def draw_error_graph(self):
g = Line()
g.title = "Errors"
g.theme_greyscale()
req_rates = sorted(self.results.iterkeys())
errors = []
g.labels = {}
i = 0
for rate in req_rates:
errors.append(float(self.results[rate]['errors']))
g.labels[i] = str(rate)
i += 1
g.data("Errors", errors, color='#fdd84e')
g.write(self.resolve_filename('errors'))
return Image(self.resolve_filename('errors'), 540/2.65, 400/2.65)
def draw_time_graph(self):
g = Line()
g.title = "Average Response Time (in ms)"
g.theme_greyscale()
req_rates = sorted(self.results.iterkeys())
rep_times = []
g.labels = {}
i = 0
for rate in req_rates:
rep_times.append(float(self.results[rate]['rep_time']))
g.labels[i] = str(rate)
i += 1
g.data("Average Response Time", rep_times, color='#fdd84e')
g.write(self.resolve_filename('time'))
return Image(self.resolve_filename('time'), 540/2.65, 400/2.65)
def draw_reply_graph(self):
g = Line()
g.title = "Average Reply Rate (Responses per Second)"
g.theme_greyscale()
req_rates = sorted(self.results.iterkeys())
reply_rates = []
g.labels = {}
i = 0
for rate in req_rates:
reply_rates.append(float(self.results[rate]['rep_rate_avg']))
g.labels[i] = str(rate)
i += 1
g.data("Attempted Request Rate", req_rates, color='#6886b4')
g.data("Average Reply Rate", reply_rates, color='#fdd84e')
g.write(self.resolve_filename('reply'))
return Image(self.resolve_filename('reply'), 540/2.65, 400/2.65)