search for: invese

I am looking at getting a new Thinkpad with an i5 processor. I was curious to what extent this would speed up developing a Ruby on Rails app. I am guessing that this depends to what extent multi-threading is utilized, but I am not sure---hence the question :^) If it is not that significant, my other choice would be to get a used Thinkpad or Mac Pro, duo-core. So is there a significant

...to look like a graph. e.g. struct BasicBlockGraph { Function& f; BasicBlockGraph(Function& f) : f(f) {} typedef BasicBlock NodeType; ... child_begin(NodeType* node) {return succ_begin(node);} child_begin(NodeType* node) {return succ_end(node);} ... }; An invese graph is just another implementation e.g. struct BasicBlockInverseGraph { ... child_begin(NodeType* node) {return pred_begin(node);} child_begin(NodeType* node) {return pred_end(node);} ... }; And finally, the goal of the whole stuff, the simplification of DominatorTreeBase::re...

...Function& f; > > BasicBlockGraph(Function& f) : f(f) {} > > typedef BasicBlock NodeType; > > ... > child_begin(NodeType* node) {return succ_begin(node);} > child_begin(NodeType* node) {return succ_end(node);} > > ... > }; > > An invese graph is just another implementation > e.g. > struct BasicBlockInverseGraph > { > ... > > child_begin(NodeType* node) {return pred_begin(node);} > child_begin(NodeType* node) {return pred_end(node);} > > ... > }; > > > > And finally, the goal of...

Hallo, suppose I have a vector: x <- c(1,1,1,2,2,3,3,3,3,3,4) How can I generate a vector/sequence in which a fixed number of zeroes (say 3) is inserted between the consecutive values, so I get 1,1,1,0,0,0,2,2,0,0,0,3,3,3,3,3,0,0,0,4 thanks a lot, Serguei [[alternative HTML version deleted]]

...mp; f; > > BasicBlockGraph(Function& f) : f(f) {} > > typedef BasicBlock NodeType; > > ... > child_begin(NodeType* node) {return succ_begin(node);} > child_begin(NodeType* node) {return succ_end(node);} > > ... > }; > > An invese graph is just another implementation > e.g. > struct BasicBlockInverseGraph > { > ... > > child_begin(NodeType* node) {return pred_begin(node);} > child_begin(NodeType* node) {return pred_end(node);} > > ... > }; But here you also have to implement...