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windows-nt/Source/XPSP1/NT/net/inc/snmpexts.h
CryptoAlgo Inc b3cac27891 Add source files
2020-09-26 16:20:57 +08:00

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/*++
Copyright (c) 1996 Microsoft Corporation
Module Name:
snmpexts.h
Abstract:
Definitions for SNMP extension agents.
--*/
#ifndef _INC_SNMPEXTS_
#define _INC_SNMPEXTS_
///////////////////////////////////////////////////////////////////////////////
// //
// Mib version //
// //
///////////////////////////////////////////////////////////////////////////////
#define MIB_VERSION 0x01 // increment if structure changes
///////////////////////////////////////////////////////////////////////////////
// //
// Mib view types (use opaque if SnmpExtensionQuery preferred) //
// //
///////////////////////////////////////////////////////////////////////////////
#define MIB_VIEW_NORMAL 0x01 // callback via mib structure
#define MIB_VIEW_OPAQUE 0x02 // call directly with varbinds
///////////////////////////////////////////////////////////////////////////////
// //
// Mib entry access types //
// //
///////////////////////////////////////////////////////////////////////////////
#define MIB_ACCESS_NONE 0x00 // entry not accessible
#define MIB_ACCESS_READ 0x01 // entry can be read
#define MIB_ACCESS_WRITE 0x02 // entry can be written
#define MIB_ACCESS_ALL 0x03 // entry can be read and written
///////////////////////////////////////////////////////////////////////////////
// //
// Mib callback request types //
// //
///////////////////////////////////////////////////////////////////////////////
#define MIB_ACTION_SET ASN_RFC1157_SETREQUEST
#define MIB_ACTION_GET ASN_RFC1157_GETREQUEST
#define MIB_ACTION_GETNEXT ASN_RFC1157_GETNEXTREQUEST
#define MIB_ACTION_GETFIRST (ASN_PRIVATE|ASN_CONSTRUCTOR|0x00)
#define MIB_ACTION_VALIDATE (ASN_PRIVATE|ASN_CONSTRUCTOR|0x01)
#define MIB_ACTION_CLEANUP (ASN_PRIVATE|ASN_CONSTRUCTOR|0x02)
///////////////////////////////////////////////////////////////////////////////
// //
// Callback definitions //
// //
///////////////////////////////////////////////////////////////////////////////
typedef UINT (* MIB_ACTION_FUNC)(
IN UINT actionId, // action requested
IN OUT AsnAny * objectArray, // array of variables
OUT UINT * errorIndex // index of item in error
);
typedef UINT (* MIB_EVENT_FUNC)(); // event callback
#define MIB_S_SUCCESS ERROR_SUCCESS
#define MIB_S_NOT_SUPPORTED ERROR_NOT_SUPPORTED
#define MIB_S_NO_MORE_ENTRIES ERROR_NO_MORE_ITEMS
