def finish(self):
GraphCombiner.finish(self)
cluster_index = 0
clusters = {}
for domain, data in self.per_domain.iteritems():
cluster = clusters.setdefault(cluster_index, [])
cluster.append('subgraph cluster_%d {\nlabel = "%s";' %
(cluster_index, domain))
# counters
for counter_name, counter_data in data['counters'].iteritems():
id = self.make_id(domain, counter_name)
self.file.write(
'%s [label="{COUNTER: %s|min=%g|max=%g|avg=%g}"];\n' %
(id, cgi.escape(counter_name), min(counter_data),
max(counter_data), sum(counter_data) / len(counter_data)))
cluster.append("%s;" % (id))
# tasks
for task_name, task_data in data['tasks'].iteritems():
id = self.make_id(domain, task_name)
time = task_data['time']
self.file.write(
'%s [label="{TASK: %s|min=%s|max=%s|avg=%s|count=%d%s}"];\n'
% (id, cgi.escape(task_name), format_time(
min(time)), format_time(max(time)),
format_time(sum(time) / len(time)), len(time),
(("|%s" % task_data['src'].replace('\\', '/'))
if task_data.has_key('src') else "")))
cluster.append("%s;" % id)
#: {}, 'objects':{}, 'frames': {}, 'markers': {}
cluster_index += 1
# threads
thread_names = self.tree['threads']
for tid in self.threads:
tid_str, tid_hex = str(tid), (to_hex(tid)
if tid is not None else "None")
id = self.make_id("threads", tid_str)
thread_name = thread_names[tid_str] if thread_names.has_key(
tid_str) else ""
self.file.write(
'%s [label="{THREAD: %s|%s}" color=gray fontcolor=gray];\n' %
(id, tid_hex, cgi.escape(thread_name)))
# clusters
for _, cluster in clusters.iteritems():
for line in cluster:
self.file.write(line + "\n")
self.file.write("}\n")
# relations
for relation in self.relations.itervalues():
if not relation.has_key('color'):
relation['color'] = 'black'
self.file.write(
'edge [label="{label}" color={color} fontcolor={color}];\n{from}->{to};\n'
.format(**relation))
self.file.write("}\n")
self.file.close()
def finish(self):
self.file.write('<Nodes>\n')
for domain, data in self.per_domain.iteritems():
# counters
for counter_name, counter_data in data['counters'].iteritems():
id = self.make_id(domain, counter_name)
self.file.write('<Node Id="%s" Label="%s" Min="%g" Max="%g" Avg="%g" Category="CodeSchema_Type"/>\n' % (id, cgi.escape(counter_name), min(counter_data), max(counter_data), sum(counter_data) / len(counter_data)))
# tasks
for task_name, task_data in data['tasks'].iteritems():
id = self.make_id(domain, task_name)
time = task_data['time']
self.file.write('<Node Id="%s" Category="CodeSchema_Method" Label="%s" Min="%s" Max="%s" Avg="%s" Count="%d" Src="%s"/>\n' % (
id, cgi.escape(task_name),
format_time(min(time)), format_time(max(time)), format_time(sum(time) / len(time)), len(time),
task_data['src'].replace('\\', '/') if task_data.has_key('src') else ""
)
)
self.file.write('<Node Id="%s" Label="%s" Category="CodeSchema_Namespace" Group="Expanded"/>\n' % (self.make_id("domain", domain), cgi.escape(domain)))
# threads
thread_names = self.tree['threads']
for tid in self.threads:
tid_str, tid_hex = str(tid), (to_hex(tid) if tid is not None else "None")
id = self.make_id("threads", tid_str)
thread_name = thread_names[tid_str] if thread_names.has_key(tid_str) else ""
self.file.write('<Node Id="%s" Label="%s(%s)"/>\n' % (id, cgi.escape(thread_name), tid_hex))
self.file.write('</Nodes>\n')
self.file.write('<Links>\n')
# relations
for relation in self.relations.itervalues():
if not relation.has_key('color'):
relation['color'] = 'black'
self.file.write('<Link Source="{from}" Target="{to}" Category="CodeSchema_Calls"/>\n'.format(**relation))
for domain, data in self.per_domain.iteritems():
# counters
for counter_name, counter_data in data['counters'].iteritems():
self.file.write('<Link Source="%s" Target="%s" Category="Contains"/>\n' % (self.make_id("domain", domain), self.make_id(domain, counter_name)))
# tasks
for task_name, task_data in data['tasks'].iteritems():
self.file.write('<Link Source="%s" Target="%s" Category="Contains"/>\n' % (self.make_id("domain", domain), self.make_id(domain, task_name)))
self.file.write('</Links>\n')
self.file.write("</DirectedGraph>\n")
