def test_warning_suppress():
"""Log a warning message with logging at 1"""
log.LOG_LEVEL_STDOUT = 1
log.LOG_LEVEL_FILE = 1
log.w(TAG, "This is a warning!")
def del_prop(section, prop):
"""Delete a property"""
config = ConfigParser.ConfigParser()
config.read(CONFIG_FILE_NAME)
rtn = None
# Remove the parameter
try:
rtn = config.remove_option(section, prop)
except ConfigParser.NoSectionError:
log.w(TAG, "Property not removed (the section did not exist).")
return -1
if not rtn:
log.w(TAG, "Property not removed (did not exist).")
return -2
# Let's make sure we don't have an empty section now.
if len(config.items(section)) == 0:
config.remove_section(section)
prop_f = open(CONFIG_FILE_NAME, 'w')
config.write(prop_f)
prop_f.close()
return 0
def install_single_package(item, force=False):
"""Install a single package"""
rtn = 0
try:
# First check if we know about this package
if is_binary_installed(item.name):
# Prompt for install.
if not force:
print(
"[WARNING] An item with this name is already installed."
" See details below.")
installed_item = __load_item(item)
if __prompt_install(item, installed_item):
log.d(TAG, "User would like to install")
rtn = __do_single_package_install(item)
else:
log.i(TAG, "Package installation skipped.")
# Force
else:
log.d(TAG, "Forcing component installation.")
rtn = __do_single_package_install(item)
else:
log.d(TAG, "This is a new package, installing.")
rtn = __do_single_package_install(item)
except KeyError:
log.w(TAG, "Error checking if the package was installed. Skipping")
rtn = -4
return rtn
def run(self, args):
"""
Internal entry point for starting a module. It basically executes
the 'execute' method if it exists.
"""
# Save module name
self.__self__ = type(self).__name__
# Determine if we have an execute() method.
if hasattr(self, 'execute'):
# Do python logging override
try:
log.LOG_LEVEL_STDOUT = int(os.environ['GLOG_LEVEL'])
except KeyError:
pass
except ValueError:
log.w(TAG, "Invalid GLOG_LEVEL value (0-5 is allowed)")
result = getattr(self, 'execute')(args)
else:
log.e(TAG,
"Module '%s' does not define a entry point!" % self.__self__)
result = None
return result
def run(self, args):
"""
Internal entry point for starting a module. It basically executes
the 'execute' method if it exists.
"""
# Save module name
self.__self__ = type(self).__name__
# Determine if we have an execute() method.
if hasattr(self, 'execute'):
# Do python logging override
try:
log.LOG_LEVEL_STDOUT = int(os.environ['GLOG_LEVEL'])
except KeyError:
pass
except ValueError:
log.w(TAG, "Invalid GLOG_LEVEL value (0-5 is allowed)")
result = getattr(self, 'execute')(args)
else:
log.e(TAG, "Module '%s' does not define a entry point!"
% self.__self__)
result = None
return result
def del_prop(section, prop):
"""Delete a property"""
config = __load_config()
section = section.capitalize()
rtn = None
# Remove the parameter
try:
rtn = config.remove_option(section, prop)
except configparser.NoSectionError:
log.w(TAG, "Property not removed (the section did not exist).")
return -1
if not rtn:
log.w(TAG, "Property not removed (did not exist).")
return -2
# Let's make sure we don't have an empty section now.
if len(config.items(section)) == 0:
config.remove_section(section)
__update_config(config)
return 0
def del_prop(section, prop):
"""Delete a property"""
config = ConfigParser.ConfigParser()
config.read(CONFIG_FILE_NAME)
rtn = None
# Remove the parameter
try:
rtn = config.remove_option(section, prop)
except ConfigParser.NoSectionError:
log.w(TAG, "Property not removed (the section did not exist).")
return -1
if not rtn:
log.w(TAG, "Property not removed (did not exist).")
