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windows-nt/Source/XPSP1/NT/net/snmp/subagent/hostmib/hrfsentr.c
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/*
* HrFSEntry.c v0.10
* Generated in conjunction with Management Factory scripts:
* script version: SNMPv1, 0.16, Apr 25, 1996
* project: D:\TEMP\EXAMPLE\HOSTMIB
****************************************************************************
* *
* (C) Copyright 1995 DIGITAL EQUIPMENT CORPORATION *
* *
* This software is an unpublished work protected under the *
* the copyright laws of the United States of America, all *
* rights reserved. *
* *
* In the event this software is licensed for use by the United *
* States Government, all use, duplication or disclosure by the *
* United States Government is subject to restrictions as set *
* forth in either subparagraph (c)(1)(ii) of the Rights in *
* Technical Data And Computer Software Clause at DFARS *
* 252.227-7013, or the Commercial Computer Software Restricted *
* Rights Clause at FAR 52.221-19, whichever is applicable. *
* *
****************************************************************************
*
* Facility:
*
* Windows NT SNMP Extension Agent
*
* Abstract:
*
* This module contains the code for dealing with the get, set, and
* instance name routines for the HrFSEntry. Actual instrumentation code is
* supplied by the developer.
*
* Functions:
*
* A get and set routine for each attribute in the class.
*
* The routines for instances within the class.
*
* Author:
*
* D. D. Burns @ Webenable Inc
*
* Revision History:
*
* V1.00 - 04/18/97 D. D. Burns Genned: Thu Nov 07 16:44:44 1996
* V1.01 - 06/17/97 D. D. Burns Fix bug in Gen_HrFSTable_Cache() that
* precluded finding "hrFSStorageIndex"
* for drives w/volume labels.
*
*/
#include <windows.h>
#include <malloc.h>
#include <snmp.h>
#include "mib.h"
#include "smint.h"
#include "hostmsmi.h"
#include "user.h" /* Developer supplied include file */
#include "HMCACHE.H" /* Cache-related definitions */
#include "string.h" /* For string manipulation in "Gen_Hrstorage_Cache"*/
#include "stdio.h" /* For sprintf */
#include <winioctl.h> /* For PARTITION_INFORMATION */
/*
|==============================================================================
| Function prototypes for this module.
|
*/
/* debug_print_hrFSTable - Prints a Row from HrFSTable sub-table */
static void
debug_print_hrFSTable(
CACHEROW *row /* Row in hrFSTable table */
);
/*
|==============================================================================
| Create the list-head for the HrFStable cache.
|
| - Global so that code in "ProcessPartitions()" in "HRDISKST.C" can search
| this cache.
|
| - This macro is defined in "HMCACHE.H".
*/
CACHEHEAD_INSTANCE(hrFSTable_cache, debug_print_hrFSTable);
/*
* GetHrFSIndex
* A unique value for each file system local to this host. The value for
* each file system must remain constant at least from one r
*
* Gets the value for HrFSIndex.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSIndex
|
| ACCESS SYNTAX
| read-only INTEGER (1..2147483647)
|
| "A unique value for each file system local to this host. The value for each
| file system must remain constant at least from one re-initialization of the
| agent to the next re-initialization."
|
|
| DISCUSSION:
|
| An entry is generated for each drive (network or not) returned by
| "GetLogicalDrives".
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.1.<instance>
| | | | |
| | | | *hrFSIndex
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSIndex(
OUT Integer *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| Return the "hrFSIndex" value from this entry
*/
*outvalue = row->attrib_list[HRFS_INDEX].u.unumber_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSIndex() */
/*
* GetHrFSMountPoint
* The path name of the root of this file system.
*
* Gets the value for HrFSMountPoint.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSMountPoint
|
| ACCESS SYNTAX
| read-only InternationalDisplayString (SIZE(0..128))
|
| "The path name of the root of this file system."
|
| DISCUSSION:
|
| The value of this attribute is the proper value returned by
| "GetLogicalDriveStrings" for the selected entry.
|
| RESOLVED >>>>>>>>
| <POA-15> Just return an empty string for the Mount Point variables.
| RESOLVED >>>>>>>>
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.2.<instance>
| | | | |
| | | | *hrFSMountPoint
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSMountPoint(
OUT InternationalDisplayString *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| The cache has the device string in it, but we return the empty string
| per the spec.
*/
#if 1
/* Return the empty string */
outvalue->string = "";
outvalue->length = 0;
#else
/* Return the cached string */
outvalue->string = row->attrib_list[HRFS_MOUNTPT].u.string_value;
outvalue->length = strlen(outvalue->string);
/* "Truncate" here to meet RFC as needed*/
if ((outvalue->length = strlen(outvalue->string)) > 128) {
outvalue->length = 128;
}
#endif
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSMountPoint() */
/*
* GetHrFSRemoteMountPoint
* A description of the name and/or address of the server that this file
* system is mounted from. This may also include parameters
*
* Gets the value for HrFSRemoteMountPoint.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSRemoteMountPoint
|
| ACCESS SYNTAX
| read-only InternationalDisplayString (SIZE(0..128))
|
| "A description of the name and/or address of the server that this file system
| is mounted from. This may also include parameters such as the mount point on
| the remote file system. If this is not a remote file system, this string
| should have a length of zero."
|
| DISCUSSION:
|
| <POA-15> The starting point for deriving this attribute's value is the logical
| drive name, which would already be known to represent a network drive. I can
| find no Win32 API function that maps a network logical drive to it's server.
|
| RESOLVED >>>>>>>>
| <POA-15> Just return an empty string for the Mount Point variables.
| RESOLVED >>>>>>>>
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.3.<instance>
| | | | |
| | | | *hrFSRemoteMountPoint
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSRemoteMountPoint(
OUT InternationalDisplayString *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
/* Return the empty string */
outvalue->string = "";
outvalue->length = 0;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSRemoteMountPoint() */
/*
* GetHrFSType
* The value of this object identifies the type of this file system.
