def test():
apk_path = "/home/sym/Downloads/share/11/davm/app/com.thecarousell.Carousell.apk"
#apk_path = "/home/sym/Downloads/share/11/davm/app/com.tmob.AveaOIM.apk"
apkf = APK(apk_path)
# print apkf.cert_text
# print apkf.file_md5
# print apkf.cert_md5
print apkf.file_size
# print apkf.androidversion
print apkf.package
# print apkf.get_android_manifest_xml()
# print apkf.get_android_manifest_axml()
print apkf.is_valid_APK()
# print apkf.get_filename()
# print apkf.get_package()
# print apkf.get_androidversion_code()
print apkf.get_androidversion_name()
# print apkf.get_max_sdk_version()
# print apkf.get_min_sdk_version()
# print apkf.get_target_sdk_version()
print apkf.get_libraries()
#print apkf.get_files()
# # pip install python-magic
# print apkf.get_files_types()
# # print apkf.get_dex()
print apkf.get_main_activity()
def test():
apk_path = "/home/tdoly/topitme.apk"
apkf = APK(apk_path)
print apkf.cert_text
print apkf.file_md5
print apkf.cert_md5
print apkf.file_size
print apkf.androidversion
print apkf.get_min_sdk_version()
print apkf.package
def test():
apk_path = "/home/tdoly/topitme.apk"
apkf = APK(apk_path)
print apkf.cert_text
print apkf.file_md5
print apkf.cert_md5
print apkf.file_size
print apkf.androidversion
print apkf.get_min_sdk_version()
print apkf.package
def test():
apk_path = "00ea77eb6f076fe87adb3cd9d39bcb3e8e487529faed7c8853c5a821be801e0a.apk"
apkf = APK(apk_path)
#print apkf.cert_text
print apkf.file_md5
#print apkf.cert_md5
#print apkf.file_size
#print apkf.androidversion
#print apkf.package
#print apkf.get_android_manifest_xml()
#print apkf.get_android_manifest_axml()
#print apkf.is_valid_APK()
#print apkf.get_filename()
#print apkf.get_package()
#print apkf.get_androidversion_code()
#print apkf.get_androidversion_name()
#print apkf.get_max_sdk_version()
#print apkf.get_min_sdk_version()
#print apkf.get_target_sdk_version()
#print apkf.get_libraries()
#print apkf.get_files()
# pip install python-magic
#print apkf.get_files_types()
#print apkf.get_dex()
#print apkf.get_main_activity()
print apkf.get_activities()
print apkf.get_services()
print apkf.get_receivers()
def clearlog(args):
pkg = APK(args.apk).get_package()
devices = args.serialnos.split(',')
DEVICE_LOG = DEVICE_LOG_BASE + pkg + '.log'
for d in devices:
subprocess.check_call(['adb', '-s', d, 'shell', 'rm', DEVICE_LOG])
print('done')
def test():
apk_path = "../test.apk"
#apk_path = "/home/sym/Downloads/share/11/davm/app/com.tmob.AveaOIM.apk"
apkf = APK(apk_path)
print(f"{apkf.get_app_name()= }\n")
print(f"{apkf.androidversion= }\n")
print(f"{apkf.filename= }\n")
print(f"{apkf.get_activities()= }\n")
print(f"{apkf.get_androidversion_code()= }\n")
print(f"{apkf.get_androidversion_name()= }\n")
print(f"{apkf.get_declared_permissions()= }\n")
print(f"{apkf.get_declared_permissions_details()= }\n")
print(f"{apkf.get_details_permissions()= }\n")
print(f"{apkf.get_effective_target_sdk_version()= }\n")
print(f"{apkf.get_libraries()= }\n")
print(f"{apkf.get_main_activities()= }\n")
print(f"{apkf.get_main_activity()= }\n")
print(f"{apkf.get_max_sdk_version()= }\n")
print(f"{apkf.get_min_sdk_version()= }\n")
print(f"{apkf.get_package()= }\n")
print(f"{apkf.get_providers()= }\n")
print(f"{apkf.get_receivers()= }\n")
print(f"{apkf.get_requested_aosp_permissions()= }\n")
print(f"{apkf.get_requested_aosp_permissions_details()= }\n")
print(f"{apkf.get_requested_permissions()= }\n")
print(f"{apkf.get_requested_third_party_permissions()= }\n")
print(f"{apkf.get_services()= }\n")
print(f"{apkf.get_uses_implied_permission_list()= }\n")
print(f"{apkf.is_signed()= }\n")
print(f"{apkf.is_valid_APK()= }\n")
print(f"{apkf.is_wearable()= }\n")
def install(args):
pkg = APK(args.apk).get_package()
serialnos = args.serialnos.split(',')
print(
'This command is not useful for MIUI devices; please click on the installation popup dialog and manually grant WRITE_EXTERNAL_STROAGE permission'
)
print('1. install processed APK')
for d in serialnos:
