#!/usr/bin/env python3
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# Copyright (C) 2019 The Android Open Source Project
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#
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# Licensed under the Apache License, Version 2.0 (the "License");
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# you may not use this file except in compliance with the License.
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# You may obtain a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS,
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# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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# See the License for the specific language governing permissions and
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# limitations under the License.
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#
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import argparse
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import fnmatch
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import logging
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import os
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import os.path
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import subprocess
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import sys
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import zipfile
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logging.basicConfig(format='%(message)s')
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class FSObject:
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def __init__(self, name, is_dir, is_exec, is_symlink):
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self.name = name
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self.is_dir = is_dir
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self.is_exec = is_exec
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self.is_symlink = is_symlink
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def __str__(self):
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return '%s(dir=%r,exec=%r,symlink=%r)' % (self.name, self.is_dir, self.is_exec, self.is_symlink)
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class TargetApexProvider:
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def __init__(self, apex, tmpdir, debugfs):
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self._tmpdir = tmpdir
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self._debugfs = debugfs
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self._folder_cache = {}
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self._payload = os.path.join(self._tmpdir, 'apex_payload.img')
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# Extract payload to tmpdir.
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apex_zip = zipfile.ZipFile(apex)
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apex_zip.extract('apex_payload.img', tmpdir)
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def __del__(self):
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# Delete temps.
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if os.path.exists(self._payload):
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os.remove(self._payload)
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def get(self, path):
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apex_dir, name = os.path.split(path)
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if not apex_dir:
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apex_dir = '.'
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apex_map = self.read_dir(apex_dir)
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return apex_map[name] if name in apex_map else None
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def read_dir(self, apex_dir):
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if apex_dir in self._folder_cache:
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return self._folder_cache[apex_dir]
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# Cannot use check_output as it will annoy with stderr.
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process = subprocess.Popen([self._debugfs, '-R', 'ls -l -p %s' % apex_dir, self._payload],
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stdout=subprocess.PIPE, stderr=subprocess.PIPE,
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universal_newlines=True)
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stdout, _ = process.communicate()
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res = str(stdout)
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apex_map = {}
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# Debugfs output looks like this:
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# debugfs 1.44.4 (18-Aug-2018)
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# /12/040755/0/2000/.//
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# /2/040755/1000/1000/..//
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# /13/100755/0/2000/dalvikvm32/28456/
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# /14/100755/0/2000/dexoptanalyzer/20396/
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# /15/100755/0/2000/linker/1152724/
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# /16/100755/0/2000/dex2oat/563508/
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# /17/100755/0/2000/linker64/1605424/
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# /18/100755/0/2000/profman/85304/
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# /19/100755/0/2000/dalvikvm64/28576/
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# | | | | | |
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# | | | #- gid #- name #- size
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# | | #- uid
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# | #- type and permission bits
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# #- inode nr (?)
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#
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# Note: could break just on '/' to avoid names with newlines.
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for line in res.split("\n"):
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if not line:
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continue
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comps = line.split('/')
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if len(comps) != 8:
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logging.warning('Could not break and parse line \'%s\'', line)
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continue
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bits = comps[2]
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name = comps[5]
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if len(bits) != 6:
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logging.warning('Dont understand bits \'%s\'', bits)
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continue
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is_dir = bits[1] == '4'
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def is_exec_bit(ch):
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return int(ch) & 1 == 1
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is_exec = is_exec_bit(bits[3]) and is_exec_bit(bits[4]) and is_exec_bit(bits[5])
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is_symlink = bits[1] == '2'
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apex_map[name] = FSObject(name, is_dir, is_exec, is_symlink)
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self._folder_cache[apex_dir] = apex_map
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return apex_map
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class HostApexProvider:
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def __init__(self, apex, tmpdir):
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self._tmpdir = tmpdir
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self.folder_cache = {}
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self._payload = os.path.join(self._tmpdir, 'apex_payload.zip')
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# Extract payload to tmpdir.
