//handle host config
protected void HandleConfiguration()
{
Core core = Core.Instance();
// the path of the driver assembly
ConfigElement config = ParseConfiguration(false);
// we start with the configuration tag...
// we assume that the XML is valid!
// if we have children, and we have...
if (config.ChildElements.Count > 0)
{
foreach (ConfigElement element in config.ChildElements)
{
switch (element.TagName)
{
case "creator":
break;
case "date":
break;
case "hostname":
break;
case "forwarding":
break;
case "OutQHandlerTimeout":
core.SetOutQueueHandlerInterval(Convert.ToInt32(element.Text, 10));
break;
case "protocol-path":
protocolsPath = element.Text;
break;
case "drivers-path":
driversPath = element.Text;
break;
case "backlog-size":
int freeListSize = Convert.ToInt32(element.Text, 10);
core.ProvisionDemux(
freeListSize,
EthernetFormat.MaxFrameSize
);
break;
case "protocols":
// handle the protocols
// use a generic scheme and apply
// it to the adapters in the future ;-)
// the args include the name and type!
ProtocolParams args = new ProtocolParams();;
foreach (ConfigElement prot in element.ChildElements)
{
args.Clear();
foreach (string attr in prot.Attributes.Keys)
{
args.Add(attr, prot.Attribute(attr));
}
foreach (ConfigElement protInfo in prot.ChildElements)
{
args.Add(protInfo.TagName, protInfo.Text);
}
// done with one...
if (!LoadProtocolModule(args))
{
Core.Panic("Error while loading Protocol");
}
}
break;
case "adapters":
// handle the adapters
ProtocolParams adArgs = new ProtocolParams();;
foreach (ConfigElement ad in element.ChildElements)
{
adArgs.Clear();
foreach (string attr in ad.Attributes.Keys)
{
adArgs.Add(attr, ad.Attribute(attr));
}
foreach (ConfigElement adInfo in ad.ChildElements)
{
adArgs.Add(adInfo.TagName, adInfo.Text);
}
// done with one...
if (!LoadAdapter(adArgs, driversPath))
{
Core.Panic("Error while loading an Adapter");
}
}
break;
}
}
}
}