*
* Gets the value for HrFSType.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSType
|
| ACCESS SYNTAX
| read-only OBJECT IDENTIFIER
|
| "The value of this object identifies the type of this file system."
|
| DISCUSSION:
|
| -- Registration for some popular File System types,
| -- for use with hrFSType.
|
| hrFSTypes OBJECT IDENTIFIER ::= { hrDevice 9 }
|
| hrFSOther OBJECT IDENTIFIER ::= { hrFSTypes 1 }
| hrFSUnknown OBJECT IDENTIFIER ::= { hrFSTypes 2 }
| hrFSBerkeleyFFS OBJECT IDENTIFIER ::= { hrFSTypes 3 }
| hrFSSys5FS OBJECT IDENTIFIER ::= { hrFSTypes 4 }
| -- DOS
| hrFSFat OBJECT IDENTIFIER ::= { hrFSTypes 5 }
| -- OS/2 High Performance File System
| hrFSHPFS OBJECT IDENTIFIER ::= { hrFSTypes 6 }
| -- Macintosh Hierarchical File System
| hrFSHFS OBJECT IDENTIFIER ::= { hrFSTypes 7 }
|
|
| -- Macintosh File System
| hrFSMFS OBJECT IDENTIFIER ::= { hrFSTypes 8 }
| -- Windows NT
| hrFSNTFS OBJECT IDENTIFIER ::= { hrFSTypes 9 }
| hrFSVNode OBJECT IDENTIFIER ::= { hrFSTypes 10 }
| hrFSJournaled OBJECT IDENTIFIER ::= { hrFSTypes 11 }
| -- CD File systems
| hrFSiso9660 OBJECT IDENTIFIER ::= { hrFSTypes 12 }
| hrFSRockRidge OBJECT IDENTIFIER ::= { hrFSTypes 13 }
|
| hrFSNFS OBJECT IDENTIFIER ::= { hrFSTypes 14 }
| hrFSNetware OBJECT IDENTIFIER ::= { hrFSTypes 15 }
| -- Andrew File System
| hrFSAFS OBJECT IDENTIFIER ::= { hrFSTypes 16 }
| -- OSF DCE Distributed File System
| hrFSDFS OBJECT IDENTIFIER ::= { hrFSTypes 17 }
| hrFSAppleshare OBJECT IDENTIFIER ::= { hrFSTypes 18 }
| hrFSRFS OBJECT IDENTIFIER ::= { hrFSTypes 19 }
| -- Data General
| hrFSDGCFS OBJECT IDENTIFIER ::= { hrFSTypes 20 }
| -- SVR4 Boot File System
| hrFSBFS OBJECT IDENTIFIER ::= { hrFSTypes 21 }
|
| Win32 API function "GetVolumeInformation" can provide us with the
| information needed to select the correct OID for this attribute's value.
|
|============================================================================
| 1.3.6.1.2.1.25.3.9.n
| | | |
| | | *-Type indicator
| | *-hrFSTypes
| *-hrDevice
|
| 1.3.6.1.2.1.25.3.8.1.4.<instance>
| | | | |
| | | | *hrFSType
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSType(
OUT ObjectIdentifier *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| By convention with the cache-building function "Gen_HrFSTable_Cache()",
| the cached value is the right-most arc we must return as the value.
|
| Hence whatever cache entry we retrieve, we tack the number retrieved
| from the cache for this attribute onto { hrFSTypes ... }.
*/
if ( (outvalue->ids = SNMP_malloc(10 * sizeof( UINT ))) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
outvalue->idLength = 10;
/*
| Load in the full hrFSType OID:
|
| 1.3.6.1.2.1.25.3.9.n
| | | |
| | | *-Type indicator
| | *-hrFSTypes
| *-hrDevice
*/
outvalue->ids[0] = 1;
outvalue->ids[1] = 3;
outvalue->ids[2] = 6;
outvalue->ids[3] = 1;
outvalue->ids[4] = 2;
outvalue->ids[5] = 1;
outvalue->ids[6] = 25;
outvalue->ids[7] = 3;
outvalue->ids[8] = 9;
/* Cached FS Type indicator */
outvalue->ids[9] = row->attrib_list[HRFS_TYPE].u.unumber_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSType() */
/*
* GetHrFSAccess
* An indication if this file system is logically configured by the
* operating system to be readable and writable or only readable.
