C / C++ / MFC

 struct record
 {
        char recordType[3];
	char fieldName[30];
	char fieldType[2];
	char fieldLen[2];
 }RecordAttributes[BUFSIZE];

char SemiBuffer[1024]={0};
</code>

char* strToken;
strToken = strtok(SemiBuffer, ",");
while (strToken!=NULL)
{
 ...
 strToken=strtok(NULL, ",");
}

---

The only programmers that are better than C programmers are those who code in 1's and 0's.....

Programm3r
My Blog: ^_^

Programm3r wrote:

Does it make sense .... ???

strToken = strtok(SemiBuffer, ",");
while (strToken!=NULL)
{
  strcpy(RecordAttributes[x].recordType,strToken);
  strcpy(RecordAttributes[x].fieldName,strToken);
  strcpy(RecordAttributes[x].fieldType,strToken);
  strcpy(RecordAttributes[x].fieldLen,strToken);
  strToken = strtok( NULL, "," );
  x++;
}

---

The only programmers that are better than C programmers are those who code in 1's and 0's.....

Programm3r
My Blog: ^_^

Programm3r wrote:

Cause I think you don't understand.

struct record
{        
    char recordType[3];	
    char fieldName[30];	
    char fieldType[2];	
    char fieldLen[3]; // you erroneously had 2
} RecordAttributes[3];
 
char SemiBuffer[1024] = "MA,RECORDTYPE,C,32,MA,DEVID,C,4,MD,RECORDTYPE,C,15";
 
void main( void )
{
    char *strToken;
    int  x = 0,
         nComma = 0;
 
    strToken = strtok(SemiBuffer, ",");
    while (strToken != NULL)
    {
        switch (nComma)
        {
            case 0:
                strcpy(RecordAttributes[x].recordType, strToken);
                break;
 
            case 1:
                strcpy(RecordAttributes[x].fieldName, strToken);
                break;
 
            case 2:
                strcpy(RecordAttributes[x].fieldType, strToken);
                break;
 
            case 3:
                strcpy(RecordAttributes[x].fieldLen, strToken);
                break;
        }
 
        strToken = strtok(NULL, ",");
        
        nComma++;
        if (nComma > 3)
        {
            nComma = 0;
            x++;
        }
    }
}

for (i = 0; i < 9860708750; i++)
{
    if ( (i % 3) == 0 )
    {
       Here goes stuff that will happen when i = 0,3,6,9,....
    }

}

Iain Clarke wrote:

for (i = 0; i < 9860708750; i++)

<br />
// in recorset header file<br />
CByteArray m_MyKey;<br />
<br />
// in recordset cpp file DoFieldExchange()<br />
RFX_Binary(pFX, _T("[MyKey]"), m_MyKey);

wings2 wrote:

From what I understand, this timer should trigger every 1 ms.

wings2 wrote:

I created a timer that looks like:

m_UpdateTimer = SetTimer (1, 1, NULL);

From what I understand, this timer should trigger every 1 ms.

Nemanja Trifunovic wrote:

No way Windows can deliver that frequency. SetTimer works reasonably well for ranges over half a second, not milliseconds.

Force Code wrote:

Try it out for yourself. Set an interval of 10 (milliseconds) and every WM_TIMER msg, OutputDebugString(GetCurrentTime()). The millisecond output will increment by 10 for at least fifty iterations before being off by one.

Force Code wrote:

Try it out for yourself. Set an interval of 10 (milliseconds) and every WM_TIMER msg, OutputDebugString(GetCurrentTime()). The millisecond output will increment by 10 for at least fifty iterations before being off by one.

Force Code wrote:

Try it out for yourself. Set an interval of 10 (milliseconds) and every WM_TIMER msg, OutputDebugString(GetCurrentTime()). The millisecond output will increment by 10 for at least fifty iterations before being off by one.

Mark Salsbery wrote:

ummm - are they using the same clock? I think you'd need to compare the values against a real-time clock.

Mark Salsbery wrote:

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