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d878b45e29
Both regressions and improvements are sorted by the delta, which in case of improvements produces the reversed order due to negative values of delta. This change makes the improvements ordered 'naturally': most-improved-first.
373 lines
13 KiB
Python
Executable File
373 lines
13 KiB
Python
Executable File
#!/usr/bin/python
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# -*- coding: utf-8 -*-
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# ===--- compare_perf_tests.py -------------------------------------------===//
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#
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# This source file is part of the Swift.org open source project
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#
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# Copyright (c) 2014 - 2017 Apple Inc. and the Swift project authors
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# Licensed under Apache License v2.0 with Runtime Library Exception
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#
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# See https://swift.org/LICENSE.txt for license information
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# See https://swift.org/CONTRIBUTORS.txt for the list of Swift project authors
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#
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# ===---------------------------------------------------------------------===//
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from __future__ import print_function
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import argparse
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import csv
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import sys
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TESTNAME = 1
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SAMPLES = 2
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MIN = 3
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MAX = 4
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MEAN = 5
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SD = 6
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MEDIAN = 7
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HTML = """
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<!DOCTYPE html>
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<html>
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<head>
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<meta http-equiv="Content-Type" content="text/html; charset=utf-8" />
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</head>
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<body>
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{0}
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</body>
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</html>"""
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HTML_TABLE = """
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<table>
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<tr>
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<th align='left'>{0}</th>
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<th align='left'>{1}</th>
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<th align='left'>{2}</th>
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<th align='left'>{3}</th>
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<th align='left'>{4}</th>
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</tr>
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{5}
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</table>
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"""
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HTML_ROW = """
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<tr>
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<td align='left'>{0}</td>
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<td align='left'>{1}</td>
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<td align='left'>{2}</td>
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<td align='left'>{3}</td>
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<td align='left'><font color='{4}'>{5}</font></td>
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</tr>
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"""
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MARKDOWN_ROW = "{0} | {1} | {2} | {3} | {4} \n"
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HEADER_SPLIT = "---"
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MARKDOWN_DETAIL = """
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<details {3}>
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<summary>{0} ({1})</summary>
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{2}
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</details>
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"""
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PAIN_DETAIL = """
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{0}: {1}"""
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RATIO_MIN = None
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RATIO_MAX = None
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def main():
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global RATIO_MIN
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global RATIO_MAX
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old_results = {}
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new_results = {}
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old_max_results = {}
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new_max_results = {}
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ratio_list = {}
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delta_list = {}
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unknown_list = {}
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complete_perf_list = []
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increased_perf_list = []
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decreased_perf_list = []
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normal_perf_list = []
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parser = argparse.ArgumentParser(description="Compare Performance tests.")
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parser.add_argument('--old-file',
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help='Baseline performance test suite (csv file)',
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required=True)
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parser.add_argument('--new-file',
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help='New performance test suite (csv file)',
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required=True)
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parser.add_argument('--format',
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help='Supported format git, html and markdown',
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default="markdown")
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parser.add_argument('--output', help='Output file name')
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parser.add_argument('--changes-only',
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help='Output only affected tests', action='store_true')
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parser.add_argument('--new-branch',
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help='Name of the new branch', default="NEW_MIN")
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parser.add_argument('--old-branch',
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help='Name of the old branch', default="OLD_MIN")
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parser.add_argument('--delta-threshold',
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help='delta threshold', default="0.05")
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args = parser.parse_args()
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old_file = args.old_file
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new_file = args.new_file
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new_branch = args.new_branch
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old_branch = args.old_branch
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old_data = csv.reader(open(old_file))
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new_data = csv.reader(open(new_file))
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RATIO_MIN = 1 - float(args.delta_threshold)
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RATIO_MAX = 1 + float(args.delta_threshold)
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for row in old_data:
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if (len(row) > 7 and row[MIN].isdigit()):
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if row[TESTNAME] in old_results:
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if old_results[row[TESTNAME]] > int(row[MIN]):
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old_results[row[TESTNAME]] = int(row[MIN])
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if old_max_results[row[TESTNAME]] < int(row[MAX]):
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old_max_results[row[TESTNAME]] = int(row[MAX])
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else:
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old_results[row[TESTNAME]] = int(row[MIN])
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old_max_results[row[TESTNAME]] = int(row[MAX])
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for row in new_data:
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if (len(row) > 7 and row[MIN].isdigit()):
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if row[TESTNAME] in new_results:
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if int(new_results[row[TESTNAME]]) > int(row[MIN]):
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new_results[row[TESTNAME]] = int(row[MIN])
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if new_max_results[row[TESTNAME]] < int(row[MAX]):
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new_max_results[row[TESTNAME]] = int(row[MAX])
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else:
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new_results[row[TESTNAME]] = int(row[MIN])
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new_max_results[row[TESTNAME]] = int(row[MAX])
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ratio_total = 0
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for key in new_results.keys():
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ratio = (old_results[key] + 0.001) / (new_results[key] + 0.001)
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ratio_list[key] = round(ratio, 2)
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ratio_total *= ratio
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delta = (((float(new_results[key] + 0.001) /
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(old_results[key] + 0.001)) - 1) * 100)
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delta_list[key] = round(delta, 2)
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if ((old_results[key] < new_results[key] and
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new_results[key] < old_max_results[key]) or
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(new_results[key] < old_results[key] and
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old_results[key] < new_max_results[key])):
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unknown_list[key] = "(?)"
