def calculate(self):
addr_space = utils.load_as(self._config)
if not self._config.sys_offset or not self._config.sam_offset:
debug.error("Both SYSTEM and SAM offsets must be provided")
return hashdumpmod.dump_memory_hashes(addr_space, self._config, self._config.sys_offset, self._config.sam_offset)
def execute(self):
""" Executes the plugin command."""
# Check we can support the plugins
profs = registry.get_plugin_classes(obj.Profile)
if self._config.PROFILE not in profs:
debug.error("Invalid profile " + self._config.PROFILE + " selected")
if not self.is_valid_profile(profs[self._config.PROFILE]()):
debug.error("This command does not support the profile " + self._config.PROFILE)
# # Executing plugins is done in two stages - first we calculate
data = self.calculate()
## Then we render the result in some way based on the
## requested output mode:
function_name = "render_{0}".format(self._config.OUTPUT)
if self._config.OUTPUT_FILE:
outfd = open(self._config.OUTPUT_FILE, 'w')
# TODO: We should probably check that this won't blat over an existing file
else:
outfd = sys.stdout
try:
func = getattr(self, function_name)
except AttributeError:
## Try to find out what formats are supported
result = []
for x in dir(self):
if x.startswith("render_"):
_a, b = x.split("_", 1)
result.append(b)
print "Plugin {0} is unable to produce output in format {1}. Supported formats are {2}. Please send a feature request".format(self.__class__.__name__, self._config.OUTPUT, result)
return
func(outfd, data)
def check_microarch(self, addr, phy_space, key):
microarch = hyper.revision_id_db[key]
if microarch.lower() == "sandy":
vmcs_off = hyper.vmcs_offset_sandy
elif microarch.lower() == "core":
vmcs_off = hyper.vmcs_offset_core
else:
debug.error("Microarchitecture %s not supported yet." % microarch)
off = vmcs_off["VMCS_LINK_POINTER"] * 4
data = phy_space.read(addr + off, 0x04)
vmcs_link_pointer = struct.unpack('<I', data)[0]
data2 = phy_space.read(addr + off + 0x04, 0x04)
vmcs_link_pointer2 = struct.unpack('<I', data2)[0]
if (vmcs_link_pointer == 0xffffffff and vmcs_link_pointer2 == 0xffffffff):
size = layouts.vmcs.vmcs_field_size["GUEST_CR3"] / 8
off = vmcs_off["GUEST_CR3"] * 4
data = phy_space.read(addr + off, size)
if size == 4:
guest_cr3 = struct.unpack('<I', data)[0]
elif size == 8:
guest_cr3 = struct.unpack('<Q', data)[0]
else:
debug.error("CR3 size not possible.")
if ((guest_cr3 % 4096) == 0) and (guest_cr3 != 0):
debug.info("\t|__ VMCS 0x%08x [CONSISTENT]" % addr)
def render_text(self, outfd, data):
if (not self._config.DUMP_DIR or
not os.path.isdir(self._config.DUMP_DIR)):
debug.error("Please specify an existing output dir (--dump-dir)")
self.table_header(outfd, [("Task", "10"),
("VM Start", "[addrpad]"),
("VM End", "[addrpad]"),
("Length", "[addr]"),
("Path", "")])
for (task, vma) in data:
if not self._config.VMA or vma.vm_start == self._config.VMA:
file_name = "task.{0}.{1:#x}.vma".format(task.pid, vma.vm_start)
file_path = os.path.join(self._config.DUMP_DIR, file_name)
outfile = open(file_path, "wb+")
for page in self.read_addr_range(task, vma.vm_start, vma.vm_end):
outfile.write(page)
outfile.close()
self.table_row(outfd, task.pid,
vma.vm_start,
vma.vm_end,
vma.vm_end - vma.vm_start,
file_path)
def calculate(self):
addr_space = utils.load_as(self._config)
if not self.is_valid_profile(addr_space.profile):
debug.error("This command does not support the selected profile.")
for objct in self.scan_results(addr_space):
if isinstance(objct, _UDP_ENDPOINT):
# For UdpA, the state is always blank and the remote end is asterisks
for ver, laddr, _ in objct.dual_stack_sockets():
yield objct, "UDP" + ver, laddr, objct.Port, "*", "*", ""
elif isinstance(objct, _TCP_ENDPOINT):
if objct.AddressFamily == AF_INET:
proto = "TCPv4"
elif objct.AddressFamily == AF_INET6:
proto = "TCPv6"
yield objct, proto, objct.LocalAddress, objct.LocalPort, \
objct.RemoteAddress, objct.RemotePort, objct.State
elif isinstance(objct, _TCP_LISTENER):
# For TcpL, the state is always listening and the remote port is zero
for ver, laddr, raddr in objct.dual_stack_sockets():
yield objct, "TCP" + ver, laddr, objct.Port, raddr, 0, "LISTENING"
def calculate(self):
## we need this module imported
if not has_yara:
debug.error("Please install Yara from code.google.com/p/yara-project")
## leveraged from the windows yarascan plugin
rules = self._compile_rules()
## set the linux plugin address spaces
common.set_plugin_members(self)
if self._config.KERNEL:
## http://fxr.watson.org/fxr/source/osfmk/mach/i386/vm_param.h?v=xnu-2050.18.24
if self.addr_space.profile.metadata.get('memory_model', '32bit') == "32bit":
if not common.is_64bit_capable(self.addr_space):
kernel_start = 0
else:
kernel_start = 0xc0000000
else:
kernel_start = 0xffffff8000000000
scanner = malfind.DiscontigYaraScanner(rules = rules,
address_space = self.addr_space)
for hit, address in scanner.scan(start_offset = kernel_start):
yield (None, address, hit,
scanner.address_space.zread(address, 64))
else:
# Scan each process memory block
for task in pstasks.mac_tasks(self._config).calculate():
scanner = MapYaraScanner(task = task, rules = rules)
for hit, address in scanner.scan():
yield (task, address, hit,
scanner.address_space.zread(address, 64))
def render_text(self, outfd, data):
"""Renders the tasks to disk images, outputting progress as they go"""
if self._config.DUMP_DIR == None:
debug.error("Please specify a dump directory (--dump-dir)")
if not os.path.isdir(self._config.DUMP_DIR):
debug.error(self._config.DUMP_DIR + " is not a directory")
self.table_header(outfd,
[("Process(V)", "[addrpad]"),
("ImageBase", "[addrpad]"),
("Name", "20"),
("Result", "")])
for task in data:
task_space = task.get_process_address_space()
if task_space == None:
result = "Error: Cannot acquire process AS"
elif task.Peb == None:
# we must use m() here, because any other attempt to
# reference task.Peb will try to instantiate the _PEB
result = "Error: PEB at {0:#x} is paged".format(task.m('Peb'))
elif task_space.vtop(task.Peb.ImageBaseAddress) == None:
result = "Error: ImageBaseAddress at {0:#x} is paged".format(task.Peb.ImageBaseAddress)
else:
dump_file = "executable." + str(task.UniqueProcessId) + ".exe"
result = self.dump_pe(task_space,
task.Peb.ImageBaseAddress,
dump_file)
self.table_row(outfd,
task.obj_offset,
task.Peb.ImageBaseAddress,
task.ImageFileName,
result)
def render_text(self, outfd, data):
for device in data:
ext = device.DeviceExtension.dereference_as("EXTENSION")
outfd.write("Container: {0}\n".format(ext.wszVolume))
outfd.write("Hidden Volume: {0}\n".format("Yes" if ext.cryptoInfo.hiddenVolume == 1 else "No"))
outfd.write("Removable: {0}\n".format("Yes" if ext.bRemovable == 1 else "No"))
outfd.write("Read Only: {0}\n".format("Yes" if ext.bReadOnly == 1 else "No"))
outfd.write("Disk Length: {0} (bytes)\n".format(ext.DiskLength))
outfd.write("Host Length: {0} (bytes)\n".format(ext.HostLength))
outfd.write("Encryption Algorithm: {0}\n".format(ext.cryptoInfo.ea))
outfd.write("Mode: {0}\n".format(ext.cryptoInfo.mode))
outfd.write("Master Key\n")
key = device.obj_vm.read(ext.cryptoInfo.master_keydata.obj_offset, 64)
addr = ext.cryptoInfo.master_keydata.obj_offset
outfd.write("{0}\n".format("\n".join(
["{0:#010x} {1:<48} {2}".format(addr + o, h, ''.join(c))
for o, h, c in utils.Hexdump(key)
])))
if self._config.DUMP_DIR:
if not os.path.isdir(self._config.DUMP_DIR):
debug.error("The path {0} is not a valid directory".format(self._config.DUMP_DIR))
name = "{0:#x}_master.key".format(addr)
keyfile = os.path.join(self._config.DUMP_DIR, name)
with open(keyfile, "wb") as handle:
handle.write(key)
outfd.write("Dumped {0} bytes to {1}\n".format(len(key), keyfile))
outfd.write("\n")
def calculate(self):
addr_space = utils.load_as(self._config)
if not self.is_valid_profile(addr_space.profile):
debug.error("This command does not support the selected profile.")
return win32.network.determine_sockets(addr_space)
def calculate(self):
addr_space = utils.load_as(self._config)
win7 = addr_space.profile.metadata.get('major', 0) == 6 and addr_space.profile.metadata.get('minor', 0) == 1
if not self._config.HIVE_OFFSET:
hive_offsets = [(self.hive_name(h), h.obj_offset) for h in hivelist.HiveList.calculate(self)]
else:
hive_offsets = [("User Specified", self._config.HIVE_OFFSET)]
for name, hoff in set(hive_offsets):
h = hivemod.HiveAddressSpace(addr_space, self._config, hoff)
root = rawreg.get_root(h)
if not root:
if self._config.HIVE_OFFSET:
debug.error("Unable to find root key. Is the hive offset correct?")
else:
skey = "software\\microsoft\\windows\\currentversion\\explorer\\userassist\\"
if win7:
uakey = skey + "{CEBFF5CD-ACE2-4F4F-9178-9926F41749EA}\\Count"
yield win7, name, rawreg.open_key(root, uakey.split('\\'))
uakey = skey + "{F4E57C4B-2036-45F0-A9AB-443BCFE33D9F}\\Count"
yield win7, name, rawreg.open_key(root, uakey.split('\\'))
else:
uakey = skey + "{75048700-EF1F-11D0-9888-006097DEACF9}\\Count"
yield win7, name, rawreg.open_key(root, uakey.split('\\'))
uakey = skey + "{5E6AB780-7743-11CF-A12B-00AA004AE837}\\Count"
yield win7, name, rawreg.open_key(root, uakey.split('\\'))
def apply_types(addr_space, ver):
"""Apply the TrueCrypt types for a specific version of TC.
@param addr_space: <volatility.BaseAddressSpace>
@param ver: <string> version
"""
mm_model = addr_space.profile.metadata.get('memory_model', '32bit')
try:
vtypes = TrueCryptMaster.version_map[ver][mm_model]
addr_space.profile.vtypes.update(vtypes)
addr_space.profile.merge_overlay({
'EXTENSION' : [ None, {
'wszVolume' : [ None, ['String', dict(length = 260, encoding = "utf16")]],
}],
'CRYPTO_INFO_t' : [ None, {
'mode' : [ None, ['Enumeration', dict(target = "long",
choices = {1: 'XTS',
2: 'LWR',
3: 'CBC',
4: 'OUTER_CBC',
5: 'INNER_CBC'})]],
'ea' : [ None, ['Enumeration', dict(target = "long",
choices = {1: 'AES',
2: 'SERPENT',
3: 'TWOFISH',
4: 'BLOWFISH',
5: 'CAST',
6: 'TRIPLEDES'})]],
}]})
addr_space.profile.compile()
except KeyError:
debug.error("Truecrypt version {0} is not supported".format(ver))
def render(self, outfd, grid):
if not self._config.OUTPUT_FILE:
debug.error("Please specify a valid output file using --output-file")
self._db = sqlite3.connect(self._config.OUTPUT_FILE, isolation_level = None)
create = "CREATE TABLE IF NOT EXISTS " + self._plugin_name + "( id INTEGER, " + \
", ".join(['"' + self._sanitize_name(i.name) + '" ' + self._column_type(i.type) for i in grid.columns]) + ")"
self._db.execute(create)
def _add_multiple_row(node, accumulator):
accumulator[0] = accumulator[0] + 1 #id
accumulator[1].append([accumulator[0]] + [str(v) for v in node.values])
if len(accumulator[1]) > 20000:
self._db.execute("BEGIN TRANSACTION")
insert = "INSERT INTO " + self._plugin_name + " VALUES (?, " + ", ".join(["?"] * len(node.values)) + ")"
self._db.executemany(insert, accumulator[1])
accumulator = [accumulator[0], []]
self._db.execute("COMMIT TRANSACTION")
self._accumulator = accumulator
return accumulator
grid.populate(_add_multiple_row, self._accumulator)
#Insert last nodes
if len(self._accumulator[1]) > 0:
self._db.execute("BEGIN TRANSACTION")
insert = "INSERT INTO " + self._plugin_name + " VALUES (?, " + ", ".join(["?"] * (len(self._accumulator[1][0])-1)) + ")"
self._db.executemany(insert, self._accumulator[1])
self._db.execute("COMMIT TRANSACTION")
def search_stack_frames(self, start, stack_base, stack_limit, yara_rules, frame_delta=32, unwind=DEFAULT_UNWIND):
"""
Use Yara to search kernel/user stack frames within +/- frame_delta of the frame's start
address.