#define MIB_S_ENTRY_NOT_FOUND ERROR_FILE_NOT_FOUND
#define MIB_S_INVALID_PARAMETER ERROR_INVALID_PARAMETER
///////////////////////////////////////////////////////////////////////////////
// //
// Mib entry definition //
// //
///////////////////////////////////////////////////////////////////////////////
typedef struct _SnmpMibEntry {
AsnObjectIdentifier mibOid; // relative oid
UCHAR mibType; // asn scalar type
UCHAR mibAccess; // mib access type
UCHAR mibGetBufOff; // index into get array
UCHAR mibSetBufOff; // index into set array
USHORT mibGetBufLen; // total size of get array
USHORT mibSetBufLen; // total size of set array
MIB_ACTION_FUNC mibGetFunc; // user-supplied callback
MIB_ACTION_FUNC mibSetFunc; // user-supplied callback
INT mibMinimum; // minimum value allowed
INT mibMaximum; // maximum value allowed
} SnmpMibEntry;
typedef struct _SnmpMibEntryList {
SnmpMibEntry * list; // list of mib entries
UINT len; // list length
} SnmpMibEntryList;
///////////////////////////////////////////////////////////////////////////////
// //
// Mib table definition //
// //
///////////////////////////////////////////////////////////////////////////////
typedef struct _SnmpMibTable {
UINT numColumns; // number of table entries
UINT numIndices; // number of table indices
SnmpMibEntry * tableEntry; // pointer to table root
SnmpMibEntry ** tableIndices; // pointer to index indices
} SnmpMibTable;
typedef struct _SnmpMibTableList {
SnmpMibTable * list; // list of mib tables
UINT len; // list length
} SnmpMibTableList;
///////////////////////////////////////////////////////////////////////////////
// //
// Mib view definition //
// //
///////////////////////////////////////////////////////////////////////////////
typedef struct _SnmpMibView {
DWORD viewVersion; // structure version
DWORD viewType; // opaque or normal
AsnObjectIdentifier viewOid; // root oid of view
SnmpMibEntryList viewScalars; // list of entries
SnmpMibTableList viewTables; // list of tables
} SnmpMibView;
typedef struct _SnmpMibViewList {
SnmpMibView * list; // list of supported views
UINT len; // list length
} SnmpMibViewList;
///////////////////////////////////////////////////////////////////////////////
// //
// Mib event definition //
// //
///////////////////////////////////////////////////////////////////////////////
typedef struct _SnmpMibEvent {
HANDLE event; // subagent event handle
MIB_EVENT_FUNC eventFunc; // subagent event callback
} SnmpMibEvent;
typedef struct _SnmpMibEventList {
