return "34: Not initialized";

	case VSTATUS_NOT_OWNER: return "35: Not resource owner";

	case VSTATUS_INVALID_MADT: return "36: Malformed Mai_t";

	case VSTATUS_INVALID_METHOD: return "37: MAD method invalid";

	case VSTATUS_INVALID_HOPCNT: return "38: HopCount not in [0..63]";

	case VSTATUS_MISSING_ADDRINFO: return "39: Mai_t has no addrInfo";

	case VSTATUS_INVALID_LID: return "40: Invalid LID";

	case VSTATUS_INVALID_ADDRINFO: return "41: addrInfo invalid in Mai_t";

	case VSTATUS_MISSING_QP: return "42: QP not in Mai_t";

	case VSTATUS_INVALID_QP: return "43: MAI QP not SMI(0) or GSI(1)";

	case VSTATUS_INVALID_MCLASS: return "48: Reserved mclass used";

	case VSTATUS_INVALID_QKEY: return "51: BTH qkey field for GSI invalid";

	case VSTATUS_INVALID_MADLEN: return "53: MAD datasize invalid/not determinable";

	case VSTATUS_NOSUPPORT: return "55: Function not supported";

	case VSTATUS_IGNORE: return "56: Ignorable condition";

	case VSTATUS_INUSE: return "57: Resource already in use";

	case VSTATUS_INVALID_PORT: return "58: Port invalid";

	case VSTATUS_ATOMICS_NOTSUP: return "59: Atomic operations not supported";

	case VSTATUS_INVALID_ACCESSCTL: return "60: Access definition invalid";

	case VSTATUS_INVALID_ADDR_HANDLE: return "61: Address handle invalid";

	case VSTATUS_INVALID_ADDR: return "62: Address invalid";

	case VSTATUS_INVALID_ARG: return "63: Arguments invalid";

	case VSTATUS_INVALID_HCA_HANDLE: return "64: CA handle invalid";

	case VSTATUS_INVALID_KEY_VALUE: return "65: Partition key invalid";

	case VSTATUS_INVALID_MEMADDR: return "66: Memory not accessible";

	case VSTATUS_INVALID_MEMSIZE: return "67: Memory region size not supported";

	case VSTATUS_INVALID_MIGSTATE: return "68: Migration state requested invalid";

	case VSTATUS_INVALID_NOTICE: return "69: Completion notice requested invalid";

	case VSTATUS_INVALID_OFFSET: return "70: Offset specified invalid";

	case VSTATUS_INVALID_PD: return "71: Protection domain invalid";

	case VSTATUS_INVALID_PKEY_IDX: return "72: Partition key index invalid";

	case VSTATUS_INVALID_RC_TIMER: return "73: Reliable connection timeout invalid";

	case VSTATUS_INVALID_RDD: return "74: Reliable datagram domain invalid";

	case VSTATUS_INVALID_REQUEST: return "75: Request is invalid for this hardware";

	case VSTATUS_INVALID_RNR_CNT: return "76: Receiver not ready count invalid";

	case VSTATUS_INVALID_RNR_TIMER: return "77: Receiver not ready timer invalid";

	case VSTATUS_INVALID_TRANSPORT: return "78: Transport type invalid or not supported";

	case VSTATUS_INVALID_WORKREQ: return "79: Work request invalid";

	case VSTATUS_MCAST_NOTSUP: return "80: Multicast not supported";

	case VSTATUS_MCGRP_QPEXCEEDED: return "81: Too many QPs in multicast group";

	case VSTATUS_MEMRGN_NOTSUP: return "82: Memory regions not supported";

	case VSTATUS_MEMWIN_NOTSUP: return "83: Memory windows not supported";

	case VSTATUS_NORESOURCE: return "84: Out of hardware resources";

	case VSTATUS_OPERATION_DENIED: return "85: Operation cannot be performed";

	case VSTATUS_QP_BUSY: return "86: Queue Pair is already opened";

	case VSTATUS_RDMA_NOTSUP: return "87: Remote DMA operations not supported";

	case VSTATUS_RD_NOTSUP: return "88: Reliable Datagram transport not supported";

	case VSTATUS_SG_TOOMANY: return "89: To many scatter/gather entries";

	case VSTATUS_WQ_RESIZE_NOTSUP: return "90: Work queue resizing not supported";

	case VSTATUS_WR_TOOMANY: return "91: Work queue size not supported";