Frames to search are chosen by using the strategies specifed by the unwind parameter.
yara_rules - compiled Yara rules, built for example with:
1. yara.compile("/path/to/yara.rules")
or 2. yara.compile(source="rule dummy { condition: true }")
"""
if not yara_installed:
debug.error("In order to search the stack frames, it is necessary to install yara")
stack_registry = registry.get_plugin_classes(StackTop)
for unwind_strategy_nm in unwind.split(","):
if unwind_strategy_nm not in stack_registry:
raise ValueError("{0} is not a known stack unwind strategy".format(unwind_strategy_nm))
unwind_strategy = stack_registry[unwind_strategy_nm](start, stack_base, stack_limit, self)
for frame in itertools.chain(unwind_strategy.up(), unwind_strategy.down()):
search_data = self.get_process_address_space().zread(frame.start - frame_delta, 2* frame_delta)
for match in yara_rules.match(data = search_data):
for moffset, name, value in match.strings:
# Match offset here is converted into frame start address and a +/- frame_delta
yield match, name, value, frame.start, moffset-frame_delta
raise StopIteration
def render_text(self, outfd, data):
if self._config.DUMP_DIR and not os.path.isdir(self._config.DUMP_DIR):
debug.error(self._config.DUMP_DIR + " is not a directory")
for o, addr, hit, content in data:
outfd.write("Rule: {0}\n".format(hit.rule))
# Find out if the hit is from user or kernel mode
if o == None:
outfd.write("Owner: (Unknown Kernel Memory)\n")
filename = "kernel.{0:#x}.dmp".format(addr)
elif o.obj_name == "_EPROCESS":
outfd.write("Owner: Process {0} Pid {1}\n".format(o.ImageFileName,
o.UniqueProcessId))
filename = "process.{0:#x}.{1:#x}.dmp".format(o.obj_offset, addr)
else:
outfd.write("Owner: {0}\n".format(o.BaseDllName))
filename = "kernel.{0:#x}.{1:#x}.dmp".format(o.obj_offset, addr)
# Dump the data if --dump-dir was supplied
if self._config.DUMP_DIR:
path = os.path.join(self._config.DUMP_DIR, filename)
fh = open(path, "wb")
fh.write(content)
fh.close()
outfd.write("".join(
["{0:#010x} {1:<48} {2}\n".format(addr + o, h, ''.join(c))
for o, h, c in utils.Hexdump(content)
]))
def generator(self, data):
if self._config.DUMP_DIR and not os.path.isdir(self._config.DUMP_DIR):
debug.error(self._config.DUMP_DIR + " is not a directory")
for task in data:
for vad, address_space in task.get_vads(vad_filter = task._injection_filter):
if self._is_vad_empty(vad, address_space):
continue
content = address_space.zread(vad.Start, 64)
yield (0, [str(task.ImageFileName),
int(task.UniqueProcessId),
Address(vad.Start),
str(vad.Tag),
str(vadinfo.PROTECT_FLAGS.get(vad.VadFlags.Protection.v(), "")),
str(vad.VadFlags),
Bytes(content)])
# Dump the data if --dump-dir was supplied
if self._config.DUMP_DIR:
filename = os.path.join(self._config.DUMP_DIR,
"process.{0:#x}.{1:#x}.dmp".format(
task.obj_offset, vad.Start))
self.dump_vad(filename, vad, address_space)
def calculate(self):
linux_common.set_plugin_members(self)
find_file = self._config.FIND
inode_addr = self._config.inode
outfile = self._config.outfile
listfiles = self._config.LISTFILES
if listfiles:
for (_, _, file_path, file_dentry) in self.walk_sbs():
yield (file_path, file_dentry.d_inode)
elif find_file and len(find_file):
for (_, _, file_path, file_dentry) in self.walk_sbs():
if file_path == find_file:
yield (file_path, file_dentry.d_inode)
break
elif inode_addr and inode_addr > 0 and outfile and len(outfile) > 0:
inode = obj.Object("inode", offset = inode_addr, vm = self.addr_space)
f = open(outfile, "wb")
for page in self.get_file_contents(inode):
f.write(page)
f.close()
else:
debug.error("Incorrect command line parameters given.")
def _compile_rules(self):
"""Compile the YARA rules from command-line parameters.
@returns: a YARA object on which you can call 'match'
This function causes the plugin to exit if the YARA
rules have syntax errors or are not supplied correctly.
"""
rules = None
try:
if self._config.YARA_RULES:
s = self._config.YARA_RULES
# Don't wrap hex or regex rules in quotes
if s[0] not in ("{", "/"): s = '"' + s + '"'
# Option for case insensitive searches
if self._config.CASE: s += " nocase"
# Scan for unicode and ascii strings
if self._config.WIDE: s += " wide ascii"
rules = yara.compile(sources = {
'n' : 'rule r1 {strings: $a = ' + s + ' condition: $a}'
})
elif self._config.YARA_FILE and os.path.isfile(self._config.YARA_FILE):
rules = yara.compile(self._config.YARA_FILE)
else:
debug.error("You must specify a string (-Y) or a rules file (-y)")
except yara.SyntaxError, why:
debug.error("Cannot compile rules: {0}".format(str(why)))
def calculate(self):
addr_space = utils.load_as(self._config)
if not self.is_valid_profile(addr_space.profile):
debug.error("This plugin only works on XP and 2003")
## When verbose is specified, we recalculate the list of SIDs for
## services in the registry. Otherwise, we take the list from the
## pre-populated dictionary in getservicesids.py
if self._config.VERBOSE:
ssids = getservicesids.GetServiceSids(self._config).calculate()
for sid, service in ssids:
self.extrasids[sid] = " (Service: " + service + ")"
else:
for sid, service in getservicesids.servicesids.items():
self.extrasids[sid] = " (Service: " + service + ")"
## Get the user's SIDs from the registry
self.load_user_sids()
for proc in tasks.pslist(addr_space):
if str(proc.ImageFileName).lower() == "services.exe":
for vad, process_space in proc.get_vads(vad_filter = proc._mapped_file_filter):
if vad.FileObject.FileName:
name = str(vad.FileObject.FileName).lower()
if name.endswith(".evt"):
## Maybe check the length is reasonable, though probably there won't
## ever be event logs that are multiple GB or TB in size.
data = process_space.zread(vad.Start, vad.Length)
yield name, data
def calculate(self):
lpi = linux_process_info
if self._config.SYMBOL_DIR:
self.symbols = self.load_symbols(self._config.SYMBOL_DIR)
#print(self.symbols['libc-2.13.so'])
if self._config.DUMP_FILE:
try:
self.dump_file = open(self._config.DUMP_FILE, 'a+')
debug.info("Opened {} for writing".format(self._config.DUMP_FILE))
except IOError:
debug.error("Failed to open %s for writing".format(self._config.DUMP_FILE))
for p in linux_process_info.linux_process_info.calculate(self):
stats['tasks'] += 1
if p:
for i, task in enumerate(p.threads):
stats['threads'] += 1
#print(i, task.comm.v(), p.thread_registers[i], p.thread_stacks[i], p.thread_stack_ranges)
#for reg, value in p.thread_registers[i]._asdict().iteritems():
# print(reg, "{:016x}".format(value))
debug.info("Starting analysis of task: pid {}, thread name {}".format(task.pid, task.comm))
debug.info("=================================================")
yield self.analyze_stack(p, task, i) #, self.analyze_registers(p, task, i)
else:
stats['tasks_ignored'] += 1
def calculate(self):
linux_common.set_plugin_members(self)
find_file = self._config.FIND
inode_addr = self._config.inode
outfile = self._config.outfile
listfiles = self._config.LISTFILES
if listfiles:
for (_, _, file_path, file_dentry) in self.walk_sbs():
yield (file_path, file_dentry.d_inode)
elif find_file and len(find_file):
for (_, _, file_path, file_dentry) in self.walk_sbs():
if file_path == find_file:
yield (file_path, file_dentry.d_inode)
break
elif inode_addr and inode_addr > 0 and outfile and len(outfile) > 0:
inode = obj.Object("inode", offset = inode_addr, vm = self.addr_space)
try:
f = open(outfile, "wb")
except IOError, e:
debug.error("Unable to open output file (%s): %s" % (outfile, str(e)))
for page in self.get_file_contents(inode):
f.write(page)
f.close()
def generator(self, data):
keyfound = False
for win7, reg, key in data:
if key:
keyfound = True
for s in self.regapi.reg_get_all_subkeys(None, None, given_root = key):
if s.Name == None:
item = "Unknown subkey: " + s.Name.reason
else:
item = s.Name
yield (0, [str(reg), str(self.regapi.reg_get_key_path(key)), str(key.LastWriteTime), str(item), "", ""])
for subname, dat in self.regapi.reg_yield_values(None, None, given_root = key, thetype = "REG_BINARY"):
dat_raw = dat
try:
subname = subname.encode('rot_13')
except UnicodeDecodeError:
pass
if win7:
guid = subname.split("\\")[0]
if guid in folder_guids:
subname = subname.replace(guid, folder_guids[guid])
dat = self.parse_data(dat_raw)
yield (0, [str(reg), str(self.regapi.reg_get_key_path(key)), str(key.LastWriteTime), "", str(subname), str(dat)])
if not keyfound:
debug.error("The requested key could not be found in the hive(s) searched")
def calculate(self):
"""Begin carving and analysing"""
#Check output dir is provided
if self._config.DUMP_DIR == None:
debug.error("Please specify a dump directory (--dump-dir)")
if not os.path.isdir(self._config.DUMP_DIR):
debug.error(self._config.DUMP_DIR + " is not a directory")
#Carve packets from all mempages
self.addr_space = utils.load_as(self._config)
for mempage in self.addr_space.get_available_addresses():
self.carve_packets(self.addr_space.zread(mempage[0], mempage[1]))
#Analyze the carved/parsed packets
packet_stats = self.analyze_packets(self.parsed_packets)
#Dump files to dump-dir
self.dump_packets_to_pcap(self.hex_packets, os.path.abspath(os.path.join(self._config.DUMP_DIR, 'packets.pcap')))
with open(os.path.abspath(os.path.join(self._config.DUMP_DIR, 'ips.txt')), 'w') as fd:
for ip_to_check in packet_stats['unique_public_ips']:
fd.write(ip_to_check + '\n')
return packet_stats
def render_text(self, outfd, data):
"""Runs through the text file outputting which string appears where"""
addr_space, tasks = data
stringlist = open(self._config.STRING_FILE, "r")
verbfd = None
if self._config.VERBOSE:
verbfd = outfd
# Before we bother to start parsing the image, check to make sure the strings
# are specified correctly
parsedStrings = []
for stringLine in stringlist:
(offsetString, string) = self.parse_line(stringLine)
try:
offset = int(offsetString)
except ValueError:
debug.error("String file format invalid.")
parsedStrings.append((offset, string))
reverse_map = self.get_reverse_map(addr_space, tasks, verbfd)
for (offset, string) in parsedStrings:
if reverse_map.has_key(offset & 0xFFFFF000):
outfd.write("{0:08x} [".format(offset))
outfd.write(' '.join(["{0}:{1}".format(pid[0], pid[1] | (offset & 0xFFF)) for pid in reverse_map[offset & 0xFFFFF000][1:]]))
outfd.write("] {0}\n".format(string.strip()))
def calculate(self):
addr_space = utils.load_as(self._config)
tag = self._config.TAG
if tag == None:
debug.error("You must enter a --tag to find")
minsize = self._config.MIN_SIZE
maxsize = self._config.MAX_SIZE
poolsize = lambda x : x >= minsize and x <= maxsize
if self._config.PAGED:
paged = True
non_paged = False
else:
paged = False
non_paged = True
scanner = GenericPoolScan()
scanner.checks = [
('PoolTagCheck', dict(tag = tag)),
('CheckPoolSize', dict(condition = poolsize)),
('CheckPoolType', dict(paged = paged, non_paged = non_paged)),
]
for offset in scanner.scan(addr_space):
pool = obj.Object("_POOL_HEADER", offset = offset, vm = addr_space)
buf = addr_space.zread(offset, minsize)
yield pool, buf
def calculate(self):
"""Calculates the physical to virtual address mapping"""
if self._config.STRING_FILE is None or not os.path.exists(self._config.STRING_FILE):
debug.error("Strings file not found")
addr_space = utils.load_as(self._config)
if self._config.OFFSET != None:
tasks = [self.virtual_process_from_physical_offset(addr_space, self._config.OFFSET)]
elif self._config.SCAN:
procs = list(filescan.PSScan(self._config).calculate())
tasks = []
for task in procs:
tasks.append(self.virtual_process_from_physical_offset(addr_space, task.obj_offset))
else:
tasks = win32.tasks.pslist(addr_space)
try:
if self._config.PIDS is not None:
pidlist = [int(p) for p in self._config.PIDS.split(',')]
tasks = [t for t in tasks if int(t.UniqueProcessId) in pidlist]
except (ValueError, TypeError):
# TODO: We should probably print a non-fatal warning here
pass
return addr_space, tasks
def get_processes(self, addr_space):
"""Enumerate processes based on user options.
