CMS 3D CMS Logo

/data/refman/pasoursint/CMSSW_5_3_9_patch3/src/FWCore/Services/bin/EdgesToViz.py

Go to the documentation of this file.
00001 #!/usr/bin/env python
00002 
00003 import sys
00004 import os
00005 import os.path
00006 
00007 class Col:
00008     def __init__(me):
00009         me.h=0.
00010         me.s=.5
00011         me.b=.5
00012 
00013     def next(me):
00014         rc = "\"%f,%f,%f\""%(me.h,me.s,me.b)
00015         me.h += .1
00016         if me.h > 1.:
00017             me.h=0.
00018             me.s += .1
00019         if me.s> 1.:
00020             me.h=0.
00021             me.s = .5
00022             me.b += .1
00023         return rc
00024 
00025 def readtable(flook):
00026     # field 7 is the library name
00027     tab = {}
00028     next = Col()
00029     cols = {}
00030     for line in flook.xreadlines():
00031         s = line.split()
00032         if not s[7] in cols:
00033             cols[s[7]] = next.next()
00034         s.append(cols[s[7]])
00035         tab[s[0]]=s
00036     return tab,cols
00037         
00038 
00039 def runme(infile,outfile,lookupfile,use_name):
00040     fin   = open(infile,'r')
00041     flook = open(lookupfile,'r')
00042     fout  = open(outfile,'w')
00043 
00044     table,libcols = readtable(flook)
00045     
00046     fout.write('digraph prof {')
00047 
00048     uni = {}
00049 #    d=1
00050 #    for i in libcols.items():
00051 #        print >>fout,'lib%d [label="%s",style=filled,color=%s,fontsize=18];' % (d,os.path.basename(i[0].strip('"')),i[1])
00052 #        d += 1
00053         
00054 
00055     for line in fin.xreadlines():
00056         count,from_node,to_node = line.split()
00057         uni[from_node] = 1
00058         uni[to_node] = 1
00059         row_to = table[to_node]
00060         row_from = table[from_node]
00061         
00062         if row_from[-1] == row_to[-1]:
00063             color="\"#000000\""
00064         else:
00065             row=table[to_node]
00066             color=row[-1]
00067             
00068         print >>fout, '%s -> %s [label="%s",fontsize=18,color=%s];' % (from_node,to_node,count,color)
00069 
00070     # print "blob",uni.keys
00071 
00072     for function_id in uni.keys():
00073         function_data = table[function_id]
00074         # print e
00075         node_label = function_data[0]
00076         if use_name: node_label = function_data[-2].strip('"')
00077         leaf_fraction      = float(function_data[5])
00078         recursive_fraction = float(function_data[6])
00079         if recursive_fraction > .03 and recursive_fraction <.20: shape="box"
00080         else: shape="circle"
00081         print >>fout,'%s [label="ID: %s\\nL: %5.1f%%\\nB: %5.1f%%",style=filled,color=%s,shape=%s,fontsize=18];' % (node_label,node_label,leaf_fraction*100, recursive_fraction*100,function_data[-1],shape)
00082 
00083     fout.write('}')
00084 
00085 if __name__ == "__main__":
00086     if len(sys.argv) < 4:
00087         print "usage: ", sys.argv[0], " edge_input_file digraph_output_file func_names_lookup_file"
00088         sys.exit(1)
00089         
00090     infile = sys.argv[1]
00091     outfile = sys.argv[2]
00092     lookupfile = sys.argv[3]
00093     use_name = 0
00094     if len(sys.argv)>4: use_name=1
00095     runme(infile, outfile, lookupfile,use_name)