*
* Gets the value for HrFSAccess.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSAccess
|
| ACCESS SYNTAX
| read-only INTEGER {readWrite(1),readOnly(2)}
|
| "An indication if this file system is logically configured by the operating
| system to be readable and writable or only readable. This does not represent
| any local access-control policy, except one that is applied to the file system
| as a whole."
|
| DISCUSSION:
|
| Win32 API function "GetVolumeInformation" can provide us with the information
| needed to select the correct OID for this attribute's value.
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.5.<instance>
| | | | |
| | | | *hrFSAccess
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSAccess(
OUT INTAccess *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| Return the "hrFSAccess" value from this entry
*/
*outvalue = row->attrib_list[HRFS_ACCESS].u.unumber_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSAccess() */
/*
* GetHrFSBootable
* A falg indicating whether this file system is bootable.
*
* Gets the value for HrFSBootable.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSBootable
|
| ACCESS SYNTAX
| read-only Boolean
|
| "A flag indicating whether this file system is bootable."
|
| DISCUSSION:
|
| Win32 API function "CreatFile" and DeviceIoControlcan provide us with the
| information needed to select the correct OID for this attribute's value.
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.6.<instance>
| | | | |
| | | | *hrFSBootable
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSBootable(
OUT Boolean *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| Return the "hrFSBootable" value from this entry
*/
*outvalue = row->attrib_list[HRFS_BOOTABLE].u.unumber_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSBootable() */
/*
* GetHrFSStorageIndex
* The index of the hrStorageEntry that represents information about this
* file system. If there is no such information available,
*
* Gets the value for HrFSStorageIndex.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSStorageIndex
|
| ACCESS SYNTAX
| read-only INTEGER (0..2147483647)
|
| "The index of the hrStorageEntry that represents information about this file
| system. If there is no such information available, then this value shall be
| zero. The relevant storage entry will be useful in tracking the percent usage
| of this file system and diagnosing errors that may occur when it runs out of
| space."
|
| DISCUSSION:
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.7.<instance>
| | | | |
| | | | *hrFSStorageIndex
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSStorageIndex(
OUT Integer *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
ULONG index; /* As fetched from instance structure */
CACHEROW *row; /* Row entry fetched from cache */
/*
| Grab the instance information
*/
index = GET_INSTANCE(0);
/*
| Use it to find the right entry in the cache
*/
if ((row = FindTableRow(index, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_GENERR;
}
/*
| Return the "hrFSStorageIndex" value from this entry
*/
*outvalue = row->attrib_list[HRFS_STORINDX].u.unumber_value;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSStorageIndex() */
/*
* GetHrFSLastFullBackupDate
* The last date at which this complete file system was copied to another
* storage device for backup. This information is useful fo
*
* Gets the value for HrFSLastFullBackupDate.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSLastFullBackupDate
|
| ACCESS SYNTAX
| read-write DateAndTime
|
| "The last date at which this complete file system was copied to another
| storage device for backup. This information is useful for ensuring that
| backups are being performed regularly. If this information is not known, then
| this variable shall have the value corresponding to January 1, year 0000,
| 00:00:00.0, which is encoded as (hex)'00 00 01 01 00 00 00 00'."
|
| DISCUSSION:
|
| This metric is apparently not recorded and is not made available through
| any documented Win32 API function. Consequently, we return the appropriate
| "not known" value.
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.8.<instance>
| | | | |
| | | | *hrFSLastFullBackupDate
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSLastFullBackupDate(
OUT DateAndTime *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
outvalue->length = 8;
outvalue->string = "\0\0\1\1\0\0\0\0";
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSLastFullBackupDate() */
/*
* SetHrFSLastFullBackupDate
* The last date at which this complete file system was copied to another
* storage device for backup. This information is useful fo
*
* Sets the HrFSLastFullBackupDate value.
*
* Arguments:
*
* invalue address of value to set the variable
* outvalue address to return the set variable value
* access Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_BADVALUE Set value not in range
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtset.ntc v0.10
*/
UINT
SetHrFSLastFullBackupDate(
IN DateAndTime *invalue ,
OUT DateAndTime *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
return SNMP_ERRORSTATUS_NOSUCHNAME ;
} /* end of SetHrFSLastFullBackupDate() */
/*
* GetHrFSLastPartialBackupDate
* The last date at which a portion of thes file system was copied to
* another storage device for backup. This information is usefu
*
* Gets the value for HrFSLastPartialBackupDate.
*
* Arguments:
*
* outvalue address to return variable value
* accesss Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtget.c v0.10
*
| =============== From WebEnable Design Spec Rev 3 04/11/97==================
| hrFSLastPartialBackupDate
|
| ACCESS SYNTAX
| read-write DateAndTime
|
| "The last date at which a portion of this file system was copied to another
| storage device for backup. This information is useful for ensuring that
| backups are being performed regularly. If this information is not known,
| then this variable shall have the value corresponding to
| January 1, year 0000, 00:00:00.0, which is encoded as
| (hex)'00 00 01 01 00 00 00 00'."
|
| DISCUSSION:
|
| This metric is apparently not recorded and is not made available through
| any documented Win32 API function. Consequently, we return the appropriate
| "not known" value.