	case VSTATUS_INVALID_NODE: return "92: Node index invalid";

	case VSTATUS_MAI_INTERNAL: return "93: MAI Internal message";

	case VSTATUS_MAD_OVERFLOW: return "94: MAD buffer overflow";

	case VSTATUS_SIGNAL: return "95: Signal received";

	case VSTATUS_FILTER: return "96: Filter take over notification received";

	case VSTATUS_EXPIRED: return "98: Time period has expired";

	case VSTATUS_EVENT_CONSUMED: return "99: Handler consumed event";

	case VSTATUS_INVALID_PATH: return "100: Path handle invalid";

	case VSTATUS_INVALID_GID_INDEX: return "101: GID index invalid";

	case VSTATUS_INVALID_DEVICE: return "102: Device ordinal out of range";

	case VSTATUS_INVALID_RESOP: return "103: resolver operation invalid";

	case VSTATUS_INVALID_RESCMD: return "104: resolver command invalid";

	case VSTATUS_INVALID_ITERATOR: return "105: resolver iterator invalid";

	case VSTATUS_INVALID_MAGIC: return "106:Incorrect magic number";

	case VSTATUS_BADPAGESIZE: return "107: invalid memory page size specified";

	case VSTATUS_UNRECOVERABLE: return "108: unrecoverable error";

	case VSTATUS_TIMEOUT_LIMIT: return "109: cumulative timeout limit reached";

	case VSTATUS_ITERATOR_OUT_OF_DATE: return "119: data referred by case updated or deleted.";

	case VSTATUS_INSUFFICIENT_PERMISSION: return "120: client has insufficient privillages";

	case VSTATUS_INVALID_CQ_HANDLE: return "126: CQ handle is invalid";

	case VSTATUS_INVALID_FORMAT: return "127: Data format is invalid";

	case VSTATUS_REJECT: return "128: Request rejected";

	case VSTATUS_DONE: return "129: Request done";

	// a few extra just in case

	case 130: return "130: Unknown status code";

	case 131: return "131: Unknown status code";

	case 132: return "132: Unknown status code";

	default: return "Unknown status code";

	}

}

//

//  return attribute ID text given the ID

//

char *cs_getAidName(uint16_t aidClass, uint16_t aid) {

#define CASE_AID(aid) case aid: return #aid

#define CASE_MCLASS_AID(aid) case MCLASS_ATTRIB_ID_##aid: return #aid

#define CASE_STL_MCLASS_AID(aid) case STL_MCLASS_ATTRIB_ID_##aid: return #aid

#define CASE_STL_SA_AID(aid) case STL_SA_ATTR_##aid: return #aid

#define CASE_STL_PM_AID(aid) case STL_PM_ATTRIB_ID_##aid: return #aid

#define CASE_MAD_CV(aid) case MAD_CV_##aid: return "Class " #aid

#define CASE_STL_PA_AID(aid) case STL_PA_ATTRID_##aid: return #aid

	// Check common attribute ids first

	switch (aid) {

	CASE_MCLASS_AID(RESERVED_0);

	CASE_MCLASS_AID(CLASS_PORT_INFO);

	CASE_MCLASS_AID(NOTICE);

	CASE_MCLASS_AID(INFORM_INFO);

	default:

		break;

	}

	switch (aidClass) {

    case MAD_CV_SUBN_LR:

	case MAD_CV_SUBN_DR: 

        switch (aid) {

		CASE_STL_MCLASS_AID(NODE_DESCRIPTION);

		CASE_STL_MCLASS_AID(NODE_INFO);

		CASE_STL_MCLASS_AID(SWITCH_INFO);

		CASE_STL_MCLASS_AID(PORT_INFO);

		CASE_STL_MCLASS_AID(PART_TABLE);

		CASE_STL_MCLASS_AID(SL_SC_MAPPING_TABLE);

		CASE_STL_MCLASS_AID(VL_ARBITRATION);

		CASE_STL_MCLASS_AID(LINEAR_FWD_TABLE);

		CASE_STL_MCLASS_AID(MCAST_FWD_TABLE);

		CASE_STL_MCLASS_AID(SM_INFO);

		CASE_STL_MCLASS_AID(LED_INFO);

		CASE_STL_MCLASS_AID(CABLE_INFO);

		CASE_STL_MCLASS_AID(AGGREGATE);