return -2
# Let's make sure we don't have an empty section now.
if len(config.items(section)) == 0:
config.remove_section(section)
prop_f = open(CONFIG_FILE_NAME, 'w')
config.write(prop_f)
prop_f.close()
return 0
def item_to_xml_binaries(cls, etree_root, export_items):
"""Export all binaries"""
# Add binaries
bin_items = [
item for item in export_items
if item.type == dtf.core.item.TYPE_BINARY
]
for item in bin_items:
item_xml = etree.SubElement(etree_root, 'Item')
item_xml.attrib['type'] = dtf.core.item.TYPE_BINARY
item_xml.attrib['name'] = item.name
if item.version is None:
log.w(TAG, "Skipping version for %s" % item.name)
else:
item_xml.attrib['version'] = item.version
if item.author is None:
log.w(TAG, "Skipping author for %s" % item.name)
else:
item_xml.attrib['author'] = item.author
item_xml.attrib['localName'] = "binaries/%s" % item.install_name
return
def item_to_xml_packages(cls, etree_root, export_items):
"""Export all packages"""
pkg_items = [
item for item in export_items
if item.type == dtf.core.item.TYPE_PACKAGE
]
for item in pkg_items:
item_xml = etree.SubElement(etree_root, 'Item')
item_xml.attrib['type'] = dtf.core.item.TYPE_PACKAGE
item_xml.attrib['name'] = item.name
if item.version is None:
log.w(TAG, "Skipping version for %s" % item.name)
else:
item_xml.attrib['version'] = item.version
if item.author is None:
log.w(TAG, "Skipping author for %s" % item.name)
else:
item_xml.attrib['author'] = item.author
item_xml.attrib['localName'] = "packages/%s" % item.install_name
return
def test_warning():
"""Log a warning message"""
log.LOG_LEVEL_STDOUT = 5
log.LOG_LEVEL_FILE = 5
log.w(TAG, "This is a warning!")
def install_single_package(item, force=False):
"""Install a single package"""
rtn = 0
try:
# First check if we know about this package
if is_binary_installed(item.name):
# Prompt for install.
if not force:
print ("[WARNING] An item with this name is already installed."
" See details below.")
installed_item = __load_item(item)
if __prompt_install(item, installed_item):
log.d(TAG, "User would like to install")
rtn = __do_single_package_install(item)
else:
log.i(TAG, "Package installation skipped.")
# Force
else:
log.d(TAG, "Forcing component installation.")
rtn = __do_single_package_install(item)
else:
log.d(TAG, "This is a new package, installing.")
rtn = __do_single_package_install(item)
except KeyError:
log.w(TAG, "Error checking if the package was installed. Skipping")
rtn = -4
return rtn
def do_shutdown(cls, signum, frame):
"""Handle a Ctrl+C"""
log.w(TAG, "Exiting dtf initialization!")
rmfile(utils.CONFIG_FILE_NAME)
rmfile(log.LOG_FILE_NAME)
exit(-4)
def delete_tree(directory_path):
"""Delete a directory recursively"""
try:
rmtree(directory_path)
return 0
except OSError:
log.w(TAG, "OSError when removing the tree at '%s'" % directory_path)
return 0
def do_shutdown(cls, signum, frame):
"""Handle a Ctrl+C"""
log.w(TAG, "Exiting dtf initialization!")
rmfile(utils.CONFIG_FILE_NAME)
rmfile(log.LOG_FILE_NAME)
exit(-4)
def __launch_python_module(path, cmd, args, chdir=True, skip_checks=False):
"""Launch a python module by path"""
mod_class = None
mod_inst = None
# We should always be in TOP (unless we are `pm`).
# However, we should save off the current directory.
launch_dir = os.getcwd()
if chdir and prop.TOP is not None:
os.chdir(prop.TOP)
# Next, get the path setup.
if __update_path() != 0:
log.e(TAG, "Unable to update library path!")
return -7
# If we got here, we try to load as a python module.
try:
module = imp.load_source(cmd, path)
# pylint:disable=bare-except
except: # NOQA
msg = sys.exc_info()[0]
log.e(TAG, "An Exception occured while calling load_source()")
log.e(TAG, "Exception: %s" % msg)
return -9
if module is None:
log.e(TAG, "Error launching module '%s'." % cmd)
return -5
try:
mod_class = getattr(module, cmd)
mod_inst = mod_class()
mod_inst.launch_dir = launch_dir
except AttributeError:
log.e(TAG, "Unable to find class '%s' in module!" % cmd)
return -6
if not skip_checks and __do_python_prelaunch_checks(mod_inst) != 0:
log.e(TAG, "Module prelaunch checks failed.")