:param addr_space | <addrspace.AbstractVirtualAddressSpace>
:returns <list>
"""
bounce_back = taskmods.DllList.virtual_process_from_physical_offset
if self._config.OFFSET != None:
tasks = [bounce_back(addr_space, self._config.OFFSET)]
elif self._config.SCAN:
procs = list(filescan.PSScan(self._config).calculate())
tasks = []
for task in procs:
tasks.append(bounce_back(addr_space, task.obj_offset))
else:
tasks = win32.tasks.pslist(addr_space)
try:
if self._config.PID is not None:
pidlist = [int(p) for p in self._config.PID.split(",")]
tasks = [t for t in tasks if int(t.UniqueProcessId) in pidlist]
except (ValueError, TypeError):
debug.error("Invalid PID {0}".format(self._config.PID))
return tasks
def calculate(self):
addr_space = utils.load_as(self._config)
if self._config.REGEX:
try:
if self._config.IGNORE_CASE:
mod_re = re.compile(self._config.REGEX, re.I)
else:
mod_re = re.compile(self._config.REGEX)
except re.error as e:
debug.error('Error parsing regular expression: %s' % e)
mods = dict((mod.DllBase.v(), mod) for mod in modules.lsmod(addr_space))
# We need the process list to find spaces for some drivers. Enumerate them here
# instead of inside the find_space function, so we only have to do it once.
procs = list(tasks.pslist(addr_space))
if self._config.BASE:
if self._config.BASE in mods:
mod_name = mods[self._config.BASE].BaseDllName
else:
mod_name = "UNKNOWN"
yield addr_space, procs, int(self._config.BASE), mod_name
else:
for mod in list(mods.values()):
if self._config.REGEX:
if not mod_re.search(str(mod.FullDllName or '')) and not mod_re.search(str(mod.BaseDllName or '')):
continue
yield addr_space, procs, mod.DllBase.v(), mod.BaseDllName
def calculate(self):
common.set_plugin_members(self)
if not self.addr_space.profile.obj_has_member("fs_event_watcher", "proc_name"):
debug.error("This plugin only supports OS X >= 10.8.2. Please file a bug if you are running against a version matching this criteria.")
event_types = ["CREATE_FILE", "DELETE", "STAT_CHANGED", "RENAME", "CONTENT_MODIFIED", "EXCHANGE", "FINDER_INFO_CHANGED", "CREATE_DIR", "CHOWN"]
event_types = event_types + ["XATTR_MODIFIED", "XATTR_REMOVED", "DOCID_CREATED", "DOCID_CHANGED"]
table_addr = self.addr_space.profile.get_symbol("_watcher_table")
arr = obj.Object(theType = "Array", targetType = "Pointer", count = 8, vm = self.addr_space, offset = table_addr)
for watcher_addr in arr:
if not watcher_addr.is_valid():
continue
watcher = watcher_addr.dereference_as("fs_event_watcher")
name = self.addr_space.read(watcher.proc_name.obj_offset, 33)
if name:
idx = name.find("\x00")
if idx != -1:
name = name[:idx]
events = ""
event_arr = obj.Object(theType = "Array", targetType = "unsigned char", offset = watcher.event_list.v(), count = 13, vm = self.addr_space)
for (i, event) in enumerate(event_arr):
if event == 1:
events = events + event_types[i] + ", "
if len(events) and events[-1] == " " and events[-2] == ",":
events = events[:-2]
yield watcher_addr, name, watcher.pid, events
def calculate(self):
linux_common.set_plugin_members(self)
phys_addr_space = utils.load_as(self._config, astype="physical")
if phys_addr_space.profile.metadata.get("memory_model", "32bit") == "32bit":
fmt = "<I"
else:
fmt = "<Q"
needles = []
for sym in phys_addr_space.profile.get_all_symbol_names("kernel"):
if sym.find("_sched_class") != -1:
addr = phys_addr_space.profile.get_symbol(sym)
needles.append(struct.pack(fmt, addr))
if len(needles) == 0:
debug.error("Unable to scan for processes. Please file a bug report.")
back_offset = phys_addr_space.profile.get_obj_offset("task_struct", "sched_class")
scanner = poolscan.MultiPoolScanner(needles)
for _, offset in scanner.scan(phys_addr_space):
ptask = obj.Object("task_struct", offset=offset - back_offset, vm=phys_addr_space)
if not ptask.exit_state.v() in [0, 16, 32, 16 | 32]:
continue
if not (0 < ptask.pid < 66000):
continue
yield ptask
def tz_from_string(_option, _opt_str, value, parser):
"""Stores a tzinfo object from a string"""
if value is not None:
if value[0] in ['+', '-']:
# Handed a numeric offset, create an OffsetTzInfo
valarray = [value[i:i + 2] for i in range(1, len(value), 2)]
multipliers = [3600, 60]
offset = 0
for i in range(min(len(valarray), len(multipliers))):
offset += int(valarray[i]) * multipliers[i]
if value[0] == '-':
offset = -offset
timezone = OffsetTzInfo(offset = offset)
else:
# Value is a lookup, choose pytz over time.tzset
if tz_pytz:
try:
timezone = pytz.timezone(value)
except pytz.UnknownTimeZoneError:
debug.error("Unknown display timezone specified")
else:
if not hasattr(time, 'tzset'):
debug.error("This operating system doesn't support tzset, please either specify an offset (eg. +1000) or install pytz")
timezone = value
parser.values.tz = timezone
def render_text(self, outfd, data):
if not has_distorm3:
debug.warning("For best results please install distorm3")
if self._config.DUMP_DIR and not os.path.isdir(self._config.DUMP_DIR):
debug.error(self._config.DUMP_DIR + " is not a directory")
for task in data:
for vad, address_space in task.get_vads(
vad_filter=task._injection_filter):
if self._is_vad_empty(vad, address_space):
continue
content = address_space.zread(vad.Start, 64)
outfd.write("Process: {0} Pid: {1} Address: {2:#x}\n".format(
task.ImageFileName, task.UniqueProcessId, vad.Start))
outfd.write("Vad Tag: {0} Protection: {1}\n".format(
vad.Tag,
vadinfo.PROTECT_FLAGS.get(vad.VadFlags.Protection.v(),
"")))
outfd.write("Flags: {0}\n".format(str(vad.VadFlags)))
outfd.write("\n")
# this is for address reporting in the output
data_start = vad.Start
# all zeros in the first page followed by 558B at the base of
# the second page is an indicator of wiped PE headers
if content.count(chr(0)) == len(content):
if address_space.zread(vad.Start,
0x1000).count(chr(0)) == 0x1000:
next_page = address_space.zread(vad.Start + 0x1000, 64)
if next_page[0:2] == "\x55\x8B":
outfd.write(
"**** POSSIBLE WIPED PE HEADER AT BASE *****\n\n"
)
content = next_page
data_start = vad.Start + 0x1000
outfd.write("{0}\n".format("\n".join([
"{0:#010x} {1:<48} {2}".format(data_start + o, h,
''.join(c))
for o, h, c in utils.Hexdump(content)
])))
outfd.write("\n")
outfd.write("\n".join([
"{0:#010x} {1:<16} {2}".format(o, h, i)
for o, i, h in Disassemble(content, data_start)
]))
# Dump the data if --dump-dir was supplied
if self._config.DUMP_DIR:
filename = os.path.join(
self._config.DUMP_DIR,
"process.{0:#x}.{1:#x}.dmp".format(
task.obj_offset, vad.Start))
self.dump_vad(filename, vad, address_space)
outfd.write("\n\n")
def calculate(self):
if not has_distorm:
debug.error("You must install distorm3")
addr_space = utils.load_as(self._config)
all_mods = []
if self._config.OFFSET != None:
all_tasks = [
taskmods.DllList.virtual_process_from_physical_offset(
addr_space, self._config.OFFSET)
]
else:
all_tasks = list(tasks.pslist(addr_space))
all_mods = list(modules.lsmod(addr_space))
# Operate in kernel mode if pid is not supplied
if not self._config.PID and not self._config.OFFSET:
if not self._config.BASE:
debug.error("You must specify --BASE")
base_address = self._config.BASE
size_to_read = self._config.SIZE
# Get the size from the module list if its not supplied
if not size_to_read:
for module in all_mods:
if module.DllBase == base_address:
size_to_read = module.SizeOfImage
break
# Alternately, try the size from the PE header
if not size_to_read:
pefile = obj.Object("_IMAGE_DOS_HEADER",
offset=base_address,
vm=addr_space)
try:
nt_header = pefile.get_nt_header()
size_to_read = nt_header.OptionalHeader.SizeOfImage
except ValueError:
pass
if not size_to_read:
debug.error("You must specify --SIZE")
kernel_space = tasks.find_space(addr_space, all_tasks,
base_address)
if not kernel_space:
debug.error("Cannot read supplied address")
data = kernel_space.zread(base_address, size_to_read)
apis = self.enum_apis(all_mods)
addr_space = kernel_space
else:
# In process mode, we find the process by PID
task = None
for atask in all_tasks:
if self._config.OFFSET or atask.UniqueProcessId == self._config.PID:
task = atask
break
if not task:
debug.error("You must supply an active PID")
task_space = task.get_process_address_space()
if not task_space:
debug.error("Cannot acquire process AS")
all_mods = list(task.get_load_modules())
# PEB is paged or no DLLs loaded
if not all_mods:
debug.error("Cannot load DLLs in process AS")
# If an address is supplied with a size, try to get
# the size from the vad node. If neither are supplied,
# assume we should carve the main process executable.
if self._config.BASE:
base_address = self._config.BASE
size_to_read = self._config.SIZE
if not size_to_read:
for vad in task.VadRoot.traverse():
if base_address >= vad.Start and base_address <= vad.End:
size_to_read = vad.Length
if not size_to_read:
debug.error("You must specify --SIZE")
else:
# Its OK to blindly take the 0th element because the
# executable is always the first module to load.
base_address = all_mods[0].DllBase
size_to_read = all_mods[0].SizeOfImage
data = task_space.zread(base_address, size_to_read)
apis = self.enum_apis(all_mods)
addr_space = task_space
# This is a dictionary of confirmed API calls.
calls_imported = dict(
(iat, call)
for (_, iat,
call) in self.call_scan(addr_space, base_address, data)
if call in apis)
# Scan forward
self._vicinity_scan(addr_space,
calls_imported,
apis,
base_address,
len(data),
forward=True)
# Scan reverse
self._vicinity_scan(addr_space,
calls_imported,
apis,
base_address,
len(data),
forward=False)
for iat, call in sorted(calls_imported.items()):
yield iat, call, apis[call][0], apis[call][1]
class Command(object):
""" Base class for each plugin command """
op = ""
opts = ""
args = ""
cmdname = ""
# meta_info will be removed
meta_info = {}
# Make these class variables so they can be modified across every plugin
elide_data = True
tablesep = " "
text_sort_column = None
def __init__(self, config, *_args, **_kwargs):
""" Constructor uses args as an initializer. It creates an instance
of OptionParser, populates the options, and finally parses the
command line. Options are stored in the self.opts attribute.
"""
self._config = config
self._formatlist = []
@staticmethod
def register_options(config):
"""Registers options into a config object provided"""
config.add_option(
"OUTPUT",
default='text',
cache_invalidator=False,
help=
"Output in this format (support is module specific, see the Module Output Options below)"
)
config.add_option("OUTPUT-FILE",
default=None,
cache_invalidator=False,
help="Write output in this file")
config.add_option("VERBOSE",
default=0,
action='count',
cache_invalidator=False,
short_option='v',
help='Verbose information')
config.add_option('CASENUMBER',
short_option='N',
default='001',
action='store',
help='Case Number default = 001')
config.add_option('COMPUTERNAME',
short_option='C',
default='NoName',
action='store',
help='ComputerName default = NoName')
@classmethod
def help(cls):
""" This function returns a string that will be displayed when a
user lists available plugins.
"""
try:
return textwrap.dedent(cls.__doc__)
except (AttributeError, TypeError):
return ""
@staticmethod
def is_valid_profile(profile):
return True
def calculate(self):
""" This function is responsible for performing all calculations
We should not have any output functions (e.g. print) in this
function at all.
If this function is expected to take a long time to return
some data, the function should return a generator.
"""
def execute(self):
""" Executes the plugin command."""
