def target(self, queue):
# get all decompiled files that contains usage of TelephonyManager
files = common.text_scan(common.java_files, self.telephonyManagerRegex)
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.getName(), percent=round(count * 100 / len(files)))
# get decompiled file body
fileName = f[1]
with open(fileName, 'r') as fi:
fileBody = fi.read()
# report if file contains inline call
if PluginUtil.contains(self.inlineRegex, fileBody):
PluginUtil.reportInfo(fileName, self.PhoneIdentifierIssueDetails(fileName), res)
break
# report if any TelephonyManager variables invokes calls to get phone identifiers
for varName in PluginUtil.returnGroupMatches(self.varNameRegex, 2, fileBody):
if PluginUtil.contains(r'%s\.(getLine1Number|getDeviceId)\(.*?\)' % varName, fileBody):
PluginUtil.reportInfo(fileName, self.PhoneIdentifierIssueDetails(fileName), res)
break
queue.put(res)
def target(self, queue):
files = common.java_files
global file_path
api_key_list = []
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
file_path = str(f)
with open(file_path, 'r') as fi:
file_content = fi.read()
# Split the file content in each individual line
for line in file_content.splitlines():
# Further split each line into words
for word in line.split():
# Regex to check API value in work
if re.search(self.API_KEY_REGEX, word):
# Check if special character is present in the line. If "Yes, then ignore.
# Avoid redundant display of line and filepath on the output screen
if not re.search(self.SPECIAL_CHAR_REGEX,
word) and line not in api_key_list:
api_key_list.append("Line: " + line)
api_key_list.append("Filepath: " + file_path +
"\n")
api_key_variable = "\n".join(api_key_list)
if api_key_list:
PluginUtil.reportInfo(file_path,
hardcoded_api_key(api_key_variable), res)
queue.put(res)
def target(self, queue):
results = []
possibleFiles = common.text_scan(common.java_files, r'API_KEY')
count = 0
for f in possibleFiles:
count += 1
pub.sendMessage('progress',
bar=self.getName(),
percent=round(count * 100 / len(possibleFiles)))
common.logger.debug("Text found, " + str(f))
issue = ReportIssue()
issue.setCategory(ExploitType.PLUGIN)
issue.setDetails(
"The string 'API_KEY' appears in the file: %s\n%s" %
(f[1], str(f[0])))
issue.setFile(str(f[1]))
issue.setSeverity(Severity.VULNERABILITY)
results.append(issue)
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData("The string 'API_KEY' appears in the file: %s\n%s" %
(f[1], str(f[0])))
results.append(issue)
queue.put(results)
def main(queue):
global parser
global tree
results = []
count = 0
if common.minSdkVersion<19:
weak_rng_warning(results)
find_key_files(results)
for j in common.java_files:
count = count + 1
pub.sendMessage('progress', bar='Crypto issues', percent=round(count*100/common.java_files.__len__()))
try:
tree=parser.parse_file(j)
if tree is not None:
#if re.search(r'\.getInstance\(',str(tree)):
# print "YES"
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursive_ecb_check(t,j,results)
#fixedSeedCheck(t,j)
except Exception as e:
common.logger.debug("Error running recursive_ecb_check in cryptoFlaws.py: " + str(e))
report.write("parsingerror-issues-list", "Error running recursive_ecb_check in cryptoFlaws.py: " + str(e), "strong")
except Exception as e:
common.logger.debug("Unable to create tree for " + str(j))
report.write("parsingerror-issues-list", "Unable to create tree for " + str(j), "strong")
queue.put(results)
return
def target(self, queue):
results = []
#TODO: add documentation for available API calls. Sample shown below.
# Here, we want to scan all decompiled files to see if any file contains the text "pass"
possibleFiles = common.text_scan(common.java_files, r'pass')
count = 0
for f in possibleFiles:
count += 1
# The following call generates the progress bar in the terminal output
pub.sendMessage('progress', bar=self.getName(), percent=round(count*100/len(possibleFiles)))
# Mostly for logging. This goes in the log file generated under /logs
common.logger.debug("Text found, " + str(f))
issue = ReportIssue()
# This will put individual results of the plugin scan in the HTML report.
issue.setCategory(ExploitType.PLUGIN)
issue.setDetails("The string 'pass' appears in the file: %s\n%s" % (f[1], str(f[0])))
issue.setFile(str(f[1]))
issue.setSeverity(Severity.VULNERABILITY)
results.append(issue)
# This puts individual results of the plugin scan in the terminal output.
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData("The string 'pass' appears in the file: %s\n%s" % (f[1], str(f[0])))
results.append(issue)
# This is required to send the complete list of results (including the ones to be printed on terminal as well as
# issues to be printed in tht HTML report) back to the main thread.
queue.put(results)
def start(queue,height):
"""
Start finding pending intents
"""
results = []
global tree
global current_file
count = 0
#TODO - Look for use of fillIn method which can make this a much more exploitable condition
for j in common.java_files:
count = count + 1
pub.sendMessage('progress', count1=None, count2=round(count*100/common.java_files.__len__()), count3=None)
current_file=j
tree=parser.parse_file(j)
#TODO - Need to add scanning of the imports, to see if Intent or PendingIntent is extended, was working on it,
#but the one issue where it arose was non-trivial, so I gave up for now
if hasattr(tree,'type_declarations'):
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
for f in t._fields:
#dynamically parse each token where is f is the field and t is the token
try:
recurse(f,t,results)
except Exception as e:
common.logger.debug("Problem in recurse function of findPending.py: " + str(e))
common.parsingerrors.add(str(current_file))
else:
common.logger.debug("No type declarations: " + str(j))
report.write("parsingerror-issues-list", str(current_file), "strong")
queue.put(results)
return
def start(queue, height):
"""
Start finding pending intents
"""
results = []
global tree
global current_file
count = 0
# TODO - Look for use of fillIn method which can make this a much more exploitable condition
for j in common.java_files:
count = count + 1
pub.sendMessage("progress", count1=None, count2=round(count * 100 / common.java_files.__len__()), count3=None)
current_file = j
tree = parser.parse_file(j)
# TODO - Need to add scanning of the imports, to see if Intent or PendingIntent is extended, was working on it,
# but the one issue where it arose was non-trivial, so I gave up for now
if hasattr(tree, "type_declarations"):
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
for f in t._fields:
# dynamically parse each token where is f is the field and t is the token
try:
recurse(f, t, results)
except Exception as e:
common.logger.debug("Problem in recurse function of findPending.py: " + str(e))
common.parsingerrors.add(str(current_file))
else:
common.logger.debug("No type declarations: " + str(j))
report.write("parsingerror-issues-list", str(current_file), "strong")
queue.put(results)
return
def target(self, queue):
# get all decompiled files that contains usage of WebView
files = common.text_scan(common.java_files, self.webViewRegex)
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.getName(),
percent=round(count * 100 / len(files)))
# get decompiled file body
fileName = f[1]
with open(fileName, 'r') as fi:
fileBody = fi.read()
# report if file contains any inline calls
if PluginUtil.contains(self.inlineRegex, fileBody):
PluginUtil.reportIssue(fileName,
self.createIssueDetails(fileName), res)
break
# report if any WebView variables invoke calls
for varName in PluginUtil.returnGroupMatches(
self.varNameRegex, 2, fileBody):
if PluginUtil.contains(
r'%s\.addJavascriptInterface\(.*?\)' % varName,
fileBody):
PluginUtil.reportIssue(fileName,
self.createIssueDetails(fileName),
res)
break
queue.put(res)
def target(self, queue):
results = []
#TODO: add documentation for available API calls. Sample shown below.