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apex_zip = zipfile.ZipFile(apex)
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apex_zip.extract('apex_payload.zip', tmpdir)
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def __del__(self):
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# Delete temps.
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if os.path.exists(self._payload):
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os.remove(self._payload)
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def get(self, path):
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apex_dir, name = os.path.split(path)
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if not apex_dir:
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apex_dir = ''
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apex_map = self.read_dir(apex_dir)
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return apex_map[name] if name in apex_map else None
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def read_dir(self, apex_dir):
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if apex_dir in self.folder_cache:
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return self.folder_cache[apex_dir]
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if not self.folder_cache:
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self.parse_zip()
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if apex_dir in self.folder_cache:
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return self.folder_cache[apex_dir]
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return {}
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def parse_zip(self):
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apex_zip = zipfile.ZipFile(self._payload)
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infos = apex_zip.infolist()
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for zipinfo in infos:
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path = zipinfo.filename
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# Assume no empty file is stored.
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assert path
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def get_octal(val, index):
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return (val >> (index * 3)) & 0x7
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def bits_is_exec(val):
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# TODO: Enforce group/other, too?
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return get_octal(val, 2) & 1 == 1
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is_zipinfo = True
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while path:
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apex_dir, base = os.path.split(path)
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# TODO: If directories are stored, base will be empty.
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if apex_dir not in self.folder_cache:
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self.folder_cache[apex_dir] = {}
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dir_map = self.folder_cache[apex_dir]
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if base not in dir_map:
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if is_zipinfo:
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bits = (zipinfo.external_attr >> 16) & 0xFFFF
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is_dir = get_octal(bits, 4) == 4
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is_symlink = get_octal(bits, 4) == 2
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is_exec = bits_is_exec(bits)
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else:
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is_exec = False # Seems we can't get this easily?
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is_symlink = False
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is_dir = True
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dir_map[base] = FSObject(base, is_dir, is_exec, is_symlink)
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is_zipinfo = False
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path = apex_dir
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# DO NOT USE DIRECTLY! This is an "abstract" base class.
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class Checker:
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def __init__(self, provider):
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self._provider = provider
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self._errors = 0
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self._expected_file_globs = set()
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def fail(self, msg, *fail_args):
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self._errors += 1
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logging.error(msg, *fail_args)
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def error_count(self):
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return self._errors
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def reset_errors(self):
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self._errors = 0
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def is_file(self, path):
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fs_object = self._provider.get(path)
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if fs_object is None:
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return False, 'Could not find %s'
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if fs_object.is_dir:
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return False, '%s is a directory'
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return True, ''
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def check_file(self, path):
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ok, msg = self.is_file(path)
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if not ok:
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self.fail(msg, path)
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self._expected_file_globs.add(path)
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return ok
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def check_executable(self, filename):
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path = 'bin/%s' % filename
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if not self.check_file(path):
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return
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if not self._provider.get(path).is_exec:
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self.fail('%s is not executable', path)
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def check_executable_symlink(self, filename):
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path = 'bin/%s' % filename
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fs_object = self._provider.get(path)
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if fs_object is None:
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self.fail('Could not find %s', path)
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return
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if fs_object.is_dir:
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self.fail('%s is a directory', path)
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return
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if not fs_object.is_symlink:
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self.fail('%s is not a symlink', path)
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self._expected_file_globs.add(path)
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def check_single_library(self, filename):
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lib_path = 'lib/%s' % filename
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lib64_path = 'lib64/%s' % filename
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lib_is_file, _ = self.is_file(lib_path)
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if lib_is_file:
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self._expected_file_globs.add(lib_path)
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lib64_is_file, _ = self.is_file(lib64_path)
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if lib64_is_file:
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self._expected_file_globs.add(lib64_path)
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if not lib_is_file and not lib64_is_file:
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self.fail('Library missing: %s', filename)
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def check_java_library(self, basename):
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return self.check_file('javalib/%s.jar' % basename)
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def ignore_path(self, path_glob):
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self._expected_file_globs.add(path_glob)
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def check_no_superfluous_files(self, dir_path):
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paths = []
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for name in sorted(self._provider.read_dir(dir_path).keys()):
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if name not in ('.', '..'):
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paths.append(os.path.join(dir_path, name))
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expected_paths = set()
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dir_prefix = dir_path + '/'
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for path_glob in self._expected_file_globs:
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expected_paths |= set(fnmatch.filter(paths, path_glob))
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# If there are globs in subdirectories of dir_path we want to match their
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# path segments at this directory level.