# Check we can support the plugins
profs = registry.get_plugin_classes(obj.Profile)
# force user to give a profile if a plugin
# other than kdbgscan or imageinfo are given:
plugin_name = self.__class__.__name__.lower()
if plugin_name != "mac_get_profile":
if self._config.PROFILE == None:
if plugin_name in ["kdbgscan", "imageinfo"]:
self._config.update("PROFILE", "WinXPSP2x86")
else:
debug.error("You must set a profile!")
if self._config.PROFILE not in profs:
debug.error("Invalid profile " + self._config.PROFILE +
" selected")
if not self.is_valid_profile(profs[self._config.PROFILE]()):
debug.error("This command does not support the profile " +
self._config.PROFILE)
# # Executing plugins is done in two stages - first we calculate
data = self.calculate()
## Then we render the result in some way based on the
## requested output mode:
function_name = "render_{0}".format(self._config.OUTPUT)
if not self._config.OUTPUT == "sqlite" and self._config.OUTPUT_FILE:
out_file = '{0}_{1}.txt'.format(
time.strftime('%Y%m%d%H%M%S'), plugin_name
) if self._config.OUTPUT_FILE == '.' else self._config.OUTPUT_FILE
if os.path.exists(out_file):
debug.error(
"File " + out_file +
" already exists. Cowardly refusing to overwrite it...")
print 'Outputting to: {0}'.format(out_file)
outfd = open(out_file, 'wb')
else:
outfd = sys.stdout
try:
func = getattr(self, function_name)
except AttributeError:
## Try to find out what formats are supported
result = []
for x in dir(self):
if x.startswith("render_"):
_a, b = x.split("_", 1)
result.append(b)
print "Plugin {0} is unable to produce output in format {1}. Supported formats are {2}. Please send a feature request".format(
self.__class__.__name__, self._config.OUTPUT, result)
return
func(outfd, data)
def _formatlookup(self, profile, code):
"""Code to turn profile specific values into format specifications"""
code = code or ""
if not code.startswith('['):
return code
# Strip off the square brackets
code = code[1:-1].lower()
if code.startswith('addr'):
spec = fmtspec.FormatSpec("#10x")
if profile.metadata.get('memory_model', '32bit') == '64bit':
spec.minwidth += 8
if 'pad' in code:
spec.fill = "0"
spec.align = spec.align if spec.align else "="
else:
# Non-padded addresses will come out as numbers,
# so titles should align >
spec.align = ">"
return spec.to_string()
# Something went wrong
debug.warning("Unknown table format specification: " + code)
return ""
def _elide(self, string, length):
"""Adds three dots in the middle of a string if it is longer than length"""
# Only elide data if we've been asked to (which we are by default)
if not self.elide_data:
return string
if length == -1:
return string
if len(string) < length:
return (" " * (length - len(string))) + string
elif len(string) == length:
return string
else:
if length < 5:
debug.error("Cannot elide a string to length less than 5")
even = ((length + 1) % 2)
length = (length - 3) / 2
return string[:length + even] + "..." + string[-length:]
def format_value(self, value, fmt):
""" Formats an individual field using the table formatting codes"""
profile = addrspace.BufferAddressSpace(self._config).profile
return ("{0:" + self._formatlookup(profile, fmt) + "}").format(value)
def table_header(self, outfd, title_format_list=None):
"""Table header renders the title row of a table
This also stores the header types to ensure
everything is formatted appropriately.
It must be a list of tuples rather than a dict for ordering purposes.
"""
titles = []
rules = []
self._formatlist = []
profile = addrspace.BufferAddressSpace(self._config).profile
for (k, v) in title_format_list:
spec = fmtspec.FormatSpec(self._formatlookup(profile, v))
# If spec.minwidth = -1, this field is unbounded length
if spec.minwidth != -1:
spec.minwidth = max(spec.minwidth, len(k))
# Get the title specification to follow the alignment of the field
titlespec = fmtspec.FormatSpec(formtype='s',
minwidth=max(spec.minwidth, len(k)))
titlespec.align = spec.align if spec.align in "<>^" else "<"
# Add this to the titles, rules, and formatspecs lists
titles.append(("{0:" + titlespec.to_string() + "}").format(k))
rules.append("-" * titlespec.minwidth)
self._formatlist.append(spec)
# Write out the titles and line rules
if outfd:
outfd.write(self.tablesep.join(titles) + "\n")
outfd.write(self.tablesep.join(rules) + "\n")
def table_row(self, outfd, *args):
"""Outputs a single row of a table"""
reslist = []
if len(args) > len(self._formatlist):
debug.error("Too many values for the table")
for index in range(len(args)):
spec = self._formatlist[index]
result = self._elide(
("{0:" + spec.to_string() + "}").format(args[index]),
spec.minwidth)
reslist.append(result)
outfd.write(self.tablesep.join(reslist) + "\n")
text_stock_renderers = {
Hex: "#x",
Address: "#8x",
Address64: "#16x",
int: "",
str: "<",
float: ".2",
Bytes: ""
}
def text_cell_renderers(self, columns):
"""Returns default renderers for the columns listed"""
renderlist = [FormatCellRenderer("")] * len(columns)
# FIXME: Really, this should be handled by the plugin knowing what type of AS each object comes from
# However, as a nasty workaround, we can force all x64 profiles to produce addresses that are 64-bit in length
# It does not deal with PAE address spaces, or WoW64 addresses, or anything else weird or wonderful
# This will NOT be in volatility 3.0
x64 = False
if self._config.PROFILE.endswith("x64"):
x64 = True
for column in columns:
if not isinstance(column, renderers.Column):
raise TypeError("Columns must be a list of Column objects")
columntype = column.type if not x64 or column.type != Address else Address64
renderlist[column.index] = FormatCellRenderer(
self.text_stock_renderers[columntype])
return renderlist
def unified_output(self, data):
raise NotImplementedError(
"Rendering using the unified output format has not been implemented for this plugin."
)
def _render(self, outfd, renderer, data):
output = self.unified_output(data)
if isinstance(output, renderers.TreeGrid):
renderer.render(outfd, output)
else:
raise TypeError("Unified Output must return a TreeGrid object")
def render_text(self, outfd, data):
self._render(
outfd,
TextRenderer(self.text_cell_renderers,
sort_column=self.text_sort_column,
config=self._config), data)
def render_greptext(self, outfd, data):
try:
self._render(
outfd,
GrepTextRenderer(self.text_cell_renderers,
sort_column=self.text_sort_column), data)
except NotImplementedError, why:
debug.error(why)
except TypeError, why:
debug.error(why)
def render_html(self, outfd, data):
try:
self._render(outfd, HTMLRenderer(), data)
except NotImplementedError, why:
debug.error(why)
def render_json(self, outfd, data):
try:
self._render(outfd, JSONRenderer(), data)
except NotImplementedError, why:
debug.error(why)
sort_column=self.text_sort_column), data)
except NotImplementedError, why:
debug.error(why)
except TypeError, why:
debug.error(why)
def render_csv(self, outfd, data):
try:
self._render(
outfd,
CSVTextRenderer(self.text_cell_renderers,
sort_column=self.text_sort_column), data)
except NotImplementedError, why:
debug.error(why)
except TypeError, why:
debug.error(why)
def render_json(self, outfd, data):
try:
self._render(outfd, JSONRenderer(), data)
except NotImplementedError, why:
debug.error(why)
except TypeError, why:
debug.error(why)
def render_sqlite(self, outfd, data):
try:
self._render(outfd,
SqliteRenderer(self.__class__.__name__, self._config),
data)
except NotImplementedError, why:
def calculate(self):
linux_common.set_plugin_members(self)
if not self._config.BASE:
debug.error("No base address specified.")
if not self._config.PATH:
debug.error("No known-good path specified.")
fd = open(self._config.PATH, "rb")
known_good = fd.read()
fd.close()
bufferas = addrspace.BufferAddressSpace(self._config, data=known_good)
elf_hdr = obj.Object("elf_hdr", offset=0, vm=bufferas)
tasks = linux_pslist.linux_pslist.calculate(self)
for task in tasks:
proc_as = task.get_process_address_space()
for vma in task.get_proc_maps():
if self._config.BASE != vma.vm_start:
continue
for sym in elf_hdr.symbols():
if sym.st_value == 0 or (sym.st_info & 0xf) != 2:
continue
symname = elf_hdr.symbol_name(sym)
sym_offset = sym.st_value
# in the same vma
if vma.vm_start < sym.st_value < vma.vm_end:
vm_start = vma.vm_start
sym_offset = sym_offset - vm_start
full_address = sym.st_value
else:
next_vma = vma.vm_next
if next_vma.vm_start < sym.st_value < next_vma.vm_end:
vm_start = next_vma.vm_start
sym_offset = sym.st_value - vm_start
full_address = sym.st_value
else:
full_address = vma.vm_start + sym.st_value
mem_buffer = proc_as.read(vm_start + sym_offset,
sym.st_size)
if sym.st_value > vma.vm_start:
disk_off = sym.st_value - vm_start
else:
disk_off = sym.st_value
disk_buffer = bufferas.read(disk_off, sym.st_size)
# bad
if mem_buffer != None and disk_buffer != mem_buffer:
yield task, symname, full_address
elif mem_buffer == None:
print "Function %s paged out in memory" % symname
def _fix_sym_table(self, module, sections_info):
all_sym_data = ""
first_name = False
print "walking %d syms to be fixed...." % module.num_symtab
if self.addr_space.profile.metadata.get('memory_model',
'32bit') == '64bit':
sym_type = "elf64_sym"
st_value_fmt = "<Q"
st_size_fmt = "<Q"
else:
sym_type = "elf32_sym"
st_value_fmt = "<I"
st_size_fmt = "<I"
val_map = {}
name_idx_map = {}
syms = obj.Object(theType="Array",
targetType=sym_type,
count=module.num_symtab,
vm=module.obj_vm,
offset=module.symtab)
for (e, sym) in enumerate(syms):
if sym.st_value > 0 and not module.obj_vm.profile.get_symbol_by_address(
"kernel", sym.st_value):
val_map[sym.st_value.v()] = self._find_sec(
sections_info, sym.st_value)
for (i, sect) in enumerate(module.get_sections()):
name_idx_map[str(sect.sect_name)] = (
i + 1, sect.address) ### account for null segment
syms = obj.Object(theType="Array",
targetType=sym_type,
count=module.num_symtab,
vm=module.obj_vm,
offset=module.symtab)
for sym in syms:
# fix absolute addresses
st_value_int = sym.st_value.v()
if st_value_int > 0 and st_value_int in val_map:
secname = val_map[st_value_int]
if secname in name_idx_map:
sect_addr = name_idx_map[secname][1]
# LOOK_HERE
st_value_sub = st_value_int - sect_addr
st_value_full = st_value_int
else:
st_value_sub = st_value_int
st_value_full = st_value_int
st_value = struct.pack(st_value_fmt, st_value_sub)
#### fix bindings ####
# moved out of the sections part
if sym.st_name > 0:
first_name = True
if first_name:
bind = 1 # STB_GLOBAL
if sym.st_value == 0:
stype = 0
elif module.obj_vm.profile.get_symbol_by_address(
"kernel", sym.st_value):
stype = 0 # STT_NOTYPE
else:
secname = val_map[sym.st_value.v()]
# a .text. section but not relocations
if secname.find(".text") != -1 and secname.find(
".rela") == -1:
stype = 2 # STT_FUNC
else:
stype = 1 # STT_OBJECT
else:
bind = 0 # STB_LOCAL
stype = 3 # STT_SECTION
b = (bind << 4) & 0xf0
t = stype & 0xf
st_info = (b | t) & 0xff
#print "st_info: %x : %x | %x || %d | %x" % (sym.st_value, b, t, st_info, st_info)
st_info = struct.pack("B", st_info)
#### fix indexes ####
if sym.st_value > 0 and sym.st_value.v() in val_map:
secname = val_map[sym.st_value.v()]
if secname in name_idx_map:
st_shndx = name_idx_map[secname][0]
st_shndx = struct.pack("<H", st_shndx)
elif not secname:
st_shndx = struct.pack("<H", sym.st_shndx)
else:
debug.error("no index for %s" % secname)
else:
st_shndx = struct.pack("<H", sym.st_shndx)
######
# ones that aren't mangled
st_name = struct.pack("<I", sym.st_name)
st_other = struct.pack("B", sym.st_other)
st_size = struct.pack(st_size_fmt, sym.st_size)
if sym_type == "elf64_sym":
sec_all = st_name + st_info + st_other + st_shndx + st_value + st_size
sec_len = 24
else:
sec_all = st_name + st_value + st_size + st_info + st_other + st_shndx
sec_len = 16
if len(sec_all) != sec_len:
debug.error("Invalid section length: %d" % len(sec_all))
all_sym_data = all_sym_data + sec_all
return all_sym_data
def render_text(self, outfd, data):
"""Output the data"""
# Are we dumping the text to files?
dump_to_file = self._config.dump_dir != None
if dump_to_file and not os.path.isdir(self._config.dump_dir):
debug.error('{0} is not a directory'.format(self._config.dump_dir))