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1.9.<instance>
| | | | |
| | | | *hrFSLastPartialBackupDate
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
*/
UINT
GetHrFSLastPartialBackupDate(
OUT DateAndTime *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
outvalue->length = 8;
outvalue->string = "\0\0\1\1\0\0\0\0";
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of GetHrFSLastPartialBackupDate() */
/*
* SetHrFSLastPartialBackupDate
* The last date at which a portion of thes file system was copied to
* another storage device for backup. This information is usefu
*
* Sets the HrFSLastPartialBackupDate value.
*
* Arguments:
*
* invalue address of value to set the variable
* outvalue address to return the set variable value
* access Reserved for future security use
* instance address of instance name as ordered native
* data type(s)
*
* Return Codes:
*
* Standard PDU error codes.
*
* SNMP_ERRORSTATUS_NOERROR Successful get
* SNMP_ERRORSTATUS_BADVALUE Set value not in range
* SNMP_ERRORSTATUS_GENERR Catch-all failure code
* mibtset.ntc v0.10
*/
UINT
SetHrFSLastPartialBackupDate(
IN DateAndTime *invalue ,
OUT DateAndTime *outvalue ,
IN Access_Credential *access ,
IN InstanceName *instance )
{
return SNMP_ERRORSTATUS_NOSUCHNAME ;
} /* end of SetHrFSLastPartialBackupDate() */
/*
* HrFSEntryFindInstance
*
* This routine is used to verify that the specified instance is
* valid.
*
* Arguments:
*
* FullOid Address for the full oid - group, variable,
* and instance information
* instance Address for instance specification as an oid
*
* Return Codes:
*
* SNMP_ERRORSTATUS_NOERROR Instance found and valid
* SNMP_ERRORSTATUS_NOSUCHNAME Invalid instance
*
*/
UINT
HrFSEntryFindInstance( IN ObjectIdentifier *FullOid ,
IN OUT ObjectIdentifier *instance )
{
UINT tmp_instance ;
//
// Developer instrumentation code to find appropriate instance goes here.
// For non-tables, it is not necessary to modify this routine. However, if
// there is any context that needs to be set, it can be done here.
//
if ( FullOid->idLength <= HRFSENTRY_VAR_INDEX )
// No instance was specified
return SNMP_ERRORSTATUS_NOSUCHNAME ;
else if ( FullOid->idLength != HRFSENTRY_VAR_INDEX + 1 )
// Instance length is more than 1
return SNMP_ERRORSTATUS_NOSUCHNAME ;
else
// The only valid instance for a non-table are instance 0. If this
// is a non-table, the following code validates the instances. If this
// is a table, developer modification is necessary below.
tmp_instance = FullOid->ids[ HRFSENTRY_VAR_INDEX ] ;
/*
| For hrFSTable, the instance arc(s) is a single arc, and it must
| correctly select an entry in the hrFSTable cache.
| Check that here.
*/
if ( FindTableRow(tmp_instance, &hrFSTable_cache) == NULL ) {
return SNMP_ERRORSTATUS_NOSUCHNAME ;
}
else
{
// the instance is valid. Create the instance portion of the OID
// to be returned from this call.
instance->ids[ 0 ] = tmp_instance ;
instance->idLength = 1 ;
}
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of HrFSEntryFindInstance() */
/*
* HrFSEntryFindNextInstance
*
* This routine is called to get the next instance. If no instance
* was passed than return the first instance (1).
*
* Arguments:
*
* FullOid Address for the full oid - group, variable,
* and instance information
* instance Address for instance specification as an oid
*
* Return Codes:
*
* SNMP_ERRORSTATUS_NOERROR Instance found and valid
* SNMP_ERRORSTATUS_NOSUCHNAME Invalid instance
*
*/
UINT
HrFSEntryFindNextInstance( IN ObjectIdentifier *FullOid ,
IN OUT ObjectIdentifier *instance )
{
//
// Developer supplied code to find the next instance of class goes here.
// If this is a class with cardinality 1, no modification of this routine
// is necessary unless additional context needs to be set.
// If the FullOid does not specify an instance, then the only instance
// of the class is returned. If this is a table, the first row of the
// table is returned.
//
// If an instance is specified and this is a non-table class, then NOSUCHNAME
// is returned so that correct MIB rollover processing occurs. If this is
// a table, then the next instance is the one following the current instance.
// If there are no more instances in the table, return NOSUCHNAME.
//
CACHEROW *row;
ULONG tmp_instance;
if ( FullOid->idLength <= HRFSENTRY_VAR_INDEX )
{
/*
| Too short: must return the instance arc that selects the first
| entry in the table if there is one.
*/
tmp_instance = 0;
}
else {
/*
| There is at least one instance arc. Even if it is the only arc
| we use it as the "index" in a request for the "NEXT" one.
*/
tmp_instance = FullOid->ids[ HRFSENTRY_VAR_INDEX ] ;
}
/* Now go off and try to find the next instance in the table */
if ((row = FindNextTableRow(tmp_instance, &hrFSTable_cache)) == NULL) {
return SNMP_ERRORSTATUS_NOSUCHNAME ;
}
instance->ids[ 0 ] = row->index ;
instance->idLength = 1 ;
return SNMP_ERRORSTATUS_NOERROR ;
} /* end of HrFSEntryFindNextInstance() */
/*
* HrFSEntryConvertInstance
*
* This routine is used to convert the object id specification of an
* instance into an ordered native representation. The object id format
* is that object identifier that is returned from the Find Instance
* or Find Next Instance routines. It is NOT the full object identifier
* that contains the group and variable object ids as well. The native
* representation is an argc/argv-like structure that contains the
* ordered variables that define the instance. This is specified by
* the MIB's INDEX clause. See RFC 1212 for information about the INDEX
* clause.