return -8
# Save module name
mod_inst.__self__ = type(mod_inst).__name__
# Do python logging override
try:
log.LOG_LEVEL_STDOUT = int(os.environ['GLOG_LEVEL'])
except KeyError:
pass
except ValueError:
log.w(TAG, "Invalid GLOG_LEVEL value (0-5 is allowed)")
return __do_launch_python_module(mod_inst, args)
def delete_file(file_path):
"""Delete a file"""
try:
remove(file_path)
return 0
except OSError:
log.w(TAG,
"There was an OSError when removing the file '%s'" % file_path)
return 0
def delete_tree(directory_path):
"""Delete a directory recursively"""
try:
rmtree(directory_path)
return 0
except OSError:
log.w(TAG, "OSError when removing the tree at '%s'" % directory_path)
return 0
def parse_single_item(self, args): # pylint: disable=too-many-branches
"""Parse args, return Item"""
item = dtf.core.item.Item()
if args.single_name is None:
log.e(TAG, "No '--name' specified in single item mode. Exiting.")
return None
item.name = args.single_name
if args.single_type not in dtf.core.item.VALID_TYPES:
log.e(TAG, "Invalid type passed to single. Exiting.")
return None
item.type = args.single_type
version = args.single_version
if version is not None:
if dtf.core.item.is_valid_version(version):
item.version = version
else:
log.e(TAG, "Version string is not valid. Exiting.")
return None
else:
log.w(TAG, "No version provided, using v1.0.0")
item.version = "1.0.0"
try:
item.author = " ".join(args.single_author)
except TypeError:
item.author = None
try:
item.about = " ".join(args.single_about)
except TypeError:
item.about = None
install_name = args.single_install_name
local_name = args.single_local_name
if install_name is None:
log.d(TAG, "install_name is null, using name...")
install_name = os.path.basename(args.single_name)
if local_name is None:
log.d(TAG, "local_name is null, using name...")
local_name = args.single_name
item.install_name = install_name
item.local_name = local_name
if self.check_local_exists(item):
return item
else:
return None
def delete_file(file_path):
"""Delete a file"""
try:
remove(file_path)
return 0
except OSError:
log.w(TAG, "There was an OSError when removing the file '%s'"
% file_path)
return 0
def is_python_module(module_path, name):
"""Try to load as a Python module"""
try:
imp.load_source(name, module_path)
except (NameError, SyntaxError):
return False
except ImportError:
log.w(TAG, "This is a python module, but has non-existent imports!")
return False
return True
def is_python_module(module_path, name):
"""Try to load as a Python module"""
try:
imp.load_source(name, module_path)
except (NameError, SyntaxError):
return False
except ImportError:
log.w(TAG, "This is a python module, but has non-existent imports!")
return False
return True
def do_version_checks(item, strict):
"""Run version checks"""
if item.version is None:
log.w(TAG, "[WARN] Version is none, this should be set!")
if strict:
return -1
elif not dtf.core.item.is_valid_version(item.version):
log.e(TAG, "[FAIL] invalid version (must be semvar)")
return -1
else:
log.i(TAG, "[PASS] Valid version.")
return 0
def parse_bash_module(module_path, name):
"""Parse as a bash module"""
attributes = dict()
# Parse file for "#@", strings, store in dictionary.
for line in open(module_path).read().split("\n"):
match = re.match("#@[a-zA-Z ]+:.*", line)
if match is None:
continue
try:
attribute, value = match.group(0).replace("#@", "").split(":")
value = value.lstrip(" ")
except ValueError:
log.w(TAG, "Unable to parse the module version, not including.")
continue
attributes[attribute] = value
item = Item()
item.type = TYPE_MODULE
item.name = name
item.local_name = module_path
item.install_name = name
item.author = get_dict_attrib(attributes, "Author")
item.about = get_dict_attrib(attributes, "About")
health = get_dict_attrib(attributes, "Health")
if health not in VALID_HEALTH_VALUES:
log.e(TAG, "Invalid health specified. Exiting.")
return None
item.health = health
version = get_dict_attrib(attributes, "Version")
if version is not None:
try:
(item.major_version, item.minor_version) = version.split('.')
except ValueError:
log.e(TAG, "Version string is not valid. Exiting.")
return None
else:
item.major_version = None
item.minor_version = None
#Return our item.
return item
def execute(self, args):
"""Main module executor"""
print('Are you sure you want to delete the dtf project in this '
'directory? This cannot be reversed! [y/N]'),
inp = raw_input()
if inp.lower() == 'y':
os.remove(utils.CONFIG_FILE_NAME)
log.i(TAG, "Reset complete!")