subprocess.check_call(['adb', '-s', d, 'uninstall', pkg])
subprocess.check_call(['adb', '-s', d, 'install',
args.apk]) # Note: Xiaomi will pop up a dialog
print('APK installed')
print('2. grant permissions for logging')
for d in serialnos:
grantWrite = [
'adb', '-s', d, 'shell', 'pm', 'grant', pkg,
'android.permission.WRITE_EXTERNAL_STORAGE'
]
print(" ".join(grantWrite))
subprocess.check_call([
'adb', '-s', d, 'shell', 'pm', 'grant', pkg,
'android.permission.WRITE_EXTERNAL_STORAGE'
])
grantRead = [
'adb', '-s', d, 'shell', 'pm', 'grant', pkg,
'android.permission.READ_EXTERNAL_STORAGE'
]
print(" ".join(grantRead))
subprocess.check_call([
'adb', '-s', d, 'shell', 'pm', 'grant', pkg,
'android.permission.READ_EXTERNAL_STORAGE'
])
print('permission granted')
def save_model(self, request, obj, form, change):
zipFile=zipfile.ZipFile(obj.apk)
#read package and version
manifest=zipFile.read('AndroidManifest.xml')
parser = APK(manifest)
obj.package = parser.getPackage()
obj.version = parser.getVersion()
#save
obj.save()
#save icon
icon=zipFile.read('res/drawable-hdpi/ic_launcher.png')
outIcon=os.path.join(os.path.dirname(obj.apk.path), obj.package+'.png')
fp=open(outIcon, 'w')
fp.write(icon)
fp.close()
def test():
apk_path = 'alleria_1_7_2.apk'
apkf = APK(apk_path)
# print apkf.cert_text
# print apkf.file_md5
# print apkf.cert_md5
print apkf.file_size
print apkf.file_sha1
# print apkf.androidversion
# print apkf.package
# print apkf.get_android_manifest_xml()
# print apkf.get_android_manifest_axml()
# print apkf.is_valid_APK()
# print apkf.get_filename()
# print apkf.get_package()
# print apkf.get_androidversion_code()
print apkf.get_androidversion_name()
def write_to_csv(apk_paths):
for file_path in apk_paths:
obj = APK(file_path)
obj = APK(read(file_path), raw=True)
list_of_obtained_permissions = obj.get_permissions()
#print(list_of_obtained_permissions)
result = []
for permission in list_of_permissions:
if permission in list_of_obtained_permissions:
result.append(1)
else:
result.append(0)
package_name = obj.get_package()
result.append(package_name)
package_size = obj.file_size
result.append(package_size)
result.append(1)
with open("./saurabh_dataset.csv", "a") as f:
writer = csv.writer(f, dialect='excel')
writer.writerow(result)
def test():
apk_path = "/home/tdoly/com.android.vending_090150.apk"
apkf = APK(apk_path)
print apkf.cert_text
print apkf.file_md5
print apkf.cert_md5
print apkf.file_size
print apkf.androidversion
print apkf.package
print apkf.get_android_manifest_xml()
print apkf.get_android_manifest_axml()
print apkf.is_valid_APK()
print apkf.get_filename()
print apkf.get_package()
print apkf.get_androidversion_code()
print apkf.get_androidversion_name()
print apkf.get_max_sdk_version()
print apkf.get_min_sdk_version()
print apkf.get_target_sdk_version()
print apkf.get_libraries()
print apkf.get_files()
# pip install python-magic
print apkf.get_files_types()
# print apkf.get_dex()
print apkf.get_main_activity()
print apkf.get_activities()
print apkf.get_services()
print apkf.get_receivers()
print apkf.get_providers()
print apkf.get_permissions()
def test():
apk_path = "wan.ke.ji-V1.5-1500.apk"
apkf = APK(apk_path)
print apkf.cert_text
print apkf.file_md5
print apkf.cert_md5
print apkf.file_size
print apkf.androidversion
print apkf.package
print apkf.get_android_manifest_xml()
print apkf.get_android_manifest_axml()
print apkf.is_valid_APK()
print apkf.get_filename()
print apkf.get_package()
print apkf.get_androidversion_code()
print apkf.get_androidversion_name()
print apkf.get_max_sdk_version()
print apkf.get_min_sdk_version()
print apkf.get_target_sdk_version()
print apkf.get_libraries()
print apkf.get_files()
# pip install python-magic
print apkf.get_files_types()
# print apkf.get_dex()
print apkf.get_main_activity()
print apkf.get_activities()
print apkf.get_services()
print apkf.get_receivers()
print apkf.get_providers()
print apkf.get_permissions()
print apkf.show()
apkf.parse_icon(icon_path='.')
