void MemoryInfo(void)
{
for (TBlockBucket *pBucket = s_BlockBucket; pBucket->nSize > 0; pBucket++)
{
LoggerWrite (LoggerGet (), "alloc", LogDebug, "malloc(%lu): %u blocks (max %u)",
pBucket->nSize, pBucket->nCount, pBucket->nMaxCount);
}
#ifdef MEM_PAGE_ALLOC
LoggerWrite (LoggerGet (), "alloc", LogDebug, "palloc: %u pages (max %u)",
s_PageBucket.nCount, s_PageBucket.nMaxCount);
#endif
}
unsigned TimerStartKernelTimer (TTimer *pThis, unsigned nDelay, TKernelTimerHandler *pHandler, void *pParam, void *pContext)
{
assert (pThis != 0);
EnterCritical ();
unsigned hTimer;
for (hTimer = 0; hTimer < KERNEL_TIMERS; hTimer++)
{
if (pThis->m_KernelTimer[hTimer].m_pHandler == 0)
{
break;
}
}
if (hTimer >= KERNEL_TIMERS)
{
LeaveCritical ();
LoggerWrite (LoggerGet (), "timer", LogPanic, "System limit of kernel timers exceeded");
return 0;
}
assert (pHandler != 0);
pThis->m_KernelTimer[hTimer].m_pHandler = pHandler;
pThis->m_KernelTimer[hTimer].m_nElapsesAt = pThis->m_nTicks+nDelay;
pThis->m_KernelTimer[hTimer].m_pParam = pParam;
pThis->m_KernelTimer[hTimer].m_pContext = pContext;
LeaveCritical ();
return hTimer+1;
}
void LogWrite (const char *pSource, unsigned Severity, const char *pMessage, ...)
{
va_list var;
va_start (var, pMessage);
LoggerWriteV (LoggerGet (), pSource, (TLogSeverity) Severity, pMessage, var);
va_end (var);
}