return 0
else:
log.w(TAG, "Reset aborted.")
return -1
def parse_bash_module(module_path, name):
"""Parse as a bash module"""
attributes = dict()
# Parse file for "#@", strings, store in dictionary.
for line in open(module_path).read().split("\n"):
match = re.match("#@[a-zA-Z ]+:.*", line)
if match is None:
continue
try:
attribute, value = match.group(0).replace("#@", "").split(":")
value = value.lstrip(" ")
except ValueError:
log.w(TAG, "Unable to parse the module version, not including.")
continue
attributes[attribute] = value
item = Item()
item.type = TYPE_MODULE
item.name = name
item.local_name = module_path
item.install_name = name
item.author = get_dict_attrib(attributes, "Author")
item.about = get_dict_attrib(attributes, "About")
health = get_dict_attrib(attributes, "Health")
if health not in VALID_HEALTH_VALUES:
log.e(TAG, "Invalid health specified. Exiting.")
return None
item.health = health
version = get_dict_attrib(attributes, "Version")
if version is not None:
try:
(item.major_version, item.minor_version) = version.split('.')
except ValueError:
log.e(TAG, "Version string is not valid. Exiting.")
return None
else:
item.major_version = None
item.minor_version = None
#Return our item.
return item
def __item_from_xml(item, relative_root="./"):
"""create Item object from XML"""
item_type = __get_xml_attrib(item, "type")
if item_type is None:
log.e(TAG, "Found tag with no 'type' attribute, skipping!")
return None
if item_type not in dtf.core.item.VALID_TYPES:
log.e(TAG, "Illegal 'type' attribute found, skipping!")
return None
name = __get_xml_attrib(item, "name")
if name is None:
log.e(TAG, "Found NULL named moduled, skipping!")
return None
# Ok, lets start. We can generically parse.
local_item = dtf.core.item.Item()
local_item.type = item_type
local_item.version = __get_xml_attrib(item, "version")
local_item.author = __get_xml_attrib(item, "author")
local_item.about = __get_xml_attrib(item, "about")
if local_item.version is None:
log.w(TAG, "No version for '%s', using 1.0.0" % name)
local_item.version = "1.0.0"
install_name = __get_xml_attrib(item, "installName")
local_name = __get_xml_attrib(item, "localName")
if install_name is None:
log.d(TAG, "install_name is null, using name...")
install_name = name
if local_name is None:
log.d(TAG, "local_name is null, using name...")
local_name = name
else:
local_name = os.path.normpath("%s/%s" % (relative_root, local_name))
local_item.name = name
local_item.install_name = install_name
local_item.local_name = local_name
return local_item
def main():
"""Main loop"""
parser = ArgumentParser(prog='dtf_checker',
description='Check module for syntax & style.')
parser.add_argument('module_name',
metavar="module_name",
type=str,
nargs='+',
default=None,
help='The module to check.')
parser.add_argument('-a',
'--all',
dest='all_checks',
action='store_const',
const=True,
default=False,
help="Run more vigorous checks.")
parser.add_argument('-s',
'--strict',
dest='strict',
action='store_const',
const=True,
default=False,
help="Treat warnins as errors.")
parsed_args = parser.parse_args()
all_checks = parsed_args.all_checks
strict_checks = parsed_args.strict
module_name = parsed_args.module_name[0]
# First, lets make sure have stuff
if not check_required():
return -1
# Do python logging override
try:
log.LOG_LEVEL_STDOUT = int(os.environ['GLOG_LEVEL'])
except KeyError:
pass
except ValueError:
log.w(TAG, "Invalid GLOG_LEVEL value (0-5 is allowed)")
# Do checks
return do_checks(module_name, all_checks, strict_checks)
def execute(self, args): # pylint: disable=unused-argument,no-self-use
"""Main module executor"""
print(
'Are you sure you want to delete the dtf project in this '
'directory? This cannot be reversed! [y/N]',
end=" ")
inp = compat.raw_input()
if inp.lower() == 'y':
os.remove(utils.CONFIG_FILE_NAME)
log.i(TAG, "Reset complete!")
return 0
else:
log.w(TAG, "Reset aborted.")
return -1
def determine_seandroid_state(self):
"""Determine if SEAndroid is used"""
self.adb.shell_command("getenforce")
response = self.adb.get_output()[0].lower()
if response.find("not found") != -1:
return SEANDROID_OFF
elif response == "permissive":
return SEANDROID_PERMISSIVE
elif response == "enforcing":
return SEANDROID_ENFORCING
elif response == "disabled":
return SEANDROID_DISABLED
else:
log.w(TAG, "Unable to determine SEAndroid state!")
return SEANDROID_UNKNOWN
def do_other_checks(item, strict):
"""Run rest of the auto checkks"""
if item.about is None:
log.w(TAG, "[WARN] About string is none, this should be set!")
if strict:
return -1
else:
log.i(TAG, "[PASS] Valid about.")