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if path_glob.startswith(dir_prefix):
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subpath = path_glob[len(dir_prefix):]
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subpath_first_segment, _, _ = subpath.partition('/')
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expected_paths |= set(fnmatch.filter(paths, dir_prefix + subpath_first_segment))
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for unexpected_path in set(paths) - expected_paths:
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self.fail('Unexpected file \'%s\'', unexpected_path)
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# Just here for docs purposes, even if it isn't good Python style.
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def check_symlinked_multilib_executable(self, filename):
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"""Check bin/filename32, and/or bin/filename64, with symlink bin/filename."""
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raise NotImplementedError
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def check_multilib_executable(self, filename):
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"""Check bin/filename for 32 bit, and/or bin/filename64."""
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raise NotImplementedError
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def check_native_library(self, basename):
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"""Check lib/basename.so, and/or lib64/basename.so."""
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raise NotImplementedError
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def check_optional_native_library(self, basename_glob):
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"""Allow lib/basename.so and/or lib64/basename.so to exist."""
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raise NotImplementedError
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def check_prefer64_library(self, basename):
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"""Check lib64/basename.so, or lib/basename.so on 32 bit only."""
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raise NotImplementedError
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class Arch32Checker(Checker):
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def check_symlinked_multilib_executable(self, filename):
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self.check_executable('%s32' % filename)
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self.check_executable_symlink(filename)
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def check_multilib_executable(self, filename):
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self.check_executable(filename)
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def check_native_library(self, basename):
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# TODO: Use $TARGET_ARCH (e.g. check whether it is "arm" or "arm64") to improve
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# the precision of this test?
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self.check_file('lib/%s.so' % basename)
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def check_optional_native_library(self, basename_glob):
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self.ignore_path('lib/%s.so' % basename_glob)
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def check_prefer64_library(self, basename):
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self.check_native_library(basename)
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class Arch64Checker(Checker):
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def check_symlinked_multilib_executable(self, filename):
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self.check_executable('%s64' % filename)
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self.check_executable_symlink(filename)
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def check_multilib_executable(self, filename):
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self.check_executable('%s64' % filename)
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def check_native_library(self, basename):
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# TODO: Use $TARGET_ARCH (e.g. check whether it is "arm" or "arm64") to improve
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# the precision of this test?
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self.check_file('lib64/%s.so' % basename)
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def check_optional_native_library(self, basename_glob):
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self.ignore_path('lib64/%s.so' % basename_glob)
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def check_prefer64_library(self, basename):
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self.check_native_library(basename)
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class MultilibChecker(Checker):
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def check_symlinked_multilib_executable(self, filename):
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self.check_executable('%s32' % filename)
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self.check_executable('%s64' % filename)
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self.check_executable_symlink(filename)
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def check_multilib_executable(self, filename):
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self.check_executable('%s64' % filename)
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self.check_executable(filename)
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def check_native_library(self, basename):
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# TODO: Use $TARGET_ARCH (e.g. check whether it is "arm" or "arm64") to improve
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# the precision of this test?
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self.check_file('lib/%s.so' % basename)
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self.check_file('lib64/%s.so' % basename)
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def check_optional_native_library(self, basename_glob):
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self.ignore_path('lib/%s.so' % basename_glob)
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self.ignore_path('lib64/%s.so' % basename_glob)
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def check_prefer64_library(self, basename):
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self.check_file('lib64/%s.so' % basename)
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class ReleaseChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'Release Checker'
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def run(self):
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# Check the APEX manifest.
