public int execWriteRequest(IPDU p, IresultSet rl)//not checked
{
Pdu p2;
byte[] q;
resultN cr;//, c2;
int res, i;
p2 = ExchangePdu((Pdu)p);
//if (res != daveResOK) return res;
//res=_daveSetupReceivedPDU(dc, &p2);
//if(res!=daveResOK) return res;
res = p2.testReadResultMulti();
if (res != Connection.daveResOK) return res;
if (rl != null)
{
//cr=(daveResult*)calloc(p2.param[1], sizeof(daveResult));
int numResults = p2.Param[1];
//rl->results=cr;
//c2=cr;
//q=p2.data;
q = p2.Data.ToArray();
i = 0;
int countQ = 0;
while (i < p2.Param[1])
{
cr = new resultN();
/* printf("result %d: %d %d %d %d\n",i, *q,q[1],q[2],q[3]); */
cr.error = Connection.daveUnknownError;
if (q[countQ] == 0x0A)
{ /* 300 and 400 families */
cr.error = Connection.daveResItemNotAvailable;
}
else if (q[countQ] == 0x03)
{ /* 200 family */
cr.error = Connection.daveResItemNotAvailable;
}
else if (q[countQ] == 0x05)
{
cr.error = Connection.daveAddressOutOfRange;
}
else if (q[countQ] == 0xFF)
{
cr.error = Connection.daveResOK;
}
else if (q[countQ] == 0x07)
{
cr.error = Connection.daveWriteDataSizeMismatch;
}
/* printf("Error %d\n", c2->error); */
countQ++;
//c2++;
i++;
((daveResultN)rl).allResults.Add(cr);
}
}
return res;
}
/*public int execReadRequest(IPDU p, IresultSet rl)//!!!!!!!!!!!!!!!!!! for delete
{
return 0;
}*/
public int execReadRequest(IPDU p, IresultSet rl)
{
//int DECL2 daveExecReadRequest(daveConnection * dc, PDU *p, daveResultSet* rl){
Pdu p2;
byte[] q, qU;
resultN cr;//, c2;
int res, i, len, rlen;
AnswLen = 0; // 03/12/05
//dc->resultPointer=NULL;
//dc->_resultPointer=NULL;
//res=_daveExchange(dc, p);
p2 = ExchangePdu((Pdu)p);
//if (res!=daveResOK) return res;
//res=_daveSetupReceivedPDU(dc, &p2);
//if (res!=daveResOK) return res;
res = p2.testReadResultMulti();
if (res != Connection.daveResOK) return res;
i = 0;
if (rl != null)
{
//cr=(daveResult*)calloc(p2.param[1], sizeof(daveResult));
int numResults = p2.Param[1];
//rl->results=cr;
//c2=cr;
q = p2.Data.ToArray();
//qU = p2.UData.ToArray();
int countQ = 0;
rlen = p2.Data.Count;
while (i < p2.Param[1])
{
cr = new resultN();
/* printf("result %d: %d %d %d %d\n",i, *q,q[1],q[2],q[3]); */
if ((q[countQ] == 255) && (rlen > 4))
{
len = q[countQ + 2] * 0x100 + q[countQ + 3];
if (q[countQ + 1] == 4)
{
len >>= 3; /* len is in bits, adjust */
}
else if (q[countQ + 1] == 5)
{ /* Fehlenden Size-Type INTEGER ergдnzt */
len >>= 3; /* len is in bits, adjust */
}
else if (q[countQ + 1] == 7)
{ /* Fehlenden Size-Type REAL ergдnzt */
/* len is already in bytes, ok */
}
else if (q[countQ + 1] == 9)
{
/* len is already in bytes, ok */
}
else if (q[countQ + 1] == 3)
{
/* len is in bits, but there is a byte per result bit, ok */
}
else
{
//if (daveDebug & daveDebugPDU)
// LOG2("fixme: what to do with data type %d?\n",q[1]);
}
}
else
{
len = 0;
}
/* printf("Store result %d length:%d\n", i, len); */
//c2->length=len;
if (len > 0)
{
//c2.bytes=(uc*)malloc(len);
//memcpy(c2->bytes, q+4, len);
cr.bytes = new byte[len];
Array.Copy(q, countQ + 4, cr.bytes, 0, len);
}
cr.error = Connection.daveUnknownError;
if (q[countQ] == 0xFF)
{
cr.error = Connection.daveResOK;
}
else
cr.error = q[countQ];
/* printf("Error %d\n", c2->error); */
//q+=len+4;
countQ += len + 4;
rlen -= len;
if ((len % 2) == 1)
{
countQ++;
rlen--;
}
//c2++;
((daveResultN)rl).allResults.Add(cr);
i++;
}
}
return res;
}