SnmpMibEvent * list; // list of supported events
UINT len; // list length
} SnmpMibEventList;
///////////////////////////////////////////////////////////////////////////////
// //
// Extension agent framework functions //
// //
///////////////////////////////////////////////////////////////////////////////
typedef LPVOID SnmpTfxHandle;
SnmpTfxHandle
SNMP_FUNC_TYPE
SnmpTfxOpen(
DWORD numViews,
SnmpMibView * supportedViews
);
BOOL
SNMP_FUNC_TYPE
SnmpTfxQuery(
SnmpTfxHandle tfxHandle,
BYTE requestType,
RFC1157VarBindList * vbl,
AsnInteger * errorStatus,
AsnInteger * errorIndex
);
VOID
SNMP_FUNC_TYPE
SnmpTfxClose(
SnmpTfxHandle tfxHandle
);
///////////////////////////////////////////////////////////////////////////////
// //
// Other definitions //
// //
///////////////////////////////////////////////////////////////////////////////
#define ASN_PRIVATE_EOM (ASN_PRIVATE|ASN_PRIMATIVE|0x00)
#define ASN_PRIVATE_NODE (ASN_PRIVATE|ASN_PRIMATIVE|0x01)
#define IDS_SIZEOF(ids) (sizeof(ids)/sizeof(UINT))
#define MIB_OID(ids) {IDS_SIZEOF(ids),(ids)}
#define ELIST_SIZEOF(x) (sizeof(x)/sizeof(SnmpMibEntry))
#define MIB_ENTRIES(x) {(x),ELIST_SIZEOF(x)}
#define TLIST_SIZEOF(x) (sizeof(x)/sizeof(SnmpMibTable))
#define MIB_TABLES(x) {(x),TLIST_SIZEOF(x)}
#define MIB_ADDR(x) (&(x))
#define MIB_ID(x) x
#define MIB_VIEW(x) \
{MIB_VERSION, \
MIB_VIEW_NORMAL, \
MIB_OID(ids_ ## x), \
MIB_ENTRIES(mib_ ## x), \
MIB_TABLES(tbl_ ## x)}
#define MIB_GROUP(x) \
{MIB_OID(ids_ ## x), \
ASN_PRIVATE_NODE, \
MIB_ACCESS_NONE, \
0, \
0, \
0, \
0, \
NULL, \
NULL, \
0, \
0}
#define MIB_END() \
{{0,NULL}, \
ASN_PRIVATE_EOM, \
MIB_ACCESS_NONE, \
0, \
0, \
0, \
0, \
NULL, \
NULL, \
0, \
0}
#define MIB_ROOT(x) MIB_GROUP(x)
#define MIB_TABLE_ROOT(x) MIB_GROUP(x)
#define MIB_TABLE_ENTRY(x) MIB_GROUP(x)
#define MIB_OFFSET(x,y) (((UINT_PTR)&(((x *)0)->y))/sizeof(AsnAny))
#define MIB_OFFSET_GB(x) MIB_OFFSET(MIB_ID(gb_ ## x),x)
#define MIB_OFFSET_SB(x) MIB_OFFSET(MIB_ID(sb_ ## x),x)
#define MIB_SIZEOF_GB(x) sizeof(MIB_ID(gb_ ## x))
#define MIB_SIZEOF_SB(x) sizeof(MIB_ID(sb_ ## x))
#define MIB_ANY_RO_L(x,y,a,z) \
{MIB_OID(ids_ ## x), \
y, \
MIB_ACCESS_READ, \
MIB_OFFSET_GB(x), \
0, \
MIB_SIZEOF_GB(x), \
0, \
MIB_ID(gf_ ## x), \
NULL, \
a, \
z}
#define MIB_ANY_RW_L(x,y,a,z) \
{MIB_OID(ids_ ## x), \
y, \
MIB_ACCESS_ALL, \
MIB_OFFSET_GB(x), \
MIB_OFFSET_SB(x), \
MIB_SIZEOF_GB(x), \
MIB_SIZEOF_SB(x), \
MIB_ID(gf_ ## x), \
MIB_ID(sf_ ## x), \
a, \
z}
#define MIB_ANY_NA_L(x,y,a,z) \
{MIB_OID(ids_ ## x), \
y, \
MIB_ACCESS_NONE, \
