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/* Copyright (c) 1996-2004, Adaptec Corporation
* All rights reserved.
*
* 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 the Adaptec 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.
*/
#ifndef COMMAND_HPP
#define COMMAND_HPP
/****************************************************************************
*
* Created: 7/17/98
*
*****************************************************************************
*
* File Name: Command.hpp
* Module:
* Contributors: Lee Page
* Description: This object provides the common interface to many commands that
* the engine is capable of performing. It is expected that all
* parameters necessary for the completion of the command will be
* gathered by the derived object.
* Version Control:
*
* $Revision$
* $NoKeywords: $
* $Log$
* Revision 1.1.1.1 2004-04-29 10:20:11 bap
* Imported upstream version 0.0.4.
*
*****************************************************************************/
/*** INCLUDES ***/
#include "debug.hpp"
#include "engiface.hpp"
#include "strlist.hpp"
#include "scsiaddr.hpp"
/*** CONSTANTS ***/
/*** TYPES ***/
class Command
{
public:
enum Raid_Type
{
RAID_TYPE_0 = RAID_0,
RAID_TYPE_1 = RAID_1,
RAID_TYPE_3 = RAID_3,
RAID_TYPE_5 = RAID_5,
RAID_TYPE_HOT_SPARE = RAID_HOT_SPARE,
RAID_TYPE_REDIRECT = RAID_REDIRECT
};
// this isn't a mask, this is used to select the mask to use
// so the function can know what address fields to ignore.
enum get_Devs_Mask
{
GET_DEVS_ALL_DEVS,
GET_DEVS_ON_THIS_HBA,
GET_DEVS_ON_THIS_HBA_BUS,
GET_DEVS_ON_THIS_HBA_BUS_ID
};
enum get_Devs_Type
{
GET_SCSI_DASD = DPT_SCSI_DASD,
GET_SCSI_SASD = DPT_SCSI_SASD,
GET_SCSI_PRINTER = DPT_SCSI_PRINTER,
GET_SCSI_PROCESSOR = DPT_SCSI_PROCESSOR,
GET_SCSI_WORM = DPT_SCSI_WORM,
GET_SCSI_CD_ROM = DPT_SCSI_CD_ROM,
GET_SCSI_SCANNER = DPT_SCSI_SCANNER,
GET_SCSI_OPTICAL = DPT_SCSI_OPTICAL,
GET_SCSI_JUKEBOX = DPT_SCSI_JUKEBOX,
GET_SCSI_PRO_ROOT = DPT_SCSI_PRO_ROOT,
GET_SCSI_PRO_CONNECTION = DPT_SCSI_PRO_CONNECTION,
GET_SCSI_HBA = DPT_SCSI_HBA,
GET_SCSI_BCD = DPT_SCSI_BCD,
GET_RAID_BCD = DPT_RAID_BCD,
GET_RAID,
GET_RAID_HOT_SPARE,
GET_RAID_REDIRECT,
GET_ARRAY,
GET_ARRAYNAME
};
enum Dev_Class
{
DEV_CLASS_SOFTWARE_RAID = 0,
DEV_CLASS_HARDWARE_RAID = 1,
DEV_CLASS_PHYSICAL_DEVs = 2,
DEV_CLASS_PHYSICAL_BRIDGES = 3,
DEV_CLASS_ALL_MATCHING = 0xff
};
enum Get_By_Scsi_Address_Mask
{
// see the notes on "MSG_ID_BY_SCSI_ADDR" for the source of these constants.
GET_BY_SCSI_ADDR_IGNORE_LUN_FIELD = 1,
GET_BY_SCSI_ADDR_IGNORE_ID_FIELD = 2,
GET_BY_SCSI_ADDR_IGNORE_BUS_FIELD = 4,
GET_BY_SCSI_ADDR_IGNORE_HBA_FIELD = 8,
GET_BY_SCSI_ADDR_MGR_AND_DEVS_0 = 0, // the doc doesn't say what the difference
GET_BY_SCSI_ADDR_MGR_AND_DEVS_1 = 0x40, // is between these two items
GET_BY_SCSI_ADDR_DEVS = 0x80,
GET_BY_SCSI_ADDR_MGRS = 0xd0
};
class Dpt_Error
{
public:
enum dpt_Error
{
// errors unique to the Command object and its derivitives.