def analyze(args):
access_token = _load_token()
if access_token is None:
print('Please login to AppetizerIO first')
return 1
authorization = 'Bearer ' + access_token
pkg = APK(args.apk).get_package()
log_zip = pkg + '.log.zip'
serialnos = args.serialnos.split(',')
DEVICE_LOG = DEVICE_LOG_BASE + pkg + '.log'
token = None
print('0. harvest and compress device logs')
with zipfile.ZipFile(log_zip, 'w') as myzip:
for d in serialnos:
subprocess.check_call(
['adb', '-s', d, 'pull', DEVICE_LOG, d + '.log'])
if args.clear:
subprocess.check_call(
['adb', '-s', d, 'shell', 'rm', DEVICE_LOG])
myzip.write(d + '.log')
print('1. request analysis from the server')
r = requests.post(API_BASE + 'api/v1/insight/analyze',
headers={'Authorization': authorization},
data={'pkg_name': pkg},
verify=False)
r_json = r.json()
print(r_json)
if r.status_code != 200:
print(r_json['msg'])
return 1
token = r_json['token']
key = r_json['key']
print('2. upload log files')
print('pkg: ' + pkg)
print('log file: ' + log_zip)
print('uploading......')
ret, info = put_file(token, key, log_zip)
if (ret is None or 'code' not in ret or ret['code'] != 200):
print('upload error')
return 1
print('3. server analyzing')
r_json = None
while True:
r = requests.get(API_BASE + 'api/v1/insight/report',
headers={'Authorization': authorization},
params={'key': key})
r_json = r.json()
if r_json['code'] != 200:
print(r_json)
return 1
if r_json['state'] == 'return_upload_auth' or r_json[
'state'] == 'upload_finish' or r_json[
'state'] == 'server_download':
print('waiting...... server is downloading log')
elif r_json['state'] == 'analyzing':
print('waiting...... server is analyzing')
elif r_json['state'] == 'analyze_success':
print('waiting...... server is uploading the report')
elif r_json['state'] == 'server_upload_success':
print('server has generated and uploaded the report')
break
else:
print(r_json)
print('server fails to analyze the logs')
return 1
time.sleep(ANXIETY)
download_url = r_json['download_url']
print(download_url)
print('4. download report')
r = requests.get(download_url)
if r.status_code != 200:
print('download failed')
return 1
print('download completed')
with open(args.report_path, 'wb') as f:
for chunk in r.iter_content(chunk_size=1024000):
f.write(chunk)
print('5. cleanup')
os.remove(log_zip)
for d in serialnos:
os.remove(d + '.log')
print('All done! Report file stored at: ' + args.report_path)
if not args.clear:
print(
'Please remember to delete old logs with clearlog command to avoid repeated analysis'
)
def process(args):
access_token = _load_token()
if access_token is None:
print('Please login to AppetizerIO first')
return 1
authorization = 'Bearer ' + access_token
original_name = os.path.basename(args.apk)
pkg = APK(args.apk).get_package()
token = None
try:
subprocess.check_call(['adb', 'version'])
except:
print('adb not available')
return 1
print('0. request for Appetizer Insights quality monitoring module')
r = requests.post(API_BASE + 'api/v1/insight/upload',
headers={'Authorization': authorization},
verify=False)
r_json = r.json()
print(r_json)
if r.status_code != 200:
print(r_json['msg'])
return 1
token = r_json['token']
key = r_json['key']
print('1. upload APK file')
print('apk: ' + args.apk)
print('pkg: ' + pkg)
print('upload......')