self.file.close()
def finish(self):
self.file.write('<Nodes>\n')
for domain, data in self.per_domain.iteritems():
# counters
for counter_name, counter_data in data['counters'].iteritems():
id = self.make_id(domain, counter_name)
self.file.write('<Node Id="%s" Label="%s" Min="%g" Max="%g" Avg="%g" Category="CodeSchema_Type"/>\n' % (id, cgi.escape(counter_name), min(counter_data), max(counter_data), sum(counter_data) / len(counter_data)))
# tasks
for task_name, task_data in data['tasks'].iteritems():
id = self.make_id(domain, task_name)
time = task_data['time']
self.file.write('<Node Id="%s" Category="CodeSchema_Method" Label="%s" Min="%s" Max="%s" Avg="%s" Count="%d" Src="%s"/>\n' % (
id, cgi.escape(task_name),
format_time(min(time)), format_time(max(time)), format_time(sum(time) / len(time)), len(time),
task_data['src'].replace('\\', '/') if task_data.has_key('src') else ""
)
)
self.file.write('<Node Id="%s" Label="%s" Category="CodeSchema_Namespace" Group="Expanded"/>\n' % (self.make_id("domain", domain), cgi.escape(domain)))
# threads
thread_names = self.tree['threads']
for tid in self.threads:
tid_str, tid_hex = str(tid), to_hex(tid)
id = self.make_id("threads", tid_str)
thread_name = thread_names[tid_str] if thread_names.has_key(tid_str) else ""
self.file.write('<Node Id="%s" Label="%s(%s)"/>\n' % (id, cgi.escape(thread_name), tid_hex))
self.file.write('</Nodes>\n')
self.file.write('<Links>\n')
# relations
for relation in self.relations.itervalues():
if not relation.has_key('color'):
relation['color'] = 'black'
self.file.write('<Link Source="{from}" Target="{to}" Category="CodeSchema_Calls"/>\n'.format(**relation))
for domain, data in self.per_domain.iteritems():
# counters
for counter_name, counter_data in data['counters'].iteritems():
self.file.write('<Link Source="%s" Target="%s" Category="Contains"/>\n' % (self.make_id("domain", domain), self.make_id(domain, counter_name)))
# tasks
for task_name, task_data in data['tasks'].iteritems():
self.file.write('<Link Source="%s" Target="%s" Category="Contains"/>\n' % (self.make_id("domain", domain), self.make_id(domain, task_name)))
self.file.write('</Links>\n')
self.file.write("</DirectedGraph>\n")
self.file.close()
def finish(self):
cluster_index = 0
clusters = {}
for domain, data in self.per_domain.iteritems():
cluster = clusters.setdefault(cluster_index, [])
cluster.append('subgraph cluster_%d {\nlabel = "%s";' % (cluster_index, domain))
# counters
for counter_name, counter_data in data['counters'].iteritems():
id = self.make_id(domain, counter_name)
self.file.write('%s [label="{COUNTER: %s|min=%g|max=%g|avg=%g}"];\n' % (id, cgi.escape(counter_name), min(counter_data), max(counter_data), sum(counter_data) / len(counter_data)))
cluster.append("%s;" % (id))
# tasks
for task_name, task_data in data['tasks'].iteritems():
id = self.make_id(domain, task_name)
time = task_data['time']
self.file.write(
'%s [label="{TASK: %s|min=%s|max=%s|avg=%s|count=%d%s}"];\n' % (
id,
cgi.escape(task_name), format_time(min(time)), format_time(max(time)), format_time(sum(time) / len(time)), len(time),
(("|%s" % task_data['src'].replace('\\', '/')) if task_data.has_key('src') else "")
)
)
cluster.append("%s;" % id)
#: {}, 'objects':{}, 'frames': {}, 'markers': {}
cluster_index += 1
# threads
thread_names = self.tree['threads']
for tid in self.threads:
tid_str, tid_hex = str(tid), (to_hex(tid) if tid is not None else "None")
id = self.make_id("threads", tid_str)
thread_name = thread_names[tid_str] if thread_names.has_key(tid_str) else ""
self.file.write('%s [label="{THREAD: %s|%s}" color=gray fontcolor=gray];\n' % (id, tid_hex, cgi.escape(thread_name)))
# clusters
for _, cluster in clusters.iteritems():
for line in cluster:
self.file.write(line + "\n")
self.file.write("}\n")
# relations
for relation in self.relations.itervalues():
if not relation.has_key('color'):
relation['color'] = 'black'
self.file.write('edge [label="{label}" color={color} fontcolor={color}];\n{from}->{to};\n'.format(**relation))
self.file.write("}\n")
self.file.close()