# Are we removing nulls?
rm_nulls = not self._config.nulls
tasks = win32.tasks.pslist(self._addr_space)
# Build a dict of the tasks, indexed by pid
the_tasks = {}
if self._config.pid is None:
for t in tasks:
the_tasks[int(t.UniqueProcessId)] = t
else:
for t in tasks:
if self._config.pid == t.UniqueProcessId:
the_tasks[int(t.UniqueProcessId)] = t
break
outfd.write('{0} process{1} to check.\n'.format(len(the_tasks), '' if len(the_tasks) == 1 else 'es'))
# In case the PID's not found
if len(the_tasks) < 1:
return
counts = {}
for winsta, atom_tables in data:
for desktop in winsta.desktops():
for wnd, _level in desktop.windows(desktop.DeskInfo.spwnd):
if self._config.pid is None or int(wnd.Process.UniqueProcessId) in the_tasks:
atom_class = self.translate_atom(winsta, atom_tables, wnd.ClassAtom)
if not isinstance(atom_class, volatility.obj.NoneObject) and \
not isinstance(wnd.Process.ImageFileName, volatility.obj.NoneObject):
atom_class_name = str(atom_class)
context = '{0}\\{1}\\{2}'.format(winsta.dwSessionId, winsta.Name, desktop.Name)
if not self._config.experimental_only:
# Edit control
if atom_class_name.endswith('!Edit'): # or atom_class_name == 'Edit':
task = the_tasks[int(wnd.Process.UniqueProcessId)]
self.dump_edit(dump_to_file, rm_nulls, atom_class_name, context, outfd, wnd, task)
if 'Edit' in counts:
counts['Edit'] += 1
else:
counts['Edit'] = 1
# Experimental options
if self._config.experimental or self._config.experimental_only:
# Listbox control
if atom_class_name.endswith('!Listbox'): # or atom_class_name.endswith('!ComboLBox')):
task = the_tasks[int(wnd.Process.UniqueProcessId)]
self.dump_listbox(dump_to_file, atom_class_name, context, outfd, wnd, task)
if 'ListBox' in counts:
counts['ListBox'] += 1
else:
counts['ListBox'] = 1
# Combobox control
elif atom_class_name.endswith('!Combobox'):
task = the_tasks[int(wnd.Process.UniqueProcessId)]
self.dump_combobox(dump_to_file, atom_class_name, context, outfd, wnd, task)
if 'ComboBox' in counts:
counts['ComboBox'] += 1
else:
counts['ComboBox'] = 1
outfd.write('{0}\n'.format('*' * 55))
for k in counts.keys():
outfd.write('{0} {1} {2} found.\n'.format(counts[k], k, 'control' if counts[k] == 1 else 'controls'))
def get_symbol(self, sym_name, nm_type="", module="kernel"):
"""Gets a symbol out of the profile
sym_name -> name of the symbol
nm_tyes -> types as defined by 'nm' (man nm for examples)
module -> which module to get the symbol from, default is kernel, otherwise can be any name seen in 'lsmod'
This fixes a few issues from the old static hash table method:
1) Conflicting symbols can be handled, if a symbol is found to conflict on any profile,
then the plugin will need to provide the nm_type to differentiate, otherwise the plugin will be errored out
2) Can handle symbols gathered from modules on disk as well from the static kernel
symtable is stored as a hash table of:
symtable[module][sym_name] = [(symbol address, symbol type), (symbol addres, symbol type), ...]
The function has overly verbose error checking on purpose...
"""
symtable = self.sys_map
ret = None
# check if the module is there...
if module in symtable:
mod = symtable[module]
# check if the requested symbol is in the module
if sym_name in mod:
sym_list = mod[sym_name]
# if a symbol has multiple definitions, then the plugin needs to specify the type
if len(sym_list) > 1:
if nm_type == "":
debug.error(
"Requested symbol {0:s} in module {1:s} has multiple definitions and no type given\n"
.format(sym_name, module))
else:
for (addr, stype) in sym_list:
if stype == nm_type:
ret = addr
break
if ret == None:
debug.error(
"Requested symbol {0:s} in module {1:s} could not be found\n"
.format(sym_name, module))
else:
# get the address of the symbol
ret = sym_list[0][0]
else:
debug.debug(
"Requested symbol {0:s} not found in module {1:s}\n".
format(sym_name, module))
else:
debug.info(
"Requested module {0:s} not found in symbol table\n".
format(module))
if self.shift_address and ret:
ret = ret + self.shift_address
return ret
elif inode_addr and inode_addr > 0 and outfile and len(outfile) > 0:
inode = obj.Object("inode", offset=inode_addr, vm=self.addr_space)
try:
f = open(outfile, "wb")
except IOError, e:
debug.error("Unable to open output file (%s): %s" %
(outfile, str(e)))
for page in self.get_file_contents(inode):
f.write(page)
f.close()
else:
debug.error("Incorrect command line parameters given.")
def render_text(self, outfd, data):
shown_header = 0
for (file_path, inode) in data:
if not shown_header:
self.table_header(outfd, [("Inode Number", "16"),
("Inode", "[addr]"),
("File Path", "")])
shown_header = 1
inode_num = inode.i_ino
self.table_row(outfd, inode_num, inode, file_path)
def _validate_config(self):
if self._config.PID is not None and len(
self._config.PID.split(',')) != 1:
debug.error("Please enter the process PID")
def calculate(self):
addr_space = utils.load_as(self._config)
if not has_distorm3:
debug.error("Install distorm3 code.google.com/p/distorm/")
if not self._config.SKIP_PROCESS:
for proc in self.filter_tasks(tasks.pslist(addr_space)):
process_name = str(proc.ImageFileName).lower()
if (self._config.QUICK and
process_name not in self.critical_process):
#debug.debug("Skipping non-critical process {0} ({1})".format(
# process_name, proc.UniqueProcessId))
continue
process_space = proc.get_process_address_space()
if not process_space:
#debug.debug("Cannot acquire process AS for {0} ({1})".format(
# process_name, proc.UniqueProcessId))
continue
module_group = ModuleGroup(proc.get_load_modules())
for dll in module_group.mods:
if not process_space.is_valid_address(dll.DllBase):
continue
dll_name = str(dll.BaseDllName or '').lower()
if (self._config.QUICK and
dll_name not in self.critical_dlls and
dll.DllBase != proc.Peb.ImageBaseAddress):
#debug.debug("Skipping non-critical dll {0} at {1:#x}".format(
# dll_name, dll.DllBase))
continue
#debug.debug("Analyzing {0}!{1}".format(process_name, dll_name))
for hook in self.get_hooks(HOOK_MODE_USER, process_space, dll, module_group):
if not self._config.NO_WHITELIST:
if self.whitelist(hook.hook_mode | hook.hook_type, str(proc.ImageFileName), hook.VictimModule, hook.HookModule, hook.Function):
continue
yield proc, dll, hook
if not self._config.SKIP_KERNEL:
process_list = list(tasks.pslist(addr_space))
module_group = ModuleGroup(modules.lsmod(addr_space))
for mod in module_group.mods:
#module_name = str(mod.BaseDllName or '')
#debug.debug("Analyzing {0}".format(module_name))
kernel_space = tasks.find_space(addr_space,
process_list, mod.DllBase)
if not kernel_space:
#debug.debug("No kernel AS for {0} at {1:#x}".format(
# module_name, mod.DllBase))
continue
for hook in self.get_hooks(HOOK_MODE_KERNEL, kernel_space, mod, module_group):
if not self._config.NO_WHITELIST:
if self.whitelist(hook.hook_mode | hook.hook_type, "", hook.VictimModule, hook.HookModule, hook.Function):
continue
yield None, mod, hook
def profile_unsupported(self, func_name):
debug.error(
"{0:s}: This profile is currently unsupported by this plugin. Please file a bug report on our issue tracker to have support added."
.format(func_name))
def calculate(self):
if not has_yara:
debug.error("Yara must be installed for this plugin")
addr_space = utils.load_as(self._config)
os, memory_model = self.is_valid_profile(addr_space.profile)
if not os:
debug.error("This command does not support the selected profile.")
rules = yara.compile(sources=formbook_sig)
for task in self.filter_tasks(tasks.pslist(addr_space)):
scanner = malfind.VadYaraScanner(task=task, rules=rules)
for hit, address in scanner.scan():
vad_base_addr, end = self.get_vad_base(task, address)
proc_addr_space = task.get_process_address_space()
data = proc_addr_space.zread(vad_base_addr, end - vad_base_addr)
config_data = []
try:
pe = pefile.PE(data=data)
except:
continue
for pattern in CONFIG_PATTERNS:
offset = re.search(pattern, data).start()
offset += 6
key1_offset = unpack("=I", data[offset:offset + 4])[0] + offset + 11
key1 = data[key1_offset:key1_offset + (0x14 * 2)]
offset += 23
key2_offset = unpack("=I", data[offset:offset + 4])[0] + offset + 11
key2 = data[key2_offset:key2_offset + (0x14 * 2)]
offset += 21
config_size = unpack("=I", data[offset:offset + 4])[0]
offset += 5
config_offset = unpack("=I", data[offset:offset + 4])[0] + offset + 11
config = data[config_offset:config_offset + (config_size * 2)]
offset += 33
url_size = unpack("b", data[offset])[0]
for pattern in STRINGS_PATTERNS:
offset = re.search(pattern, data).start()
offset += 19
strings_size = unpack("=I", data[offset:offset + 4])[0]
offset += 5
strings_offset = unpack("=I", data[offset:offset + 4])[0] + offset + 11
strings_data = data[strings_offset:strings_offset + (strings_size * 2)]
for pattern in HASHS_PATTERNS:
offset = re.search(pattern, data).start()
offset += 1
hashs_size = unpack("=I", data[offset:offset + 4])[0]
offset += 11
hashs_offset = unpack("=I", data[offset:offset + 4])[0] + offset + 11
hashs_data = data[hashs_offset:hashs_offset + (hashs_size * 2)]
config_data.append(self.formbook_decrypt(key1, key2, config, config_size, strings_data,
strings_size, url_size, hashs_data, hashs_size))
yield task, vad_base_addr, end, hit, memory_model, config_data
break
def calculate(self):
"""Parse the control structures"""
# Check the output folder exists
if self._config.DUMP_DIR and not os.path.isdir(self._config.dump_dir):
debug.error('{0} is not a directory'.format(self._config.dump_dir))
# Apply the correct vtypes for the profile
addr_space = utils.load_as(self._config)
addr_space.profile.object_classes.update(Editbox.editbox_classes)
self.apply_types(addr_space)
# Build a list of tasks
tasks = win32.tasks.pslist(addr_space)
if self._config.PID:
pids = [int(p) for p in self._config.PID.split(',')]
the_tasks = [t for t in tasks if t.UniqueProcessId in pids]
else:
the_tasks = [t for t in tasks]
# In case no PIDs found
if len(the_tasks) < 1:
return
# Iterate through all the window objects matching for supported controls
mh = messagehooks.MessageHooks(self._config)
for winsta, atom_tables in mh.calculate():
for desktop in winsta.desktops():
for wnd, _level in desktop.windows(desktop.DeskInfo.spwnd):
if wnd.Process in the_tasks:
atom_class = mh.translate_atom(winsta, atom_tables,
wnd.ClassAtom)
if atom_class:
atom_class = str(atom_class)
if '!' in atom_class:
comctl_class = atom_class.split(
'!')[-1].lower()
if comctl_class in supported_controls:
# Do we need to fake being 32bit for Wow?
if wnd.Process.IsWow64 and not self.fake_32bit:
meta = addr_space.profile.metadata
meta['memory_model'] = '32bit'
self.apply_types(addr_space, meta)
self.fake_32bit = True
elif not wnd.Process.IsWow64 and self.fake_32bit:
self.apply_types(addr_space)
self.fake_32bit = False
context = '{0}\\{1}\\{2}'.format(
winsta.dwSessionId, winsta.Name,
desktop.Name)
task_vm = wnd.Process.get_process_address_space(
)
wndextra_offset = wnd.v(
) + addr_space.profile.get_obj_size(
'tagWND')
wndextra = obj.Object(
'address',
offset=wndextra_offset,
vm=task_vm)
ctrl = obj.Object(
supported_controls[comctl_class],
offset=wndextra,
vm=task_vm)
if self._config.DUMP_DIR:
dump_to_file(
ctrl, wnd.Process.UniqueProcessId,
wnd.Process.ImageFileName,
self._config.DUMP_DIR)
yield context, atom_class, wnd.Process.UniqueProcessId, \
wnd.Process.ImageFileName, wnd.Process.IsWow64, ctrl
def walk_modules_address_space(self, addr_space):
list_mods = [
x[0].obj_offset
for x in linux_lsmod.linux_lsmod(self._config).calculate()
]
if addr_space.profile.get_symbol("module_addr_min"):
min_addr_sym = obj.Object(
"unsigned long",
offset=addr_space.profile.get_symbol("module_addr_min"),
vm=addr_space,
)
max_addr_sym = obj.Object(
"unsigned long",
offset=addr_space.profile.get_symbol("module_addr_max"),
vm=addr_space,
)
elif addr_space.profile.get_symbol("mod_tree"):
skip_size = addr_space.profile.get_obj_size("latch_tree_root")
addr = addr_space.profile.get_symbol("mod_tree")
ulong_size = addr_space.profile.get_obj_size("unsigned long")
min_addr_sym = obj.Object("unsigned long",
offset=addr + skip_size,
vm=addr_space)
max_addr_sym = obj.Object(
"unsigned long",
offset=addr + skip_size + ulong_size,
vm=addr_space,
)
else:
debug.error(
"Unsupport kernel verison. Please file a bug ticket that includes your kernel version and distribution."