DPT_CMD_ERR_NO_ERROR = 10000,
DPT_CMD_PARSER_ERROR,
DPT_CMD_ERR_INVALID_LIST_TYPE,
DPT_CMD_ERR_CANT_FIND_COMPONENT,
DPT_CMD_ERR_CANT_FIND_HBA_INDEX,
DPT_CMD_ERR_CANT_FIND_HBA_INDEX_NVRAM,
DPT_CMD_ERR_COMPONENT_BUSY,
DPT_CMD_ERR_INVALID_FLASH_IMAGE,
DPT_ERR_VALUE_OUT_OF_RANGE,
DPT_ERR_INVALID_FILE,
DPT_ERR_INVALID_RAID_TYPE,
DPT_ERR_NOT_ENOUGH_MEMORY,
DPT_ERR_TWO_TB_RAID,
DPT_ERR_INVALID_SEGMENT_OFFSET,
DPT_ERR_INVALID_SEGMENT_SIZE,
DPT_ERR_NAME_ALREADY_USED,
// this is not possible (see taskctrl.cpp)
DPT_CMD_ERR_CMD_NOT_POSS_ON_RAID,
DPT_CMD_ERR_CMD_NOT_POSS_ON_HBA,
DPT_CMD_ERR_CMD_NOT_POSS_ON_THIS_DEVICE,
DPT_ERR_POSS_BUFFER_CORRUPTION,
// errors that correspond directly to engine errors
DPT_MSG_RTN_COMPLETED = MSG_RTN_COMPLETED,
DPT_MSG_RTN_STARTED = MSG_RTN_STARTED,
// added to get around 'long enum' compile error
#if (!defined _DPT_SCO)
DPT_MSG_RTN_FAILED = MSG_RTN_FAILED,
#else
#define DPT_MSG_RTN_FAILED MSG_RTN_FAILED
#endif
DPT_MSG_RTN_DATA_OVERFLOW = MSG_RTN_DATA_OVERFLOW,
DPT_MSG_RTN_DATA_UNDERFLOW = MSG_RTN_DATA_UNDERFLOW,
DPT_MSG_RTN_IGNORED = MSG_RTN_IGNORED,
DPT_MSG_RTN_DISCONNECT = MSG_RTN_DISCONNECT,
DPT_ERR_CONN_LIST_ALLOC = ERR_CONN_LIST_ALLOC,
DPT_ERR_SEMAPHORE_ALLOC = ERR_SEMAPHORE_ALLOC,
DPT_ERR_OSD_OPEN_ENGINE = ERR_OSD_OPEN_ENGINE,
DPT_ERR_INVALID_IO_METHOD = ERR_INVALID_IO_METHOD,
DPT_ERR_NO_SMARTROM = ERR_NO_SMARTROM,
DPT_ERR_ENGINE_INIT = ERR_ENGINE_INIT,
DPT_ERR_INVALID_CONN_TAG = ERR_INVALID_CONN_TAG,
DPT_ERR_SEMAPHORE_TIMEOUT = ERR_SEMAPHORE_TIMEOUT,
DPT_ERR_NULL_IO_BUFFER = ERR_NULL_IO_BUFFER,
DPT_ERR_INVALID_TGT_TAG = ERR_INVALID_TGT_TAG,
DPT_ERR_DESTROY_SEMAPHORE = ERR_DESTROY_SEMAPHORE,
DPT_ERR_MEM_ALLOC = ERR_MEM_ALLOC,
DPT_ERR_INVALID_DEV_ADDR = ERR_INVALID_DEV_ADDR,
DPT_ERR_DUPLICATE_NAME = ERR_DUPLICATE_NAME,
DPT_ERR_GET_CCB = ERR_GET_CCB,
DPT_ERR_NO_RAID_DEVICES = ERR_NO_RAID_DEVICES,
DPT_ERR_RESERVE_BLK_SIG = ERR_RESERVE_BLK_SIG,
DPT_ERR_FORMAT_BLK_SIZE = ERR_FORMAT_BLK_SIZE,
DPT_ERR_RAID_REFNUM = ERR_RAID_REFNUM,
DPT_ERR_RAID_COMP_DUPLICATE = ERR_RAID_COMP_DUPLICATE,
DPT_ERR_RAID_COMP_RESTRICT = ERR_RAID_COMP_RESTRICT,
