blob: 41d4578b35c0291a9309c05ea63e94993a6772ae [file] [log] [blame]
#!/usr/bin/env python
# Copyright (c) 2017, the R8 project authors. Please see the AUTHORS file
# for details. All rights reserved. Use of this source code is governed by a
# BSD-style license that can be found in the LICENSE file.
from __future__ import print_function
from glob import glob
import copy
import optparse
import os
import sys
import time
import gmail_data
import gmscore_data
import golem
import nest_data
import toolhelper
import utils
import youtube_data
import chrome_data
TYPES = ['dex', 'deploy', 'proguarded']
APPS = ['gmscore', 'nest', 'youtube', 'gmail', 'chrome']
COMPILERS = ['d8', 'r8']
COMPILER_BUILDS = ['full', 'lib']
# We use this magic exit code to signal that the program OOM'ed
OOM_EXIT_CODE = 42
def ParseOptions(argv):
result = optparse.OptionParser()
result.add_option('--compiler',
help='The compiler to use',
choices=COMPILERS)
result.add_option('--compiler-build',
help='Compiler build to use',
choices=COMPILER_BUILDS,
default='lib')
result.add_option('--app',
help='What app to run on',
choices=APPS)
result.add_option('--run-all',
help='Compile all possible combinations',
default=False,
action='store_true')
result.add_option('--type',
help='Default for R8: deploy, for D8: proguarded',
choices=TYPES)
result.add_option('--out',
help='Where to place the output',
default=utils.BUILD)
result.add_option('--no-build',
help='Run without building first',
default=False,
action='store_true')
result.add_option('--find-min-xmx',
help='Find the minimum amount of memory we can run in',
default=False,
action='store_true')
result.add_option('--golem',
help='Running on golem, do not build or download',
default=False,
action='store_true')
result.add_option('--ignore-java-version',
help='Do not check java version',
default=False,
action='store_true')
result.add_option('--no-libraries',
help='Do not pass in libraries, even if they exist in conf',
default=False,
action='store_true')
result.add_option('--no-debug',
help='Run without debug asserts.',
default=False,
action='store_true')
result.add_option('--version',
help='The version of the app to run')
result.add_option('-k',
help='Override the default ProGuard keep rules')
result.add_option('--compiler-flags',
help='Additional option(s) for the compiler. ' +
'If passing several options use a quoted string.')
result.add_option('--r8-flags',
help='Additional option(s) for the compiler. ' +
'Same as --compiler-flags, keeping it for backward'
' compatibility. ' +
'If passing several options use a quoted string.')
# TODO(tamaskenez) remove track-memory-to-file as soon as we updated golem
# to use --print-memoryuse instead
result.add_option('--track-memory-to-file',
help='Track how much memory the jvm is using while ' +
' compiling. Output to the specified file.')
result.add_option('--profile',
help='Profile R8 run.',
default=False,
action='store_true')
result.add_option('--dump-args-file',
help='Dump a file with the arguments for the specified ' +
'configuration. For use as a @<file> argument to perform ' +
'the run.')
result.add_option('--print-runtimeraw',
metavar='BENCHMARKNAME',
help='Print the line \'<BENCHMARKNAME>(RunTimeRaw):' +
' <elapsed> ms\' at the end where <elapsed> is' +
' the elapsed time in milliseconds.')
result.add_option('--print-memoryuse',
metavar='BENCHMARKNAME',
help='Print the line \'<BENCHMARKNAME>(MemoryUse):' +
' <mem>\' at the end where <mem> is the peak' +
' peak resident set size (VmHWM) in bytes.')
result.add_option('--print-dexsegments',
metavar='BENCHMARKNAME',
help='Print the sizes of individual dex segments as ' +
'\'<BENCHMARKNAME>-<segment>(CodeSize): <bytes>\'')
return result.parse_args(argv)
