private static uint LockDetectModeToInt(LockDetectMode mode)
{
switch (mode)
{
case LockDetectMode.DEFAULT:
return((uint)DbXml.DB_LOCK_DEFAULT);
case LockDetectMode.EXPIRE:
return((uint)DbXml.DB_LOCK_EXPIRE);
case LockDetectMode.MAXLOCKS:
return((uint)DbXml.DB_LOCK_MAXLOCKS);
case LockDetectMode.MAXWRITE:
return((uint)DbXml.DB_LOCK_MAXWRITE);
case LockDetectMode.MINLOCKS:
return((uint)DbXml.DB_LOCK_MINLOCKS);
case LockDetectMode.MINWRITE:
return((uint)DbXml.DB_LOCK_MINWRITE);
case LockDetectMode.OLDEST:
return((uint)DbXml.DB_LOCK_OLDEST);
case LockDetectMode.RANDOM:
return((uint)DbXml.DB_LOCK_RANDOM);
case LockDetectMode.YOUNGEST:
return((uint)DbXml.DB_LOCK_YOUNGEST);
}
throw new Exception("Enumeration not handled in switch: " + mode);
}
private static uint LockDetectModeToInt(LockDetectMode mode)
{
switch (mode)
{
case LockDetectMode.DEFAULT:
return (uint) DbXml.DB_LOCK_DEFAULT;
case LockDetectMode.EXPIRE:
return (uint) DbXml.DB_LOCK_EXPIRE;
case LockDetectMode.MAXLOCKS:
return (uint) DbXml.DB_LOCK_MAXLOCKS;
case LockDetectMode.MAXWRITE:
return (uint) DbXml.DB_LOCK_MAXWRITE;
case LockDetectMode.MINLOCKS:
return (uint) DbXml.DB_LOCK_MINLOCKS;
case LockDetectMode.MINWRITE:
return (uint) DbXml.DB_LOCK_MINWRITE;
case LockDetectMode.OLDEST:
return (uint) DbXml.DB_LOCK_OLDEST;
case LockDetectMode.RANDOM:
return (uint) DbXml.DB_LOCK_RANDOM;
case LockDetectMode.YOUNGEST:
return (uint) DbXml.DB_LOCK_YOUNGEST;
}
throw new Exception("Enumeration not handled in switch: " + mode);
}
public int DetectDeadlocks(LockDetectMode mode)
{
return this.env_.lock_detect(0, LockDetectModeToInt(mode));
}
public int DetectDeadLocks(LockDetectMode mode) {
DbRetVal ret;
int aborted = 0;
lock (rscLock) {
DB_ENV* evp = CheckDisposed();
ret = evp->LockDetect(evp, unchecked((UInt32)mode), 0, ref aborted);
}
Util.CheckRetVal(ret);
return aborted;
}
public int DetectDeadlocks(LockDetectMode mode)
{
return(this.env_.lock_detect(0, LockDetectModeToInt(mode)));
}