# Here, we want to scan all decompiled files to see if any file contains the text "API_KEY"
possibleFiles = common.text_scan(common.java_files, r'API_KEY')
count = 0
for f in possibleFiles:
count += 1
# The following call generates the progress bar in the terminal output
pub.sendMessage('progress', bar=self.getName(), percent=round(count*100/len(possibleFiles)))
# Mostly for logging. This goes in the log file generated under /logs
common.logger.debug("Text found, " + str(f))
# This will put individual results of the plugin scan in the HTML report.
issue = ReportIssue()
issue.setCategory(ExploitType.PLUGIN)
issue.setDetails("The string 'API_KEY' appears in the file: %s\n%s" % (f[1], str(f[0])))
issue.setFile(str(f[1]))
issue.setSeverity(Severity.VULNERABILITY)
results.append(issue)
# This puts individual results of the plugin scan in the terminal output.
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData("The string 'API_KEY' appears in the file: %s\n%s" % (f[1], str(f[0])))
results.append(issue)
# This is required to send the complete list of results (including the ones to be printed on terminal as well as
# issues to be printed in tht HTML report) back to the main thread.
queue.put(results)
def target(self, queue):
# get all decompiled files that contains usage of WebView
files = common.text_scan(common.java_files, self.webViewRegex)
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.getName(), percent=round(count * 100 / len(files)))
# get decompiled file body
fileName = f[1]
with open(fileName, 'r') as fi:
fileBody = fi.read()
# report if file contains any inline calls
if PluginUtil.contains(self.inlineRegex, fileBody):
PluginUtil.reportIssue(fileName, self.createIssueDetails(fileName), res)
break
# report if any WebView variables invoke calls
for varName in PluginUtil.returnGroupMatches(self.varNameRegex, 2, fileBody):
if PluginUtil.contains(r'%s\.addJavascriptInterface\(.*?\)' % varName, fileBody):
PluginUtil.reportIssue(fileName, self.createIssueDetails(fileName), res)
break
queue.put(res)
def target(self, queue):
files = common.java_files
global parser, tree, filepath
parser = plyj.Parser()
tree = ''
global res
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception("Unable to parse the file and generate as AST. Error: " + str(e))
continue
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for fields in type_decl.body:
try:
self.recursive_insecure_call_function(fields, f, res)
except Exception as e:
common.logger.exception("Unable to run insecure function plugin " + str(e))
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
queue.put(res)
def target(self, queue):
# get all decompiled files that contains usage of TelephonyManager
files = common.text_scan(common.java_files, self.telephonyManagerRegex)
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.getName(),
percent=round(count * 100 / len(files)))
# get decompiled file body
fileName = f[1]
with open(fileName, 'r') as fi:
fileBody = fi.read()
# report if file contains inline call
if PluginUtil.contains(self.inlineRegex, fileBody):
PluginUtil.reportInfo(
fileName, self.PhoneIdentifierIssueDetails(fileName), res)
break
# report if any TelephonyManager variables invokes calls to get phone identifiers
for varName in PluginUtil.returnGroupMatches(
self.varNameRegex, 2, fileBody):
if PluginUtil.contains(
r'%s\.(getLine1Number|getDeviceId)\(.*?\)' % varName,
fileBody):
PluginUtil.reportInfo(
fileName, self.PhoneIdentifierIssueDetails(fileName),
res)
break
queue.put(res)
def cfr(path, dirname):
"""
calls the cfr decompiler from command line
"""
process = subprocess.Popen([
"java", "-jar", common.rootDir + "/lib/cfr_0_115.jar", path,
"--outputdir", dirname + "1"
],
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
try:
while True:
line = process.stdout.readline()
if not line:
break
if "Processing" in line:
common.counter1 = common.counter1 + 1
pub.sendMessage('decompile',
cfr=round(common.counter1 * 100 /
common.count))
pub.sendMessage('decompile',
jdcore=round(common.counter1 * 100 /
common.count))
except Exception as e:
logger.debug(e.message)
def target(self, queue):
files = common.java_files
global filepath, tree
parser = plyj.Parser()
tree = ''
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " + str(e))
continue
try:
for import_decl in tree.import_declarations:
# Check if Intent is called in the import statement
if 'Intent' in import_decl.name.value:
with open(filepath, 'r') as r:
file_body = r.read()
if PluginUtil.contains(self.NEW_TASK, file_body):
PluginUtil.reportInfo(filepath, new_task(filepath), res)
break
if PluginUtil.contains(self.MULTIPLE_TASK_TASK, file_body):
PluginUtil.reportInfo(filepath, multiple_task(filepath), res)
break
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
queue.put(res)
def target(self, queue):
files = common.java_files
global parser, tree, filepath
parser = plyj.Parser()
tree = ''
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(files)))
filepath = str(f)
try:
# Parse the java file to an AST
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception("Unable to parse the file and generate as AST. Error: " + str(e))
continue
try:
for import_decl in tree.import_declarations:
# Check if DexClassLoader is called in the import statement; example import dalvik.system.DexClassLoader
if self.DEX_CLASS_LOADER in import_decl.name.value:
for type_decl in tree.type_declarations:
# Check class declaration within the java source code
if type(type_decl) is m.ClassDeclaration:
# Traverse through every field declared in the class
for fields in type_decl.body:
try:
self.recursive_classloader_function(fields, f, res)
except Exception as e:
common.logger.error("Unable to run class loader plugin " + str(e))
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
try:
for type_decl in tree.type_declarations:
# Check class declaration within the java source code
if type(type_decl) is m.ClassDeclaration:
# Traverse through every field declared in the class
for fields in type_decl.body:
try:
self.recursive_register_receiver_function(fields, f, res)
except Exception as e:
common.logger.error("Unable to run register receiver function plugin " + str(e))
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
# Arrange the Broadcast Receivers created Dynamically in column format and store it in the variable -> Broadcast_Receiver
br_list = "\n".join(receivers_list)
if receivers_list:
# Report the issue in the file and display it on the terminal
PluginUtil.reportWarning(filepath, broadcast_receiver(br_list), res)
queue.put(res)
def validate(queue,height):
"""
Validates common pitfalls for certificate validation logic
"""
#writer1 = common.Writer((0, height))
results = []
global tree
global parser
global filename
global warningGiven
global sslSessions
count = 0
for j in common.java_files:
sslSessions=[]
count = count + 1
pub.sendMessage('progress', count1=round(count*100/common.java_files.__len__()), count2=None, count3=None, count4=None)
filename=str(j)
try:
tree=parser.parse_file(j)
except Exception as e:
continue
# No need to log this since we now warn potential parsing errors on screen and provide details in the report.
if tree is None:
results.append("Some files may not be parsed correctly. For a list of such files, please review the final report.")
