static PGPError
BufferSizeAdvise(PGPPipeline *myself, unsigned long size)
{
AddHdrContext *context;
PGPError error;
int i;
pgpAssert(myself);
pgpAssert(myself->magic == ADDHEADERMAGIC);
context = (AddHdrContext *)myself->priv;
pgpAssert(context);
pgpAssert(context->tail);
pgpAssert(context->buffer);
/* Do not pass non-zero sizeAdvise -- I can't do that! */
if (size || context->scope_depth)
return( kPGPError_NoErr );
/* Okay, we're at end of input. */
if (context->buflen) {
/* We have a bug when file length is zero; we get here without having
* flushed the header. We can't easily distinguish between a zero
* length file and the EOF sizeadvise, but we don't need to.
*/
error = FlushHeader(context);
if (error)
return error;
if (context->dowrite) {
error = FlushBuffer(context);
} else if (context->midflush) {
error = ForceFlush(context);
} else {
i = context->buflen;
if (PKTLEN_ONE_BYTE(i)) {
context->bufptr--;
context->buflen++;
context->bufptr[0] = PKTLEN_1BYTE(i);
} else {
context->bufptr -= 2;
context->buflen += 2;
context->bufptr[0] = PKTLEN_BYTE0(i);
context->bufptr[1] = PKTLEN_BYTE1(i);
}
context->midflush = context->buflen;
error = ForceFlush(context);
}
if (error)
return error;
}
return context->tail->sizeAdvise(context->tail, 0);
}
static PGPError
Flush(PGPPipeline *myself)
{
AddHdrContext *context;
PGPError error;
pgpAssert(myself);
pgpAssert(myself->magic == ADDHEADERMAGIC);
context = (AddHdrContext *)myself->priv;
pgpAssert(context);
pgpAssert(context->tail);
if (context->buffer) {
error = FlushHeader(context);
if (error)
return error;
/* Using the new packets -- force a flush of the buffer */
if (context->dowrite) {
error = FlushBuffer(context);
if (error)
return error;
} else {
error = ForceFlush(context);
if (error)
return error;
}
} else {
/* Using the fifo */
if (!context->dowrite)
return kPGPError_BadParams;
error = DoFlush(context);
if (error)
return error;
}
return context->tail->flush(context->tail);
}
// Hexadecimal view of an object added to the logfile
bool
LogAnalysis::AnalysisHex(const char* p_function,CString p_name,void* p_buffer,unsigned long p_length,unsigned p_linelength /*=16*/)
{
// Only dump in the logfile, not to the MS-Windows event log
if(!m_file || m_logLevel < HLL_TRACEDUMP)
{
return false;
}
// Check parameters
if(p_linelength > LOGWRITE_MAXHEXCHARS)
{
p_linelength = LOGWRITE_MAXHEXCHARS;
}
if(p_length > LOGWRITE_MAXHEXDUMP)
{
p_length = LOGWRITE_MAXHEXDUMP;
}
// Multi threaded protection
AutoCritSec lock(&m_lock);
// Name of the object
AnalysisLog(p_function,LogType::LOG_TRACE,true,"Hexadecimal view of: %s. Length: %d",p_name.GetString(),p_length);
unsigned long pos = 0;
unsigned char* buffer = static_cast<unsigned char*>(p_buffer);
while(pos < p_length)
{
unsigned len = 0;
CString hexadLine;
CString asciiLine;
// Format one hexadecimal view line
while(pos < p_length && len < p_linelength)
{
// One byte at the time
hexadLine.AppendFormat("%2.2X ",*buffer);
if(*buffer)
{
asciiLine += *buffer;
}
// Next byte in the buffer
++buffer;
++pos;
++len;
}
// In case of an incomplete last line
while(len++ < p_linelength)
{
hexadLine += " ";
}
asciiLine.Replace("\r","#");
asciiLine.Replace("\n","#");
// Add to the list buffer
CString line(hexadLine + asciiLine + "\n");
m_list.push_back(line);
}
// Large object now written to the buffer. Force write it
ForceFlush();
return true;
}