DPT_ERR_RAID_COMP_USED = ERR_RAID_COMP_USED,
DPT_ERR_RAID_COMP_GHOST = ERR_RAID_COMP_GHOST,
DPT_ERR_RAID_COMP_FAILED = ERR_RAID_COMP_FAILED,
DPT_ERR_RAID_TOO_FEW = ERR_RAID_TOO_FEW,
DPT_ERR_RAID_TOO_MANY = ERR_RAID_TOO_MANY,
DPT_ERR_RAID_EVEN = ERR_RAID_EVEN,
DPT_ERR_RAID_ODD = ERR_RAID_ODD,
DPT_ERR_RAID_POWER_2_PLUS = ERR_RAID_POWER_2_PLUS,
DPT_ERR_RAID_CHAN_COUNT = ERR_RAID_CHAN_COUNT,
DPT_ERR_RAID_MIN_STRIPE = ERR_RAID_MIN_STRIPE,
DPT_ERR_RAID_MAX_STRIPE = ERR_RAID_MAX_STRIPE,
DPT_ERR_RAID_ZERO_STRIPES = ERR_RAID_ZERO_STRIPES,
DPT_ERR_RAID_TOO_LARGE = ERR_RAID_TOO_LARGE,
DPT_ERR_RAID_START_CHAN = ERR_RAID_START_CHAN,
DPT_ERR_RAID_SEQ_CHAN = ERR_RAID_SEQ_CHAN,
DPT_ERR_RAID_DIFF_STRIPES = ERR_RAID_DIFF_STRIPES,
DPT_ERR_RAID_DIFF_NUM_STR = ERR_RAID_DIFF_NUM_STR,
DPT_ERR_RAID_OVER_STRIPE = ERR_RAID_OVER_STRIPE,
DPT_ERR_RAID_COMP_REMOVE = ERR_RAID_COMP_REMOVE,
DPT_ERR_RAID_COMP_EMULATED = ERR_RAID_COMP_EMULATED,
DPT_ERR_RAID_COMP_DEVTYPE = ERR_RAID_COMP_DEVTYPE,
DPT_ERR_RAID_COMP_NON_512 = ERR_RAID_COMP_NON_512,
DPT_ERR_RAID_DIFF_BLOCKS = ERR_RAID_DIFF_BLOCKS,
DPT_ERR_RAID_DIFF_CAPACITY = ERR_RAID_DIFF_CAPACITY,
DPT_ERR_RAID_DIFF_VENDOR = ERR_RAID_DIFF_VENDOR,
DPT_ERR_RAID_DIFF_PRODUCT = ERR_RAID_DIFF_PRODUCT,
DPT_ERR_RAID_DIFF_REVISION = ERR_RAID_DIFF_REVISION,
DPT_ERR_RAID_NOT_SUPPORTED = ERR_RAID_NOT_SUPPORTED,
DPT_ERR_RAID_INVALID_HBA = ERR_RAID_INVALID_HBA,
DPT_ERR_RAID_TABLE_REQUIRED = ERR_RAID_TABLE_REQUIRED,
DPT_ERR_RAID_COMP_TAG = ERR_RAID_COMP_TAG,
DPT_ERR_RAID_MAX_ARRAYS = ERR_RAID_MAX_ARRAYS,
DPT_ERR_RAID_COMP_SIZE = ERR_RAID_COMP_SIZE,
DPT_ERR_RAID_FW_LEVEL = ERR_RAID_FW_LEVEL,
DPT_ERR_INVALID_HBA_ADDR = ERR_INVALID_HBA_ADDR,
DPT_ERR_ISA_ADDR_ONLY = ERR_ISA_ADDR_ONLY,
DPT_ERR_PRIMARY_HBA_EXISTS = ERR_PRIMARY_HBA_EXISTS,
DPT_ERR_NO_MORE_SLOTS = ERR_NO_MORE_SLOTS,
DPT_ERR_DUP_ISA_ADDR = ERR_DUP_ISA_ADDR,
DPT_ERR_DUP_EISA_SLOT = ERR_DUP_EISA_SLOT,
DPT_ERR_PRIMARY_ISA_ADDR = ERR_PRIMARY_ISA_ADDR,
DPT_ERR_SECONDARY_ISA_ADDR = ERR_SECONDARY_ISA_ADDR,
DPT_ERR_ABS_NO_MORE_IDS = ERR_ABS_NO_MORE_IDS,
DPT_ERR_ABS_NON_ZERO_LUN = ERR_ABS_NON_ZERO_LUN,
