| [1206] | 1 | # Usage:
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| 2 | #
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| 3 | # $ find . -name wleiden.conf > l
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| 4 | #
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| 5 | # prune demo, test and uninteresting stuff from l
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| 6 | #
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| 7 | # $ python channelplot.py
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| 8 | # $ gv channelplot.ps
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| 9 | #
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| 10 | # needs graphviz (http://www.graphviz.org/) to run
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| 11 | import os
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| 12 | import re
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| 13 | import string
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| 14 |
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| 15 | ipdict = {}
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| 16 | ipnr_node = {}
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| 17 | node_ipnr = {}
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| 18 | node_wi_channel = {}
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| 19 | node_links = {}
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| 20 | node_links_channel = {}
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| 21 | nodelabel = {}
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| 22 |
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| 23 | def parse_wleiden_conf(lines):
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| 24 | ipnr = None
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| 25 | wi = None
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| 26 | peer = None
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| 27 | omni = 0
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| 28 | for l in lines:
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| 29 | if wi != None:
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| 30 | match = re.match("^\EW.*", l)
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| 31 | if match != None:
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| 32 | wi = None
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| 33 | ipnr = None
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| 34 | peer = None
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| 35 | continue
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| 36 | match = re.match("^SDESC=omni.*", l)
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| 37 | if match != None:
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| 38 | omni = 1
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| 39 | match = re.match("^IP=([0-9]*\.[0-9]*\.[0-9]*\.[0-9]*).*", l)
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| 40 | if match != None:
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| 41 | ipnr = match.group(1)
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| 42 | if not node_ipnr.has_key(nodename):
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| 43 | node_ipnr[nodename] = []
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| 44 | node_ipnr[nodename].append(ipnr)
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| 45 | ipnr_node[ipnr] = nodename
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| 46 | match = re.match("^POINT_TO_POINT=([0-9]*\.[0-9]*\.[0-9]*\.[0-9]*).*", l)
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| 47 | if match != None:
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| 48 | peer = match.group(1)
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| 49 | if not node_links.has_key(nodename):
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| 50 | node_links[nodename] = []
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| 51 | node_links[nodename].append( (peer, wi) )
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| 52 | match = re.match("^CHANNEL=([0-9]*).*", l)
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| 53 | if match != None:
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| 54 | if omni == 1:
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| 55 | nodelabel[nodename] = "%s\\n(%s)" % (nodename, match.group(1) )
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| 56 | else:
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| 57 | node_wi_channel[(nodename, wi)] = match.group(1)
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| 58 | else:
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| 59 | match = re.match("^\$nodename='([^']*)';.*", l)
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| 60 | if match != None:
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| 61 | nodename = match.group(1).lower()
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| 62 | match = re.match("^\$config{'(wi[0-9]*).*", l)
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| 63 | if match != None:
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| 64 | wi = match.group(1)
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| 65 | omni = 0
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| 66 |
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| 67 | for fname in open("l").readlines():
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| 68 | parse_wleiden_conf(open(fname[:-1]).readlines())
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| 69 |
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| 70 | out = open("foo.dot", "w")
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| 71 | out.write("digraph channelplot {\n")
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| 72 | for node in node_ipnr.keys():
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| 73 | if nodelabel.has_key(node):
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| 74 | label = "[label=\"%s\"]" % nodelabel[node]
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| 75 | else:
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| 76 | label = ''
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| 77 | out.write("\t%s %s\n" % (node, label))
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| 78 | for node in node_ipnr.keys():
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| 79 | if node_links.has_key(node):
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| 80 | for peer, wi in node_links[node]:
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| 81 | if ipnr_node.has_key(peer):
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| 82 | if node_wi_channel.has_key( (node,wi) ):
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| 83 | label = "[label=\"%s\"]" % node_wi_channel[ (node, wi) ]
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| 84 | else:
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| 85 | label = ''
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| 86 | out.write("%s -> %s%s\n" % (node, ipnr_node[peer], label))
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| 87 | else:
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| 88 | # link naar onbekend iemand, zal wel niet
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| 89 | # belangrijk zijn.
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| 90 | pass
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| 91 | out.write("}\n")
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| 92 | out.close()
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| 93 | os.system('neato -Gstart=foo -Goverlap=false/scale -Gsplines=true -Gsep=2 -Gratio=fill -Gnslimit=50.0 -Grotate=90 -Gsize="11,7.5" -Tps -o channelplot.ps foo.dot')
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| 94 |
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