def specific_stats(browser_perf, time_size, cl):
"""Return a string detailing all of the gory details and specifics on
benchmark numbers and individual benchmark changes.
Args:
browser_perf: BrowserPerformanceTestRunner object. Holds browser perf stats.
time_size: CompileTimeSizeTestRunner object.
cl: CommandLinePerformanceTestRunner object.
"""
output = "\n\n---------------------------------------------\nThe latest " + \
"current raw numbers (and changes) for those " + \
"interested:\nBrowser performance:\n"
for v8_or_frog in V8_AND_FROG:
for browser in create_graph.get_browsers():
output += " %s %s:\n" % (browser, v8_or_frog)
for benchmark in create_graph.get_benchmarks():
bench_list = browser_perf.values_dict[browser][v8_or_frog][benchmark]
output += " %s %s%s\n" % ((benchmark + ':').ljust(25),
str(bench_list[1]).rjust(10), get_amount_changed(bench_list))
output += "\nCompile Size and Time for frog:\n"
for metric in time_size.values_list:
metric_list = time_size.values_dict[COMMAND_LINE][FROG][metric]
output += " %s %s%s\n" % ((metric + ':').ljust(25),
str(metric_list[1]).rjust(10), get_amount_changed(metric_list))
output += "\nCommandline performance:\n"
for v8_or_frog in V8_AND_FROG:
output += ' %s:\n' % v8_or_frog
for benchmark in cl.values_list:
bench_list = cl.values_dict[COMMAND_LINE][v8_or_frog][benchmark]
output += " %s %s%s\n" % ((benchmark + ':').ljust(25),
str(bench_list[1]).rjust(10), get_amount_changed(bench_list))
return output
def summary_stats(browser_perf, time_size, cl, correctness):
"""Return the summarized stats report.
Args:
browser_perf: BrowserPerformanceTestRunner object. Holds browser perf stats.
time_size: CompileTimeSizeTestRunner object.
cl: CommandLinePerformanceTestRunner object.
correctness: BrowserCorrectnessTestRunner object.
"""
output = "Summary of changes in the last 24 hours: \n\nBrowser " + \
"performance: (revision %d)\n" % \
browser_perf.revision_dict[create_graph.get_browsers()[0]][FROG]\
[browser_perf.values_list[0]][1]
for browser in create_graph.get_browsers():
geo_mean_list = browser_perf.values_dict[browser][FROG][FROG_MEAN]
# TODO(efortuna): deal with the fact that the latest of all browsers may not
# be available.
output += " %s%s\n" % (
(browser + ':').ljust(25),
str(geo_mean_list[1] - geo_mean_list[0]).rjust(10))
output += "\nCompile Size and Time: (revision %d)\n" % \
time_size.revision_dict[COMMAND_LINE][FROG][time_size.values_list[0]][1]
for metric in time_size.values_list:
metric_list = time_size.values_dict[COMMAND_LINE][FROG][metric]
output += " %s%s\n" % ((metric + ':').ljust(25),
str(metric_list[1] - metric_list[0]).rjust(10))
output += "\nPercentage of language tests passing (revision %d)\n" % \
correctness.revision_dict['chrome'][FROG][correctness.values_list[0]][1]
for browser in create_graph.get_browsers():
num_correct = correctness.values_dict[browser][FROG][CORRECTNESS]
output += " %s%s%% more passing\n" % (
(browser + ':').ljust(25),
str(num_correct[1] - num_correct[0]).rjust(10))
output += "\nCommandline performance: (revision %d)\n" % \
cl.revision_dict[COMMAND_LINE][FROG][cl.values_list[0]][1]
for benchmark in cl.values_list:
bench_list = cl.values_dict[COMMAND_LINE][FROG][benchmark]
output += " %s%s\n" % ((benchmark + ':').ljust(25),
str(bench_list[1] - bench_list[0]).rjust(10))
return output
def summary_stats(browser_perf, time_size, cl, correctness):
"""Return the summarized stats report.