else:
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursive_insecure_trust_manager(t,j,results)
except Exception as e:
common.logger.error("Unable to run recursive_insecure_trust_manager in certValidation.py: " + str(e))
try:
recursive_allow_all_hostname_verifier(t,j,results)
except Exception as e:
common.logger.error("Unable to run recursive_allow_all_hostname_verifier in certValidation.py: " + str(e))
try:
recursive_ssl_session(t,j,results)
except Exception as e:
common.logger.error("Unable to run recursive_ssl_session in certValidation.py: " + str(e))
except Exception as e:
if common.source_or_apk==2:
common.logger.error("Error in validate function of certValidation.py: " + str(e))
else:
common.logger.error("Bad file: " + str(j) + ", this is not uncommon")
try:
recursive_find_verify(None,j,results)
except Exception as e:
common.logger.error("Problem in findVerify function of certValidation.py: " + str(e))
warningGiven=False
unverified_sessions(results)
queue.put(results)
return
def apktool(pathToAPK):
manifest = ""
# If path to APK is /foo/bar/temp/myapp.apk
# Create /temp/foo/apktool
# Run java -jar apktool_2.1.0.jar d /foo/bar/temp/myapp.apk --no-src --force -m --output /foo/bar/temp/apktool/
# read AndroidManifest.xml and return the content
apktool = subprocess.call(['java', '-Djava.awt.headless=true','-jar', common.rootDir + '/lib/apktool_2.1.0.jar', 'd', pathToAPK, '--no-src', '--force', '-m','--output', str(pathToAPK.rsplit(".",1)[0]).rsplit("/",1)[0] + "/apktool"], stdout=subprocess.PIPE, stderr=subprocess.STDOUT)
print str(pathToAPK.rsplit(".",1)[0]).rsplit("/",1)[0] + "/apktool" + "/AndroidManifest.xml"
with open (str(pathToAPK.rsplit(".",1)[0]).rsplit("/",1)[0] + "/apktool" + "/AndroidManifest.xml", "r") as f:
manifest = f.read()
pub.sendMessage('manifest', mf=manifest)
return
def target(self, queue):
f = str(common.manifest)
res = []
count = 0
ordered_broadcast = []
path_variable_list =[]
launch_mode_list =[]
global fileName
# full path to app manifest
fileName = qarkMain.find_manifest_in_source()
receivers = self.UserCreatedReceivers()
for receiver in receivers:
if "exported" and "true" in str(receiver):
if not any(re.findall(self.PRIORITY_REGEX, str(receiver))):
ordered_broadcast.append(str(receiver))
# Arrange exported broadcast receiver without priority set in column format
list_orderedBR = " \n".join(ordered_broadcast)
if ordered_broadcast:
PluginUtil.reportWarning(fileName, self.OrderedBroadcastIssueDetails(list_orderedBR), res)
for line in f.splitlines():
count += 1
# update progress bar
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(f.splitlines())))
if any(re.findall(self.PATH_USAGE, line)):
path_variable_list.append(line)
if any(re.findall(self.LAUNCH_MODE, line)):
launch_mode_list.append(line)
if any(re.findall(self.TASK_REPARENTING, line)):
PluginUtil.reportInfo(fileName, self.TaskReparentingIssue(fileName), res)
# Arrange identified path variable and launch mode usage in column format
path_variable = " \n".join(path_variable_list)
launch_mode_variable = "\n".join(launch_mode_list)
if path_variable_list:
PluginUtil.reportWarning(fileName, self.PathUsageIssue(path_variable), res)
if launch_mode_list:
PluginUtil.reportInfo(fileName, self.LaunchModeIssue(launch_mode_variable), res)
# Check for google safebrowsing API
if "WebView" in f.splitlines():
if "EnableSafeBrowsing" and "true" not in f.splitlines():
PluginUtil.reportInfo(fileName, self.SafebrowsingIssueDetails(fileName), res)
# send all results back to main thread
queue.put(res)
def text_scan(file_list, rex_n):
"""
Given a list of files, search content of each file by the regular expression and return a list of matches
"""
result_list = []
result_list.append([])
count = 0
for x in file_list:
count = count + 1
pub.sendMessage('progress', bar='Webview checks', percent=round(count * 100 / common.java_files.__len__()))
result = common.read_files(x, rex_n)
if len(result) > 0:
result_list.append([result, x])
return result_list
def text_scan(file_list,rex_n):
"""
Given a list of files, search content of each file by the regular expression and return a list of matches
"""
result_list=[]
result_list.append([])
count = 0
for x in file_list:
count = count + 1
pub.sendMessage('progress', count1=None, count2=None, count3=None, count4=round(count*100/common.java_files.__len__()))
result=common.read_files(x,rex_n)
if len(result)>0:
result_list.append([result,x])
return result_list
def text_scan(file_list, rex_n):
"""
Given a list of files, search content of each file by the regular expression and return a list of matches
"""
count = 0
result_list = []
result_list.append([])
for x in file_list:
count = count + 1
# pbar.update(round(count*100/common.java_files.__len__()))
pub.sendMessage('progress', bar='File Permissions', percent=round(count * 100 / common.java_files.__len__()))
result = common.read_files(x, rex_n)
if len(result) > 0:
result_list.append([result, x])
return result_list
def procyon(path,dirname):
"""
calls the procyon decompiler from command line
"""
process = subprocess.Popen(["java","-jar", common.rootDir + "/lib/procyon/procyon-decompiler-0.5.29.jar", path, "-o ", dirname+"2"], stdout=subprocess.PIPE, stderr=subprocess.STDOUT)
try:
while True:
line = process.stdout.readline()
if not line:
break
if "Decompiling" in line:
common.counter2 = common.counter2 + 1
pub.sendMessage('decompile', procyon=round(common.counter2*100/common.count))
except Exception as e:
logger.debug(e.message)
def cfr(path,dirname):
"""
calls the cfr decompiler from command line
"""
process = subprocess.Popen(["java","-jar", common.rootDir + "/lib/cfr_0_96.jar", path, "--outputdir", dirname+"1"], stdout=subprocess.PIPE, stderr=subprocess.STDOUT)
try:
while True:
line = process.stdout.readline()
if not line:
break
if "Processing" in line:
common.counter1 = common.counter1 + 1
pub.sendMessage('decompile', cfr=round(common.counter1*100/common.count))
pub.sendMessage('decompile', jdcore=round(common.counter1*100/common.count))
except Exception as e:
logger.debug(e.message)
def main(queue):
global current_file
global parser
global tree
results = []
count = 0
common.logger.debug("Checking for any broadcasts sent from this app......")