		CASE_STL_MCLASS_AID(SC_SC_MAPPING_TABLE);

		CASE_STL_MCLASS_AID(SC_SL_MAPPING_TABLE);

		CASE_STL_MCLASS_AID(SC_VLR_MAPPING_TABLE);

		CASE_STL_MCLASS_AID(SC_VLT_MAPPING_TABLE);

		CASE_STL_MCLASS_AID(SC_VLNT_MAPPING_TABLE);

		CASE_STL_MCLASS_AID(PORT_STATE_INFO);

		CASE_STL_MCLASS_AID(PORT_GROUP_FWD_TABLE);

		CASE_STL_MCLASS_AID(PORT_GROUP_TABLE);

		CASE_STL_MCLASS_AID(BUFFER_CONTROL_TABLE);

		CASE_STL_MCLASS_AID(CONGESTION_INFO);

		CASE_STL_MCLASS_AID(SWITCH_CONGESTION_LOG);

		CASE_STL_MCLASS_AID(SWITCH_CONGESTION_SETTING);

		CASE_STL_MCLASS_AID(SWITCH_PORT_CONGESTION_SETTING);

		CASE_STL_MCLASS_AID(HFI_CONGESTION_LOG);

		CASE_STL_MCLASS_AID(HFI_CONGESTION_SETTING);

		CASE_STL_MCLASS_AID(HFI_CONGESTION_CONTROL_TABLE);

		CASE_STL_MCLASS_AID(SC_SC_MULTI_SET);

		// IB AIDs that do not conflict with STL AIDs

		CASE_MCLASS_AID(GUID_INFO);

		CASE_MCLASS_AID(VENDOR_DIAG);

		CASE_MCLASS_AID(PORT_LFT);

		CASE_MCLASS_AID(PORT_GROUP);

		CASE_MCLASS_AID(AR_LIDMASK);

		CASE_MCLASS_AID(COLLECTIVE_NOTICE);

		CASE_MCLASS_AID(CMLIST);

		CASE_MCLASS_AID(CFT);

		default:

			break;

		}

    case MAD_CV_VENDOR_DBSYNC:

        switch (aid) {

    	CASE_AID(DBSYNC_AID_SYNC);

    	CASE_AID(DBSYNC_AID_GROUP);

    	CASE_AID(DBSYNC_AID_SERVICE);

    	CASE_AID(DBSYNC_AID_INFORM);

    	CASE_AID(DBSYNC_AID_MCROOT);

        default:

			break;

		}

    case MAD_CV_SUBN_ADM:

        switch (aid) {

        CASE_STL_SA_AID(CLASS_PORT_INFO);

        CASE_STL_SA_AID(NOTICE);

        CASE_STL_SA_AID(INFORM_INFO);

        CASE_STL_SA_AID(NODE_RECORD);

        CASE_STL_SA_AID(PORTINFO_RECORD);

        CASE_STL_SA_AID(SC_MAPTBL_RECORD);

        CASE_STL_SA_AID(SWITCHINFO_RECORD);

        CASE_STL_SA_AID(LINEAR_FWDTBL_RECORD);

        CASE_STL_SA_AID(MCAST_FWDTBL_RECORD);

        CASE_STL_SA_AID(SMINFO_RECORD);

        CASE_STL_SA_AID(LINK_SPD_WDTH_PAIRS_RECORD);

        CASE_STL_SA_AID(LINK_RECORD);

        CASE_STL_SA_AID(SERVICE_RECORD);

        CASE_STL_SA_AID(P_KEY_TABLE_RECORD);

        CASE_STL_SA_AID(PATH_RECORD);

        CASE_STL_SA_AID(VLARBTABLE_RECORD);

        CASE_STL_SA_AID(MCMEMBER_RECORD);

        CASE_STL_SA_AID(TRACE_RECORD);

        CASE_STL_SA_AID(MULTIPATH_GID_RECORD);

        CASE_STL_SA_AID(SERVICEASSOCIATION_RECORD);

        CASE_STL_SA_AID(INFORM_INFO_RECORD);

        CASE_STL_SA_AID(SC2SL_MAPTBL_RECORD);

        CASE_STL_SA_AID(SC2VL_NT_MAPTBL_RECORD);

        CASE_STL_SA_AID(SC2VL_T_MAPTBL_RECORD);

        CASE_STL_SA_AID(SC2VL_R_MAPTBL_RECORD);