# Check Author
if item.author is None:
log.w(TAG, "[WARN] Author is none, this should be set!")
if strict:
return -1
else:
log.i(TAG, "[PASS] Valid author.")
return 0
def __install_zip_binary(zip_file, item, force_mode):
"""Install a binary from a ZIP"""
rtn = 0
# Does the resource even exist?
if not file_in_zip(zip_file, item.local_name):
log.w(
TAG, "'%s' defined, but local file '%s' does not exist!" %
(item.name, item.local_name))
return -1
try:
# First check if we know about this binary
if is_binary_installed(item.name):
# Prompt for install.
if not force_mode:
print(
"[WARNING] An item with this name is already installed."
" See details below.")
installed_item = __load_item(item)
if __prompt_install(item, installed_item):
log.d(TAG, "User would like to install")
rtn = __do_zip_binary_install(zip_file, item)
else:
log.i(TAG, "Binary installation skipped.")
# Force
else:
log.d(TAG, "Forcing component installation.")
rtn = __do_zip_binary_install(zip_file, item)
else:
log.d(TAG, "This is a new binary, installing.")
rtn = __do_zip_binary_install(zip_file, item)
except KeyError:
log.w(TAG, "Error checking if the binary was installed. Skipping")
rtn = -4
return rtn
def __install_zip_binary(zip_file, item, force_mode):
"""Install a binary from a ZIP"""
rtn = 0
# Does the resource even exist?
if not file_in_zip(zip_file, item.local_name):
log.w(TAG, "'%s' defined, but local file '%s' does not exist!"
% (item.name, item.local_name))
return -1
try:
# First check if we know about this binary
if is_binary_installed(item.name):
# Prompt for install.
if not force_mode:
print ("[WARNING] An item with this name is already installed."
" See details below.")
installed_item = __load_item(item)
if __prompt_install(item, installed_item):
log.d(TAG, "User would like to install")
rtn = __do_zip_binary_install(zip_file, item)
else:
log.i(TAG, "Binary installation skipped.")
# Force
else:
log.d(TAG, "Forcing component installation.")
rtn = __do_zip_binary_install(zip_file, item)
else:
log.d(TAG, "This is a new binary, installing.")
rtn = __do_zip_binary_install(zip_file, item)
except KeyError:
log.w(TAG, "Error checking if the binary was installed. Skipping")
rtn = -4
return rtn
def install_zip(zip_file_name, force=False, new_only=False):
"""Install a ZIP file"""
rtn = 0
export_zip = mp.ExportZip(zip_file_name)
for item in export_zip.iter_items():
if not export_zip.assert_item(item):
log.w(
TAG, "'%s' defined, but local file '%s' does not exist!" %
(item.name, item.local_name))
continue
item_type = item.type
if item_type == dtf.core.item.TYPE_BINARY:
rtn |= __generic_install(item, force, new_only,
is_binary_installed,
__do_zip_binary_install,
(export_zip, item))
elif item_type == dtf.core.item.TYPE_LIBRARY:
rtn |= __generic_install(item, force, new_only,
is_library_installed,
__do_zip_library_install,
(export_zip, item))
elif item_type == dtf.core.item.TYPE_MODULE:
rtn |= __generic_install(item, force, new_only,
is_module_installed,
__do_zip_module_install,
(export_zip, item))
elif item_type == dtf.core.item.TYPE_PACKAGE:
rtn |= __generic_install(item, force, new_only,
is_package_installed,
__do_zip_package_install,
(export_zip, item))
return rtn
def item_to_xml_modules(cls, etree_root, export_items):
"""Export all modules"""
mod_items = [
item for item in export_items
if item.type == dtf.core.item.TYPE_MODULE
]
for item in mod_items:
item_xml = etree.SubElement(etree_root, 'Item')
item_xml.attrib['type'] = dtf.core.item.TYPE_MODULE
item_xml.attrib['name'] = item.name
if item.version is None:
log.w(TAG, "Skipping version for %s" % item.name)
else:
item_xml.attrib['version'] = item.version
if item.about is None:
log.w(TAG, "Skipping about for %s" % item.name)
else:
item_xml.attrib['about'] = item.about
if item.author is None:
log.w(TAG, "Skipping author for %s" % item.name)
else:
item_xml.attrib['author'] = item.author
item_xml.attrib['localName'] = "modules/%s" % item.install_name
return
def parse_bash_module(module_path, name):
"""Parse as a bash module"""
attributes = dict()