for j in common.java_files:
count = count + 1
pub.sendMessage('progress',
count1=None,
count2=None,
count3=None,
count4=None,
count5=round(count * 100 /
common.java_files.__len__()))
current_file = j
try:
tree = parser.parse_file(j)
if type(tree) is not None:
if hasattr(tree, 'type_declarations'):
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursiveBroadcastFinder(t, results)
except Exception as e:
common.parsingerrors.add(str(j))
common.logger.debug(
"Unable to process recursiveBroadcastFinder in findBroadcasts.py: "
+ str(e))
elif type(type_decl) is list:
for y in type_decl:
recursiveBroadcastFinder(y, results)
elif hasattr(type_decl, '_fields'):
for d in type_decl._fields:
recursiveBroadcastFinder(
getattr(type_decl, d), results)
else:
common.logger.debug("Unable to create tree for " + str(j))
except Exception as e:
common.logger.debug(
"Tree exception during broadcast processing: " + str(e))
common.parsingerrors.add(str(j))
queue.put(results)
return
def target(self, queue):
files = common.java_files
global parser, tree, fileName
parser = plyj.Parser()
tree = ''
res = []
#List of Broadcast Receiver
list_BR = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
fileName = str(f)
try:
tree = parser.parse_file(f)
except Exception:
continue
try:
for import_decl in tree.import_declarations:
if self.DEX_CLASS_LOADER in import_decl.name.value:
if self.CLASS_LOADER in str(tree):
PluginUtil.reportInfo(
fileName,
self.DexClassLoaderIssueDetails(fileName), res)
# This will check if app register's a broadcast receiver dynamically
if self.DYNAMIC_BROADCAST_RECEIVER in str(tree):
list_BR.append(fileName)
except Exception:
continue
# Arrange the Broadcast Receivers created Dynamically in column format and store it in the variable -> Broadcast_Receiver
Broadcast_Receiver = "\n".join(list_BR)
if list_BR:
PluginUtil.reportWarning(
fileName,
self.BroadcastReceiverIssueDetails(Broadcast_Receiver), res)
queue.put(res)
def target(self, queue):
files = common.java_files
global filepath, tree
parser = plyj.Parser()
tree = ''
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " +
str(e))
continue
try:
for import_decl in tree.import_declarations:
# Check if Intent is called in the import statement
if 'Intent' in import_decl.name.value:
with open(filepath, 'r') as r:
file_body = r.read()
if PluginUtil.contains(self.NEW_TASK, file_body):
PluginUtil.reportInfo(filepath, new_task(filepath),
res)
break
if PluginUtil.contains(self.MULTIPLE_TASK_TASK,
file_body):
PluginUtil.reportInfo(filepath,
multiple_task(filepath), res)
break
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
queue.put(res)
def text_scan(file_list, rex_n):
"""
Given a list of files, search content of each file by the regular expression and return a list of matches
"""
count = 0
result_list = []
result_list.append([])
for x in file_list:
count = count + 1
#pbar.update(round(count*100/common.java_files.__len__()))
pub.sendMessage('progress',
count1=None,
count2=None,
count3=round(count * 100 /
common.java_files.__len__()))
result = common.read_files(x, rex_n)
if len(result) > 0:
result_list.append([result, x])
return result_list
def target(self, queue):
files = common.java_files
global filepath, tree
parser = plyj.Parser()
tree = ''
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " +
str(e))
continue
try:
for import_decl in tree.import_declarations:
if 'Service' in import_decl.name.value:
with open(filepath, 'r') as r:
data = r.read()
if PluginUtil.contains(self.CHECK_PERMISSION, data):
PluginUtil.reportInfo(filepath,
check_permission(filepath),
res)
break
if PluginUtil.contains(self.ENFORCE_PERMISSION, data):
PluginUtil.reportInfo(filepath,
enforce_permission(filepath),
res)
break
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
queue.put(res)
def target(self, queue):
files = common.java_files
global parser
parser = plyj.Parser()
global tree
global fileName
tree = ''
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
fileName = str(f)
try:
tree = parser.parse_file(f)
except Exception:
continue
try:
global url
url = []
for import_decl in tree.import_declarations:
if 'HttpURLConnection' in import_decl.name.value or 'URL' in import_decl.name.value:
textfile = str(open(fileName, 'r').read())
search = "http://"
http_result = re.findall('\\b' + search + '\\b',
textfile)
if http_result:
url = re.findall(self.http_url_regex, textfile)
http_url_list = " \n".join(url)
PluginUtil.reportInfo(
fileName,
self.HardcodedHTTPUrlsIssueDetails(
(fileName, http_url_list)), res)
break
else:
continue
except Exception:
continue
queue.put(res)
def main(queue):
global parser
global tree
results = []
count = 0
if common.minSdkVersion < 19:
weak_rng_warning(results)
find_key_files(results)
for j in common.java_files:
count = count + 1
pub.sendMessage('progress',
bar='Crypto issues',
percent=round(count * 100 /
common.java_files.__len__()))
try:
tree = parser.parse_file(j)
if tree is not None:
#if re.search(r'\.getInstance\(',str(tree)):
# print "YES"
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursive_ecb_check(t, j, results)
#fixedSeedCheck(t,j)
except Exception as e:
common.logger.debug(
"Error running recursive_ecb_check in cryptoFlaws.py: "
+ str(e))
report.write(
"parsingerror-issues-list",
"Error running recursive_ecb_check in cryptoFlaws.py: "
+ str(e), "strong")
except Exception as e:
common.logger.debug("Unable to create tree for " + str(j))
report.write("parsingerror-issues-list",
"Unable to create tree for " + str(j), "strong")
queue.put(results)
return
def target(self, queue):
files = common.java_files
global parser, tree, filepath
parser = plyj.Parser()
tree = ''
global res
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " +
str(e))
continue
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for fields in type_decl.body:
try:
self.recursive_insecure_call_function(
fields, f, res)
except Exception as e:
common.logger.exception(
"Unable to run insecure function plugin " +
str(e))
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
queue.put(res)
def target(self, queue):
results = []
possibleFiles = common.text_scan(common.java_files, r'pass')
count = 0
for f in possibleFiles:
count += 1
pub.sendMessage('progress', bar=self.getName(), percent=round(count*100/len(possibleFiles)))
common.logger.debug("Text found, " + str(f))
issue = ReportIssue()
issue.setCategory(ExploitType.PLUGIN)
issue.setDetails("The string 'pass' appears in the file: %s\n%s" % (f[1], str(f[0])))
issue.setFile(str(f[1]))
issue.setSeverity(Severity.VULNERABILITY)
results.append(issue)
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData("The string 'pass' appears in the file: %s\n%s" % (f[1], str(f[0])))
results.append(issue)
queue.put(results)
def main(queue):
global current_file
global parser
global tree
results = []
count = 0
common.logger.debug("Checking for any broadcasts sent from this app......")