ret, info = put_file(token, key, args.apk)
print(ret)
if ret is None or 'code' not in ret or ret['code'] != 200:
print('upload error')
return 1
print('2. wait for the APK to be processed')
r_json = None
while True:
r = requests.get(API_BASE + 'api/v1/insight/processed_app',
headers={'Authorization': authorization},
params={'key': key})
r_json = r.json()
if r_json['code'] != 200:
print(r_json)
return 1
if r_json['state'] == 'return_upload_auth' or r_json[
'state'] == 'upload_finish' or r_json[
'state'] == 'server_download':
print('waiting...... server is downloading the APK')
elif r_json['state'] == 'rewriting':
print('waiting...... server is processing the APK')
elif r_json['state'] == 'rewrite_success':
print('waiting...... server is uploading the processed APK')
elif r_json['state'] == 'server_upload_success':
print('server has completed processing the APK')
break
else:
print(r_json)
print('server fails to process the APK')
return 1
time.sleep(ANXIETY)
download_url = r_json['download_url']
print(download_url)
print('3. download processed APK')
r = requests.get(download_url)
if r.status_code != 200:
print('download failed')
return 1
print('download completed')
with open(args.processed_apk, 'wb') as f:
for chunk in r.iter_content(chunk_size=1024000):
f.write(chunk)
import pickle
import pprint
import pandas as pd
import numpy
from numpy.random import randint
with open('features_list.txt', 'r') as f:
features_list = ast.literal_eval(
f.read()
) # features_list is list of 456 features obtained from previous analysis and stored in txt file
count = 0
for filepath in glob.iglob("/home/aman/tsting/*"):
df = pd.DataFrame(columns=features_list)
current = [] # list for this particular app's all features
try: # try is necessary as some apps through error on calling below functions and remaining apps are not analyzed
apkf = APK(filepath)
current = current + apkf.get_activities() + apkf.get_services(
) + apkf.get_receivers() + apkf.get_providers() + apkf.get_permissions(
)
except:
continue
dict = {}
current = list(set(current))
for i in features_list:
dict[i] = 0
for i in current:
if i in dict:
dict[
i] += 1 # this increments the count of a particular feature in an app
for i in features_list:
df.at[count, i] = dict[i]
def test():
apk_path = "/users/ozgumusy/AndroidStudioProjects/RijksClient/app/app-release.apk"
apkf = APK(apk_path)
print apkf.cert_text
print apkf.file_md5
print apkf.cert_md5
print apkf.file_size
print apkf.androidversion
print apkf.package
print apkf.get_android_manifest_xml()
print apkf.get_android_manifest_axml()
print apkf.is_valid_APK()
print apkf.get_filename()
print apkf.get_package()
print apkf.get_androidversion_code()
print apkf.get_androidversion_name()
print apkf.get_max_sdk_version()
print apkf.get_min_sdk_version()
print apkf.get_target_sdk_version()
print apkf.get_libraries()
print apkf.get_files()
print apkf.get_files_types()
#print apkf.get_dex()
print apkf.get_main_activity()
print apkf.get_activities()
print apkf.get_services()
print apkf.get_receivers()
print apkf.get_providers()
print apkf.get_permissions()
try:
# change the paths to the relevant apps to be compared
apk1_path = "./app1.apk"
apk2_path = "./app2.apk"
app1 = apk1_path.split('/')[-1]
app2 = apk2_path.split('/')[-1]
# insert apps into database
cur.execute("INSERT OR IGNORE INTO APPS VALUES (?,?,NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, "
"NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, "
"NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL, NULL)",
(app1, app2))
apk1 = APK(apk1_path)
apk2 = APK(apk2_path)
# ----------version-------------------
a_v1 = apk1.get_androidversion_name()
a_v2 = apk1.get_androidversion_code()
b_v1 = apk2.get_androidversion_name()
b_v2 = apk2.get_androidversion_code()
cur.execute(
'Update apps set app1_version_name = ?, app1_version_code = ?, app2_version_name = ?, app2_version_code = ? '
'where app1_name = ? and app2_name = ?', (a_v1, a_v2, b_v1, b_v2, app1, app2))
# ----------cert-------------------
a_c = apk1.cert_text
def test():
apk_path = r"C:\Users\heguofeng\Downloads\com.tencent.mm_6.7.3_liqucn.com.apk"
apkf = APK(apk_path)
print(apkf.cert_text)
print( apkf.file_md5)
print( apkf.cert_md5)
print( apkf.file_size)
print( apkf.androidversion)
print( apkf.package)
print( apkf.get_android_manifest_xml())
print( apkf.get_android_manifest_axml())
print( apkf.is_valid_APK())
print( apkf.get_filename())
print( apkf.get_package())
print( apkf.get_androidversion_code())
print( apkf.get_androidversion_name())
print( apkf.get_max_sdk_version())
print( apkf.get_min_sdk_version())
print( apkf.get_target_sdk_version())
print( apkf.get_libraries())
print( apkf.get_files())
# pip install python-magic
print( apkf.get_files_types())
# print( apkf.get_dex()
print( apkf.get_main_activity())
print( apkf.get_activities())
print( apkf.get_services())
print( apkf.get_receivers())
print( apkf.get_providers())
print( apkf.get_permissions())
for i in joinedlist:
finaldict[i] = [0, 0]
gooddict[i] = 0
maldict[i] = 0
count = 0
good_count = 0
for filepath in glob.iglob(
'/home/aman/ANDROID_GOODWARE/*'
): # copy all goodware apps to Documents/apks and then run this
# print filepath
currentlist = []
apk_path = filepath
try:
apkf = APK(apk_path)
currentlist = apkf.get_main_activity()
if (isinstance(currentlist, basestring)):
currentlist = [str(currentlist)]
currentlist = list(set(currentlist))
for i in currentlist:
key = i
if key in gooddict:
gooddict[key] += 1
good_count += 1
print good_count
except:
continue
# now for intents