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self._checker.check_file('apex_manifest.json')
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# Check binaries for ART.
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self._checker.check_executable('dex2oat')
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self._checker.check_executable('dexdump')
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self._checker.check_executable('dexlist')
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self._checker.check_executable('dexoptanalyzer')
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self._checker.check_executable('profman')
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self._checker.check_symlinked_multilib_executable('dalvikvm')
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# Check exported libraries for ART.
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self._checker.check_native_library('libdexfile_external')
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self._checker.check_native_library('libnativebridge')
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self._checker.check_native_library('libnativehelper')
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self._checker.check_native_library('libnativeloader')
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# Check internal libraries for ART.
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self._checker.check_native_library('libadbconnection')
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self._checker.check_native_library('libart')
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self._checker.check_native_library('libart-compiler')
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self._checker.check_native_library('libart-dexlayout')
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self._checker.check_native_library('libartbase')
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self._checker.check_native_library('libartpalette')
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self._checker.check_native_library('libdexfile')
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self._checker.check_native_library('libdexfile_support')
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self._checker.check_native_library('libopenjdkjvm')
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self._checker.check_native_library('libopenjdkjvmti')
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self._checker.check_native_library('libprofile')
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self._checker.check_native_library('libsigchain')
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# Check java libraries for Managed Core Library.
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self._checker.check_java_library('apache-xml')
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self._checker.check_java_library('bouncycastle')
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self._checker.check_java_library('core-libart')
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self._checker.check_java_library('core-oj')
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self._checker.check_java_library('okhttp')
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# Check internal native libraries for Managed Core Library.
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self._checker.check_native_library('libjavacore')
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self._checker.check_native_library('libopenjdk')
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# Check internal native library dependencies.
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#
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# Any internal dependency not listed here will cause a failure in
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# NoSuperfluousLibrariesChecker. Internal dependencies are generally just
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# implementation details, but in the release package we want to track them
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# because a) they add to the package size and the RAM usage (in particular
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# if the library is also present in /system or another APEX and hence might
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# get loaded twice through linker namespace separation), and b) we need to
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# catch invalid dependencies on /system or other APEXes that should go
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# through an exported library with stubs (b/128708192 tracks implementing a
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# better approach for that).
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self._checker.check_native_library('libbacktrace')
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self._checker.check_native_library('libbase')
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self._checker.check_native_library('libc++')
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self._checker.check_native_library('libdt_fd_forward')
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self._checker.check_native_library('libdt_socket')
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self._checker.check_native_library('libjdwp')
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self._checker.check_native_library('liblzma')
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self._checker.check_native_library('libnpt')
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self._checker.check_native_library('libunwindstack')
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self._checker.check_native_library('libziparchive')
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self._checker.check_optional_native_library('libvixl') # Only on ARM/ARM64
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# Allow extra dependencies that appear in ASAN builds.
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self._checker.check_optional_native_library('libclang_rt.asan*')
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self._checker.check_optional_native_library('libclang_rt.hwasan*')
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self._checker.check_optional_native_library('libclang_rt.ubsan*')
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class ReleaseTargetChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'Release (Target) Checker'
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def run(self):
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# Check the APEX package scripts.
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self._checker.check_executable('art_postinstall_hook')
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self._checker.check_executable('art_preinstall_hook')
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self._checker.check_executable('art_preinstall_hook_boot')
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self._checker.check_executable('art_preinstall_hook_system_server')
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self._checker.check_executable('art_prepostinstall_utils')
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# Check binaries for ART.
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self._checker.check_executable('oatdump')
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# Check internal libraries for ART.
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self._checker.check_prefer64_library('libart-disassembler')
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# Check binaries for Bionic.
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self._checker.check_multilib_executable('linker')
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self._checker.check_multilib_executable('linker_asan')
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# Check libraries for Bionic.
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self._checker.check_native_library('bionic/libc')
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self._checker.check_native_library('bionic/libdl')
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self._checker.check_native_library('bionic/libm')
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# ... and its internal dependencies
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self._checker.check_native_library('libc_malloc_hooks')
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self._checker.check_native_library('libc_malloc_debug')
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# Check exported native libraries for Managed Core Library.