DPT_ERR_ABS_ADDR_LIMITS = ERR_ABS_ADDR_LIMITS,
DPT_ERR_ABS_ADDR_OCCUPIED = ERR_ABS_ADDR_OCCUPIED,
DPT_ERR_ABS_NO_MORE_LUNS = ERR_ABS_NO_MORE_LUNS,
DPT_ERR_NEW_ARTIFICIAL = ERR_NEW_ARTIFICIAL,
DPT_ERR_IO_NOT_SUPPORTED = ERR_IO_NOT_SUPPORTED,
DPT_ERR_RW_EXCEEDS_CAPACITY = ERR_RW_EXCEEDS_CAPACITY,
DPT_ERR_DATA_IN_OUT = ERR_DATA_IN_OUT,
DPT_ERR_SCSI_CMD_FAILED = ERR_SCSI_CMD_FAILED,
DPT_ERR_ARTIFICIAL_IO = ERR_ARTIFICIAL_IO,
DPT_ERR_SCSI_IO = ERR_SCSI_IO,
DPT_ERR_BLINK_LED_IO = ERR_BLINK_LED_IO,
DPT_ERR_OSD_MEM_ALLOC = ERR_OSD_MEM_ALLOC,
DPT_ERR_FORMATTING = ERR_FORMATTING,
DPT_ERR_HBA_BUSY = ERR_HBA_BUSY,
DPT_ERR_HBA_INITIALIZING = ERR_HBA_INITIALIZING,
DPT_ERR_DEL_OLD_RAID = ERR_DEL_OLD_RAID,
DPT_ERR_ENABLE_NEW_RAID = ERR_ENABLE_NEW_RAID,
DPT_ERR_UPDATE_OS_CONFIG = ERR_UPDATE_OS_CONFIG,
DPT_ERR_SCSI_ADDR_BOUNDS = ERR_SCSI_ADDR_BOUNDS,
DPT_ERR_SCSI_ADDR_CONFLICT = ERR_SCSI_ADDR_CONFLICT,
DPT_ERR_CANNOT_DELETE = ERR_CANNOT_DELETE,
DPT_ERR_FWD_NO_SPACE = ERR_FWD_NO_SPACE,
DPT_ERR_FWD_NOT_RESERVED = ERR_FWD_NOT_RESERVED,
DPT_ERR_FWD_NOT_INITIALIZED = ERR_FWD_NOT_INITIALIZED,
DPT_ERR_FWD_BLK_MISMATCH = ERR_FWD_BLK_MISMATCH,
DPT_ERR_FWD_BLK_OVERFLOW = ERR_FWD_BLK_OVERFLOW,
DPT_ERR_RSV_REMOVABLE = ERR_RSV_REMOVABLE,
DPT_ERR_RSV_NOT_DASD = ERR_RSV_NOT_DASD,
DPT_ERR_RSV_NON_ZERO = ERR_RSV_NON_ZERO,
DPT_ERR_RSV_HBA_UNABLE = ERR_RSV_HBA_UNABLE,
DPT_ERR_RSV_OTHER = ERR_RSV_OTHER,
DPT_ERR_SCAN_PHYSICALS = ERR_SCAN_PHYSICALS,
DPT_ERR_INIT_PHYSICALS = ERR_INIT_PHYSICALS,
DPT_ERR_SCAN_LOGICALS = ERR_SCAN_LOGICALS,
DPT_ERR_INIT_LOGICALS = ERR_INIT_LOGICALS,
DPT_ERR_COMM_XMIT_BUFFER = ERR_COMM_XMIT_BUFFER,
DPT_ERR_COMM_RCVE_BUFFER = ERR_COMM_RCVE_BUFFER,
DPT_ERR_COMM_DISCONNECTED = ERR_COMM_DISCONNECTED,
DPT_ERR_COMM_DATA_OVERFLOW = ERR_COMM_DATA_OVERFLOW,
DPT_ERRC_T_OPEN = ERRC_T_OPEN,
DPT_ERRC_T_BIND = ERRC_T_BIND,
DPT_ERRC_T_ALLOC = ERRC_T_ALLOC,
DPT_ERRC_T_CONNECT = ERRC_T_CONNECT,
DPT_ERRC_T_LISTEN = ERRC_T_LISTEN,
DPT_ERRC_T_ACCEPT = ERRC_T_ACCEPT,
DPT_ERRC_COMM_NW_INIT = ERRC_COMM_NW_INIT,
DPT_ERRC_COMM_WS_INIT = ERRC_COMM_WS_INIT,
DPT_ERRC_SEMAPHORE_TIMEOUT = ERRC_SEMAPHORE_TIMEOUT,