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else:
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unknown_list[key] = ""
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(complete_perf_list,
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increased_perf_list,
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decreased_perf_list,
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normal_perf_list) = sort_ratio_list(ratio_list, args.changes_only)
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"""
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Create markdown formatted table
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"""
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test_name_width = max_width(ratio_list, title='TEST', key_len=True)
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new_time_width = max_width(new_results, title=new_branch)
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old_time_width = max_width(old_results, title=old_branch)
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delta_width = max_width(delta_list, title='DELTA (%)')
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markdown_table_header = "\n" + MARKDOWN_ROW.format(
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"TEST".ljust(test_name_width),
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old_branch.ljust(old_time_width),
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new_branch.ljust(new_time_width),
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"DELTA (%)".ljust(delta_width),
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"SPEEDUP".ljust(2))
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markdown_table_header += MARKDOWN_ROW.format(
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HEADER_SPLIT.ljust(test_name_width),
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HEADER_SPLIT.ljust(old_time_width),
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HEADER_SPLIT.ljust(new_time_width),
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HEADER_SPLIT.ljust(delta_width),
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HEADER_SPLIT.ljust(2))
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markdown_regression = ""
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for i, key in enumerate(decreased_perf_list):
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ratio = "{0:.2f}x".format(ratio_list[key])
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if i == 0:
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markdown_regression = markdown_table_header
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markdown_regression += MARKDOWN_ROW.format(
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key.ljust(test_name_width),
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str(old_results[key]).ljust(old_time_width),
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str(new_results[key]).ljust(new_time_width),
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("{0:+.1f}%".format(delta_list[key])).ljust(delta_width),
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"**{0}{1}**".format(str(ratio).ljust(2), unknown_list[key]))
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markdown_improvement = ""
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for i, key in enumerate(increased_perf_list):
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ratio = "{0:.2f}x".format(ratio_list[key])
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if i == 0:
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markdown_improvement = markdown_table_header
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markdown_improvement += MARKDOWN_ROW.format(
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key.ljust(test_name_width),
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str(old_results[key]).ljust(old_time_width),
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str(new_results[key]).ljust(new_time_width),
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("{0:+.1f}%".format(delta_list[key])).ljust(delta_width),
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"**{0}{1}**".format(str(ratio).ljust(2), unknown_list[key]))
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markdown_normal = ""
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for i, key in enumerate(normal_perf_list):
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ratio = "{0:.2f}x".format(ratio_list[key])
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if i == 0:
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markdown_normal = markdown_table_header
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markdown_normal += MARKDOWN_ROW.format(
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key.ljust(test_name_width),
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str(old_results[key]).ljust(old_time_width),
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str(new_results[key]).ljust(new_time_width),
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("{0:+.1f}%".format(delta_list[key])).ljust(delta_width),
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"{0}{1}".format(str(ratio).ljust(2), unknown_list[key]))
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markdown_data = MARKDOWN_DETAIL.format("Regression",
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len(decreased_perf_list),
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markdown_regression, "open")
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markdown_data += MARKDOWN_DETAIL.format("Improvement",
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len(increased_perf_list),
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markdown_improvement, "")
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if not args.changes_only:
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markdown_data += MARKDOWN_DETAIL.format("No Changes",
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len(normal_perf_list),
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markdown_normal, "")
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if args.format:
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if args.format.lower() != "markdown":
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pain_data = PAIN_DETAIL.format("Regression", markdown_regression)
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pain_data += PAIN_DETAIL.format("Improvement",
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markdown_improvement)
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if not args.changes_only:
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pain_data += PAIN_DETAIL.format("No Changes", markdown_normal)
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print(pain_data.replace("|", " ").replace("-", " "))
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else:
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print(markdown_data)
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if args.format:
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if args.format.lower() == "html":
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"""
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Create HTML formatted table
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"""
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html_data = convert_to_html(ratio_list, old_results, new_results,
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delta_list, unknown_list, old_branch,
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new_branch, args.changes_only)
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if args.output:
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write_to_file(args.output, html_data)
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else:
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print("Error: missing --output flag.")