# Parse file for "#@", strings, store in dictionary.
for line in open(module_path).read().split("\n"):
match = re.match("#@[a-zA-Z ]+:.*", line)
if match is None:
continue
try:
attribute, value = match.group(0).replace("#@", "").split(":")
value = value.lstrip(" ")
except ValueError:
log.w(TAG, "Unable to parse the module version, not including.")
continue
attributes[attribute] = value
item = dtf.core.item.Item()
item.type = dtf.core.item.TYPE_MODULE
item.name = name
item.local_name = module_path
item.install_name = name
item.author = get_dict_attrib(attributes, "Author")
item.about = get_dict_attrib(attributes, "About")
version = get_dict_attrib(attributes, "Version")
if version is not None:
if dtf.core.item.is_valid_version(version):
item.version = version
else:
log.e(TAG, "Invalid version specified. Exiting.")
return None
else:
item.version = None
# Return our item.
return item
def __generic_install(item, force_mode, new_only, check_function,
install_function, install_args):
"""Generic check and caller"""
try:
# First check if we know about this item
if check_function(item.name):
log.d(TAG, "Item exists, need to check")
# If forced, don't even check.
if force_mode:
log.i(
TAG, "Forcing component installation: %s (%s)" %
(item.name, item.type))
return install_function(*install_args)
installed_item = __load_item(item)
# Ok, next, we check the versions.
if dtf.core.item.item_is_newer(installed_item, item):
log.i(
TAG, "Upgrading %s from v%s to v%s" %
(item.name, installed_item.version, item.version))
return install_function(*install_args)
elif new_only:
log.w(TAG, "Skipping due to older version: %s" % item.name)
return 0
# Otherwise we need to prompt
else:
print("[WARNING] An item with this name is already installed."
" See details below.")
if __prompt_install(item, installed_item):
log.d(TAG, "User would like to install")
return install_function(*install_args)
else:
log.w(TAG, "Installation skipped.")
return 0
else:
log.i(TAG, "Installing new item: %s (%s)" % (item.name, item.type))
return install_function(*install_args)
except KeyError:
log.w(TAG, "Error checking if the item was installed. Skipping")
return -4
def initialize_device(self, init_device):
"""Perform the actual initialization"""
device_serial = init_device['serial']
log.d(TAG, "Preparing device: %s" % device_serial)
utils.touch(utils.CONFIG_FILE_NAME)
set_prop('Info', 'serial', device_serial)
# Set the client section.
set_prop('Client', 'mode', adb.MODE_USB)
# Since we have a serial now, lets create a new DtfAdb instance
self.adb = adb.DtfAdb()
# Kernel
self.adb.shell_command('cat /proc/version')
kernel = self.adb.get_output()[0]
log.d(TAG, "Kernel version: %s" % kernel)
set_prop('Info', 'kernel', kernel)
# SDK
sdk = self.getprop('ro.build.version.sdk')
log.d(TAG, "Using SDK API %s" % sdk)
set_prop('Info', 'SDK', sdk)
if int(sdk) > const.API_MAX:
log.w(
TAG,
"API %s isn't supported by dtf (yet), results may vary!" % sdk)
self.adb.shell_command('set')
set_output = self.adb.get_output()
# $PATH
path = get_set_value(set_output, 'PATH')
if path is None:
log.e(TAG, "Unable to get $PATH variable!")
self.do_shutdown(None, None)
log.d(TAG, "PATH : %s" % path)
set_prop('Info', 'path', path)
# $BOOTCLASSPTH
bootclasspath = get_set_value(set_output, 'BOOTCLASSPATH')
if bootclasspath is None:
log.e(TAG, "Unable to get $BOOTCLASSPATH variable!")