        CASE_STL_SA_AID(PGROUP_FWDTBL_RECORD);

        CASE_STL_SA_AID(MULTIPATH_GUID_RECORD);

        CASE_STL_SA_AID(MULTIPATH_LID_RECORD);

        CASE_STL_SA_AID(CABLE_INFO_RECORD);

        CASE_STL_SA_AID(VF_INFO_RECORD);

        CASE_STL_SA_AID(PORT_STATE_INFO_RECORD);

        CASE_STL_SA_AID(PORTGROUP_TABLE_RECORD);

        CASE_STL_SA_AID(BUFF_CTRL_TAB_RECORD);

        CASE_STL_SA_AID(FABRICINFO_RECORD);

        CASE_STL_SA_AID(QUARANTINED_NODE_RECORD);

        CASE_STL_SA_AID(CONGESTION_INFO_RECORD);

        CASE_STL_SA_AID(SWITCH_CONG_RECORD);

        CASE_STL_SA_AID(SWITCH_PORT_CONG_RECORD);

        CASE_STL_SA_AID(HFI_CONG_RECORD);

        CASE_STL_SA_AID(HFI_CONG_CTRL_RECORD);

        CASE_STL_SA_AID(DG_MEMBER_RECORD);

        CASE_STL_SA_AID(DG_NAME_RECORD);

        CASE_STL_SA_AID(DT_MEMBER_RECORD);

		default:

			break;

        }

	case MAD_CV_PERF:

		switch (aid) {

		CASE_STL_PM_AID(PORT_STATUS);

		CASE_STL_PM_AID(CLEAR_PORT_STATUS);

		CASE_STL_PM_AID(DATA_PORT_COUNTERS);

		CASE_STL_PM_AID(ERROR_PORT_COUNTERS);

		CASE_STL_PM_AID(ERROR_INFO);

		default:

			break;

		}

    case MAD_CV_VFI_PM:

        switch (aid) {

        CASE_STL_PA_AID(GET_GRP_LIST);

        CASE_STL_PA_AID(GET_GRP_INFO);

        CASE_STL_PA_AID(GET_GRP_CFG);

        CASE_STL_PA_AID(GET_PORT_CTRS);

        CASE_STL_PA_AID(CLR_PORT_CTRS);

        CASE_STL_PA_AID(CLR_ALL_PORT_CTRS);

        CASE_STL_PA_AID(GET_PM_CONFIG);

        CASE_STL_PA_AID(FREEZE_IMAGE);

        CASE_STL_PA_AID(RELEASE_IMAGE);

        CASE_STL_PA_AID(RENEW_IMAGE);

        CASE_STL_PA_AID(GET_FOCUS_PORTS);

        CASE_STL_PA_AID(GET_IMAGE_INFO);

        CASE_STL_PA_AID(MOVE_FREEZE_FRAME);

        CASE_STL_PA_AID(GET_VF_LIST);

        CASE_STL_PA_AID(GET_VF_INFO);

        CASE_STL_PA_AID(GET_VF_CONFIG);

        CASE_STL_PA_AID(GET_VF_PORT_CTRS);

        CASE_STL_PA_AID(CLR_VF_PORT_CTRS);

        CASE_STL_PA_AID(GET_VF_FOCUS_PORTS);

        default:

            break;

        }

	// Unhandled Classes

	CASE_MAD_CV(BM);

	CASE_MAD_CV(DEV_MGT);

	CASE_MAD_CV(COMM_MGT);

	CASE_MAD_CV(SNMP);

	CASE_MAD_CV(VENDOR_CM);

	CASE_MAD_CV(VENDOR_LOG);

	CASE_MAD_CV(VENDOR_1);

	CASE_MAD_CV(APP_0);

	CASE_MAD_CV(APP_1);

	CASE_MAD_CV(CC);

	CASE_MAD_CV(VENDOR_FE);

	CASE_MAD_CV(VFI_BM);

    default:

        break;

    }

#undef CASE_AID

#undef CASE_MCLASS_AID

#undef CASE_STL_MCLASS_AID

#undef CASE_STL_SA_AID

#undef CASE_STL_PM_AID

#undef CASE_MAD_CV

#undef CASE_STL_PA_AID

    return "UNKNOWN";

