> > the rate is really measured - it is used as source for DRR weight > > (here it is used relative to other classes) and to see whether we > > need to borrow from parent - here absolute value matters. > > So that the example above should work and give 512k.
> So each class gets it's rate if it can by borrowing from the parent ? > But what if the parent has more bandwidth then the rate of the classes? > Isn't the remaining bandwith given to the classes compared with the rates ? > > What happens of the sum of the rates of the child classes is bigger then the > rate of the parent or even the ceil of the parent ? You can view it as system where all of these hold: 1. each class first uses all of its (absolute) "rate" 2. if there is no such class then each class can use part of parents rate if ceil allows for it and 3. the "parts" of the same parent are balanced according to relative values of children rates Now, Gavin's conf: C1[r,c=2000]-->C2[r=256,c=512] is simple to explain: According to rule 1. C2 will always use at least 256k (even if C1's rate were accidentaly 0). If it already uses 256k and there is still demand for more then 2. allows you to use up to 512k. There is no competiting child of C1 so C2 will get 512k forever. Clear ? devik _______________________________________________ LARTC mailing list / [EMAIL PROTECTED] http://mailman.ds9a.nl/mailman/listinfo/lartc HOWTO: http://lartc.org/