*
*
* Arguments:
*
* oid_spec Address of the object id instance specification
* native_spec Address to return the ordered native instance
* specification
*
* Return Codes:
*
* SUCCESS Conversion complete successfully
* FAILURE Unable to convert object id into native format
*
*/
UINT
HrFSEntryConvertInstance( IN ObjectIdentifier *oid_spec ,
IN OUT InstanceName *native_spec )
{
static char *array; /* The address of this (char *) is passed back */
/* as though it were an array of length 1 of these */
/* types. */
static ULONG inst; /* The address of this ULONG is passed back */
/* (Obviously, no "free()" action is needed) */
/* We only expect the one arc in "oid_spec" */
inst = oid_spec->ids[0];
array = (char *) &inst;
native_spec->count = 1;
native_spec->array = &array;
return SUCCESS ;
} /* end of HrFSEntryConvertInstance() */
/*
* HrFSEntryFreeInstance
*
* This routine is used to free an ordered native representation of an
* instance name.
*
* Arguments:
*
* instance Address to return the ordered native instance
* specification
*
* Return Codes:
*
*
*/
void
HrFSEntryFreeInstance( IN OUT InstanceName *instance )
{
/* No action needed for hrFSTable */
} /* end of HrFSEntryFreeInstance() */
/*
| End of Generated Code
*/
/* Gen_HrFSTable_Cache - Generate a initial cache for HrFSTable */
/* Gen_HrFSTable_Cache - Generate a initial cache for HrFSTable */
/* Gen_HrFSTable_Cache - Generate a initial cache for HrFSTable */
BOOL
Gen_HrFSTable_Cache(
void
)
/*
| EXPLICIT INPUTS:
|
| None.
|
| IMPLICIT INPUTS:
|
| The module-local head of the cache for the HrFSTable,
| "hrFSTable_cache".
|
| OUTPUTS:
|
| On Success:
| Function returns TRUE indicating that the cache has been fully
| populated with all "static" cache-able values.
|
| On any Failure:
| Function returns FALSE (indicating "not enough storage").
|
| THE BIG PICTURE:
|
| At subagent startup time, the cache for each table in the MIB is
| populated with rows for each row in the table. This function is
| invoked by the start-up code in "UserMibInit()" ("MIB.C") to
| populate the cache for the HrStorage table.
|
| OTHER THINGS TO KNOW:
|
| There is one of these function for every table that has a cache.
| Each is found in the respective source file.
|
|=============== From WebEnable Design Spec Rev 3 04/11/97==================
| DISCUSSION:
|
| It appears that there is a one-to-one correspondence between NT logical drives
| and "file systems" as defined by this table. As a consequence, the contents
| of this table is almost identical to the hrStorageTable except that remote
| network drives (in unix-speak, remotely mounted file systems) are included
| in this table while excluded from hrStorageTable.
|
| To this end, a combination of Win32 API functions "GetLogicalDrives",
| "GetVolumeInformation", "GetDriveType" and "GetDiskFreeSpace" are used to
| acquire the information for the SNMP attributes in this table.
|
|============================================================================
| 1.3.6.1.2.1.25.3.8.1...
| | | |
| | | *hrFSEntry
| | *-hrFSTable
| *-hrDevice
|
*/
{
CHAR temp[8]; /* Temporary buffer for first call */
LPSTR pDrvStrings; /* --> allocated storage for drive strings */
LPSTR pOriginal_DrvStrings; /* (Needed for final deallocation */
DWORD DS_request_len; /* Storage actually needed */
DWORD DS_current_len; /* Storage used on 2nd call */
ULONG table_index=0; /* hrFSTable index counter */
CACHEROW *row; /* --> Cache structure for row-being built */
UINT i; /* Handy-Dandy loop index */
#define PHYS_SIZE 32
CHAR phys_name[PHYS_SIZE]; /* Buffer where a string like "\\.C:" (for */
/* example) is built for drive access. */
/*
| Blow away any old copy of the cache
*/
DestroyTable(&hrFSTable_cache);
/*
| We're going to call GetLogicalDriveStrings() twice, once to get the proper
| buffer size, and the second time to actually get the drive strings.
*/
if ((DS_request_len = GetLogicalDriveStrings(2, temp)) == 0) {
/* Request failed altogether, can't initialize */
return ( FALSE );
}
/*
| Grab enough storage for the drive strings plus one null byte at the end
*/
if ( (pOriginal_DrvStrings = pDrvStrings = malloc( (DS_request_len + 1) ) )
== NULL) {
/* Storage Request failed altogether, can't initialize */
return ( FALSE );
}
/* Go for all of the strings */
if ((DS_current_len = GetLogicalDriveStrings(DS_request_len, pDrvStrings))
== 0) {
/* Request failed altogether, can't initialize */
free( pOriginal_DrvStrings );
return ( FALSE );
}
/*
|==============================================================================
| As long as we've got an unprocessed drive-string which may correspond to
| a File-System for which we need a table-row entry . . .
