statm.c

来自「嵌入式RMON,RMON为Remote monitor的缩写,基于SNMP为网络」· C语言 代码 · 共 618 行 · 第 1/2 页

WORD etherStatsFragments (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Fragments;
            return SNMP_NOERROR;
    }
}

WORD etherStatsJabbers (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Jabbers;
            return SNMP_NOERROR;
    }
}

WORD etherStatsCollisions (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Collisions;
            return SNMP_NOERROR;
    }
}

WORD etherStatsPkts64Octets (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Pkts64Octets;
            return SNMP_NOERROR;
    }
}

WORD etherStatsPkts65to127Octets (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Pkts65to127Octets;
            return SNMP_NOERROR;
    }
}

WORD etherStatsPkts128to255Octets (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Pkts128to255Octets;
            return SNMP_NOERROR;
    }
}

WORD etherStatsPkts256to511Octets (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Pkts256to511Octets;
            return SNMP_NOERROR;
    }
}

WORD etherStatsPkts512to1023Octets (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Pkts512to1023Octets;
            return SNMP_NOERROR;
    }
}

WORD etherStatsPkts1024to1518Octets (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngUns = data->Pkts1024to1518Octets;
            return SNMP_NOERROR;
    }
}

WORD etherStatsOwner (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    if ((local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE)) == NULL)
        return SNMP_NOSUCHNAME;

    switch (Obj->Request)
    {
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
                return SNMP_NOSUCHNAME;
        case SNMP_PDU_GET:
            data = (ETHER_STATS*) local->Data;
            memcpy (Obj->Syntax.BufChr, data->Owner, data->OwnerLen);
            Obj->SyntaxLen = data->OwnerLen;
            return SNMP_NOERROR;
        case SNMP_PDU_SET:
            data = (ETHER_STATS*) local->Data;
            if (data->Status != SNMP_UNDERCREATION)
                return SNMP_READONLY;
            memcpy (data->Owner, Obj->Syntax.BufChr, Obj->SyntaxLen);
            data->OwnerLen = Obj->SyntaxLen;
            return SNMP_NOERROR;
    }
}

WORD etherStatsStatus (SNMP_OBJECT *Obj, WORD IdLen)
{
    MIB_LOCAL    *local = NULL;
    ETHER_STATS  *data;

    local = MibRmon(Obj, etherStats, IdLen, INDEXSIZE);

    switch (Obj->Request)
    {
        case SNMP_PDU_GET:
            if (local == NULL)
            {
                Obj->Syntax.LngInt = SNMP_INVALID;
                return SNMP_NOSUCHNAME;
            }
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngInt = data->Status;
            return SNMP_NOERROR;
        case SNMP_PDU_NEXT:
            if (RmonNext (Obj, &local, IdLen, INDEXSIZE, NULL) == FALSE)
            {
                Obj->Syntax.LngInt = SNMP_INVALID;
                return SNMP_NOSUCHNAME;
            }
            data = (ETHER_STATS*) local->Data;
            Obj->Syntax.LngInt = data->Status;
            return SNMP_NOERROR;
        case SNMP_PDU_SET:
            if (local == NULL)
            {
                switch (Obj->Syntax.LngInt)
                {
                    case SNMP_CREATEREQUEST:
                        if ((local = MibInsert(Obj, &etherStats, IdLen, INDEXSIZE)) == NULL)
                            return SNMP_GENERROR;
                        if ((local->Data = DnpapMalloc(sizeof(ETHER_STATS))) == NULL)
                            return SNMP_GENERROR;
                        data = (ETHER_STATS*) local->Data;
                        memset(data, 0, sizeof(ETHER_STATS));
                        if (StatCInit(data) == TRUE)
                        {
                            data->Status = SNMP_UNDERCREATION;
                            DnpapMessage(DMC_MESSAGE, STAT_CREATE, "etherStat: collector %ld created", local->Index);
                            return SNMP_NOERROR;
                        }
                        DnpapFree(local->Data);
                        MibRemove (Obj, &etherStats, IdLen, INDEXSIZE);
                        return SNMP_GENERROR;
                    default:
                        return SNMP_NOSUCHNAME;
                }
            }
            data = (ETHER_STATS*) local->Data;
            switch (data->Status)
            {
                case SNMP_UNDERCREATION:
                    switch (Obj->Syntax.LngInt)
                    {
                        case SNMP_VALID:
                            if (StatCStart(data) == TRUE)
                            {
                                data->Status = SNMP_VALID;
                                DnpapMessage(DMC_MESSAGE, STAT_ACTIVE, "etherStat: collector %ld active", local->Index);
                                return SNMP_NOERROR;
                            }
                            else
                                return SNMP_GENERROR;
                        case SNMP_INVALID:
                            if (StatCStop(data) == TRUE)
                            {
                                DnpapFree(local->Data);
                                DnpapMessage(DMC_MESSAGE, STAT_DESTROY, "etherStat: collector %ld destroyed", local->Index);
                                if (MibRemove (Obj, &etherStats, IdLen, INDEXSIZE) == TRUE)
                                    return SNMP_NOERROR;
                            }
                            return SNMP_GENERROR;
                        default:
                            return SNMP_BADVALUE;
                    }
                case SNMP_VALID:
                    switch (Obj->Syntax.LngInt)
                    {
                        case SNMP_INVALID:
                            if (StatCStop(data) == TRUE)
                            {
                                DnpapFree(local->Data);
                                DnpapMessage(DMC_MESSAGE, STAT_DESTROY, "etherStat: collector %ld destroyed", local->Index);
                                if (MibRemove (Obj, &etherStats, IdLen, INDEXSIZE) == TRUE)
                                    return SNMP_NOERROR;
                            }
                            return SNMP_GENERROR;
                        case SNMP_VALID:
                            return SNMP_NOERROR;
                        default:
                            return SNMP_BADVALUE;
                    }
            }
    }
}