for j in common.java_files:
count = count + 1
pub.sendMessage('progress', bar="Broadcast issues", percent=round(count * 100 / common.java_files.__len__()))
current_file = j
try:
tree = parser.parse_file(j)
if type(tree) is not None:
if hasattr(tree, 'type_declarations'):
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursive_broadcast_finder(t, results)
except Exception as e:
common.parsingerrors.add(str(j))
common.logger.debug(
"Unable to process recursive_broadcast_finder in findBroadcasts.py: " + str(e))
elif type(type_decl) is list:
for y in type_decl:
recursive_broadcast_finder(y, results)
elif hasattr(type_decl, '_fields'):
for d in type_decl._fields:
recursive_broadcast_finder(getattr(type_decl, d), results)
else:
common.logger.debug("Unable to create tree for " + str(j))
except Exception as e:
common.logger.debug("Tree exception during broadcast processing: " + str(e))
common.parsingerrors.add(str(j))
queue.put(results)
return
def target(self, queue):
permissions = self.getUserCreatedPermissions()
# full path to app manifest
manifest_path = qarkMain.find_manifest_in_source()
# plugin scan results
results = []
count = 0
for permission in permissions:
count += 1
# update progress bar
pub.sendMessage('progress', bar=self.getName(), percent=round(count * 100 / len(permissions)))
# put results in HTML report
issue = ReportIssue()
issue.setCategory(ExploitType.PLUGIN)
issue.setSeverity(Severity.VULNERABILITY)
issue.setFile(manifest_path)
details = ""
if self.isDangerousPermission(permission):
# found permission with protection level set to "dangerous"
details += "User created permission with DANGEROUS protection level: %s" % permission
else:
details += "User created permission: %s" % permission
issue.setDetails(details)
results.append(issue)
# put results in terminal output
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData(details)
results.append(issue)
# send all results back to main thread
queue.put(results)
def target(self, queue):
permissions = self.getUserCreatedPermissions()
# full path to app manifest
manifest_path = qarkMain.find_manifest_in_source()
# plugin scan results
results = []
count = 0
for permission in permissions:
count += 1
# update progress bar
pub.sendMessage("progress", bar=self.getName(), percent=round(count * 100 / len(permissions)))
# put results in HTML report
issue = ReportIssue()
issue.setCategory(ExploitType.PLUGIN)
issue.setSeverity(Severity.VULNERABILITY)
issue.setFile(manifest_path)
details = ""
if self.isDangerousPermission(permission):
# found permission with protection level set to "dangerous"
details += "User created permission with DANGEROUS protection level: %s" % permission
else:
details += "User created permission: %s" % permission
issue.setDetails(details)
results.append(issue)
# put results in terminal output
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData(details)
results.append(issue)
# send all results back to main thread
queue.put(results)
def procyon(path, dirname):
"""
calls the procyon decompiler from command line
"""
process = subprocess.Popen([
"java", "-jar",
common.rootDir + "/lib/procyon/procyon-decompiler-0.5.30.jar", path,
"-o ", dirname + "2"
],
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
try:
while True:
line = process.stdout.readline()
if not line:
break
if "Decompiling" in line:
common.counter2 = common.counter2 + 1
pub.sendMessage('decompile',
procyon=round(common.counter2 * 100 /
common.count))
except Exception as e:
logger.debug(e.message)
def target(self, queue):
files = common.java_files
global parser
parser = plyj.Parser()
global tree
global fileName
tree = ''
res = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(files)))
fileName = str(f)
try:
tree = parser.parse_file(f)
except Exception:
continue
try:
global url
url = []
for import_decl in tree.import_declarations:
if 'HttpURLConnection' in import_decl.name.value or 'URL' in import_decl.name.value:
textfile = str(open(fileName, 'r').read())
search = "http://"
http_result = re.findall('\\b'+search+'\\b', textfile)
if http_result:
url = re.findall(self.http_url_regex, textfile)
http_url_list = " \n".join(url)
PluginUtil.reportInfo(fileName, self.HardcodedHTTPUrlsIssueDetails((fileName, http_url_list)), res)
break
else:
continue
except Exception:
continue
queue.put(res)
def target(self, queue):
files = common.java_files
parser = plyj.Parser()
global filepath, tree
tree = ''
res = []
issues_list = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " +
str(e))
continue
try:
global url
url = []
for import_decl in tree.import_declarations:
# Check import statements with value declared as WebView and WebSettings for the potential use of web views
if 'WebView' in import_decl.name.value or 'WebSettings' in import_decl.name.value:
with open(filepath, 'r') as r:
data = r.read()
if PluginUtil.contains(self.JAVASCRIPT_ENABLED, data):
if PluginUtil.contains(self.MIXED_CONTENT, data):
PluginUtil.reportWarning(
filepath, mixed_content(filepath), res)
if "setAllowFileAccess(false)" or "setAllowContentAccess(false)" not in data:
if filepath not in issues_list:
issues_list.append(filepath)
if PluginUtil.contains(self.LOAD_URL_HTTP, data):
PluginUtil.reportWarning(filepath,
load_http_urls(filepath),
res)
break
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
try:
for import_decl in tree.import_declarations:
if 'WebView' in import_decl.name.value or 'WebSettings' in import_decl.name.value:
for type_decl in tree.type_declarations:
# Check for class declaration in java source code and traverse further down the AST to find method names
if type(type_decl) is m.ClassDeclaration:
for fields in type_decl.body:
if type(fields) is m.MethodDeclaration:
if 'shouldOverrideUrlLoading' in fields.name:
if 'true' not in str(fields.body):
PluginUtil.reportWarning(
filepath,
url_override(filepath),
res)
break
else:
continue
if 'shouldInterceptRequest' in fields.name:
if 'null' in str(fields.body):
PluginUtil.reportWarning(
filepath,
intercept_request(
filepath), res)
break
else:
continue
break
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
if issues_list:
issue_name = " \n".join(issues_list)
PluginUtil.reportInfo(filepath, secure_content(issue_name), res)
queue.put(res)
def target(self, queue):
global filepath, tree
files = common.java_files
parser = plyj.Parser()
tree = ''
external_pub_dir, external_media, external_storage, res = (
[] for _ in xrange(4))
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " +
str(e))
continue
try:
for import_decl in tree.import_declarations:
