/**
* Method declaration
*
*
* @param c
* @param channel
*
* @return
*
* @throws Exception
*/
private Result processScript(Tokenizer c,
Channel channel)
{
string sToken = c.getstring();
if (c.wasValue())
{
sToken = (string)c.getAsValue();
Log.scriptToFile(this, sToken, true, channel);
return(new Result());
}
else
{
c.back();
// try to script all: drop, insert; but no positions for cached tables
return(getScript(true, true, false, channel));
}
}
/**
* Method declaration
*
*
* @param c
* @param channel
*
* @return
*
* @throws Exception
*/
private Result processSet(Tokenizer c,
Channel channel)
{
string sToken = c.getstring();
if (sToken.Equals("PASSWORD"))
{
channel.checkReadWrite();
channel.setPassword(c.getstringToken());
}
else if (sToken.Equals("READONLY"))
{
channel.commit();
channel.setReadOnly(processTrueOrFalse(c));
}
else if (sToken.Equals("LOGSIZE"))
{
channel.checkAdmin();
int i = Int32.FromString(c.getstring());
if (lLog != null)
{
lLog.setLogSize(i);
}
}
else if (sToken.Equals("IGNORECASE"))
{
channel.checkAdmin();
bIgnoreCase = processTrueOrFalse(c);
}
else if (sToken.Equals("MAXROWS"))
{
int i = Int32.FromString(c.getstring());
channel.setMaxRows(i);
}
else if (sToken.Equals("AUTOCOMMIT"))
{
channel.setAutoCommit(processTrueOrFalse(c));
}
else if (sToken.Equals("TABLE"))
{
channel.checkReadWrite();
channel.checkAdmin();
Table t = getTable(c.getstring(), channel);
c.getThis("INDEX");
c.getstring();
t.setIndexRoots((string)c.getAsValue());
}
else if (sToken.Equals("REFERENCIAL_INTEGRITY") ||
sToken.Equals("REFERENTIAL_INTEGRITY"))
{
channel.checkAdmin();
bReferentialIntegrity = processTrueOrFalse(c);
}
else if (sToken.Equals("WRITE_DELAY"))
{
channel.checkAdmin();
bool delay = processTrueOrFalse(c);
if (lLog != null)
{
lLog.setWriteDelay(delay);
}
}
else
{
throw Trace.error(Trace.UNEXPECTED_TOKEN, sToken);
}
return(new Result());
}