DPT_ERRC_CONNECTION_TAG = ERRC_CONNECTION_TAG,
DPT_ERRC_NOT_NULL_TERMED = ERRC_NOT_NULL_TERMED,
DPT_ERRC_MEM_ALLOC = ERRC_MEM_ALLOC,
DPT_ERRC_NULL_IO_BUFFER = ERRC_NULL_IO_BUFFER,
DPT_ERRC_INVALID_PASSWORD = ERRC_INVALID_PASSWORD,
DPT_ERRC_NOT_LOGGED_IN = ERRC_NOT_LOGGED_IN,
DPT_ERRC_ENGINE_LOAD = ERRC_ENGINE_LOAD,
DPT_ERRC_NOT_SUPPORTED = ERRC_NOT_SUPPORTED,
DPT_ERRC_ICRS_ACTIVE = ERRC_ICRS_ACTIVE,
DPT_ERRC_ICRS_INACTIVE = ERRC_ICRS_INACTIVE,
DPT_ERRC_ICRS_REQ_POSTED = ERRC_ICRS_REQ_POSTED,
DPT_ERRC_ICRS_THREAD_START = ERRC_ICRS_THREAD_START,
DPT_ERRC_ICRS_START_REQUEST = ERRC_ICRS_START_REQUEST,
DPT_ERRC_ICRS_INIT = ERRC_ICRS_INIT,
DPT_ERRC_ACCEPTING_ICR = ERRC_ACCEPTING_ICR,
DPT_ERRC_TX_MSG_SYNC = ERRC_TX_MSG_SYNC,
DPT_ERRC_RX_MSG_ACK = ERRC_RX_MSG_ACK,
DPT_ERRC_RX_MSG_HEADER = ERRC_RX_MSG_HEADER,
DPT_ERRC_TX_MSG_HEADER = ERRC_TX_MSG_HEADER,
DPT_ERRC_TX_TO_ENG_DATA = ERRC_TX_TO_ENG_DATA,
DPT_ERRC_RX_TO_ENG_DATA = ERRC_RX_TO_ENG_DATA,
DPT_ERRC_RX_STATUS_HEADER = ERRC_RX_STATUS_HEADER,
DPT_ERRC_TX_STATUS_HEADER = ERRC_TX_STATUS_HEADER,
DPT_ERRC_RX_FROM_ENG_DATA = ERRC_RX_FROM_ENG_DATA,
DPT_ERRC_TX_FROM_ENG_DATA = ERRC_TX_FROM_ENG_DATA,
DPT_ERRC_FROM_ENG_SIZE = ERRC_FROM_ENG_SIZE,
DPT_ERRC_TO_ENG_SIZE = ERRC_TO_ENG_SIZE,
DPT_ERRC_SERIAL_INIT = ERRC_SERIAL_INIT,
DPT_ERRC_BAUD_RATE = ERRC_BAUD_RATE,
DPT_ERRC_COMM_BUSY = ERRC_COMM_BUSY,
DPT_ERRC_INVALID_PROTOCOL = ERRC_INVALID_PROTOCOL,
DPT_ERRC_PORT_CONFLICT = ERRC_PORT_CONFLICT,
DPT_ERRC_MODEM_INIT = ERRC_MODEM_INIT,
DPT_ERRC_DIAL_ABORT = ERRC_DIAL_ABORT,
DPT_ERRC_DIAL_TIMEOUT = ERRC_DIAL_TIMEOUT,
DPT_ERRC_DIAL_BUSY = ERRC_DIAL_BUSY,
DPT_ERRC_DIAL_BEEPER_OK = ERRC_DIAL_BEEPER_OK,
DPT_ERRC_DIAL_UNEXPECTED_CD = ERRC_DIAL_UNEXPECTED_CD,
DPT_ERRC_DIAL_NO_TONE = ERRC_DIAL_NO_TONE,
DPT_ERRC_DIAL_NO_ANSWER = ERRC_DIAL_NO_ANSWER,
DPT_ERRC_DIAL_ERROR = ERRC_DIAL_ERROR,
DPT_ERRC_NEGOTIATION = ERRC_NEGOTIATION,
DPT_ERRC_MSG_TIMEOUT = ERRC_MSG_TIMEOUT,
DPT_ERRC_USER_ABORT = ERRC_USER_ABORT,
DPT_ERRSPX_RD_PROPERTY = ERRSPX_RD_PROPERTY,
DPT_ERRSPX_SAP = ERRSPX_SAP,
DPT_ERRC_SOCKET_ALLOC = ERRC_SOCKET_ALLOC,