if 'File' in import_decl.name.value:
with open(filepath, 'r') as fr:
file_body = fr.read()
if PluginUtil.contains(self.CHECK_EXTERNAL_STORAGE,
file_body):
external_storage.append(filepath)
break
if PluginUtil.contains(self.CHECK_EXTERNAL_MEDIA,
file_body):
external_media.append(filepath)
break
if PluginUtil.contains(self.CHECK_PUBLIC_DIR,
file_body):
external_pub_dir.append(filepath)
break
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
# Store the content obtained above in a column format
storage = "\n".join(external_storage)
media = "\n".join(external_media)
pub_dir = "\n".join(external_pub_dir)
if external_storage:
PluginUtil.reportWarning(filepath, check_external_storage(storage),
res)
if external_media:
PluginUtil.reportWarning(filepath, check_media_directory(media),
res)
if external_pub_dir:
PluginUtil.reportWarning(filepath, check_public_directory(pub_dir),
res)
queue.put(res)
def target(self, queue):
f = str(common.manifest)
res = []
count = 0
ordered_broadcast = []
path_variable_list = []
launch_mode_list = []
global fileName
# full path to app manifest
fileName = qarkMain.find_manifest_in_source()
receivers = self.UserCreatedReceivers()
for receiver in receivers:
if "exported" and "true" in str(receiver):
if not any(re.findall(self.PRIORITY_REGEX, str(receiver))):
ordered_broadcast.append(str(receiver))
# Arrange exported broadcast receiver without priority set in column format
list_orderedBR = " \n".join(ordered_broadcast)
if ordered_broadcast:
PluginUtil.reportWarning(
fileName, self.OrderedBroadcastIssueDetails(list_orderedBR),
res)
for line in f.splitlines():
count += 1
# update progress bar
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(f.splitlines())))
if any(re.findall(self.PATH_USAGE, line)):
path_variable_list.append(line)
if any(re.findall(self.LAUNCH_MODE, line)):
launch_mode_list.append(line)
if any(re.findall(self.TASK_REPARENTING, line)):
PluginUtil.reportInfo(fileName,
self.TaskReparentingIssue(fileName), res)
# Arrange identified path variable and launch mode usage in column format
path_variable = " \n".join(path_variable_list)
launch_mode_variable = "\n".join(launch_mode_list)
if path_variable_list:
PluginUtil.reportWarning(fileName,
self.PathUsageIssue(path_variable), res)
if launch_mode_list:
PluginUtil.reportInfo(fileName,
self.LaunchModeIssue(launch_mode_variable),
res)
# Check for google safebrowsing API
if "WebView" in f.splitlines():
if "EnableSafeBrowsing" and "true" not in f.splitlines():
PluginUtil.reportInfo(fileName,
self.SafebrowsingIssueDetails(fileName),
res)
# send all results back to main thread
queue.put(res)
def target(self, queue):
files = common.java_files
parser = plyj.Parser()
global filepath, tree
tree = ''
res = []
issues_list = []
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " + str(e))
continue
try:
global url
url = []
for import_decl in tree.import_declarations:
# Check import statements with value declared as WebView and WebSettings for the potential use of web views
if 'WebView' in import_decl.name.value or 'WebSettings' in import_decl.name.value:
with open(filepath, 'r') as r:
data = r.read()
if PluginUtil.contains(self.JAVASCRIPT_ENABLED, data):
if PluginUtil.contains(self.MIXED_CONTENT, data):
PluginUtil.reportWarning(filepath, mixed_content(filepath), res)
if "setAllowFileAccess(false)" or "setAllowContentAccess(false)" not in data:
if filepath not in issues_list:
issues_list.append(filepath)
if PluginUtil.contains(self.LOAD_URL_HTTP, data):
PluginUtil.reportWarning(filepath, load_http_urls(filepath), res)
break
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
try:
for import_decl in tree.import_declarations:
if 'WebView' in import_decl.name.value or 'WebSettings' in import_decl.name.value:
for type_decl in tree.type_declarations:
# Check for class declaration in java source code and traverse further down the AST to find method names
if type(type_decl) is m.ClassDeclaration:
for fields in type_decl.body:
if type(fields) is m.MethodDeclaration:
if 'shouldOverrideUrlLoading' in fields.name:
if 'true' not in str(fields.body):
PluginUtil.reportWarning(filepath, url_override(filepath), res)
break
else:
continue
if 'shouldInterceptRequest' in fields.name:
if 'null' in str(fields.body):
PluginUtil.reportWarning(filepath, intercept_request(filepath), res)
break
else:
continue
break
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
if issues_list:
issue_name = " \n".join(issues_list)
PluginUtil.reportInfo(filepath, secure_content(issue_name), res)
queue.put(res)
def main(queue):
global parser
global tree
results = []
count = 0
if common.minSdkVersion < 19:
weak_rng_warning(results)
find_key_files(results)
for j in common.java_files:
count = count + 1
pub.sendMessage('progress', bar='Crypto issues', percent=round(count * 100 / common.java_files.__len__()))
try:
tree = parser.parse_file(j)
if tree is not None:
# if re.search(r'\.getInstance\(',str(tree)):
# print "YES"
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursive_ecb_check(t, j, results)
# fixedSeedCheck(t,j)
except Exception as e:
common.logger.debug("Error running recursive_ecb_check in cryptoFlaws.py: " + str(e))
report.write("parsingerror-issues-list",
"Error running recursive_ecb_check in cryptoFlaws.py: " + str(e), "strong")
# Using a fixed seed with SecureRandom
for import_decl in tree.import_declarations:
try:
if 'SecureRandom' in import_decl.name.value:
if "setSeed" in str(tree):
issue = ReportIssue()
issue.setCategory(ExploitType.CRYPTO)
issue.setDetails(
"setSeed should not be called with SecureRandom, as it is insecure. Specifying a fixed seed will cause the instance to return a predictable sequence of numbers. This may be useful for testing but it is not appropriate for secure use.")
issue.setFile(str(j))
issue.setSeverity(Severity.VULNERABILITY)
results.append(issue)
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData(
"setSeed should not be called with SecureRandom, as it is insecure. Specifying a fixed seed will cause the instance to return a predictable sequence of numbers. This may be useful for testing but it is not appropriate for secure use.")
results.append(issue)
if "generateSeed" in str(tree):
issue = ReportIssue()
issue.setCategory(ExploitType.CRYPTO)
issue.setDetails(
"generateSeed should not be called with SecureRandom, as it is insecure. Specifying a fixed seed will cause the instance to return a predictable sequence of numbers. This may be useful for testing but it is not appropriate for secure use.")