self.do_shutdown(None, None)
log.d(TAG, "BOOTCLASSPATH : %s" % bootclasspath)
set_prop('Info', 'bootclasspath-jars', bootclasspath)
# Version string
version_string = self.generate_version_string()
log.d(TAG, "Using version string: %s" % version_string)
set_prop('Info', 'version-string', version_string)
# Determine architecture and CPU bitness
arch, cpu_bits = self.determine_cpu_arch()
if cpu_bits is None:
self.do_shutdown(None, None)
log.d(TAG, "CPU Architecture: %s" % arch)
set_prop("Info", "cpu-arch", arch)
log.d(TAG, "Using %s-bit CPU" % cpu_bits)
set_prop('Info', 'cpu-bits', cpu_bits)
# Set the VM type (Dalvik|Art)
vm_type = self.determine_vm_type(sdk, cpu_bits)
if vm_type is None:
self.do_shutdown(None, None)
log.d(TAG, "Determined runtime: %s" % vm_type)
set_prop('Info', 'vmtype', vm_type)
# Determine SEAndroid
se_state = self.determine_seandroid_state()
log.d(TAG, "Determine SEAndroid state: %s" % se_state)
set_prop('Info', 'seandroid-state', se_state)
# Setup the directory structure
self.make_project_directories()
# Set directory related properties
set_prop('Local', 'reports-dir', utils.REPORTS_DIRECTORY)
set_prop('Local', 'db-dir', utils.DBS_DIRECTORY)
# Invoke client installation
rtn = pkg.launch_builtin_module('client', ['install'])
if rtn != 0:
log.w(TAG, "Unable to install dtf client. Try manually.")
return 0
def initialize_device(self, device_serial):
"""Perform the actual initialization"""
log.d(TAG, "Preparing device: %s" % device_serial)
touch(utils.CONFIG_FILE_NAME)
set_prop('Info', 'serial', device_serial)
# Since we have a serial now, lets create a new DtfAdb instance
self.adb = DtfAdb.DtfAdb()
# Kernel
self.adb.shell_command('cat /proc/version')
kernel = self.adb.get_output()[0]
log.d(TAG, "Kernel version: %s" % kernel)
set_prop('Info', 'kernel', kernel)
# SDK
sdk = self.getprop('ro.build.version.sdk')
log.d(TAG, "Using SDK API %s" % sdk)
set_prop('Info', 'SDK', sdk)
self.adb.shell_command('set')
set_output = self.adb.get_output()
# $PATH
path = get_set_value(set_output, 'PATH')
if path is None:
log.e(TAG, "Unable to get $PATH variable!")
self.do_shutdown(None, None)
log.d(TAG, "PATH : %s" % path)
set_prop('Info', 'path', path)
# $BOOTCLASSPTH
bootclasspath = get_set_value(set_output, 'BOOTCLASSPATH')
if bootclasspath is None:
log.e(TAG, "Unable to get $BOOTCLASSPATH variable!")
self.do_shutdown(None, None)
log.d(TAG, "BOOTCLASSPATH : %s" % bootclasspath)
set_prop('Info', 'bootclasspath-jars', bootclasspath)
# Version string
version_string = self.generate_version_string()
log.d(TAG, "Using version string: %s" % version_string)
set_prop('Info', 'version-string', version_string)
# Determine CPU bitness
cpu_bits = self.determine_cpu_bits()
if cpu_bits is None:
self.do_shutdown(None, None)
log.d(TAG, "Using %s-bit CPU" % cpu_bits)
set_prop('Info', 'cpu-bits', cpu_bits)
# Set the VM type (Dalvik|Art)
vm_type = self.determine_vm_type(sdk, cpu_bits)
if vm_type is None:
self.do_shutdown(None, None)
log.d(TAG, "Determined runtime: %s" % vm_type)
set_prop('Info', 'vmtype', vm_type)
# Make project directories
mkdir(REPORTS_DIRECTORY)
mkdir(DBS_DIRECTORY)
mkdir(LOCAL_MODULES_DIRECTORY)
set_prop('Local', 'reports-dir', REPORTS_DIRECTORY)
set_prop('Local', 'db-dir', DBS_DIRECTORY)
# Invoke client installation
rtn = pkg.launch_builtin_module('client', ['install'])
if rtn != 0:
log.w(TAG, "Unable to install dtf client. Try manually.")