MIB_OFFSET_GB(x), \
0, \
MIB_SIZEOF_GB(x), \
0, \
NULL, \
NULL, \
a, \
z}
#define MIB_ANY_AC_L(x,y,a,z) \
{MIB_OID(ids_ ## x), \
y, \
MIB_ACCESS_NONE, \
MIB_OFFSET_GB(x), \
MIB_OFFSET_SB(x), \
MIB_SIZEOF_GB(x), \
MIB_SIZEOF_SB(x), \
NULL, \
NULL, \
a, \
z}
#define MIB_ANY_RO(x,y) MIB_ANY_RO_L(x,y,0,0)
#define MIB_ANY_RW(x,y) MIB_ANY_RW_L(x,y,0,0)
#define MIB_ANY_NA(x,y) MIB_ANY_NA_L(x,y,0,0)
#define MIB_ANY_AC(x,y) MIB_ANY_AC_L(x,y,0,0)
#define MIB_INTEGER(x) MIB_ANY_RO(x,ASN_INTEGER)
#define MIB_OCTETSTRING(x) MIB_ANY_RO(x,ASN_OCTETSTRING)
#define MIB_OBJECTIDENTIFIER(x) MIB_ANY_RO(x,ASN_OBJECTIDENTIFIER)
#define MIB_IPADDRESS(x) MIB_ANY_RO(x,ASN_RFC1155_IPADDRESS)
#define MIB_COUNTER(x) MIB_ANY_RO(x,ASN_RFC1155_COUNTER)
#define MIB_GAUGE(x) MIB_ANY_RO(x,ASN_RFC1155_GAUGE)
#define MIB_TIMETICKS(x) MIB_ANY_RO(x,ASN_RFC1155_TIMETICKS)
#define MIB_OPAQUE(x) MIB_ANY_RO(x,ASN_RFC1155_OPAQUE)
#define MIB_DISPSTRING(x) MIB_ANY_RO(x,ASN_RFC1213_DISPSTRING)
#define MIB_PHYSADDRESS(x) MIB_ANY_RO(x,ASN_OCTETSTRING)
#define MIB_INTEGER_RW(x) MIB_ANY_RW(x,ASN_INTEGER)
#define MIB_OCTETSTRING_RW(x) MIB_ANY_RW(x,ASN_OCTETSTRING)
#define MIB_OBJECTIDENTIFIER_RW(x) MIB_ANY_RW(x,ASN_OBJECTIDENTIFIER)
#define MIB_IPADDRESS_RW(x) MIB_ANY_RW(x,ASN_RFC1155_IPADDRESS)
#define MIB_COUNTER_RW(x) MIB_ANY_RW(x,ASN_RFC1155_COUNTER)
#define MIB_GAUGE_RW(x) MIB_ANY_RW(x,ASN_RFC1155_GAUGE)
#define MIB_TIMETICKS_RW(x) MIB_ANY_RW(x,ASN_RFC1155_TIMETICKS)
#define MIB_OPAQUE_RW(x) MIB_ANY_RW(x,ASN_RFC1155_OPAQUE)
#define MIB_DISPSTRING_RW(x) MIB_ANY_RW(x,ASN_RFC1213_DISPSTRING)
#define MIB_PHYSADDRESS_RW(x) MIB_ANY_RW(x,ASN_OCTETSTRING)
#define MIB_INTEGER_NA(x) MIB_ANY_NA(x,ASN_INTEGER)
#define MIB_OCTETSTRING_NA(x) MIB_ANY_NA(x,ASN_OCTETSTRING)
#define MIB_OBJECTIDENTIFIER_NA(x) MIB_ANY_NA(x,ASN_OBJECTIDENTIFIER)
#define MIB_IPADDRESS_NA(x) MIB_ANY_NA(x,ASN_RFC1155_IPADDRESS)
#define MIB_COUNTER_NA(x) MIB_ANY_NA(x,ASN_RFC1155_COUNTER)
#define MIB_GAUGE_NA(x) MIB_ANY_NA(x,ASN_RFC1155_GAUGE)
#define MIB_TIMETICKS_NA(x) MIB_ANY_NA(x,ASN_RFC1155_TIMETICKS)
#define MIB_OPAQUE_NA(x) MIB_ANY_NA(x,ASN_RFC1155_OPAQUE)
#define MIB_DISPSTRING_NA(x) MIB_ANY_NA(x,ASN_RFC1213_DISPSTRING)
#define MIB_PHYSADDRESS_NA(x) MIB_ANY_NA(x,ASN_OCTETSTRING)
#define MIB_INTEGER_AC(x) MIB_ANY_AC(x,ASN_INTEGER)
#define MIB_OCTETSTRING_AC(x) MIB_ANY_AC(x,ASN_OCTETSTRING)
#define MIB_OBJECTIDENTIFIER_AC(x) MIB_ANY_AC(x,ASN_OBJECTIDENTIFIER)
#define MIB_IPADDRESS_AC(x) MIB_ANY_AC(x,ASN_RFC1155_IPADDRESS)
