search for: digraph

Dear R users, I have a matrix with 2 columns with the variables: "daughter index", "mother index". I would like to draw a network digraph using this data, where each daughter is connected to a mother and between the connections inlcude a circle with the information on the indices ("daughter index", "mother index"): i.e. something similar to graphs produced by graphviz. I am clueless. I have looked at the librar...

...of the GraphDumpFile parameter in tinc -- it certainly beats sending USR2 to tincd, and ploughing through syslog to figure out which nodes are connected. Could I request that GraphDumpFile dumps a little more data to the file, namely, the subnet; changing the output file from (for example): digraph { nodeA [label = "nodeA"]; nodeB [label = "nodeB"]; } ...to this... digraph { nodeA [label = "nodeA\n172.16.0.0/16"]; nodeB [label = "nodeB\n172.17.1.0/24"]; } Thanks, Peter

Aloha all, I have an adjacency matrix for an acyclic digraph that contains transitive relations, e.g. (u,v), (v,w), (u,w). I want a DAG with only intransitive relations. Can someone point me to an R function that will take my adjacency matrix and give me back one with only intransitive relations? In the example, I'd like to get rid of (u,w) and keep (...

I'm developing the ABCD algorithm for LLVM, and I will need to store some information as a digraph. I was thinking of a list of adjacency, implemented with a map<Instruction, Set<Node>>. The node would have an Instruction and a value. I opted for map and set, because I will create the graph once and will search on it a bunch of times, and will never remove a node. Is there any g...

...ess of the -std=... specified in commandline. Also in file "include/clang/Basci/LangStandards.def" CLANG has aliased c++98 and c++03. // C++ modes LANGSTANDARD(cxx98, "c++98", CXX, "ISO C++ 1998 with amendments", LineComment | CPlusPlus | Digraphs) LANGSTANDARD_ALIAS(cxx98, "c++03") So, my query is that since, c++98 and c++03 is mostly same assuming CLANG Frontend. Should we also support DW_LANG_C_plus_plus_03 ? for -std=c++03 in Frontend or let it remain alias of c++98. LLVM AsmPrinters has already code for supporting these ne...

...azyCallGraph ensures that we cannot create a >>> call >>> > edge (devirtualizing a ref edge) that will point at an SCC that has >>> not yet >>> > been visited. >>> > >>> > E.g. consider this graph: >>> > >>> > digraph G { >>> > A -> B; B -> A; // SCC {A,B} >>> > S -> T; T -> S; // SCC {S,T} >>> > X -> Y; Y -> X; // SCC {X,Y} >>> > >>> > B -> X; >>> > B -> S; >>> > T -> Y [label="Ref edg...

..."Ficha 1309" "Ficha 1530" "Ficha 603" "mes 2" Los datos están de esta forma: (udatos son los mismos pero - udatos <-as.undirected(datos.network)) > head(get.data.frame(dIgraph.network)) from to Descripcion A Descripcion B Relacion 1 Ficha 1022 mes 10 Ficha Mes Ficha Mes 2 Ficha 1024 mes 8 Ficha Mes Ficha Mes 3 Ficha 1028 mes 2 Ficha Mes Ficha Mes ? Esperando que sea entendible mi co...

Thanks, very informative! I was able to generate this digraph and I'm pleased with it since it appears that all my servers behind bastion are directly connected, but nodes outside are not and are routed via bastion http://imgur.com/zEojkMw Here is the digraph itself, if the above link is not accessible: digraph { bastion [label = "bastion",...

On Monday 06 July 2009 14:32, Andre Tavares wrote: > I'm developing the ABCD algorithm for LLVM, and I will need to store > some information as a digraph. > > I was thinking of a list of adjacency, implemented with a > map<Instruction, Set<Node>>. The node would have an Instruction and a > value. I opted for map and set, because I will create the graph once and > will search on it a bunch of times, and will never remove a...

...bugz search foo * Using http://llvm.org/bugs/ * Searching for 'foo' 3053 unassignedclangbugs clang doesn't check foo(int a[static 10]) callers 3984 unassignedclangbugs [driver] clang foo.c -std=c++98 doesn't treat inpu 4120 unassignedclangbugs better error recovery for digraph confusion: <::fo 4519 kremenek [[[[Foo alloc] init] bar] release] marked as Bad r 4941 unassignedclangbugs clang-cc should support -fno-builtin-foo -- Various parameters are probably hard coded to my usage, use at your own risk. I usually don't create bugs with it, just s...

I just got this error: > library(igraph) > comp <- decompose.graph(gr) Error: protect(): protection stack overflow Error: protect(): protection stack overflow > what can I do? the digraph is, indeed, large (300,000 vertexes), but there are very many very small components (which I would rather not discard). PS. the doc for decompose.graph does not say which mode is the default. -- Sam Steingold (http://sds.podval.org/) on Ubuntu 11.10 (oneiric) X 11.0.11004000 http://www.childpsy....

