/* BEGIN_ICS_COPYRIGHT7 ****************************************

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/* [ICS VERSION STRING: unknown] */


#ifndef _OPA_SA_DB_ROUTE2_H
#define _OPA_SA_DB_ROUTE2_H


/*******************************************************************************
 *
 * INCLUDES
 */

#include "opasadb_route.h"
#include "ib_sd.h"                  // opasadb_route built on ib_sd layer


#ifdef __cplusplus
extern "C" {
#endif


/*******************************************************************************
 *
 * DEFINES
 */

// Attribute IDs

// Attribute Modifiers
#define OP_ROUTE_AMOD_CLASS_INFO        0x0001
#define OP_ROUTE_AMOD_CREATE_JOB        0x0002
#define OP_ROUTE_AMOD_SET_USE_MATRIX    0x0003
#define OP_ROUTE_AMOD_POLL_READY        0x0004
#define OP_ROUTE_AMOD_COMPLETE_JOB      0x0005
#define OP_ROUTE_AMOD_GET_PORTGUID_VEC  0x0006
#define OP_ROUTE_AMOD_GET_SWITCH_MAP    0x0007
#define OP_ROUTE_AMOD_GET_COST_MATRIX   0x0008
#define OP_ROUTE_AMOD_GET_USE_MATRIX    0x0009
#define OP_ROUTE_AMOD_GET_JOBS          0x000A

#define OP_ROUTE_MIN_BASE_VERSION      1        // Min base for operation
#define OP_ROUTE_MIN_SA_CLASS_VERSION  2        // Min SA class for operation
#define OP_ROUTE_MIN_JM_CLASS_VERSION  1        // Min JM class for operation
// TBD change if minimum raised above 0
#define OP_ROUTE_MIN_NUM_GUIDS         0        // Min number of GUIDS
#define OP_ROUTE_MAX_NUM_SWITCHES      32768    // Max number of switches

// Configuration parameters
#define NUM_PARAM_PORT_HANDLE_ALLOC  8      // Num port table entries to alloc

// Protocol wire status
enum op_route_wire_status
{
	OP_ROUTE_WIRE_STATUS_OK = 0,            // success
	OP_ROUTE_WIRE_STATUS_OK_PARTIAL,        // success w/exception
	OP_ROUTE_WIRE_STATUS_ERROR,             // general failure
	OP_ROUTE_WIRE_STATUS_INVALID_JOB        // invalid job_id
};

// Parameter allocation structures
// Replicated (array) structure for an allocated parameter; this structure
//  is a model for parameter-specific structures
struct op_route_param_alloc_entry
{
	uint64_t size_param;            // Size of param (bf_data) allocated (bytes)
	uint64_t size_data;             // Size of param (bf_data) in use (bytes)
	uint64_t info_param;            // Info about param (param specific)
	//  NOTE: previous uint64_t ensures uint64_t alignment of bf_data
	char bf_data[];                 // Allocated param buffer
};

// Base (root) structure for an allocated parameter
struct op_route_param_alloc
{
	size_t size_param;              // Size of param entry
	uint16_t num_allocated;         // Num params allocated
	uint16_t num_used;              // Num params in use
	uint16_t num_alloc;             // Num params in allocation unit
	                                // Pointer to allocated parameters
	struct op_route_param_alloc_entry * p_params;
};


/*******************************************************************************
 *
 * FUNCTION PROTOTYPES
 */

extern void op_route_dump( char * p_title,
                int fb_port_handles,
                OP_ROUTE_PORT_HANDLE * p_port_handle,
                OP_ROUTE_JOB_ID * p_job_id,
                struct op_route_job_parameters * p_job_params,
                struct op_route_portguid_vec * p_guid_vec,
                struct op_route_switch_map * p_switch_map,
                uint16_t * p_cost_matrix,
                struct op_route_use_matrix * p_use_matrix,
                struct op_route_job_info * p_job_info,
                struct op_route_job_list * p_job_list );

extern int op_route_init_param( struct op_route_param_alloc * p_param,
                uint32_t size_param,
                uint32_t num_alloc );

extern void op_route_free_param(struct op_route_param_alloc * p_param);

extern int op_route_alloc_param(struct op_route_param_alloc * p_param);

extern void op_route_dump_param( char * p_title,
                struct op_route_param_alloc * p_param );

// DEBUG temporary
extern void op_route_put_fvdebug(uint32_t fvDebug);


#ifdef __cplusplus
};
#endif

#endif /* _OPA_SA_DB_ROUTE2_H */