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self._checker.check_native_library('libandroidicu')
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self._checker.check_native_library('libandroidio')
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# Check internal native library dependencies.
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self._checker.check_native_library('libcrypto')
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self._checker.check_native_library('libexpat')
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self._checker.check_native_library('libicui18n')
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self._checker.check_native_library('libicuuc')
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self._checker.check_native_library('libpac')
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self._checker.check_native_library('libz')
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# TODO(b/124293228): Cuttlefish puts ARM libs in a lib/arm subdirectory.
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# Check that properly on that arch, but for now just ignore the directory.
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self._checker.ignore_path('lib/arm')
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self._checker.ignore_path('lib/arm64')
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class ReleaseHostChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'Release (Host) Checker'
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def run(self):
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# Check binaries for ART.
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self._checker.check_executable('hprof-conv')
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self._checker.check_symlinked_multilib_executable('dex2oatd')
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# Check exported native libraries for Managed Core Library.
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self._checker.check_native_library('libandroidicu-host')
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self._checker.check_native_library('libandroidio')
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# Check internal libraries for Managed Core Library.
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self._checker.check_native_library('libexpat-host')
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self._checker.check_native_library('libicui18n-host')
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self._checker.check_native_library('libicuuc-host')
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self._checker.check_native_library('libz-host')
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class DebugChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'Debug Checker'
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def run(self):
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# Check binaries for ART.
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self._checker.check_executable('dexdiag')
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# Check debug binaries for ART.
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self._checker.check_executable('dexoptanalyzerd')
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self._checker.check_executable('profmand')
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# Check internal libraries for ART.
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self._checker.check_native_library('libadbconnectiond')
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self._checker.check_native_library('libartbased')
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self._checker.check_native_library('libartd')
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self._checker.check_native_library('libartd-compiler')
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self._checker.check_native_library('libartd-dexlayout')
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self._checker.check_native_library('libdexfiled')
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self._checker.check_native_library('libopenjdkjvmd')
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self._checker.check_native_library('libopenjdkjvmtid')
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self._checker.check_native_library('libprofiled')
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# Check internal libraries for Managed Core Library.
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self._checker.check_native_library('libopenjdkd')
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class DebugTargetChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'Debug (Target) Checker'
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def run(self):
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# Check ART debug binaries.
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self._checker.check_executable('dex2oatd')
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self._checker.check_executable('oatdumpd')
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# Check ART internal libraries.
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self._checker.check_prefer64_library('libartd-disassembler')
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# Check internal native library dependencies.
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#
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# Like in the release package, we check that we don't get other dependencies
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# besides those listed here. In this case the concern is not bloat, but
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# rather that we don't get behavioural differences between user (release)
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# and userdebug/eng builds, which could happen if the debug package has
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# duplicate library instances where releases don't. In other words, it's
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# uncontroversial to add debug-only dependencies, as long as they don't make
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# assumptions on having a single global state (ideally they should have
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# double_loadable:true, cf. go/double_loadable). Also, like in the release
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# package we need to look out for dependencies that should go through
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# exported library stubs (until b/128708192 is fixed).
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self._checker.check_optional_native_library('libvixld') # Only on ARM/ARM64
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self._checker.check_prefer64_library('libmeminfo')
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self._checker.check_prefer64_library('libprocinfo')
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class NoSuperfluousBinariesChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'No superfluous binaries checker'
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def run(self):
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self._checker.check_no_superfluous_files('bin')
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|
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class NoSuperfluousLibrariesChecker:
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def __init__(self, checker):
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self._checker = checker
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def __str__(self):
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return 'No superfluous libraries checker'
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def run(self):
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self._checker.check_no_superfluous_files('javalib')
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self._checker.check_no_superfluous_files('lib')
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self._checker.check_no_superfluous_files('lib/bionic')
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self._checker.check_no_superfluous_files('lib64')
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self._checker.check_no_superfluous_files('lib64/bionic')
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class List:
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def __init__(self, provider):
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self._provider = provider
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self._path = ''
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def print_list(self):
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apex_map = self._provider.read_dir(self._path)
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if apex_map is None:
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return
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apex_map = dict(apex_map)
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if '.' in apex_map:
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del apex_map['.']