...0.00013917 X4 <--- F2 g12 0.936719 0.64331 1.45609 0.14536647 F2 <--> F1 g11 2.567669 1.25608 2.04418 0.04093528 F1 <--> F1 g22 1.208497 0.55040 2.19567 0.02811527 F2 <--> F2 Iterations = 59 And it produces the following path diagram: > path.diagram(fit.sem) digraph "fit.sem" { rankdir=LR; size="8,8"; node [fontname="Helvetica" fontsize=14 shape=box]; edge [fontname="Helvetica" fontsize=10]; center=1; "F2" [shape=ellipse] "F1" [shape=ellipse] "F1" -> "X1" [label=...

...a call >>>>> > edge (devirtualizing a ref edge) that will point at an SCC that has >>>>> not yet >>>>> > been visited. >>>>> > >>>>> > E.g. consider this graph: >>>>> > >>>>> > digraph G { >>>>> > A -> B; B -> A; // SCC {A,B} >>>>> > S -> T; T -> S; // SCC {S,T} >>>>> > X -> Y; Y -> X; // SCC {X,Y} >>>>> > >>>>> > B -> X; >>>>> > B -> S; &g...

...ping to > fix. > > The "ref edge" notion in LazyCallGraph ensures that we cannot create a > call > > edge (devirtualizing a ref edge) that will point at an SCC that has not > yet > > been visited. > > > > E.g. consider this graph: > > > > digraph G { > > A -> B; B -> A; // SCC {A,B} > > S -> T; T -> S; // SCC {S,T} > > X -> Y; Y -> X; // SCC {X,Y} > > > > B -> X; > > B -> S; > > T -> Y [label="Ref edge that is devirtualized\nwhen visiting SCC > > {S,...

Hi, all: Recently I am debugging the DSA and want to learn how it work, and now I am checking the local datastructure analysis. I use the following command to print the graph: (gdb) p g.dump() digraph DataStructures { label="Function addG"; Node0xe1f3a0 [shape=record,shape=Mrecord,label="{ i32: MRE\n|{<g0>}}"]; Node0xe1f4d0 [shape=record,shape=Mrecord,label="{ i32*: SMR\n|{<g0>|<g1>}}"]; Node0xe1f4d0:g0 -> Node0xe1f3a0; Node...

...iz and run the following: pathDiagram(cfa, min.rank='item1, item2, item3, item4, item5, item6, item7, item8, item9, item10, item11, item12', max.rank='SMP, AAAS', file='documents') I get the following message and output: Running dot -Tpdf -o documents.pdf documents.dot digraph "cfa" { rankdir=LR; size="8,8"; node [fontname="Helvetica" fontsize=14 shape=box]; edge [fontname="Helvetica" fontsize=10]; center=1; {rank=min "item1" "item2" "item3" "item4" "item5" "item6&q...

...$allfun{$caller}++; while( $called = shift <http://www.perldoc.com/perl5.6/pod/func/shift.html>(@line) ){ $allfun{$called}++; $calltree{$caller}{$called} ++ ; $caller = $called; } } } print <http://www.perldoc.com/perl5.6/pod/func/print.html> "digraph {\n" ; print <http://www.perldoc.com/perl5.6/pod/func/print.html> 'graph [ rankdir = "LR"]; '."\n"; foreach $fun (keys <http://www.perldoc.com/perl5.6/pod/func/keys.html> %allfun){ $_ = $fun; s <http://www.perldoc.com/perl5.6/pod/func/s.html>/&...

On Thu, 9 Nov 2006, Ryan M. Lefever wrote: Sorry I never responded to this: > In the literature (see below for a reference), when a dominance frontier > is computed, it is computed from a CFG that contains a dummy entry node > and dummy exit node. Further, those dummy nodes are potential members > of the (post-)dominance frontier for a given basic block. In LLVM, I > could not

Hi I'm new to tinc vpn and I am currently exploring a use-case we have, of creating a secure mesh over which our own services may run. This may be a basic question, I wasn't able to find a satisfying answer. What is the significance of port 655 with regards to tinc? Lets consider a 4 node setup: We have nodes: [protected] : protected behind a private network in the cloud [bastion]:

In the literature (see below for a reference), when a dominance frontier is computed, it is computed from a CFG that contains a dummy entry node and dummy exit node. Further, those dummy nodes are potential members of the (post-)dominance frontier for a given basic block. In LLVM, I could not figure out a way to determine if the dummy entry node is a member of the post-dominance frontier of