)
min_addr = min_addr_sym & ~0xFFF
max_addr = (max_addr_sym & ~0xFFF) + 0x1000
scan_buf = b""
llen = max_addr - min_addr
allfs = b"\xff" * 4096
memory_model = self.addr_space.profile.metadata.get(
'memory_model', '32bit')
if memory_model == '32bit':
minus_size = 4
else:
minus_size = 8
check_bufs = []
replace_bufs = []
check_nums = [
3000,
2800,
2700,
2500,
2300,
2100,
2000,
1500,
1300,
1200,
1024,
512,
256,
128,
96,
64,
48,
32,
24,
]
for num in check_nums:
check_bufs.append(b"\x00" * num)
replace_bufs.append((b"\xff" * (num - minus_size)) +
b"\x00" * minus_size)
for page in range(min_addr, max_addr, 4096):
to_append = allfs
tmp = addr_space.read(page, 4096)
if tmp:
non_zero = False
for t in tmp:
if t != b"\x00":
non_zero = True
break
if non_zero:
for i in range(len(check_nums)):
tmp = tmp.replace(check_bufs[i], replace_bufs[i])
to_append = tmp
scan_buf = scan_buf + to_append
for cur_addr in re.finditer(
rb"(?=(\x00\x00\x00\x00|\x01\x00\x00\x00|\x02\x00\x00\x00))",
scan_buf,
):
mod_addr = min_addr + cur_addr.start()
if mod_addr in list_mods:
continue
m = obj.Object("module", offset=mod_addr, vm=addr_space)
if m.is_valid():
yield m
def calculate(self):
if not has_yara:
debug.error("Yara must be installed for this plugin")
if not has_aplib:
debug.error("Aplib must be installed for this plugin")
addr_space = utils.load_as(self._config)
os, memory_model = self.is_valid_profile(addr_space.profile)
if not os:
debug.error("This command does not support the selected profile.")
rules = yara.compile(sources=ursnif_sig)
for task in self.filter_tasks(tasks.pslist(addr_space)):
scanner = malfind.VadYaraScanner(task=task, rules=rules)
for hit, address in scanner.scan():
vad_base_addr, end = self.get_vad_base(task, address)
proc_addr_space = task.get_process_address_space()
data = proc_addr_space.zread(vad_base_addr, end - vad_base_addr)
config_data = []
# Parse standard Ursnif
config_data = self.parse_joinned_data(data)
# Parse static configuration type Ursnif
if not config_data:
p_data = OrderedDict()
data = self.pe_magic_check(data)
try:
pe = pefile.PE(data=data)
except:
continue
imagebase = pe.NT_HEADERS.OPTIONAL_HEADER.ImageBase
for pattern in CONFIG_PATTERNS:
m = re.search(pattern, data)
if m:
if pe.FILE_HEADER.Machine in (pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_IA64'], pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_AMD64']):
c2_num = unpack("b", data[m.start(7) + 19])[0]
else:
c2_num = unpack("b", data[m.start(6)])[0]
if c2_num >= 16:
c2_num = 1
for i in range(c2_num):
if pe.FILE_HEADER.Machine in (pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_IA64'], pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_AMD64']):
c2_addr = m.start(4) + unpack("=I", data[m.start(3):m.start(3) + 4])[0]
c2_table_offset = unpack("=Q", data[c2_addr + (8 * i):c2_addr + 8 + (8 * i)])[0] - imagebase
else:
c2_addr = unpack("=I", data[m.start(4):m.start(4) + 4])[0] - imagebase
c2_table_offset = unpack("=I", data[c2_addr + (4 * i):c2_addr + 4 + (4 * i)])[0] - imagebase
try:
c2 = self.decode_data(data, pe, c2_table_offset)
except:
c2 = "Decode fail"
p_data["Server " + str(i)] = c2
if pe.FILE_HEADER.Machine in (pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_IA64'], pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_AMD64']):
serpent_key_offset = m.start(8) + unpack("=I", data[m.start(7):m.start(7) + 4])[0]
else:
serpent_key_offset = unpack("=I", data[m.start(8):m.start(8) + 4])[0] - imagebase
try:
serpent_key = self.decode_data(data, pe, serpent_key_offset)
except:
serpent_key = "Decode fail"
p_data["Serpent key"] = serpent_key
for pattern in RSA_PATTERNS:
m = re.search(pattern, data)
if m:
if pe.FILE_HEADER.Machine in (pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_IA64'], pefile.MACHINE_TYPE['IMAGE_FILE_MACHINE_AMD64']):
rsa_key_offset = m.start(2) + unpack("=I", data[m.start(1):m.start(1) + 4])[0]
rsa_key = data[rsa_key_offset + 4:rsa_key_offset + 0x44]
rsa_mod = data[rsa_key_offset + 0x44:rsa_key_offset + 0x84]
else:
rsa_key_offset = unpack("=I", data[m.start(1):m.start(1) + 4])[0] - imagebase
rsa_key = data[rsa_key_offset:rsa_key_offset + 0x40]
mod_offset = unpack("=I", data[m.start(4):m.start(4) + 4])[0] - imagebase
rsa_mod = data[mod_offset:mod_offset + 0x40]
p_data["RSA key"] = rsa_key.encode("hex")
p_data["RSA modulus"] = rsa_mod.encode("hex")
config_data.append(p_data)
yield task, vad_base_addr, end, hit, memory_model, config_data
break
def set_plugin_members(obj_ref):
obj_ref.addr_space = utils.load_as(obj_ref._config)
if not obj_ref.is_valid_profile(obj_ref.addr_space.profile):
debug.error("This command does not support the selected profile.")
def render_text(self, outfd, data):
outfd.write("\n\nThread Map Information:\n\n")
verbose = self._config.verbose
dump_dir = self._config.DUMP_DIR
# Check if -D (dump dir) is passed and directory exists
if dump_dir and not os.path.isdir(dump_dir):
debug.error("'{}' was not found".format(dump_dir))
for proc, thread_info, thread_points_to_proc_image, \
suspicious_thread_in_process in data:
# A legitimate process won't be printed unless verbose is passed
if not verbose and not suspicious_thread_in_process \
and thread_points_to_proc_image == PROCESS_MESSAGES["Points to Process Image"]:
continue
proc_pid = proc.UniqueProcessId
proc_ppid = proc.InheritedFromUniqueProcessId
proc_name = proc.ImageFileName
address_space = proc.get_process_address_space()
# Skip printing out system process if not verbosed
if proc_pid == 4 and not verbose:
continue
outfd.write("Process: {} PID: {} PPID: {}\n\n".format(proc_name,
proc_pid,
proc_ppid))
if not thread_points_to_proc_image:
outfd.write("** {}\n".format(PROCESS_MESSAGES["No Image File"]))
elif thread_points_to_proc_image == PROCESS_MESSAGES["Thread Suspended"]:
outfd.write("** {}\n".format(PROCESS_MESSAGES["Thread Suspended"]))
if suspicious_thread_in_process:
outfd.write("** Found suspicious threads in process\n")
outfd.write("\n")
for thread in thread_info:
thread_id = thread.struct.Cid.UniqueThread.v()
# Print threads if they are suspected, verbose is enabled, or none
# of the threads point to process's image file
if verbose or thread.reason or not thread_points_to_proc_image:
# Check if the thread is terminated
if thread.struct.Terminated != 0:
outfd.write("Thread : {} (IS "\
"Terminated)\n\n".format(thread_id))
else:
outfd.write("Thread ID: {} (ACTIVE)\n\n".format(thread_id))
# Print out the thread's findings if there are some
if thread.reason:
outfd.write("Reason:\n {}\n\n".format('\n'.join(thread.reason)))
# Couldn't find a valid location for thread
if thread.no_location:
outfd.write("Couldn't obtain thread's location in memory, "
"Might be unmapped\n")
# Print out thread's mapped kernel space information
elif thread.mapped_to_kernel:
outfd.write("Kernel space info:\n")
outfd.write("\tThread Entry Point: {0:#x}\n".format(thread.entry_point))
outfd.write("\tMapped to kernel at: {0:#x}\n".format(thread.module_start_address))
outfd.write("\tModule name: {}\n\n".format(thread.file_object_name))
outfd.write(thread.disassemble(address_space, thread.entry_point))
# Print out thread's mapped vad information
elif thread.mapped_to_vad:
outfd.write("Vad Info:\n")
outfd.write("\tThread Entry Point: {0:#x}\n".format(thread.entry_point))
outfd.write(thread.parse_vad(thread.vad_object))
outfd.write(thread.disassemble(address_space, thread.entry_point))
# Dump the vad data
if dump_dir:
filename = "Process.{0}.Thread.{1}.entrypoint.{2:#x}.dmp".format(proc_pid,
thread_id,
thread.entry_point)
full_path = os.path.join(dump_dir, filename)
self.dump_vad(full_path, thread.vad_object, address_space)
# Print out thread's vad information from found JMP/CALL address
if thread.jmp_data:
for type_of_memory, memory_object, jmp_address in thread.jmp_data:
if type_of_memory == "vad":
outfd.write("\n\tSuspicious JMP/CALL to: {0:#x}\n".format(jmp_address))
outfd.write(thread.parse_vad(memory_object))
outfd.write(thread.disassemble(address_space, jmp_address))
# Dump suspicious JMP/CALL vad data
if dump_dir:
filename = "Process.{0}.Thread.{1}.JMP_or_CALL_address.{2:#x}.dmp".format(proc_pid,
thread_id,
jmp_address)
full_path = os.path.join(dump_dir, filename)
self.dump_vad(full_path, memory_object, address_space)
elif type_of_memory == "kernel":
module_name, module_start_address = memory_object
outfd.write("\n\tSuspicious JMP/CALL to: {0:#x}\n".format(jmp_address))
outfd.write("\tMapped to kernel at: {0:#x}\n".format(module_start_address))
outfd.write("\tModule name: {}\n\n".format(module_name))
outfd.write(thread.disassemble(address_space, jmp_address))
else:
outfd.write("\n\n\tSuspicious JMP/CALL to: {0:#x}\n".format(jmp_address))
outfd.write("\n\t** Couldn't read memory\n")
outfd.write("----------------------------------------------------------------------\n\n")
outfd.write("----------------------------------------------------------------------\n\n")
def debug_error(msg):
debug.error(msg)
def calculate(self):
if not has_yara:
debug.error("Please install Yara from code.google.com/p/yara-project")
addr_space = utils.load_as(self._config)
if self._config.YARA_RULES:
s = self._config.YARA_RULES
# Don't wrap hex or regex rules in quotes
if s[0] not in ("{", "/"): s = '"' + s + '"'
# Scan for unicode strings
if self._config.WIDE: s += "wide"
rules = yara.compile(sources = {
'n' : 'rule r1 {strings: $a = ' + s + ' condition: $a}'
})
elif self._config.YARA_FILE:
rules = yara.compile(self._config.YARA_FILE)
else:
debug.error("You must specify a string (-Y) or a rules file (-y)")
if self._config.KERNEL:
# Find KDBG so we know where kernel memory begins. Do not assume
# the starting range is 0x80000000 because we may be dealing with
# an image with the /3GB boot switch.
kdbg = tasks.get_kdbg(addr_space)
# FIXME: Addresses should be truncated to 48 bits. Currently
# we do that in Pointer.__eq__ but not in Pointer.v(). This prevents
# module lookups in yarascan's --kernel mode on x64 from working
# properly because win32.tasks.find_module cannot match the truncated
# address with non-truncated mod.DllBase.v(). Changing Pointer.v()
# could have wide spread effects, so this yarascan issue is fixed
# temporarily by giving YaraScan a private version of find_module
# that performs the pointer truncation. After fixing this globally,
# we can dereference MmSystemRangeStart as a Pointer instead of an
# address and then remove the manual bitmask below.
start = kdbg.MmSystemRangeStart.dereference_as("address")
start = start & 0xffffffffffff
# Modules so we can map addresses to owners
mods = dict((mod.DllBase & 0xffffffffffff, mod)
for mod in modules.lsmod(addr_space))
mod_addrs = sorted(mods.keys())
