mirror of
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base_profile | ||
page_load_test | ||
startup_test | ||
ffprocess.py | ||
ffprofile.py | ||
initialize.html | ||
paths.py | ||
README.txt | ||
report.py | ||
run_tests.py | ||
sample.config | ||
tp.py | ||
ts.py |
PREREQUISITES: You'll need to download some software onto your Windows machine before running these performance tests: * Python 2.4 The scripts all run from Python 2.4. You will need the windows version (not the cygwin version). You can download it here: http://www.python.org/ftp/python/2.4/python-2.4.msi Make sure to correctly set the path to python in the paths.py file. After you download and install Python 2.4, you'll need to install some extensions: * Python Win32 Extensions These extensions provide some support for process management and performance monitoring. http://prdownloads.sourceforge.net/pywin32/pywin32-208.win32-py2.4.exe?download * Numerical Python: This is required by Matplotlib. http://prdownloads.sourceforge.net/numpy/Numeric-24.2.win32-py2.4.exe?download * Matplotlib This library is used to plot the graphs of performance characteristics of Firefox during the page load test. http://prdownloads.sourceforge.net/matplotlib/matplotlib-0.87.3.win32-py2.4.exe?download * PySyc This is used for reading/writing config files in YAML. http://pyyaml.org/download/pysyck/PySyck-0.61.2.win32-py2.4.exe * Cygwin For some reason, we can't get output from Firefox unless it's wrapped in a Cygwin sh shell. So we use cygwin for that, and to sync between Firefox runs. Download it here: http://www.cygwin.com/setup.exe Make sure to correctly set the path to Cygwin in the paths.py file. * msvcp71.dll You need a copy of this file to run Python with all the libraries. If you have Visual Studio 2003 installed, you've already got it. SETUP: 1. Make sure the prerequisites, above, are installed. 2. Copy this entire directory and all subdirectories onto your local disk 3. Edit the paths.py file to set the paths to Cygwin, Firefox, etc. on your machine. 4. Create a YAML config file with info about the profiles you want to test. It should look something like this: # Filename will be appended to the timestamp in the report filename. # Use letters and underscores only filename: slowmachine # The title of the report title: 1 GHz Celeron # Name of profile to test Test profile 1: # Path to Firefox to test firefox: C:\Program Files\Mozilla Firefox 2 Beta 1\firefox.exe # Preferences to set in the test (use "preferences : {}" for no prefs) preferences: javascript.options.showInConsole : true xpinstall.enabled : true # Extensions to install in test (use "extensions: {}" for none) extensions: # Need quotes around guid because of curly braces "{12345678-1234-1234-1234-abcd12345678}" : c:\path\to\unzipped\xpi foo@sample.com : c:\path\to\other\unzipped\xpi 5. Run run_tests.py with the name of your config file as an argument. You can use a space-separated list of config files, to generate a report of startup and page load times. The report will be placed in the REPORTS_DIR directory you specified in paths.py. DIRECTORY STRUCTURE: page_load_test/ This directory contains the JavaScript files and html data files for the page load test. The page load test opens a new window and cycles through loading each html file, timing each load. startup_test/ This directory contains the JavaScript to run the startup test. It measures how long it takes Firefox to start up. base_profile/ This directory contains the base profile used for testing. A copy of this profile is made for each testing profile, and extensions or prefs are added according to the test_configs array in run_tests.py. For the page load test to run correctly, the hostperm.1 file must be set to allow scheme:file uris to open in new windows, and the pref to force a window to open in a tab must not be set. The dom.allow_scripts_to_close_windows pref should also be set to true. The browser.shell.checkDefaultBrowser pref should be set to false. run_tests.py, paths.py These files should be configured to run the test on different machines, with different extensions or preferences. See setup above.