def getPlugin(reg_sys, reg_nt="", reg_soft=""):
print ("\n" + ("=" * 51) + "\nSESSION MANAGER INFORMATION\n" + ("=" * 51))
current = getControlSet(reg_sys)
controlSetSubkeys = reg_sys.open("%s\\Control" % (current))
session_manager_list = [("%s\\" % (current)) + controlSetSubkeys.name() + "\\Session Manager"]
try:
for k in session_manager_list:
key = reg_sys.open(k)
for v in key.values():
if (
v.value_type() == Registry.RegSZ
or v.value_type() == Registry.RegExpandSZ
or v.value_type() == Registry.RegMultiSZ
):
if v.name() == "PendingFileRenameOperations" or v.name() == "BootExecute":
for emptySpaces in v.value():
if emptySpaces == "":
pass
else:
print "Key: %s\nValue: %s\n" % (
str(v.name()).encode("ascii", "ignore"),
str(emptySpaces).encode("ascii", "ignore"),
)
else:
pass
except Registry.RegistryKeyNotFoundException as e:
pass
def getPlugin(reg_sys, reg_nt='', reg_soft=''):
current = getControlSet(reg_sys)
knowndlls = reg_sys.open('%s\\Control\\Session Manager\\KnownDLLs' % (current))
print ("\n" + ("=" * 51) + "\nKNOWN DLLs\n" + ("=" * 51))
print '\nKnown DLLs LastWrite: %s\n' % (knowndlls.timestamp())
try:
for v in knowndlls.values():
print 'Name: %s\nDLL: %s\n' % (v.name(), v.value())
except Registry.RegistryKeyNotFoundException as e:
pass
def getPlugin(reg_sys, reg_nt='', reg_soft=''):
current = getControlSet(reg_sys)
servicesnames = reg_sys.open('%s\\Services' % (current))
service_list = []
autostart_list = []
loadondemand_list = []
bootloader_list = []
autostart_dict = defaultdict(list)
loadondemand_dict = defaultdict(list)
bootloader_dict = defaultdict(list)
service_baseline = []
baseline = open("plugins/service_baseline.txt", 'r').read()
service_baseline.append(baseline.rstrip('\n').lower())
for service in servicesnames .subkeys():
service_list.append(service.name().lower())
for service_name in service_list:
k = reg_sys.open('%s\\Services\\%s' % (current, service_name))
for v in k.values():
if v.name() == "Start":
start_methods = v.value()
for service_start_code in str(start_methods):
# 0x2 (Auto Load) = SCM - Loaded or started automatically for all start ups.
if service_start_code == "2":
autostart_list.append(k.name())
try:
display_name = k.value("DisplayName").value()
image_path = k.value("ImagePath").value()
except:
display_name = "???"
image_path = "No Image Path Found!"
autostart_dict['ServiceName'].append(k.name().lower())
autostart_dict['WriteTime'].append(k.timestamp())
autostart_dict['ImagePath'].append(image_path.lower())
autostart_dict['DisplayName'].append(display_name)
# 0x3 (Load on demand) = SCM - Not start until the user starts it.
elif service_start_code == "3":
try:
display_name = k.value("DisplayName").value()
image_path = k.value("ImagePath").value()
except:
display_name = "???"
image_path = "No Image Path Found!"
loadondemand_dict['ServiceName'].append(k.name().lower())
loadondemand_dict['WriteTime'].append(k.timestamp())
loadondemand_dict['ImagePath'].append(image_path.lower())
loadondemand_dict['DisplayName'].append(display_name)
# 0x0 (Boot) = Kernel Loader
elif service_start_code == "0":
bootloader_list.append(k.name())
try:
display_name = k.value("DisplayName").value()
image_path = k.value("ImagePath").value()
except:
display_name = "???"
image_path = "No Image Path Found!"