# There are multiple views (GUI sessions) of kernel memory.
# Since we're scanning virtual memory and not physical,
# all sessions must be scanned for full coverage. This
# really only has a positive effect if the data you're
# searching for is in GUI memory.
sessions = []
for proc in tasks.pslist(addr_space):
sid = proc.SessionId
# Skip sessions we've already seen
if sid == None or sid in sessions:
continue
session_space = proc.get_process_address_space()
if session_space == None:
continue
sessions.append(sid)
scanner = DiscontigYaraScanner(address_space = session_space,
rules = rules)
for hit, address in scanner.scan(start_offset = start):
module = self.find_module(mods, mod_addrs, address)
yield (module, address, hit, session_space.zread(address, 1024))
else:
for task in self.filter_tasks(tasks.pslist(addr_space)):
scanner = VadYaraScanner(task = task, rules = rules)
for hit, address in scanner.scan():
yield (task, address, hit, scanner.address_space.zread(address, 1024))
def runconfig(self):
"""check and setup configuration options upon initlization"""
self.keylist = []
self.protokeylist = []
self.ethkeylist = []
# //<Check if SAVE_PCAP or SAVE_RAW is True > //
if any((self.config.SAVE_PCAP, self.config.SAVE_RAW)):
# //<Test if SAVE_PCAP or SAVE_RAW options are set: > //
# //<Make sure the dump directory is set else generate error and exit > //
if self.config.DUMP_DIR == None:
debug.error(
"Please specify a dump directory (--dump-dir)\nExample: -C out.bal --dump-dir outdir"
)
# //<Make sure the output directory is real, if not exit
if not os.path.isdir(self.config.DUMP_DIR):
debug.error(self.config.DUMP_DIR + " is not a directory")
# //<Check if Save Pcap option was set
if self.config.SAVE_PCAP != None:
# //<Make sure dpkt is installed if not exit
if not has_dpkt:
debug.error("Install dpkt http://code.google.com/p/dpkt/")
# //<If dpkt is install, check filename to make sure it ends with cap > //
else:
self.pcapfile = self.config.SAVE_PCAP
if self.pcapfile[-3:].lower() != "cap":
self.pcapfile = self.pcapfile + ".pcap"
# //<define output file path and filename plus initial pcw file descriptor > //
self.pcapfile = open(
os.path.join(self.config.DUMP_DIR, self.pcapfile),
'wb')
self.pcw = dpkt.pcap.Writer(self.pcapfile)
if self.config.FILTER_PACKET:
temp_list = self.config.FILTER_PACKET.replace(" ", "")
temp_list = temp_list.split(',')
for filtername in temp_list:
refval = eval(str(filtername))
protoitem = self.protocols.get(refval)
etheritem = self.ethertypes.get(refval)
if protoitem:
self.protokeylist.append(str(refval))
if etheritem:
self.ethkeylist.append(str(refval))
# // Rut Roh
# //Filter selection not in ethkeylist or protokeylist
if len(self.ethkeylist or self.protokeylist) == 0:
estr = "Ethernet Types:\n"
pstr = "Protocols:\n"
pitems = self.protocols.items()
ethItems = self.ethertypes.items()
for p in pitems:
pstr += '0x%04X' % p[0] + " : " + str(p[1]) + "\n"
pstr += "\n"
for e in ethItems:
estr += '0x%04X' % e[0] + " : " + str(e[1]) + "\n"
dbgstr = "Invalid filter type or format. Available options are:\n%s\n\nExample: \"-F 0x0800,0x86DD\"" % (
pstr + estr)
debug.error('%s' % dbgstr)
else:
self.filterset = 1
return True
def __init__(self, renderers_func,config):
if not can_parse_xml_files:
debug.error("You do not have the required libraries for xml files\nYou have to install lxml")
self._config = config
self._tree = ElementTree.parse('xml_renderer.xml')
self._root = tree.getroot()
def calculate(self):
if not has_yara:
debug.error("Yara must be installed for this plugin")
addr_space = utils.load_as(self._config)
os, memory_model = self.is_valid_profile(addr_space.profile)
if not os:
debug.error("This command does not support the selected profile.")
rules = yara.compile(sources=tscookie_sig)
for task in self.filter_tasks(tasks.pslist(addr_space)):
scanner = malfind.VadYaraScanner(task=task, rules=rules)
for hit, address in scanner.scan():
vad_base_addr, end = self.get_vad_base(task, address)
proc_addr_space = task.get_process_address_space()
data = proc_addr_space.zread(vad_base_addr,
end - vad_base_addr)
config_data = []
dll_index = data.find(MZ_HEADER)
if dll_index:
dll_data = data[dll_index:]
dll = pefile.PE(data=dll_data)
else:
continue
if "TSCookie" in str(hit):
d = 2
else:
d = 0
for pattern in CONFIG_PATTERNS:
mc = re.search(pattern, dll_data)
if mc:
try:
(config_rva, ) = unpack(
"=I", dll_data[mc.start() + d + 1:mc.start() +
d + 5])
config_addr = dll.get_physical_by_rva(
config_rva -
dll.NT_HEADERS.OPTIONAL_HEADER.ImageBase)
break
except:
print("[!] Not found config data.\n")
config_size = 0
enc = []
while not (
dll_data[config_addr + config_size] == "\x00"
and dll_data[config_addr + config_size + 1] == "\x00"
and dll_data[config_addr + config_size + 2] == "\x00"):
enc.append(dll_data[config_addr + config_size])
config_size += 1
enc_config_data = "".join(enc)
if config_size == 0x8D4:
rc4key_length = 4
else:
rc4key_length = 0x80
try:
enc_config = enc_config_data[rc4key_length:]
rc4key = enc_config_data[:rc4key_length]
config = self.rc4(enc_config, rc4key)
if len(config) > 0:
if "TSCookie" in str(hit):
config_data.append(self.parse_config(config))
else:
config_data.append(
self.parse_loader_config(config))
except:
print("[!] Not found config data.\n")
yield task, vad_base_addr, end, hit, memory_model, config_data
break
import re, os, struct
from collections import namedtuple
import volatility.plugins.registry.lsadump as lsadump
import volatility.debug as debug
import volatility.cache as cache
import volatility.utils as utils
import volatility.plugins.common as common
import volatility.plugins.registry.registryapi as registryapi
import volatility.plugins.filescan as filescan
import volatility.plugins.dumpfiles as dumpfiles
from volatility.renderers import TreeGrid
from volatility.renderers.basic import Bytes
try:
from DPAPI.Core import *
except:
debug.error('Please install DPAPIck library: ' + \
'https://bitbucket.org/jmichel/dpapick')
from Crypto.PublicKey import RSA
from Crypto.Util.number import bytes_to_long
# Ensuring debug messages are only displayed
# the user enables Verbose information.
VERBOSE = False
def debug_error(msg):
debug.error(msg)
def debug_info(msg):
if VERBOSE:
debug.info(msg)
def calculate(self):
"""
This works by walking the IDT table for the entries that Linux uses
and verifies that each is a symbol in the kernel
"""
linux_common.set_plugin_members(self)
if self.profile.metadata['arch'] not in ["x64", "x86"]:
debug.error(
"This plugin is only supported on Intel-based memory captures"
)
tblsz = 256
sym_addrs = self.profile.get_all_addresses()
# hw handlers + system call
check_idxs = list(range(0, 20)) + [128]
if self.profile.metadata.get('memory_model', '32bit') == "32bit":
if self.profile.has_type("gate_struct"):
idt_type = "gate_struct"
else:
idt_type = "desc_struct"
else:
if self.profile.has_type("gate_struct64"):
idt_type = "gate_struct64"
elif self.profile.has_type("gate_struct"):
idt_type = "gate_struct"
else:
idt_type = "idt_desc"
# this is written as a list b/c there are supposdly kernels with per-CPU IDTs
# but I haven't found one yet...
addrs = [self.addr_space.profile.get_symbol("idt_table")]
for tableaddr in addrs:
table = obj.Object(
theType='Array',
offset=tableaddr,
vm=self.addr_space,
targetType=idt_type,
count=tblsz,
)
for i in check_idxs:
ent = table[i]
if not ent:
continue
if hasattr(ent, "Address"):
idt_addr = ent.Address
else:
low = ent.offset_low
middle = ent.offset_middle
if hasattr(ent, "offset_high"):
high = ent.offset_high
else:
high = 0
idt_addr = (high << 32) | (middle << 16) | low
if idt_addr != 0:
if not idt_addr in sym_addrs:
hooked = 1
sym_name = "HOOKED"
else:
hooked = 0
sym_name = self.profile.get_symbol_by_address(
"kernel", idt_addr
)
yield (i, ent, idt_addr, sym_name, hooked)
def calculate(self):
if self._config.OUTPUT == "xlsx" and not has_openpyxl:
debug.error(
"You must install OpenPyxl for xlsx format:\n\thttps://bitbucket.org/ericgazoni/openpyxl/wiki/Home"
)
elif self._config.OUTPUT == "xlsx" and not self._config.OUTPUT_FILE:
debug.error(
"You must specify an output *.xlsx file!\n\t(Example: --output-file=OUTPUT.xlsx)"
)
if (self._config.HIVE
or self._config.USER) and "Registry" not in self._config.TYPE:
debug.error(
"You must use --registry in conjuction with -H/--hive and/or -U/--user"
)
if self._config.TYPE != None:
for t in self._config.TYPE.split(","):
if t.strip() not in self.types and t.strip() != "Registry":
debug.error(
"You have entered an incorrect type: {0}".format(t))
addr_space = utils.load_as(self._config)
version = (addr_space.profile.metadata.get('major', 0),
addr_space.profile.metadata.get('minor', 0))
pids = {} #dictionary of process IDs/ImageFileName
body = False
if self._config.OUTPUT == "body":
body = True
if self._config.MACHINE != "":
self._config.update("MACHINE", "{0} ".format(self._config.MACHINE))
detections = False
if self._config.OUTPUT == "xlsx" and self._config.HIGHLIGHT != None:
detections = True
if "ImageDate" in self._config.TYPE:
im = imageinfo.ImageInfo(self._config).get_image_time(addr_space)
yield self.getoutput("[{0}LIVE RESPONSE]{1} (System time)".format(
self._config.MACHINE, "" if body else "|"),
im['ImageDatetime'],
body=body)
if version <= (6, 1) and "IEHistory" in self._config.TYPE:
self._config.update("LEAK", True)
data = iehistory.IEHistory(self._config).calculate()
for process, record in data:
## Extended fields are available for these records
if record.obj_name == "_URL_RECORD":
line = "[{6}IEHISTORY]{0} {1}->{5}{0} PID: {2}/Cache type \"{3}\" at {4:#x}".format(
"" if body else "|", process.ImageFileName,
process.UniqueProcessId, record.Signature,
record.obj_offset, record.Url, self._config.MACHINE)
yield self.getoutput(line,
record.LastModified,
end=record.LastAccessed,
body=body)
self._config.remove_option("REDR")
self._config.remove_option("LEAK")
psx = []
if "Process" in self._config.Type or "TimeDateStamp" in self._config.Type or \
"LoadTime" in self._config.Type or "_CM_KEY_BODY" in self._config.Type:
psx = psxview.PsXview(self._config).calculate()
for offset, eprocess, ps_sources in psx:
pids[eprocess.UniqueProcessId.v()] = eprocess.ImageFileName
if "Process" in self._config.TYPE:
line = "[{5}PROCESS]{0} {1}{0} PID: {2}/PPID: {3}/POffset: 0x{4:08x}".format(
"" if body else "|", eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, offset,
self._config.MACHINE)
yield self.getoutput(line,
eprocess.CreateTime,
end=eprocess.ExitTime,
body=body)
if not hasattr(eprocess.obj_vm, "vtop"):
eprocess = taskmods.DllList(
self._config).virtual_process_from_physical_offset(
addr_space, eprocess.obj_offset)
if eprocess == None:
continue
else:
ps_ad = eprocess.get_process_address_space()
if ps_ad == None:
continue
if version[0] == 5 and "Process" in self._config.TYPE:
line = "[{5}PROCESS LastTrimTime]{0} {1}{0} PID: {2}/PPID: {3}/POffset: 0x{4:08x}".format(
"" if body else "|", eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, offset,
self._config.MACHINE)
yield self.getoutput(line, eprocess.Vm.LastTrimTime, body=body)
if eprocess.ObjectTable.HandleTableList and "_CM_KEY_BODY" in self._config.TYPE:
for handle in eprocess.ObjectTable.handles():
if not handle.is_valid():
continue
name = ""
object_type = handle.get_object_type()
if object_type == "Key":
key_obj = handle.dereference_as("_CM_KEY_BODY")
name = key_obj.full_key_name()
line = "[{6}Handle (Key)]{0} {1}{0} {2} PID: {3}/PPID: {4}/POffset: 0x{5:08x}".format(
"" if body else "|", name, eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, offset,
self._config.MACHINE)
yield self.getoutput(
line,
key_obj.KeyControlBlock.KcbLastWriteTime,
body=body)
if detections and "Process" in self._config.TYPE:
injected = False