*/
while ( strlen(pDrvStrings) > 0 ) {
UINT drivetype; /* Type of the drive from "GetDriveType()" */
ULONG fs_type; /* derived File-System type (last-arc value) */
UINT bootable; /* derived "bootable" value (Boolean) */
UINT readwrite; /* derived "readwrite" value (0 or 1) */
UINT storage_index; /* Index into hrStorageTable to matching slot*/
CACHEROW *row_hrstorage; /* As returned by FindNextTableRow() */
/*
| Get the drive-type so we can decide whether it should participate in
| this table. We do both locals and remotes (unlike hrStorage, from
| which this code was ripped off).
*/
drivetype = GetDriveType(pDrvStrings);
if ( drivetype == DRIVE_UNKNOWN
|| drivetype == DRIVE_NO_ROOT_DIR
) {
/* Step to next string, if any */
pDrvStrings += strlen(pDrvStrings) + 1;
continue;
}
/*
| OK, we want this one in the table, get a row-entry created.
*/
if ((row = CreateTableRow( HRFS_ATTRIB_COUNT ) ) == NULL) {
return ( FALSE ); // Out of memory
}
/* =========== hrFSIndex ==========*/
row->attrib_list[HRFS_INDEX].attrib_type = CA_NUMBER;
row->attrib_list[HRFS_INDEX].u.unumber_value = (table_index += 1) ;
/* =========== hrFSMountPoint ==========
| Note: We store the device string in the cache, but the "GET" function
| always returns an empty string, per the spec.
*/
row->attrib_list[HRFS_MOUNTPT].attrib_type = CA_STRING;
/* Get some space */
if ( (row->attrib_list[HRFS_MOUNTPT].u.string_value
= ( LPSTR ) malloc(strlen(pDrvStrings) + 1)) == NULL) {
return ( FALSE ); /* out of memory */
}
/* Copy the Value into the space */
strcpy(row->attrib_list[HRFS_MOUNTPT].u.string_value, pDrvStrings);
/*
| The GET functions for "computed" attributes expect to be able to use
| the value of the "hrFSMountPoint" cache value stored above to lookup
| (using system calls) their respective values. We may or may not actually
| report this stored-value as the value of the attribute in initial
| release.
*/
/* =========== hrFSRemoteMountPoint ==========*/
row->attrib_list[HRFS_RMOUNTPT].attrib_type = CA_COMPUTED;
/* =========== hrFSType ==========
| =========== hrFSAccess ==========
| =========== hrFSBootable ==========
|
| We use the first two characters of the drive string (e.g. "C:") to
| create the special string (e.g. "\\.\C:") needed to obtain a "CreateFile"
| handle to the device "C" or partition "C".
|
| With that, a DeviceIoControl call for partition information gives
| us an idea as to the type and bootability of the device or partition.
|
| If any step in this process fails, the type is "hrFSUnknown", bootable
| is "FALSE" and Access is presumed "read-write".
|
| For hrFSType we store a single number as the cached value of the
| hrFSType attribute. When this attribute is fetched, the cached number
| forms the last arc in the OBJECT IDENTIFIER that actually specifies the
| type: { hrFSTypes x }, where "x" is what gets stored.
*/
fs_type = 2; /* 2 = last arc value for "hrFSUnknown" */
bootable = 0; /* if unknown, "not bootable" */
readwrite = 1; /* if unknown, "read-write" */
/* If we have room in the buffer to build the handle-name string */
if ((strlen(pDrvStrings) + strlen("\\\\.\\")) < PHYS_SIZE) {
HANDLE hdrv; /* Handle to device */
PARTITION_INFORMATION part_info; /* Partition Info from device */
DWORD bytes_out; /* Bytes retnd into part_info */
/* Build it for device A: "\\.\A:" */
sprintf(phys_name, "\\\\.\\%2.2s", pDrvStrings);
/*
| Suppress any attempt by the system to make the user put a volume in a
| removable drive ("CreateFile" will just fail).
*/
SetErrorMode(SEM_FAILCRITICALERRORS);
/* Attempt to get a handle using this physical name string */
if ((hdrv = CreateFile(phys_name, // Device
GENERIC_READ, // Access
FILE_SHARE_READ |
FILE_SHARE_WRITE, // Share Mode
NULL, // Security
OPEN_EXISTING, // CreationDistribution
FILE_ATTRIBUTE_NORMAL, // FlagsandAttributes
NULL // Template file
)) != INVALID_HANDLE_VALUE) {
/*
| Device is Open
|
| Try for Partition Information on the "device" we opened
|
| (Not supported by Floppy drivers, so this'll probably fail).
*/
if (DeviceIoControl(hdrv, // device handle
// IoControlCode (op-code)
IOCTL_DISK_GET_PARTITION_INFO,
NULL, // "input buffer"
0, // "input buffer size"
&part_info, // "output buffer"
// "output buffer size"
sizeof(PARTITION_INFORMATION),
&bytes_out, // bytes written to part_info
NULL // no Overlapped I/o
)) {
/*
| We've got Partition Information for the device: use it
*/
bootable = part_info.BootIndicator;
/*
| Assign an OID Type "last-arc number" for those file system
| types we recognize.