DPT_ERRC_SOCKET_BIND = ERRC_SOCKET_BIND,
DPT_ERRC_SOCKET_ACCEPT = ERRC_SOCKET_ACCEPT,
DPT_ERRC_SOCKET_CONNECT = ERRC_SOCKET_CONNECT,
DPT_ERRC_USER_VALIDATION = ERRC_USER_VALIDATION,
DPT_ERR_FLASH_ERASE = ERR_FLASH_ERASE,
DPT_ERR_FLASH_SWITCH_MODES = ERR_FLASH_SWITCH_MODES,
DPT_ERR_FLASH_WRITE_512 = ERR_FLASH_WRITE_512,
DPT_ERR_FLASH_ENG_VERIFY = ERR_FLASH_ENG_VERIFY,
DPT_ERR_FLASH_INIT_REQ = ERR_FLASH_INIT_REQ,
DPT_ERR_EXCLUSION_TIME = ERR_EXCLUSION_TIME,
DPT_ERR_DIAG_SCHEDULED = ERR_DIAG_SCHEDULED,
DPT_ERR_DIAG_NOT_ACTIVE = ERR_DIAG_NOT_ACTIVE,
DPT_ERR_ELOG_NOT_LOADED = ERR_ELOG_NOT_LOADED,
DPT_ERR_ELOG_LOADED = ERR_ELOG_LOADED,
DPT_ERR_ELOG_EVENTS = ERR_ELOG_EVENTS,
DPT_ERR_ELOG_PAUSED = ERR_ELOG_PAUSED,
DPT_ERR_ELOG_NOT_PAUSED = ERR_ELOG_NOT_PAUSED,
DPT_ERR_SLOG_INVALID_TIME = ERR_SLOG_INVALID_TIME,
DPT_ERR_SLOG_STAT_GROUP = ERR_SLOG_STAT_GROUP,
DPT_ERR_ALMS_ALREADY_LINKED = ERR_ALMS_ALREADY_LINKED,
DPT_ERR_ALMS_NOT_LINKED = ERR_ALMS_NOT_LINKED,
DPT_ERR_ALMS_INVALID_RESOURCE_TYPE = ERR_ALMS_INVALID_RESOURCE_TYPE
};
Dpt_Error( dpt_Error new_Err = DPT_CMD_ERR_NO_ERROR ): err( new_Err ) {}
Dpt_Error( int new_Err ): err( (dpt_Error) new_Err ) {}
Dpt_Error(const Dpt_Error &src)
{
err = src.err;
}
Dpt_Error &operator = ( int eng_Err )
{
err = (dpt_Error) eng_Err;
if( Is_Error() )
{
// _asm int 3;
}
return( *this );
}
Dpt_Error &operator = ( dpt_Error eng_Err )
{
err = eng_Err;
if( Is_Error() )
{
// _asm int 3;
}
return( *this );
}
Dpt_Error &operator |= ( int eng_Err )
{
if ( !Is_Error() )
{
err = (dpt_Error) eng_Err;
}
return( *this );
}
Dpt_Error &operator |= ( dpt_Error eng_Err )
{
if ( !Is_Error() )
{
err = eng_Err;
}
return( *this );
}
operator char *() const;
operator dpt_Error() const { return(err); }
bool operator==(dpt_Error e) const
{
return(err == e);
}
bool operator!=(dpt_Error e) const
{
return(err != e);
}
inline bool Success() const
{
return((bool) ((err == DPT_MSG_RTN_COMPLETED) || (err == DPT_CMD_ERR_NO_ERROR)));
}
inline bool Failure() const
{
return(!Success());
}
// we have two errors meaning "OK". Allow both to work.