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sys.exit(1)
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elif args.format.lower() == "markdown":
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if args.output:
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write_to_file(args.output, markdown_data)
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elif args.format.lower() != "git":
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print("{0} is unknown format.".format(args.format))
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sys.exit(1)
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def convert_to_html(ratio_list, old_results, new_results, delta_list,
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unknown_list, old_branch, new_branch, changes_only):
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(complete_perf_list,
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increased_perf_list,
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decreased_perf_list,
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normal_perf_list) = sort_ratio_list(ratio_list, changes_only)
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html_rows = ""
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for key in complete_perf_list:
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if ratio_list[key] < RATIO_MIN:
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color = "red"
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elif ratio_list[key] > RATIO_MAX:
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color = "green"
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else:
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color = "black"
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if len(decreased_perf_list) > 0 and key == decreased_perf_list[0]:
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html_rows += HTML_ROW.format(
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"<strong>Regression:</strong>",
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"", "", "", "black", "", "")
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if len(increased_perf_list) > 0 and key == increased_perf_list[0]:
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html_rows += HTML_ROW.format(
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"<strong>Improvement:</strong>",
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"", "", "", "black", "", "")
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if len(normal_perf_list) > 0 and key == normal_perf_list[0]:
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html_rows += HTML_ROW.format(
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"<strong>No Changes:</strong>",
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"", "", "", "black", "", "")
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html_rows += HTML_ROW.format(key, old_results[key],
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new_results[key],
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"{0:+.1f}%".format(delta_list[key]),
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color,
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"{0:.2f}x {1}".format(ratio_list[key],
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unknown_list[key]))
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html_table = HTML_TABLE.format("TEST", old_branch, new_branch,
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"DELTA (%)", "SPEEDUP", html_rows)
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html_data = HTML.format(html_table)
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return html_data
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def write_to_file(file_name, data):
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"""
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Write data to given file
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"""
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file = open(file_name, "w")
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file.write(data)
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file.close
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def sort_ratio_list(ratio_list, changes_only=False):
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"""
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Return 3 sorted list improvement, regression and normal.
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"""
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decreased_perf_list = []
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increased_perf_list = []
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sorted_normal_perf_list = []
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normal_perf_list = {}
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for key, v in sorted(ratio_list.items(), key=lambda x: x[1]):
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if ratio_list[key] < RATIO_MIN:
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decreased_perf_list.append(key)
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elif ratio_list[key] > RATIO_MAX:
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increased_perf_list.append(key)
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else:
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normal_perf_list[key] = v
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for key, v in sorted(normal_perf_list.items(), key=lambda x: x[1],
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reverse=True):
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sorted_normal_perf_list.append(key)
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if changes_only:
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complete_perf_list = decreased_perf_list + increased_perf_list
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else:
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complete_perf_list = (decreased_perf_list + increased_perf_list +
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sorted_normal_perf_list)
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increased_perf_list.reverse()
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return (complete_perf_list, increased_perf_list,
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decreased_perf_list, sorted_normal_perf_list)
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def max_width(items, title, key_len=False):
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"""
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Returns the max length of string in the list
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"""
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width = len(str(title))
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for key in items.keys():
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if key_len:
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if width < len(str(key)):
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width = len(str(key))
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else:
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if width < len(str(items[key])):
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width = len(str(items[key]))
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return width
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if __name__ == "__main__":
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sys.exit(main())
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