issue.setFile(str(j))
issue.setSeverity(Severity.VULNERABILITY)
results.append(issue)
issue = terminalPrint()
issue.setLevel(Severity.VULNERABILITY)
issue.setData(
"generateSeed should not be called with SecureRandom, as it is insecure. Specifying a fixed seed will cause the instance to return a predictable sequence of numbers. This may be useful for testing but it is not appropriate for secure use. ")
results.append(issue)
except Exception as e:
common.logger.debug("Error checking insecure used of SecureRandom in cryptoFlaws.py: " + str(e))
report.write("parsingerror-issues-list",
"Error checking insecure used of SecureRandom in cryptoFlaws.py: " + str(e))
except Exception as e:
common.logger.debug("Unable to create tree for " + str(j))
report.write("parsingerror-issues-list", "Unable to create tree for " + str(j), "strong")
queue.put(results)
return
def target(self, queue):
files = common.java_files
global filepath, tree
parser = plyj.Parser()
total_debug_logs, total_verbose_logs, debug_logs, verbose_logs, verbose_logs_list, res, \
debug_logs_list, discovered_debug_logs, discovered_verbose_logs = ([] for _ in xrange(9))
tree = ''
count = 0
for f in files:
count += 1
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " + str(e))
continue
# Traverse down the tree to find out verbose or debug logs
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for fields in type_decl.body:
if type(fields) is m.MethodDeclaration:
# Check if the app is send verbose logging message
if str(fields.name) == 'v':
verbose_logs.append(str(fields.name))
if filepath not in discovered_verbose_logs:
discovered_verbose_logs.append(filepath)
# Check if the app is send debug logging message
elif str(fields.name) == 'd':
debug_logs.append(str(fields.name))
if filepath not in discovered_debug_logs:
discovered_debug_logs.append(filepath)
except Exception as e:
common.logger.debug("Plyj parser failed while parsing the file: " + filepath + "\nError" + str(e))
continue
# Join all the filename and path containing debug and verbose logging
debug_logs_path = " \n".join(discovered_debug_logs)
verbose_logs_path = " \n".join(discovered_verbose_logs)
queue.put(res)
# Display the file paths of all discovered logs
if discovered_debug_logs:
x = len(debug_logs)
PluginUtil.reportInfo(filepath, debug_log_issues(debug_logs_path, x), res)
if discovered_verbose_logs:
y = len(verbose_logs)
PluginUtil.reportInfo(filepath, verbose_log_issues(verbose_logs_path, y), res)
# Sometimes Log functions may be called from a constructor and hence maybe skipped by tree
# if len(debug_logs) == 0 and len(verbose_logs) == 0:
for f in files:
with open(f, 'r') as fi:
filename = fi.read()
filepath = str(f)
find_debug_logs = re.findall(self.debug_regex, filename)
find_verbose_logs = re.findall(self.verbose_regex, filename)
if find_debug_logs:
total_debug_logs.append(str(find_debug_logs))
if filepath not in debug_logs_list:
debug_logs_list.append(filepath)
if find_verbose_logs:
total_verbose_logs.append(str(find_verbose_logs))
if filepath not in verbose_logs_list:
verbose_logs_list.append(filepath)
debug_path = " \n".join(debug_logs_list)
verbose_path = " \n".join(verbose_logs_list)
if total_debug_logs:
x = len(total_debug_logs)
PluginUtil.reportInfo(filepath, debug_log_issues(debug_path, x), res)
if total_verbose_logs:
y = len(total_verbose_logs)
PluginUtil.reportInfo(filepath, verbose_log_issues(verbose_path, y), res)
def validate(queue, height):
"""
Validates common pitfalls for certificate validation logic
"""
# writer1 = common.Writer((0, height))
results = []
global tree
global parser
global filename
global warningGiven
global sslSessions
count = 0
for j in common.java_files:
sslSessions = []
count = count + 1
pub.sendMessage('progress',
bar='X.509 Validation',
percent=round(count * 100 /
common.java_files.__len__()))
filename = str(j)
try:
tree = parser.parse_file(j)
except Exception as e:
continue
# No need to log this since we now warn potential parsing errors on screen and provide details in the report.
if tree is None:
results.append(
"Some files may not be parsed correctly. For a list of such files, please review the final report."
)
else:
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
try:
recursive_insecure_trust_manager(t, j, results)
except Exception as e:
common.logger.error(
"Unable to run recursive_insecure_trust_manager in certValidation.py: "
+ str(e))
try:
recursive_insecure_ssl_error_handling(
t, j, results)
except Exception as e:
common.logger.error(
"Unable to run recursive_insecure_ssl_error_handling in certValidation.py "
+ str(e))
try:
recursive_allow_all_hostname_verifier(
t, j, results)
except Exception as e:
common.logger.error(
"Unable to run recursive_allow_all_hostname_verifier in certValidation.py: "
+ str(e))
try:
recursive_ssl_session(t, j, results)
except Exception as e:
common.logger.error(
"Unable to run recursive_ssl_session in certValidation.py: "
+ str(e))
except Exception as e:
if common.source_or_apk == 2:
common.logger.error(
"Error in validate function of certValidation.py: " +
str(e))
else:
common.logger.error("Bad file: " + str(j) +
", this is not uncommon")
try:
recursive_find_verify(None, j, results)
except Exception as e:
common.logger.error(
"Problem in findVerify function of certValidation.py: " +
str(e))
warningGiven = False
unverified_sessions(results)
queue.put(results)
return
def target(self, queue):
files = common.java_files
global parser, tree, fileName, verbose, debug, debug_logs_path, verbose_logs_path
parser = plyj.Parser()
debug_logs = []
verbose_logs = []
discovered_debug_logs = []
discovered_verbose_logs = []
res = []
tree = ''
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
fileName = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
continue
# Traverse down the tree to find out verbose or debug logs
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for t in type_decl.body:
if type(t) is m.MethodDeclaration:
if str(t.name) == 'v':
verbose_logs.append(str(t.name))
discovered_verbose_logs.append(fileName)
elif str(t.name) == 'd':
debug_logs.append(str(t.name))
discovered_debug_logs.append(fileName)
except Exception:
continue
# Join all the filename and path containing debug and verbose logging
debug_logs_path = " \n".join(discovered_debug_logs)
verbose_logs_path = " \n".join(discovered_verbose_logs)
queue.put(res)
if discovered_debug_logs:
PluginUtil.reportInfo(fileName,
self.DebugLogsIssueDetails(debug_logs_path),
res)
if discovered_verbose_logs:
PluginUtil.reportInfo(
fileName, self.VerboseLogsIssueDetails(verbose_logs_path), res)