bool Is_Error() const
{
#if !defined _DPT_NETWARE
return( !( err == DPT_MSG_RTN_COMPLETED || err == DPT_CMD_ERR_NO_ERROR ) );
#else
return((bool) !(err == DPT_MSG_RTN_COMPLETED || err == DPT_CMD_ERR_NO_ERROR));
#endif
}
private:
dpt_Error err;
};
Command();
virtual ~Command();
void Init_Engine(int scanHbasOnly = 0);
// This executes the command that this object represents. This returns a
// "String_List" object. The reason it returns this rather than printing
// to the screen is to allow the caller complete control over how the strings
// are given to the user (if at all).
// Note: The caller is responsible for deleting this String_List
// object!
virtual Dpt_Error execute( String_List **output ) = 0;
virtual Command &Clone() const = 0;
static DPT_EngineIO_C *engine;
protected:
DPT_TAG_T Get_Log_Component(
SCSI_Address &obj_Address,
int dev_Index,
bool *index_Found
);
DPT_TAG_T Get_Component(
DPT_TAG_T parent_Tag,
int dev_Index,
bool *index_Found,
get_Devs_Type *dev_Type
);
DPT_TAG_T Get_Log_Dev_by_Index(
int dev_Index,
bool retrieve_Hiddens, // like hot-spares
bool *index_Found,
int hba_Index = -1
);
DPT_TAG_T Get_Log_Dev_by_Address(
SCSI_Address &obj_Address,
bool retrieve_Hiddens, // like hot-spares
bool *obj_Found
);
DPT_TAG_T Get_Address_by_Index(
SCSI_Address &obj_Address,
int dev_Index,
bool *obj_Found,
get_Devs_Type *dev_Type
);
DPT_TAG_T Get_Dev_by_Index(
int hba_Index, // should be negative
// if unused (will index
// across all HBA's then)
int dev_Index,
bool *index_Found,
get_Devs_Type *dev_Type
);
DPT_TAG_T Get_HBA_by_Index(
int hba_Index,
bool *index_Found
);
#if DONT_USE_TILL_DEBUGGED
DPT_TAG_T Get_Dev_by_Index_Type_and_Mask(
get_Devs_Type dev_Type, // what kind of object
SCSI_Address &obj_Root, // used for scope limitation
get_Devs_Mask dev_Mask, // used for scope limitation
int dev_Index,
bool *index_Found
);
#endif
DPT_TAG_T Get_Dev_by_Address(
SCSI_Address &obj_Address,
get_Devs_Type *dev_Type, // Note: this is
// only physical
// types
bool *obj_Found
);
DPT_TAG_T Get_Dev_by_Address_and_Type(
get_Devs_Type dev_Type,
SCSI_Address &obj_Address,
bool *obj_Found
);
SCSI_Address DPT_Tag_to_Address( DPT_TAG_T tag, bool *tag_Valid );
void PrintRaidAddress(DPT_TAG_T raid_Tag, String_List *out);
char *Strip_Trailing_Whitespace (char *str);
char PrintAQuestion(char *str);
void MakeArrayOptimal(DPT_TAG_T arrayTag);
void Commit( DPT_TAG_T tag = (DPT_TAG_T)NULL, bool nobuild = (bool)false );
int EngineFindIDs(int flags, DPT_MSG_T message,
DPT_TAG_T devicetag, void *where,
uSHORT maxIDs);
private:
int Convert_Engine_Level( unsigned engine_Level )
{
// the engine level has physicals as the highest value,
// which limits the number of levels. We're converting
// the level to '0' == phys, and anything higher is another
// higher level.
return( 2 - engine_Level );
}
static int num_Instances;
DLL_HANDLE_T eng_Module_Handle;
};
/*** STATIC DATA ***/
/*** MACROS ***/
/*** PROTOTYPES ***/
/*** FUNCTIONS ***/
#endif
/*** END OF FILE ***/
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