return 0
def do_upgrade(self, args):
"""Do content upgrade"""
parser = ArgumentParser(prog='pm upgrade',
description='Upgrade managed content.')
parser.add_argument('-v',
'--dont-verify-ssl',
dest='verify',
action='store_const',
const=False,
default=True,
help="Allow SSL certificate issues.")
parser.add_argument('-a',
'--allow-http',
dest='allow_http',
action='store_const',
const=True,
default=False,
help="Allow HTTP downloads.")
parser.add_argument('-f',
'--force',
dest='force',
action='store_const',
const=True,
default=False,
help="Force install of component(s).")
parser.add_argument('-p',
'--prompt-all',
dest='new_only',
action='store_const',
const=False,
default=True,
help="Prompt install regardless of version.")
parsed_args = parser.parse_args(args)
verify = parsed_args.verify
allow_http = parsed_args.allow_http
force = parsed_args.force
new_only = parsed_args.new_only
for repo_name, url in packagemanager.get_repos():
log.i(TAG,
"Requesting content from '%s' (%s).." % (repo_name, url))
if utils.is_http_url(url) and not allow_http:
log.w(
TAG,
"Skipping '%s' due to HTTP (use --allow-http)" % repo_name)
continue
file_f = self.download_temp_file(url, verify=verify)
if file_f is None:
continue
if not zipfile.is_zipfile(file_f.name):
log.w(TAG, "Pulled content is not a valid ZIP file, skipping!")
continue
log.i(TAG, "Starting install...")
packagemanager.install_zip(file_f.name,
force=force,
new_only=new_only)
file_f.close()
log.i(TAG, "Upgrade complete.")
return 0
def initialize_device(self, device_serial):
"""Perform the actual initialization"""
log.d(TAG, "Preparing device: %s" % device_serial)
touch(utils.CONFIG_FILE_NAME)
set_prop('Info', 'serial', device_serial)
# Since we have a serial now, lets create a new DtfAdb instance
self.adb = DtfAdb.DtfAdb()
# Kernel
self.adb.shell_command('cat /proc/version')
kernel = self.adb.get_output()[0]
log.d(TAG, "Kernel version: %s" % kernel)
set_prop('Info', 'kernel', kernel)
# SDK
sdk = self.getprop('ro.build.version.sdk')
log.d(TAG, "Using SDK API %s" % sdk)
set_prop('Info', 'SDK', sdk)
self.adb.shell_command('set')
set_output = self.adb.get_output()
# $PATH
path = get_set_value(set_output, 'PATH')
if path is None:
log.e(TAG, "Unable to get $PATH variable!")
self.do_shutdown(None, None)
log.d(TAG, "PATH : %s" % path)
set_prop('Info', 'path', path)
# $BOOTCLASSPTH
bootclasspath = get_set_value(set_output, 'BOOTCLASSPATH')
if bootclasspath is None:
log.e(TAG, "Unable to get $BOOTCLASSPATH variable!")
self.do_shutdown(None, None)
log.d(TAG, "BOOTCLASSPATH : %s" % bootclasspath)
set_prop('Info', 'bootclasspath-jars', bootclasspath)
# Version string
version_string = self.generate_version_string()
log.d(TAG, "Using version string: %s" % version_string)
set_prop('Info', 'version-string', version_string)
# Determine CPU bitness
cpu_bits = self.determine_cpu_bits()
if cpu_bits is None:
self.do_shutdown(None, None)
log.d(TAG, "Using %s-bit CPU" % cpu_bits)
set_prop('Info', 'cpu-bits', cpu_bits)
# Set the VM type (Dalvik|Art)
vm_type = self.determine_vm_type(sdk, cpu_bits)
if vm_type is None:
self.do_shutdown(None, None)
log.d(TAG, "Determined runtime: %s" % vm_type)
set_prop('Info', 'vmtype', vm_type)
# Make project directories
mkdir(REPORTS_DIRECTORY)
mkdir(DBS_DIRECTORY)
mkdir(LOCAL_MODULES_DIRECTORY)
set_prop('Local', 'reports-dir', REPORTS_DIRECTORY)
set_prop('Local', 'db-dir', DBS_DIRECTORY)
# Invoke client installation
rtn = pkg.launch_builtin_module('client', ['install'])
if rtn != 0:
log.w(TAG, "Unable to install dtf client. Try manually.")
return 0