*/
switch (part_info.PartitionType) {
case PARTITION_UNIX: // Unix
fs_type = 3; // "hrFSBerkeleyFFS"
break;
case PARTITION_FAT_12: // 12-bit FAT entries
case PARTITION_FAT_16: // 16-bit FAT entries
case PARTITION_HUGE: // Huge partition MS-DOS V4
case PARTITION_FAT32: // FAT32
case PARTITION_FAT32_XINT13: // FAT32 using extended int13 services
fs_type = 5; // "hrFSFat"
break;
case PARTITION_IFS: // IFS Partition
case VALID_NTFT: // NTFT uses high order bits
fs_type = 9; // "hrFSNTFS"
break;
case PARTITION_XENIX_1: // Xenix
case PARTITION_XENIX_2: // Xenix
case PARTITION_XINT13: // Win95 partition using extended int13 services
case PARTITION_XINT13_EXTENDED: // Same as type 5 but uses extended int13 services
case PARTITION_EXTENDED: // Extended partition entry
case PARTITION_PREP: // PowerPC Reference Platform (PReP) Boot Partition
fs_type = 1; // "hrFSOther"
break;
case PARTITION_ENTRY_UNUSED: // Entry unused
default:
/* This will translate to fs_type = 2 "unknown" */
break;
}
} /* If (we managed to get partition information) */
CloseHandle(hdrv);
} /* if (we managed to "CreateFile" the device) */
SetErrorMode(0); /* Turn error suppression mode off */
} /* if (we managed to build a device name) */
/* =========== hrFSType ========== */
row->attrib_list[HRFS_TYPE].attrib_type = CA_NUMBER;
row->attrib_list[HRFS_TYPE].u.unumber_value = fs_type;
/* =========== hrFSAccess ========== */
/* Quick check: if its a CD-ROM, we presume it is readonly */
if (drivetype == DRIVE_CDROM) {
readwrite = 2;
}
row->attrib_list[HRFS_ACCESS].attrib_type = CA_NUMBER;
row->attrib_list[HRFS_ACCESS].u.unumber_value = readwrite;
/* =========== hrFSBootable ========== */
row->attrib_list[HRFS_BOOTABLE].attrib_type = CA_NUMBER;
row->attrib_list[HRFS_BOOTABLE].u.unumber_value = bootable;
/* =========== hrFSStorageIndex ==========
| Strategy:
|
| We wander up the hrStorage table looking for an exact match between
| the storage attribute "hrStorageDescr" (which contains the DOS drive
| string as returned by GetLogicalDriveStrings()) and the current drive
| string.
|
| The first exact match: the index of that hrStorageTable row gets
| stored here as the value of "hrFSStorageIndex".
|
| No Match: Store zero per the RFC spec.
|
| Come PnP, this attribute has to become "computed", as entries may come
| and go from the hrStorage table.
|
| NOTE: The length of the comparison of the match is limited by the
| drive string we generate in this function, as the "description"
| from the hrStorage table may have other stuff appended to the
| end of the drive-string.
*/
row->attrib_list[HRFS_STORINDX].attrib_type = CA_NUMBER;
storage_index = 0; /* Presume failure */
/* Scan the hrStorageTable cache */
for (row_hrstorage = FindNextTableRow(0, &hrStorage_cache);
row_hrstorage != NULL;
row_hrstorage = FindNextTableRow(i, &hrStorage_cache)
) {
/* Obtain the actual row index */
i = row_hrstorage->index;
/* If (this entry has an exact match on drive-strings) */
if (strncmp(row_hrstorage->attrib_list[HRST_DESCR].u.string_value,
pDrvStrings,strlen(pDrvStrings)) == 0) {
/* We found a match, record it and break out */
storage_index = i;
break;
}
}
row->attrib_list[HRFS_STORINDX].u.unumber_value = storage_index;
/* =========== hrFSLastFullBackupDate ==========*/
row->attrib_list[HRFS_LASTFULL].attrib_type = CA_COMPUTED;
/* =========== hrFSLastPartialBackupDate ==========*/
row->attrib_list[HRFS_LASTPART].attrib_type = CA_COMPUTED;
/*
| ======================================================
| Now insert the filled-in CACHEROW structure into the
| cache-list for the hrFSTable.
*/
if (AddTableRow(row->attrib_list[HRFS_INDEX].u.unumber_value, /* Index */
row, /* Row */
&hrFSTable_cache /* Cache */
) == FALSE) {
return ( FALSE ); /* Internal Logic Error! */
}
/* Step to next string, if any */
pDrvStrings += strlen(pDrvStrings) + 1;
} /* while (drive-strings remain . . .) */
free( pOriginal_DrvStrings );
#if defined(CACHE_DUMP)
PrintCache(&hrFSTable_cache);
#endif
/*
| Initialization of this table's cache succeeded
*/
return (TRUE);
}
/* PartitionTypeToLastArc - Convert Partition Type to Last OID Arc value */
/* PartitionTypeToLastArc - Convert Partition Type to Last OID Arc value */
/* PartitionTypeToLastArc - Convert Partition Type to Last OID Arc value */
ULONG
PartitionTypeToLastArc (
BYTE p_type
)
/*
| EXPLICIT INPUTS:
|
| Disk Partition Type as returned in PARTITION_INFORMATINO
|
| IMPLICIT INPUTS:
|
| None.
|
| OUTPUTS:
|
| On Success:
| Function returns the value that should be used as the Last-Arc "x"
| in a "hrFSTypes" Object Identifier.
|
| On any Failure:
| Function returns the last-arc value for "UNKNOWN".
|
| THE BIG PICTURE:
|
| In more than one spot we need to be able to translate from
| a Partition Type to our "Last-Arc" value.
|
| OTHER THINGS TO KNOW:
|
*/
{
ULONG last_arc = 2; /* "2" = "UNKNOWN" */
/*
| Assign an OID Type "last-arc number" for those file system
| types we recognize.