#define MIB_COUNTER_AC(x) MIB_ANY_AC(x,ASN_RFC1155_COUNTER)
#define MIB_GAUGE_AC(x) MIB_ANY_AC(x,ASN_RFC1155_GAUGE)
#define MIB_TIMETICKS_AC(x) MIB_ANY_AC(x,ASN_RFC1155_TIMETICKS)
#define MIB_OPAQUE_AC(x) MIB_ANY_AC(x,ASN_RFC1155_OPAQUE)
#define MIB_DISPSTRING_AC(x) MIB_ANY_AC(x,ASN_RFC1213_DISPSTRING)
#define MIB_PHYSADDRESS_AC(x) MIB_ANY_AC(x,ASN_OCTETSTRING)
#define MIB_INTEGER_L(x,a,z) MIB_ANY_RO_L(x,ASN_INTEGER,a,z)
#define MIB_OCTETSTRING_L(x,a,z) MIB_ANY_RO_L(x,ASN_OCTETSTRING,a,z)
#define MIB_OPAQUE_L(x,a,z) MIB_ANY_RO_L(x,ASN_RFC1155_OPAQUE,a,z)
#define MIB_DISPSTRING_L(x,a,z) MIB_ANY_RO_L(x,ASN_RFC1213_DISPSTRING,a,z)
#define MIB_PHYSADDRESS_L(x,a,z) MIB_ANY_RO_L(x,ASN_OCTETSTRING,a,z)
#define MIB_INTEGER_RW_L(x,a,z) MIB_ANY_RW_L(x,ASN_INTEGER,a,z)
#define MIB_OCTETSTRING_RW_L(x,a,z) MIB_ANY_RW_L(x,ASN_OCTETSTRING,a,z)
#define MIB_OPAQUE_RW_L(x,a,z) MIB_ANY_RW_L(x,ASN_RFC1155_OPAQUE,a,z)
#define MIB_DISPSTRING_RW_L(x,a,z) MIB_ANY_RW_L(x,ASN_RFC1213_DISPSTRING,a,z)
#define MIB_PHYSADDRESS_RW_L(x,a,z) MIB_ANY_RW_L(x,ASN_OCTETSTRING,a,z)
#define MIB_INTEGER_NA_L(x,a,z) MIB_ANY_NA_L(x,ASN_INTEGER,a,z)
#define MIB_OCTETSTRING_NA_L(x,a,z) MIB_ANY_NA_L(x,ASN_OCTETSTRING,a,z)
#define MIB_OPAQUE_NA_L(x,a,z) MIB_ANY_NA_L(x,ASN_RFC1155_OPAQUE,a,z)
#define MIB_DISPSTRING_NA_L(x,a,z) MIB_ANY_NA_L(x,ASN_RFC1213_DISPSTRING,a,z)
#define MIB_PHYSADDRESS_NA_L(x,a,z) MIB_ANY_NA_L(x,ASN_OCTETSTRING,a,z)
#define MIB_INTEGER_AC_L(x,a,z) MIB_ANY_AC_L(x,ASN_INTEGER,a,z)
#define MIB_OCTETSTRING_AC_L(x,a,z) MIB_ANY_AC_L(x,ASN_OCTETSTRING,a,z)
#define MIB_OPAQUE_AC_L(x,a,z) MIB_ANY_AC_L(x,ASN_RFC1155_OPAQUE,a,z)
#define MIB_DISPSTRING_AC_L(x,a,z) MIB_ANY_AC_L(x,ASN_RFC1213_DISPSTRING,a,z)
#define MIB_PHYSADDRESS_AC_L(x,a,z) MIB_ANY_AC_L(x,ASN_OCTETSTRING,a,z)
#define MIB_ENTRY_PTR(x,y) \
MIB_ADDR(MIB_ID(mib_ ## x)[MIB_ID(mi_ ## y)])
#define MIB_TABLE(x,y,z) \
{MIB_ID(ne_ ## y), MIB_ID(ni_ ## y), MIB_ENTRY_PTR(x,y), z}
#define asn_t asnType
#define asn_v asnValue
#define asn_n asnValue.number
#define asn_s asnValue.string
#define asn_sl asnValue.string.length
#define asn_ss asnValue.string.stream
#define asn_sd asnValue.string.dynamic
#define asn_o asnValue.object
#define asn_ol asnValue.object.idLength
#define asn_oi asnValue.object.ids
#define asn_l asnValue.sequence
#define asn_a asnValue.address
#define asn_c asnValue.counter
#define asn_g asnValue.gauge
#define asn_tt asnValue.timeticks
#define asn_x asnValue.arbitrary
#endif // _INC_SNMPEXTS_
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