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if '..' in apex_map:
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del apex_map['..']
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for (_, val) in sorted(apex_map.items()):
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self._path = os.path.join(self._path, val.name)
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print(self._path)
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if val.is_dir:
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self.print_list()
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class Tree:
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def __init__(self, provider, title):
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print('%s' % title)
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self._provider = provider
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self._path = ''
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self._has_next_list = []
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@staticmethod
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def get_vertical(has_next_list):
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string = ''
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for v in has_next_list:
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string += '%s ' % ('│' if v else ' ')
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return string
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@staticmethod
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def get_last_vertical(last):
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return '└── ' if last else '├── '
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def print_tree(self):
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apex_map = self._provider.read_dir(self._path)
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if apex_map is None:
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return
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apex_map = dict(apex_map)
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if '.' in apex_map:
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del apex_map['.']
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if '..' in apex_map:
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del apex_map['..']
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key_list = list(sorted(apex_map.keys()))
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for i, key in enumerate(key_list):
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prev = self.get_vertical(self._has_next_list)
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last = self.get_last_vertical(i == len(key_list) - 1)
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val = apex_map[key]
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print('%s%s%s' % (prev, last, val.name))
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if val.is_dir:
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self._has_next_list.append(i < len(key_list) - 1)
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saved_dir = self._path
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self._path = os.path.join(self._path, val.name)
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self.print_tree()
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self._path = saved_dir
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self._has_next_list.pop()
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# Note: do not sys.exit early, for __del__ cleanup.
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def art_apex_test_main(test_args):
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if test_args.tree and test_args.debug:
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logging.error("Both of --tree and --debug set")
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return 1
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if test_args.list and test_args.debug:
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logging.error("Both of --list and --debug set")
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return 1
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if test_args.list and test_args.tree:
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logging.error("Both of --list and --tree set")
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return 1
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if not test_args.tmpdir:
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logging.error("Need a tmpdir.")
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return 1
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if not test_args.host and not test_args.debugfs:
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logging.error("Need debugfs.")
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return 1
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if test_args.bitness not in ['32', '64', 'multilib', 'auto']:
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logging.error('--bitness needs to be one of 32|64|multilib|auto')
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try:
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if test_args.host:
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apex_provider = HostApexProvider(test_args.apex, test_args.tmpdir)
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else:
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apex_provider = TargetApexProvider(test_args.apex, test_args.tmpdir, test_args.debugfs)
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except (zipfile.BadZipFile, zipfile.LargeZipFile) as e:
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logging.error('Failed to create provider: %s', e)
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return 1
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if test_args.tree:
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Tree(apex_provider, test_args.apex).print_tree()
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return 0
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if test_args.list:
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List(apex_provider).print_list()
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return 0
|
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checkers = []
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if test_args.bitness == 'auto':
|
logging.warning('--bitness=auto, trying to autodetect. This may be incorrect!')
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has_32 = apex_provider.get('lib') is not None
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has_64 = apex_provider.get('lib64') is not None
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if has_32 and has_64:
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logging.warning(' Detected multilib')
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test_args.bitness = 'multilib'
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elif has_32:
|
logging.warning(' Detected 32-only')
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test_args.bitness = '32'
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elif has_64:
|
logging.warning(' Detected 64-only')
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test_args.bitness = '64'
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else:
|
logging.error(' Could not detect bitness, neither lib nor lib64 contained.')