# Provide the count of verbose/debug logs.
# Written separately so that issue description is mentioned once and not repeated for each warning.
if debug_logs or verbose_logs:
x = str(len(debug_logs))
y = str(len(verbose_logs))
PluginUtil.reportInfo(fileName, self.LogIssueDetails((x, y)), res)
global reg, reg1, filename
len_reg = []
len_reg1 = []
# Sometimes Log functions may be called from a constructor and hence maybe skipped by tree
if len(debug_logs) == 0 and len(verbose_logs) == 0:
for f in files:
with open(f, 'r') as fi:
filename = fi.read()
file_name = str(f)
reg = re.findall(self.debug_regex, filename)
reg1 = re.findall(self.verbose_regex, filename)
if reg:
len_reg.append(str(reg))
PluginUtil.reportInfo(
filename, self.DebugLogsIssueDetails(file_name), res)
if reg1:
len_reg1.append(str(reg1))
PluginUtil.reportInfo(
filename, self.VerboseLogsIssueDetails(file_name), res)
if len_reg or len_reg1:
x = str(len(len_reg))
y = str(len(len_reg1))
PluginUtil.reportInfo(filename, self.LogIssueDetails((x, y)), res)
def target(self, queue):
files = common.java_files
global filepath, tree
parser = plyj.Parser()
total_debug_logs, total_verbose_logs, debug_logs, verbose_logs, verbose_logs_list, res, \
debug_logs_list, discovered_debug_logs, discovered_verbose_logs = ([] for _ in xrange(9))
tree = ''
count = 0
for f in files:
count += 1
pub.sendMessage('progress',
bar=self.name,
percent=round(count * 100 / len(files)))
filepath = str(f)
try:
tree = parser.parse_file(f)
except Exception as e:
common.logger.exception(
"Unable to parse the file and generate as AST. Error: " +
str(e))
continue
# Traverse down the tree to find out verbose or debug logs
try:
for type_decl in tree.type_declarations:
if type(type_decl) is m.ClassDeclaration:
for fields in type_decl.body:
if type(fields) is m.MethodDeclaration:
# Check if the app is send verbose logging message
if str(fields.name) == 'v':
verbose_logs.append(str(fields.name))
if filepath not in discovered_verbose_logs:
discovered_verbose_logs.append(
filepath)
# Check if the app is send debug logging message
elif str(fields.name) == 'd':
debug_logs.append(str(fields.name))
if filepath not in discovered_debug_logs:
discovered_debug_logs.append(filepath)
except Exception as e:
common.logger.debug(
"Plyj parser failed while parsing the file: " + filepath +
"\nError" + str(e))
continue
# Join all the filename and path containing debug and verbose logging
debug_logs_path = " \n".join(discovered_debug_logs)
verbose_logs_path = " \n".join(discovered_verbose_logs)
queue.put(res)
# Display the file paths of all discovered logs
if discovered_debug_logs:
x = len(debug_logs)
PluginUtil.reportInfo(filepath,
debug_log_issues(debug_logs_path, x), res)
if discovered_verbose_logs:
y = len(verbose_logs)
PluginUtil.reportInfo(filepath,
verbose_log_issues(verbose_logs_path, y),
res)
# Sometimes Log functions may be called from a constructor and hence maybe skipped by tree
# if len(debug_logs) == 0 and len(verbose_logs) == 0:
for f in files:
with open(f, 'r') as fi:
filename = fi.read()
filepath = str(f)
find_debug_logs = re.findall(self.debug_regex, filename)
find_verbose_logs = re.findall(self.verbose_regex, filename)
if find_debug_logs:
total_debug_logs.append(str(find_debug_logs))
if filepath not in debug_logs_list:
debug_logs_list.append(filepath)
if find_verbose_logs:
total_verbose_logs.append(str(find_verbose_logs))
if filepath not in verbose_logs_list:
verbose_logs_list.append(filepath)
debug_path = " \n".join(debug_logs_list)
verbose_path = " \n".join(verbose_logs_list)
if total_debug_logs:
x = len(total_debug_logs)
PluginUtil.reportInfo(filepath, debug_log_issues(debug_path, x),
res)
if total_verbose_logs:
y = len(total_verbose_logs)
PluginUtil.reportInfo(filepath,
verbose_log_issues(verbose_path, y), res)
def target(self, queue):
raw_file = str(common.manifest)
# Split the raw file content into each individual line
split_line = raw_file.splitlines()
count = 0
# Create a list for each object
ordered_broadcast, path_variable_list, launch_mode_list, api_key_list, res = ([] for _ in xrange(5))
global file_name
# full path to app manifest
file_name = qarkMain.find_manifest_in_source()
receivers = self.UserCreatedReceivers()
for receiver in receivers:
if "exported" in str(receiver) and "true" in str(receiver):
if not re.search(self.PRIORITY_REGEX, str(receiver)):
ordered_broadcast.append(str(receiver))
# Arrange exported broadcast receiver without priority set in column format
list_orderedBR = " \n".join(ordered_broadcast)
if ordered_broadcast:
PluginUtil.reportWarning(file_name, list_orderedBR, res)
for line in split_line:
count += 1
# update progress bar
pub.sendMessage('progress', bar=self.name, percent=round(count * 100 / len(split_line)))
if re.search(self.PATH_USAGE, line):
path_variable_list.append(line)
if re.search(self.LAUNCH_MODE, line):
launch_mode_list.append(line)
if re.search(self.TASK_REPARENTING, line):
PluginUtil.reportInfo(file_name, task_reparenting(file_name), res)
if re.match(self.API_KEY_REGEX, line):
# Check if special character is present in the line. If "Yes, then ignore.
if not re.match(self.SPECIAL_CHAR_REGEX, line) and line not in api_key_list:
api_key_list.append(line)
# Additional check for hardcoded api keys which matches the syntax most commonly used with google API_KEY
if re.search(self.HARDCODED_API_KEY, line) and line not in api_key_list:
api_key_list.append(line)
# Arrange identified path variable and launch mode usage in column format
path_variable = " \n".join(path_variable_list)
launch_mode_variable = "\n".join(launch_mode_list)
api_key_variable = "\n".join(api_key_list)
if path_variable_list:
PluginUtil.reportWarning(file_name, path_usage(path_variable), res)
if launch_mode_list:
PluginUtil.reportInfo(file_name, task_launch_mode(launch_mode_variable), res)
if api_key_list:
PluginUtil.reportInfo(file_name, hardcoded_api_key(api_key_variable), res)
# Check for google safe browsing API
if "WebView" in split_line:
if "EnableSafeBrowsing" not in split_line and "true" not in split_line:
PluginUtil.reportInfo(file_name, google_safe_browsing(file_name), res)
# send all results back to main thread
queue.put(res)
