hc plotting for ASeswip-netsec

1 files changed, 66 insertions, 20 deletions

diff --git a/netsec.py b/netsec.py
index b1f4f30..ad88b90 100755
--- a/netsec.py
+++ b/netsec.py
@@ -115,6 +115,68 @@ class NetsecPlotter(defapp.App):
         else:
             p.gnuplot_exec()
 
+    def plot_hc(self, datafile, name, conf):
+        current_host_num = 0
+        host_mapping = {}
+
+        name += "_counts"
+
+        data = self.load(datafile)
+        for row in data:
+            if row[0] not in host_mapping:
+                current_host_num += 1
+                host_mapping[row[0]] = current_host_num
+            row[0] = host_mapping[row[0]]
+
+        del host_mapping
+
+        fname = self.write(data, name, ext='data')
+
+        p = self.make_plot(name)
+
+        p.labels = [label(0.5, 0.9, get_stats_label(data[:,1]),
+                          coord=['graph', 'screen'], align='center')]
+
+        # plot raw samples
+        p.title = "hop counts by hosts"
+        p.title += self.get_as_title(conf)
+        p.ylabel = "hop count"
+        p.xlabel = "host id"
+        p.xrange = (0, current_host_num)
+        #p.xticks = (0, 100)
+        #p.yticks = (0, 1)
+        p.yrange = (1, amax(data[:,1]) + 1)
+        if amax(data[:,1]) > 100:
+            p.ylog = True
+
+        p.curves = [curve(fname=fname, xcol=1, ycol=2, title="hop count")]
+
+        #### Styling.
+
+        if not self.setup_png(p):
+            p.rounded_caps = True
+            p.font = 'Helvetica'
+
+            p.font_size = '10'
+            p.size = ('20cm', '10cm')
+            p.monochrome   = False
+            p.dashed_lines = False
+            p.key = 'off'
+            p.default_style = 'points lw 1'
+
+        if self.options.smooth:
+            p.default_style += " smooth bezier"
+
+        self.render(p)
+
+    def get_as_title(self, conf):
+        if 'as-num' in conf:
+            return " AS=%s, IP/mask=%s/%s MB=%s Unique Hosts=%s" % \
+                    (conf['as-num'], conf['as-str'], conf['as-mask'], \
+                    conf['megabytes'], conf['num-hosts'])
+        return ""
+
+
     def plot_hchisto(self, datafile, name, conf):
         data  = self.load(datafile)
 
@@ -139,10 +201,7 @@ class NetsecPlotter(defapp.App):
         if 'per-host' in conf:
             p.title += " HC per-host: %s" % conf['per-host']
 
-        if 'as-num' in conf:
-            p.title += " AS=%s, IP/mask=%s/%s MB=%s Unique Hosts=%s" % \
-                    (conf['as-num'], conf['as-str'], conf['as-mask'], \
-                    conf['megabytes'], conf['num-hosts'])
+        p.title += self.get_as_title(conf)
 
 #            p.xrange = (0, ceil(max_cost))
         p.xticks = (0, 10)
@@ -157,22 +216,6 @@ class NetsecPlotter(defapp.App):
         if ymax > 10000:
             p.ylog = True
 
-            #print "not implemented yet..."
-            #return
-            ## plot raw samples
-            #p.title = "raw decoding cost; input=%s; host=%s" \
-            #    % (conf['file'], conf['host'])
-
-            #p.ylabel = "decoding cost (ms)"
-            #p.xlabel = "frame number"
-            #p.xrange = (0, len(data))
-            ##p.xticks = (0, 100)
-            #p.yticks = (0, 1)
-            #p.yrange = (1, ceil(max_cost) + 2)
-
-            #p.curves = [curve(fname=fname, xcol=2, ycol=1, title="decoding cost")]
-
-
         #### Styling.
 
         if not self.setup_png(p):
@@ -197,6 +240,9 @@ class NetsecPlotter(defapp.App):
         name, ext = splitext(bname)
         conf      = decode(name)
 
+        self.plot_hc(datafile, name, conf)
+        return
+
         if 'per-host' in conf or 'as-num' in conf:
             self.plot_hchisto(datafile, name, conf)