# Most apps have the -printmapping, -printseeds and -printusage in the
# Proguard configuration. However we don't want to write these files
# in the locations specified. Instead generate an auxiliary Proguard
# configuration placing these two output files together with the dex
# output.
def GenerateAdditionalProguardConfiguration(temp, outdir):
name = "output.config"
with open(os.path.join(temp, name), 'w') as f:
f.write('-printmapping ' + os.path.join(outdir, 'proguard.map') + "\n")
f.write('-printseeds ' + os.path.join(outdir, 'proguard.seeds') + "\n")
f.write('-printusage ' + os.path.join(outdir, 'proguard.usage') + "\n")
return os.path.abspath(f.name)
# Please add bug number for disabled permutations and please explicitly
# do Bug: #BUG in the commit message of disabling to ensure re-enabling
DISABLED_PERMUTATIONS = [
# (app, version, type), e.g., ('gmail', '180826.15', 'deploy'),
('youtube', '13.37', 'deploy'), # b/120977564
]
def get_permutations():
data_providers = {
'gmscore': gmscore_data,
'nest': nest_data,
'youtube': youtube_data,
'chrome': chrome_data,
'gmail': gmail_data
}
# Check to ensure that we add all variants here.
assert len(APPS) == len(data_providers)
for app, data in data_providers.iteritems():
for version in data.VERSIONS:
for type in data.VERSIONS[version]:
if (app, version, type) not in DISABLED_PERMUTATIONS:
for use_r8lib in [False, True]:
yield app, version, type, use_r8lib
def run_all(options, args):
# Args will be destroyed
assert len(args) == 0
for name, version, type, use_r8lib in get_permutations():
compiler = 'r8' if type == 'deploy' else 'd8'
compiler_build = 'lib' if use_r8lib else 'full'
print('Executing %s/%s with %s %s %s' % (compiler, compiler_build, name,
version, type))
fixed_options = copy.copy(options)
fixed_options.app = name
fixed_options.version = version
fixed_options.compiler = compiler
fixed_options.compiler_build = compiler_build
fixed_options.type = type
exit_code = run_with_options(fixed_options, [])
if exit_code != 0:
print('Failed %s %s %s with %s/%s' % (name, version, type, compiler,
compiler_build))
exit(exit_code)
def find_min_xmx(options, args):
# Args will be destroyed
assert len(args) == 0
# If we can run in 128 MB then we are good (which we can for small examples
# or D8 on medium sized examples)
not_working = 128
working = 1024 * 8
exit_code = 0
while working - not_working > 32:
next_candidate = working - ((working - not_working)/2)
print('working: %s, non_working: %s, next_candidate: %s' %
(working, not_working, next_candidate))
extra_args = ['-Xmx%sM' % next_candidate]
new_options = copy.copy(options)
t0 = time.time()
exit_code = run_with_options(options, [], extra_args)
t1 = time.time()
print('Running took: %s ms' % (1000.0 * (t1 - t0)))
if exit_code != 0 and exit_code != OOM_EXIT_CODE:
print('Non OOM error executing, exiting')
return 2
if exit_code == 0:
working = next_candidate
else:
assert exit_code == OOM_EXIT_CODE
not_working = next_candidate
assert working - not_working <= 32
print('Found range: %s - %s' % (not_working, working))
return 0
def main(argv):
(options, args) = ParseOptions(argv)
if not options.ignore_java_version:
utils.check_java_version()
if options.run_all:
return run_all(options, args)
if options.find_min_xmx:
return find_min_xmx(options, args)
return run_with_options(options, args)
def run_with_options(options, args, extra_args=None):
if extra_args is None:
extra_args = []
app_provided_pg_conf = False;
# todo(121018500): remove when memory is under control
if not any('-Xmx' in arg for arg in extra_args):
extra_args.append('-Xmx8G')
if options.golem:
golem.link_third_party()
options.out = os.getcwd()
outdir = options.out
data = None
if options.app == 'gmscore':
options.version = options.version or 'v9'
data = gmscore_data
elif options.app == 'nest':
options.version = options.version or '20180926'
data = nest_data
elif options.app == 'youtube':
options.version = options.version or '12.22'
data = youtube_data
elif options.app == 'chrome':
options.version = options.version or 'default'
data = chrome_data
elif options.app == 'gmail':
options.version = options.version or '170604.16'
data = gmail_data
else:
raise Exception("You need to specify '--app={}'".format('|'.join(APPS)))
if options.compiler not in COMPILERS:
raise Exception("You need to specify '--compiler={}'"
.format('|'.join(COMPILERS)))
if options.compiler_build not in COMPILER_BUILDS:
raise Exception("You need to specify '--compiler-build={}'"
.format('|'.join(COMPILER_BUILDS)))
if not options.version in data.VERSIONS.keys():
print('No version {} for application {}'
.format(options.version, options.app))
print('Valid versions are {}'.format(data.VERSIONS.keys()))
return 1
version = data.VERSIONS[options.version]
if not options.type:
options.type = 'deploy' if options.compiler == 'r8' \
else 'proguarded'
if options.type not in version:
print('No type {} for version {}'.format(options.type, options.version))
print('Valid types are {}'.format(version.keys()))
return 1
values = version[options.type]
