void ItemToString(TCHAR *sbuf, ExpressionItem *item)
{
if ((item == NULL) || ((item->type & ITEMTYPE) != IT_CONST))
{
*sbuf = 0;
return;
}
switch (item->type & ITEMSUBTYPE)
{
case ITC_STRING:
{
TCHAR *ptr = *((TCHAR**)&(item->param1));
while ( (*(sbuf++) = *(ptr++)) );
}
break;
case ITC_ARRAY:
{
ArrayDesc *ad = (ArrayDesc *) item->param1;
for (int index = 0; index < ad->count; index++)
if ((ad->array[index]) &&
((ad->array[index]->type & (ITEMTYPE|ITEMSUBTYPE)) == (IT_CONST | ITC_INT)))
if ((*(sbuf++) = (TCHAR) *((__int64*)&(ad->array[index]->param1))) == 0)
break;
}
break;
case ITC_FLOAT:
FloatFormat(sbuf, *((double*)&(item->param1)), 6);
break;
case ITC_INT:
itoa64(*((__int64*)&(item->param1)), sbuf);
break;
}
}
void handleStatic(staticPage* Sp) {
Response& resp(*this->resp);
(_staticPage=Sp)->retain();
try {
int bufferL = resp.buffer.length();
if(Sp->mime.length()>0)resp.headers["Content-Type"]=Sp->mime;
{
char* tmps = sp.beginAdd(22);
int l = itoa64(Sp->fileLen, tmps);
sp.endAdd(l);
resp.headers.insert({"Content-Length", { tmps, l }});
StreamWriter sw(resp.buffer);
resp.serializeHeaders(sw);
}
if(Sp->fileLen>=CPPSP_SENDFILE_MIN_SIZE) {
_sendFileOffset=0;
s.sendAll(resp.buffer.data()+bufferL,resp.buffer.length()-bufferL,
MSG_MORE, { &handler::sendHeadersCB, this });
} else {
String data=Sp->data;
iov[0]= {resp.buffer.data()+bufferL, (size_t)(resp.buffer.length()-bufferL)};
iov[1]= {data.data(), (size_t)data.length()};
resp.outputStream->writevAll(iov, data.length()<=0?1:2, { &handler::writevCB, this });
}
} catch(exception& ex) {
Sp->release();
server->handleError(req,resp,ex,{&handler::finalize,this});
}
}
void Syslog64(const INT8 * str, UINT64 value)
{
INT8 valueStr[20];
if(str)
{
Uart_Print(DEBUG_UART_CHANNEL, str);
}
itoa64(value, valueStr);
Uart_Print(DEBUG_UART_CHANNEL, valueStr);
if(str)
{
Uart_Print(DEBUG_UART_CHANNEL, "\n");
}
}