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print('%s' % apex_provider.folder_cache)
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return 1
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|
if test_args.bitness == '32':
|
base_checker = Arch32Checker(apex_provider)
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elif test_args.bitness == '64':
|
base_checker = Arch64Checker(apex_provider)
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else:
|
assert test_args.bitness == 'multilib'
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base_checker = MultilibChecker(apex_provider)
|
|
checkers.append(ReleaseChecker(base_checker))
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if test_args.host:
|
checkers.append(ReleaseHostChecker(base_checker))
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else:
|
checkers.append(ReleaseTargetChecker(base_checker))
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if test_args.debug:
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checkers.append(DebugChecker(base_checker))
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if test_args.debug and not test_args.host:
|
checkers.append(DebugTargetChecker(base_checker))
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|
# These checkers must be last.
|
checkers.append(NoSuperfluousBinariesChecker(base_checker))
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if not test_args.host:
|
# We only care about superfluous libraries on target, where their absence
|
# can be vital to ensure they get picked up from the right package.
|
checkers.append(NoSuperfluousLibrariesChecker(base_checker))
|
|
failed = False
|
for checker in checkers:
|
logging.info('%s...', checker)
|
checker.run()
|
if base_checker.error_count() > 0:
|
logging.error('%s FAILED', checker)
|
failed = True
|
else:
|
logging.info('%s SUCCEEDED', checker)
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base_checker.reset_errors()
|
|
return 1 if failed else 0
|
|
|
def art_apex_test_default(test_parser):
|
if 'ANDROID_PRODUCT_OUT' not in os.environ:
|
logging.error('No-argument use requires ANDROID_PRODUCT_OUT')
|
sys.exit(1)
|
product_out = os.environ['ANDROID_PRODUCT_OUT']
|
if 'ANDROID_HOST_OUT' not in os.environ:
|
logging.error('No-argument use requires ANDROID_HOST_OUT')
|
sys.exit(1)
|
host_out = os.environ['ANDROID_HOST_OUT']
|
|
test_args = test_parser.parse_args(['dummy']) # For consistency.
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test_args.debugfs = '%s/bin/debugfs' % host_out
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test_args.tmpdir = '.'
|
test_args.tree = False
|
test_args.list = False
|
test_args.bitness = 'auto'
|
failed = False
|
|
if not os.path.exists(test_args.debugfs):
|
logging.error("Cannot find debugfs (default path %s). Please build it, e.g., m debugfs",
|
test_args.debugfs)
|
sys.exit(1)
|
|
# TODO: Add host support
|
configs = [
|
{'name': 'com.android.runtime.release', 'debug': False, 'host': False},
|
{'name': 'com.android.runtime.debug', 'debug': True, 'host': False},
|
]
|
|
for config in configs:
|
logging.info(config['name'])
|
# TODO: Host will need different path.
|
test_args.apex = '%s/system/apex/%s.apex' % (product_out, config['name'])
|
if not os.path.exists(test_args.apex):
|
failed = True
|
logging.error("Cannot find APEX %s. Please build it first.", test_args.apex)
|
continue
|
test_args.debug = config['debug']
|
test_args.host = config['host']
|
failed = art_apex_test_main(test_args) != 0
|
|
if failed:
|
sys.exit(1)
|
|
|
if __name__ == "__main__":
|
parser = argparse.ArgumentParser(description='Check integrity of a Runtime APEX.')
|
|
parser.add_argument('apex', help='apex file input')
|
|
parser.add_argument('--host', help='Check as host apex', action='store_true')
|
|
parser.add_argument('--debug', help='Check as debug apex', action='store_true')
|
|
parser.add_argument('--list', help='List all files', action='store_true')
|
parser.add_argument('--tree', help='Print directory tree', action='store_true')
|
|
parser.add_argument('--tmpdir', help='Directory for temp files')
|
parser.add_argument('--debugfs', help='Path to debugfs')
|
|
parser.add_argument('--bitness', help='Bitness to check, 32|64|multilib|auto', default='auto')
|
|
if len(sys.argv) == 1:
|
art_apex_test_default(parser)
|
else:
|
args = parser.parse_args()
|
|
if args is None:
|
sys.exit(1)
|
|
exit_code = art_apex_test_main(args)
|
sys.exit(exit_code)
|