inputs = None
# For R8 'deploy' the JAR is located using the Proguard configuration
# -injars option. For chrome and nest we don't have the injars in the
# proguard files.
if 'inputs' in values and (options.compiler != 'r8'
or options.type != 'deploy'
or options.app == 'chrome'
or options.app == 'nest'):
inputs = values['inputs']
args.extend(['--output', outdir])
if 'min-api' in values:
args.extend(['--min-api', values['min-api']])
if 'main-dex-list' in values:
args.extend(['--main-dex-list', values['main-dex-list']])
if options.compiler == 'r8':
if 'pgconf' in values and not options.k:
for pgconf in values['pgconf']:
args.extend(['--pg-conf', pgconf])
app_provided_pg_conf = True
if options.k:
args.extend(['--pg-conf', options.k])
if 'maindexrules' in values:
for rules in values['maindexrules']:
args.extend(['--main-dex-rules', rules])
if 'allow-type-errors' in values:
extra_args.append('-Dcom.android.tools.r8.allowTypeErrors=1')
if not options.no_libraries and 'libraries' in values:
for lib in values['libraries']:
args.extend(['--lib', lib])
if not outdir.endswith('.zip') and not outdir.endswith('.jar') \
and not os.path.exists(outdir):
os.makedirs(outdir)
# Additional flags for the compiler from the configuration file.
if 'flags' in values:
args.extend(values['flags'].split(' '))
if options.compiler == 'r8':
if 'r8-flags' in values:
args.extend(values['r8-flags'].split(' '))
# Additional flags for the compiler from the command line.
if options.compiler_flags:
args.extend(options.compiler_flags.split(' '))
if options.r8_flags:
args.extend(options.r8_flags.split(' '))
if inputs:
args.extend(inputs)
t0 = time.time()
if options.dump_args_file:
with open(options.dump_args_file, 'w') as args_file:
args_file.writelines([arg + os.linesep for arg in args])
else:
with utils.TempDir() as temp:
if options.print_memoryuse and not options.track_memory_to_file:
options.track_memory_to_file = os.path.join(temp,
utils.MEMORY_USE_TMP_FILE)
if options.compiler == 'r8' and app_provided_pg_conf:
# Ensure that output of -printmapping and -printseeds go to the output
# location and not where the app Proguard configuration places them.
if outdir.endswith('.zip') or outdir.endswith('.jar'):
pg_outdir = os.path.dirname(outdir)
else:
pg_outdir = outdir
additional_pg_conf = GenerateAdditionalProguardConfiguration(
temp, os.path.abspath(pg_outdir))
args.extend(['--pg-conf', additional_pg_conf])
build = not options.no_build and not options.golem
stderr_path = os.path.join(temp, 'stderr')
with open(stderr_path, 'w') as stderr:
if options.compiler_build == 'full':
tool = options.compiler
else:
assert(options.compiler_build == 'lib')
tool = 'r8lib-' + options.compiler
exit_code = toolhelper.run(tool, args,
build=build,
debug=not options.no_debug,
profile=options.profile,
track_memory_file=options.track_memory_to_file,
extra_args=extra_args, stderr=stderr)
if exit_code != 0:
with open(stderr_path) as stderr:
stderr_text = stderr.read()
print(stderr_text)
if 'java.lang.OutOfMemoryError' in stderr_text:
print('Failure was OOM')
return OOM_EXIT_CODE
return exit_code
if options.print_memoryuse:
print('{}(MemoryUse): {}'
.format(options.print_memoryuse,
utils.grep_memoryuse(options.track_memory_to_file)))
if options.print_runtimeraw:
print('{}(RunTimeRaw): {} ms'
.format(options.print_runtimeraw, 1000.0 * (time.time() - t0)))
if options.print_dexsegments:
dex_files = glob(os.path.join(outdir, '*.dex'))
utils.print_dexsegments(options.print_dexsegments, dex_files)
return 0
if __name__ == '__main__':
sys.exit(main(sys.argv[1:]))