bootloader_dict['ServiceName'].append(k.name().lower())
bootloader_dict['WriteTime'].append(k.timestamp())
bootloader_dict['ImagePath'].append(image_path.lower())
bootloader_dict['DisplayName'].append(display_name)
else:
pass
print ("\n" + ("=" * 51) + "\nALL TYPE 2 SERVICES\n" + ("=" * 51))
for sname, ltime, ipath, dispname in izip(autostart_dict['ServiceName'], autostart_dict['WriteTime'], autostart_dict['ImagePath'], autostart_dict['DisplayName']):
print 'Disp: {0:<10}\nName: {1:<10}\nPath: {2:<10}\nTime: {3}\n'.format(dispname, sname, ipath.encode('ascii', 'ignore'), ltime)
print ("\n" + ("=" * 51) + "\nALL TYPE 3 SERVICES\n" + ("=" * 51))
for sname, ltime, ipath, dispname in izip(loadondemand_dict['ServiceName'], loadondemand_dict['WriteTime'], loadondemand_dict['ImagePath'], loadondemand_dict['DisplayName']):
print 'Disp: {0:<10}\nName: {1:<10}\nPath: {2:<10}\nTime: {3}\n'.format(dispname, sname, ipath.encode('ascii', 'ignore'), ltime)
print ("\n" + ("=" * 51) + "\nALL TYPE 0 SERVICES\n" + ("=" * 51))
for sname, ltime, ipath, dispname in izip(bootloader_dict['ServiceName'], bootloader_dict['WriteTime'], bootloader_dict['ImagePath'], bootloader_dict['DisplayName']):
print 'Disp: {0:<10}\nName: {1:<10}\nPath: {2:<10}\nTime: {3}\n'.format(dispname, sname, ipath.encode('ascii', 'ignore'), ltime)
def getPlugin(reg_soft, reg_sys, reg_nt=''):
os_dict = {}
sid_dict = defaultdict(list)
username_dict = defaultdict(list)
k = reg_soft.open("Microsoft\\Windows NT\\CurrentVersion")
try:
for v in k.values():
if v.name() == "ProductName":
os_dict['ProductName'] = v.value()
if v.name() == "EditionID":
os_dict['EditionID'] = v.value()
if v.name() == "CurrentBuild":
os_dict['CurrentBuild'] = v.value()
if v.name() == "CurrentVersion":
os_dict['CurrentVersion'] = v.value()
if v.name() == "InstallDate":
os_dict['InstallDate'] = time.strftime('%a %b %d %H:%M:%S %Y (UTC)', time.gmtime(v.value()))
else:
pass
except Registry.RegistryKeyNotFoundException as e:
pass
current = getControlSet(reg_sys)
computerName = reg_sys.open("%s\\Control\\ComputerName\\ComputerName" % (current))
try:
for v in computerName.values():
if v.name() == "ComputerName":
os_dict["ComputerName"] = v.value()
else:
pass
except Registry.RegistryKeyNotFoundException as e:
pass
timeZone = reg_sys.open("%s\\Control\\TimeZoneInformation" % (current))
try:
for v in timeZone.values():
if v.name() == "StandardName":
os_dict["TimeZoneName"] = v.value()
else:
pass
except Registry.RegistryKeyNotFoundException as e:
pass
try:
profileList = reg_soft.open("Microsoft\\Windows NT\\CurrentVersion\\ProfileList")
for sid in profileList.subkeys():
sid_dict['SIDs'].append(sid.name())
sid_dict['UserNames'].append(sid.value("ProfileImagePath").value())
except Registry.RegistryKeyNotFoundException as e:
pass
'''
Output.....
'''
print ("\n" + ("=" * 51) + "\nSYSTEM INFORMATION\n" + ("=" * 51))
print "Computer Name: " + os_dict['ComputerName']
print "Operating System: " + os_dict['ProductName'], os_dict['CurrentVersion']
print "Install Date: " + os_dict['InstallDate']
print "Time Zone: " + os_dict['TimeZoneName'] + "\n"
print "Usernames:"
for u, s in izip(sid_dict["SIDs"], sid_dict["UserNames"]):
print 'SID: {0:<10}\nUsername: {1:<10}'.format(u, \
str(s.replace("%SystemDrive%\\Documents and Settings\\", \
"").replace("%systemroot%\\system32\\config\\", "")))
print "\n"