}

//

// return method text representation given the ID

//

char *cs_getMethodText(uint8_t method) {

#define CASE_MAD_CM(aid) case MAD_CM_##aid: return #aid

#define CASE_SA_CM(aid) case SA_CM_##aid: return #aid

#define CASE_FE_MNGR(aid) case FE_MNGR_##aid: return #aid

#define CASE_FE_CMD(aid) case FE_CMD_##aid: return #aid

#define CASE_FM_CMD(aid) case FM_CMD_##aid: return #aid

	switch (method) {

	CASE_MAD_CM(GET);

	CASE_MAD_CM(SET);

	CASE_MAD_CM(GET_RESP);

	CASE_MAD_CM(SEND);

	CASE_MAD_CM(TRAP);

	CASE_MAD_CM(REPORT);

	CASE_MAD_CM(REPORT_RESP);

	CASE_MAD_CM(TRAP_REPRESS);

	CASE_MAD_CM(VIEO_REQ);

	CASE_MAD_CM(VIEO_REP);

	CASE_SA_CM(GETTABLE);

	CASE_SA_CM(GETTABLE_RESP);

	CASE_SA_CM(GETTRACETABLE);

	CASE_SA_CM(GETMULTI);

	CASE_SA_CM(GETMULTI_RESP);

	CASE_SA_CM(DELETE);

	CASE_SA_CM(DELETE_RESP);

	CASE_FE_MNGR(PROBE_CMD);

	CASE_FE_MNGR(CLOSE_CMD);

	CASE_FE_CMD(RESP);

	CASE_FM_CMD(SHUTDOWN);

	default:

		break;

	}

#undef CASE_MAD_CM

#undef CASE_SA_CM

#undef CASE_FE_MNGR

#undef CASE_FE_CMD

#undef CASE_FM_CMD

	return "UNKNOWN";

}

/* Computational Utilty Functions */

// This is the smallest switch we will see in clusters moving forward.

// These computations will be slightly high for 36 port switches, but

// should be safe and not too far off.

// Fat Tree is the most hardware intensive topology, so these will be high

// for others.  However they could be a hair low for Scalable Unit fat trees

#define MIN_SWITCH_PORTS 24

// assuming a fat tree topology with switches of size MIN_SWITCH_PORTS

// compute number of switching tiers in a typical FBB fabric

static uint32_t cs_numTiers(uint32_t subnet_size)

{

	uint32_t tiers = 1;	// minimum we care about

	while (subnet_size > MIN_SWITCH_PORTS) {

		tiers++;

		subnet_size /= (MIN_SWITCH_PORTS/2);

	}

	return tiers;

}

// assuming a fat tree topology with switches of size MIN_SWITCH_PORTS

// compute number of switches in a typical FBB fabric

uint32_t cs_numSwitches(uint32_t subnet_size)

{

	// edge switches (and intermediate tiers)

	uint32_t edge_sw = (subnet_size + (MIN_SWITCH_PORTS/2)-1)/(MIN_SWITCH_PORTS/2);

	uint32_t tiers = cs_numTiers(subnet_size);

	// core/spine is half as many switches as edge

	return (edge_sw * (tiers-1)) + (edge_sw/2);

}

// assuming a fat tree topology with switches of size MIN_SWITCH_PORTS

// compute number of node records (1 per CA port, 1 per switch)

// in a typical FBB fabric

uint32_t cs_numNodeRecords(uint32_t subnet_size)

{

		return subnet_size + cs_numSwitches(subnet_size);

}

// assuming a fat tree topology with switches of size MIN_SWITCH_PORTS

// compute number of port records (1 per CA port, 1 per switch port)

// in a typical FBB fabric

// (this will be slightly high for larger switches since there will

// be fewer switches (less switch port 0), less tiers and potentially

// fewer ISLs (hence fewer switch ports).

uint32_t cs_numPortRecords(uint32_t subnet_size)

{

	// +1 is for port 0 of switch chips

	return subnet_size + cs_numSwitches(subnet_size) * (MIN_SWITCH_PORTS+1);

}

// assuming a fat tree topology with switches of size MIN_SWITCH_PORTS

// compute number of links records (ISL and CA to Switch)

// in a typical FBB fabric

uint32_t cs_numLinkRecords(uint32_t subnet_size)

{

    // standard switching tiers calculation is a hair too low, so increase

    // the number of switching tiers to accommodate the number of links records.

	return (cs_numTiers(subnet_size) + 2)*subnet_size;

}