Args:
browser_perf: BrowserPerformanceTestRunner object. Holds browser perf stats.
time_size: CompileTimeSizeTestRunner object.
cl: CommandLinePerformanceTestRunner object.
correctness: BrowserCorrectnessTestRunner object.
"""
output = "Summary of changes in the last 24 hours: \n\nBrowser " + \
"performance: (revision %d)\n" % \
browser_perf.revision_dict[create_graph.get_browsers()[0]][FROG]\
[browser_perf.values_list[0]][1]
for browser in create_graph.get_browsers():
geo_mean_list = browser_perf.values_dict[browser][FROG][FROG_MEAN]
# TODO(efortuna): deal with the fact that the latest of all browsers may not
# be available.
output += " %s%s\n" % ((browser + ':').ljust(25),
str(geo_mean_list[1] - geo_mean_list[0]).rjust(10))
output += "\nCompile Size and Time: (revision %d)\n" % \
time_size.revision_dict[COMMAND_LINE][FROG][time_size.values_list[0]][1]
for metric in time_size.values_list:
metric_list = time_size.values_dict[COMMAND_LINE][FROG][metric]
output += " %s%s\n" % ((metric + ':').ljust(25),
str(metric_list[1] - metric_list[0]).rjust(10))
output += "\nPercentage of language tests passing (revision %d)\n" % \
correctness.revision_dict['chrome'][FROG][correctness.values_list[0]][1]
for browser in create_graph.get_browsers():
num_correct = correctness.values_dict[browser][FROG][CORRECTNESS]
output += " %s%s%% more passing\n" % ((browser + ':').ljust(25),
str(num_correct[1] - num_correct[0]).rjust(10))
output += "\nCommandline performance: (revision %d)\n" % \
cl.revision_dict[COMMAND_LINE][FROG][cl.values_list[0]][1]
for benchmark in cl.values_list:
bench_list = cl.values_dict[COMMAND_LINE][FROG][benchmark]
output += " %s%s\n" % ((benchmark + ':').ljust(25),
str(bench_list[1] - bench_list[0]).rjust(10))
return output
def specific_stats(browser_perf, time_size, cl):
"""Return a string detailing all of the gory details and specifics on
benchmark numbers and individual benchmark changes.
Args:
browser_perf: BrowserPerformanceTestRunner object. Holds browser perf stats.
time_size: CompileTimeSizeTestRunner object.
cl: CommandLinePerformanceTestRunner object.
"""
output = "\n\n---------------------------------------------\nThe latest " + \
"current raw numbers (and changes) for those " + \
"interested:\nBrowser performance:\n"
for v8_or_frog in V8_AND_FROG:
for browser in create_graph.get_browsers():
output += " %s %s:\n" % (browser, v8_or_frog)
for benchmark in create_graph.get_benchmarks():
bench_list = browser_perf.values_dict[browser][v8_or_frog][
benchmark]
output += " %s %s%s\n" % (
(benchmark + ':').ljust(25), str(bench_list[1]).rjust(10),
get_amount_changed(bench_list))
output += "\nCompile Size and Time for frog:\n"
for metric in time_size.values_list:
metric_list = time_size.values_dict[COMMAND_LINE][FROG][metric]
output += " %s %s%s\n" % (
(metric + ':').ljust(25), str(
metric_list[1]).rjust(10), get_amount_changed(metric_list))
output += "\nCommandline performance:\n"
for v8_or_frog in V8_AND_FROG:
output += ' %s:\n' % v8_or_frog
for benchmark in cl.values_list:
bench_list = cl.values_dict[COMMAND_LINE][v8_or_frog][benchmark]
output += " %s %s%s\n" % (
(benchmark + ':').ljust(25), str(
bench_list[1]).rjust(10), get_amount_changed(bench_list))
return output