*/
switch ( p_type ) {
case PARTITION_UNIX: // Unix
last_arc = 3; // "hrFSBerkeleyFFS"
break;
case PARTITION_FAT_12: // 12-bit FAT entries
case PARTITION_FAT_16: // 16-bit FAT entries
case PARTITION_HUGE: // Huge partition MS-DOS V4
case PARTITION_FAT32: // FAT32
case PARTITION_FAT32_XINT13: // FAT32 using extended int13 services
last_arc = 5; // "hrFSFat"
break;
case PARTITION_IFS: // IFS Partition
case VALID_NTFT: // NTFT uses high order bits
last_arc = 9; // "hrFSNTFS"
break;
case PARTITION_XENIX_1: // Xenix
case PARTITION_XENIX_2: // Xenix
case PARTITION_XINT13: // Win95 partition using extended int13 services
case PARTITION_XINT13_EXTENDED: // Same as type 5 but uses extended int13 services
case PARTITION_EXTENDED: // Extended partition entry
case PARTITION_PREP: // PowerPC Reference Platform (PReP) Boot Partition
last_arc = 1; // "hrFSOther"
break;
case PARTITION_ENTRY_UNUSED: // Entry unused
default:
/* This will translate to "unknown" */
break;
}
return ( last_arc );
}
#if defined(CACHE_DUMP)
/* debug_print_hrFSTable - Prints a Row from HrFSTable sub-table */
/* debug_print_hrFSTable - Prints a Row from HrFSTable sub-table */
/* debug_print_hrFSTable - Prints a Row from HrFSTable sub-table */
static void
debug_print_hrFSTable(
CACHEROW *row /* Row in hrFSTable table */
)
/*
| EXPLICIT INPUTS:
|
| "row" - points to the row to be dumped, if NULL, the function
| merely prints a suitable title.
|
| IMPLICIT INPUTS:
|
| - Symbols used to reference the attributes in the row entry.
| - File handle defined by OFILE, presumed to be open.
|
| OUTPUTS:
|
| On Success:
| Function prints a dump of the row in ASCII for debugging purposes
| on file handle OFILE.
|
| THE BIG PICTURE:
|
| Debugging only.
|
| OTHER THINGS TO KNOW:
*/
{
if (row == NULL) {
fprintf(OFILE, "=====================\n");
fprintf(OFILE, "hrFSTable Table Cache\n");
fprintf(OFILE, "=====================\n");
return;
}
fprintf(OFILE, "hrFSIndex. . . . . . . . %d\n",
row->attrib_list[HRFS_INDEX].u.unumber_value);
fprintf(OFILE, "hrFSMountPoint . . . . . \"%s\" (ALWAYS RETURNED AS EMPTY STRING) \n",
row->attrib_list[HRFS_MOUNTPT].u.string_value);
fprintf(OFILE, "hrFSRemoteMountPoint . . \"%s\"\n",
row->attrib_list[HRFS_RMOUNTPT].u.string_value);
fprintf(OFILE, "hrFSType . . . . . . . . %d ",
row->attrib_list[HRFS_TYPE].u.unumber_value);
switch (row->attrib_list[HRFS_TYPE].u.unumber_value) {
case 1: fprintf(OFILE, "(hrFSOther)\n"); break;
case 2: fprintf(OFILE, "(hrFSUnknown)\n"); break;
case 3: fprintf(OFILE, "(hrFSBerkeleyFFS)\n"); break;
case 5: fprintf(OFILE, "(hrFSFat)\n"); break;
case 9: fprintf(OFILE, "(hrFSNTFS)\n"); break;
default:
fprintf(OFILE, "(???)\n");
}
fprintf(OFILE, "hrFSAccess . . . . . . . %d ",
row->attrib_list[HRFS_ACCESS].u.number_value);
switch (row->attrib_list[HRFS_ACCESS].u.unumber_value) {
case 1: fprintf(OFILE, "(readWrite)\n"); break;
case 2: fprintf(OFILE, "(readOnly)\n"); break;
default:
fprintf(OFILE, "(???)\n"); break;
}
fprintf(OFILE, "hrFSBootable . . . . . . %d ",
row->attrib_list[HRFS_BOOTABLE].u.number_value);
switch (row->attrib_list[HRFS_BOOTABLE].u.unumber_value) {
case 0: fprintf(OFILE, "(FALSE)\n"); break;
case 1: fprintf(OFILE, "(TRUE)\n"); break;
default:
fprintf(OFILE, "(???)\n"); break;
}
fprintf(OFILE, "hrFSStorageIndex . . . . %d\n",
row->attrib_list[HRFS_STORINDX].u.number_value);
}
#endif
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