for vad, address_space in eprocess.get_vads(
vad_filter=eprocess._injection_filter):
if malfind.Malfind(self._config)._is_vad_empty(
vad, address_space):
continue
line = "PID: {0}/PPID: {1}/POffset: 0x{2:08x}".format(
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, offset)
self.suspicious[line.strip()] = {
"reason": "MALFIND",
"color": "RED"
}
self.suspiciouspids[eprocess.UniqueProcessId.v()] = {
"reason": "MALFIND",
"color": "RED"
}
injected = True
proc_okay = False
if not injected and (eprocess.ExitTime.v() > 0
or str(eprocess.ImageFileName).lower()
in ["system", "smss.exe", "csrss.exe"]):
proc_okay = True
elif not injected and ps_sources['psscan'].has_key(offset) and (not ps_sources['pslist'].has_key(offset) or not \
ps_sources['thrdproc'].has_key(offset) or not ps_sources['pspcid'].has_key(offset) or not \
ps_sources['csrss'].has_key(offset) or not ps_sources['session'].has_key(offset) or not \
ps_sources['deskthrd'].has_key(offset)):
proc_okay = True
if not proc_okay and (not ps_sources['pslist'].has_key(offset) or not ps_sources['psscan'].has_key(offset) or not ps_sources['thrdproc'].has_key(offset) \
or not ps_sources['pspcid'].has_key(offset) or not ps_sources['csrss'].has_key(offset) or not ps_sources['session'].has_key(offset) \
or not ps_sources['deskthrd'].has_key(offset)):
if self.suspicious.get(line.strip(),
{}).get("reason", None) == None:
self.suspicious[line.strip()] = {
"reason": "PSXVIEW",
"color": "RED"
}
self.suspiciouspids[eprocess.UniqueProcessId.v()] = {
"reason": "PSXVIEW",
"color": "RED"
}
else:
self.suspicious[line.strip()] = {
"reason": "MALFIND and PSXVIEW",
"color": "RED"
}
self.suspiciouspids[eprocess.UniqueProcessId.v()] = {
"reason": "MALFIND and PSXVIEW",
"color": "RED"
}
if eprocess.Peb == None or eprocess.Peb.ImageBaseAddress == None:
continue
# Get DLL PE timestamps for Wow64 processes (excluding 64-bit ones)
if eprocess.IsWow64 and "TimeDateStamp" in self._config.TYPE:
for vad, address_space in eprocess.get_vads(
vad_filter=eprocess._mapped_file_filter):
if vad.FileObject.FileName:
name = str(vad.FileObject.FileName).lower()
basename = ntpath.basename(name)
if not basename.endswith("dll") or basename in [
"wow64cpu.dll", "ntdll.dll", "wow64.dll",
"wow64win.dll"
]:
continue
data = ps_ad.zread(vad.Start, vad.Length)
bufferas = addrspace.BufferAddressSpace(self._config,
data=data)
try:
pe_file = obj.Object("_IMAGE_DOS_HEADER",
offset=0,
vm=bufferas)
header = pe_file.get_nt_header()
except ValueError, ve:
continue
line = "[{7}PE HEADER 32-bit (dll)]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|", eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, basename,
offset, vad.Start, self._config.MACHINE)
yield self.getoutput(line,
header.FileHeader.TimeDateStamp,
body=body)
# get DLL PE timestamps
mods = dict()
if "TimeDateStamp" in self._config.TYPE or "LoadTime" in self._config.TYPE:
mods = dict((mod.DllBase.v(), mod)
for mod in eprocess.get_load_modules())
for mod in mods.values():
basename = str(mod.BaseDllName or "")
if basename == str(eprocess.ImageFileName):
line = "[{7}PE HEADER (exe)]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|", eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, basename,
offset, mod.DllBase.v(), self._config.MACHINE)
else:
line = "[{7}PE HEADER (dll)]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|", eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, basename,
offset, mod.DllBase.v(), self._config.MACHINE)
if "TimeDateStamp" in self._config.TYPE:
yield self.getoutput(line, mod.TimeDateStamp, body=body)
line2 = "[{7}PE DEBUG]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|", eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, basename,
offset, mod.DllBase.v(), self._config.MACHINE)
yield self.getoutput(
line2,
mod.get_debug_directory().TimeDateStamp,
body=body)
if hasattr(mod,
"LoadTime") and "LoadTime" in self._config.TYPE:
temp = line.replace(
"[{0}PE HEADER ".format(self._config.MACHINE),
"[{0}DLL LOADTIME ".format(self._config.MACHINE))
yield self.getoutput(temp,
mod.TimeDateStamp,
end=mod.LoadTime,
body=body)
if detections and eprocess.UniqueProcessId.v(
) in self.suspiciouspids.keys():
suspiciousline = "Process: {0}/PID: {1}/PPID: {2}/Process POffset: 0x{3:08x}/DLL Base: 0x{4:08x}".format(
eprocess.ImageFileName, eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, offset,
mod.DllBase.v())
self.suspicious[suspiciousline] = {
"reason":
"Process flagged: " + self.suspiciouspids[
eprocess.UniqueProcessId.v()]["reason"],
"color":
"BLUE"
}
def calculate(self):
if self._config.OUTPUT == "xlsx" and not has_openpyxl:
debug.error(
"You must install OpenPyxl for xlsx format:\n\thttps://bitbucket.org/ericgazoni/openpyxl/wiki/Home"
)
elif self._config.OUTPUT == "xlsx" and not self._config.OUTPUT_FILE:
debug.error(
"You must specify an output *.xlsx file!\n\t(Example: --output-file=OUTPUT.xlsx)"
)
if (self._config.HIVE
or self._config.USER) and not (self._config.REGISTRY):
debug.error(
"You must use -R/--registry in conjuction with -H/--hive and/or -U/--user"
)
addr_space = utils.load_as(self._config)
version = (addr_space.profile.metadata.get('major', 0),
addr_space.profile.metadata.get('minor', 0))
pids = {} #dictionary of process IDs/ImageFileName
offsets = [] #process offsets
im = imageinfo.ImageInfo(self._config).get_image_time(addr_space)
body = False
if self._config.OUTPUT == "body":
body = True
if not body:
event = "{0}|[END LIVE RESPONSE]\n".format(im['ImageDatetime'])
else:
event = "0|[END LIVE RESPONSE]|0|---------------|0|0|0|{0}|{0}|{0}|{0}\n".format(
im['ImageDatetime'].v())
yield event
# Get EPROCESS
psscan = filescan.PSScan(self._config).calculate()
for eprocess in psscan:
if eprocess.obj_offset not in offsets:
offsets.append(eprocess.obj_offset)
if not body:
line = "{0}|{1}|{2}|{3}|{4}|{5}|0x{6:08x}||\n".format(
eprocess.CreateTime or '-1', "[PROCESS]",
eprocess.ImageFileName, eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, eprocess.ExitTime
or '', eprocess.obj_offset)
else:
line = "0|[PROCESS] {2}/PID: {3}/PPID: {4}/POffset: 0x{5:08x}|0|---------------|0|0|0|{0}|{1}|{0}|{0}\n".format(
eprocess.CreateTime.v(), eprocess.ExitTime.v(),
eprocess.ImageFileName, eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId, eprocess.obj_offset)
pids[eprocess.UniqueProcessId.v()] = eprocess.ImageFileName
yield line
# Get Sockets and Evtlogs XP/2k3 only
if addr_space.profile.metadata.get('major', 0) == 5:
socks = sockets.Sockets(self._config).calculate()
#socks = sockscan.SockScan(self._config).calculate() # you can use sockscan instead if you uncomment
for sock in socks:
la = "{0}:{1}".format(sock.LocalIpAddress, sock.LocalPort)
if not body:
line = "{0}|[SOCKET]|{1}|{2}|Protocol: {3} ({4})|{5:#010x}|||\n".format(
sock.CreateTime, sock.Pid, la, sock.Protocol,
protos.protos.get(sock.Protocol.v(), "-"),
sock.obj_offset)
else:
line = "0|[SOCKET] PID: {1}/LocalIP: {2}/Protocol: {3}({4})/POffset: 0x{5:#010x}|0|---------------|0|0|0|{0}|{0}|{0}|{0}\n".format(
sock.CreateTime.v(), sock.Pid, la, sock.Protocol,
protos.protos.get(sock.Protocol.v(), "-"),
sock.obj_offset)
yield line
stuff = evtlogs.EvtLogs.calculate(self)
for name, buf in stuff:
for fields in self.parse_evt_info(name, buf, rawtime=True):
if not body:
line = '{0} |[EVT LOG]|{1}|{2}|{3}|{4}|{5}|{6}|{7}\n'.format(
fields[0], fields[1], fields[2], fields[3],
fields[4], fields[5], fields[6], fields[7])
else:
line = "0|[EVT LOG] {1}/{2}/{3}/{4}/{5}/{6}/{7}|0|---------------|0|0|0|{0}|{0}|{0}|{0}\n".format(
fields[0].v(), fields[1], fields[2], fields[3],
fields[4], fields[5], fields[6], fields[7])
yield line
else:
# Vista+
nets = netscan.Netscan(self._config).calculate()
for net_object, proto, laddr, lport, raddr, rport, state in nets:
conn = "{0}:{1} -> {2}:{3}".format(laddr, lport, raddr, rport)
if not body:
line = "{0}|[NETWORK CONNECTION]|{1}|{2}|{3}|{4}|{5:<#10x}||\n".format(
str(net_object.CreateTime
or "-1"), net_object.Owner.UniqueProcessId, conn,
proto, state, net_object.obj_offset)
else:
line = "0|[NETWORK CONNECTION] {1}/{2}/{3}/{4}/{5:<#10x}|0|---------------|0|0|0|{0}|{0}|{0}|{0}\n".format(
net_object.CreateTime.v(),
net_object.Owner.UniqueProcessId, conn, proto, state,
net_object.obj_offset)
yield line
# Get threads
threads = modscan.ThrdScan(self._config).calculate()
for thread in threads:
image = pids.get(thread.Cid.UniqueProcess.v(), "UNKNOWN")
if not body:
line = "{0}|[THREAD]|{1}|{2}|{3}|{4}|||\n".format(
thread.CreateTime or '-1',
image,
thread.Cid.UniqueProcess,
thread.Cid.UniqueThread,
thread.ExitTime or '',
)
else:
line = "0|[THREAD] {2}/PID: {3}/TID: {4}|0|---------------|0|0|0|{0}|{1}|{0}|{0}\n".format(
thread.CreateTime.v(),
thread.ExitTime.v(),
image,
thread.Cid.UniqueProcess,
thread.Cid.UniqueThread,
)
yield line
# now we get to the PE part. All PE's are dumped in case you want to inspect them later
data = moddump.ModDump(self._config).calculate()
for addr_space, procs, mod_base, mod_name in data:
space = tasks.find_space(addr_space, procs, mod_base)
if space != None:
try:
header = procdump.ProcExeDump(self._config).get_nt_header(
space, mod_base)
except ValueError, ve:
continue
try:
if not body:
line = "{0}|[PE Timestamp (module)]|{1}||{2:#010x}|||||\n".format(
header.FileHeader.TimeDateStamp or '-1', mod_name,
mod_base)
else:
line = "0|[PE Timestamp (module)] {1}/Base: {2:#010x}|0|---------------|0|0|0|{0}|{0}|{0}|{0}\n".format(
header.FileHeader.TimeDateStamp.v(), mod_name,
mod_base)
except ValueError, ve:
if not body:
line = "-1|[PE Timestamp (module)]|{0}||{1}|||||\n".format(
mod_name, mod_base)
else:
line = "0|[PE Timestamp (module)] {0}/Base: {1:#010x}|0|---------------|0|0|0|0|0|0|0\n".format(
mod_name, mod_base)
yield line
def calculate(self):
if (self._config.HIVE
or self._config.USER) and "Registry" not in self._config.TYPE:
debug.error(
"You must use --registry in conjuction with -H/--hive and/or -U/--user"
)
if self._config.TYPE != None:
for t in self._config.TYPE.split(","):
if t.strip() not in self.types and t.strip() != "Registry":
debug.error(
"You have entered an incorrect type: {0}".format(t))
addr_space = utils.load_as(self._config)
version = (
addr_space.profile.metadata.get('major', 0),
addr_space.profile.metadata.get('minor', 0),
)
pids = {} # dictionary of process IDs/ImageFileName
body = False
if self._config.OUTPUT == "body":
body = True
if self._config.MACHINE != "":
self._config.update("MACHINE", "{0} ".format(self._config.MACHINE))
if "ImageDate" in self._config.TYPE:
im = imageinfo.ImageInfo(self._config).get_image_time(addr_space)
yield self.getoutput(
"[{0}LIVE RESPONSE]{1} (System time){1}".format(
self._config.MACHINE, "" if body else "|"),
im['ImageDatetime'],
body=body,
)
if version <= (6, 1) and "IEHistory" in self._config.TYPE:
self._config.update("LEAK", True)
data = iehistory.IEHistory(self._config).calculate()
for process, record in data:
## Extended fields are available for these records
if record.obj_name == "_URL_RECORD":
line = "[{6}IEHISTORY]{0} {1}->{5}{0} PID: {2}/Cache type \"{3}\" at {4:#x}".format(
"" if body else "|",
process.ImageFileName,
process.UniqueProcessId,
record.Signature,
record.obj_offset,
record.Url,
self._config.MACHINE,
)
yield self.getoutput(
line,
record.LastModified,
end=record.LastAccessed,
body=body,
)
self._config.remove_option("REDR")
self._config.remove_option("LEAK")
psx = []
if ("Process" in self._config.Type
or "TimeDateStamp" in self._config.Type
or "LoadTime" in self._config.Type
or "_CM_KEY_BODY" in self._config.Type):
psx = psxview.PsXview(self._config).calculate()
for offset, eprocess, ps_sources in psx:
pids[eprocess.UniqueProcessId.v()] = eprocess.ImageFileName
if "Process" in self._config.TYPE:
line = "[{5}PROCESS]{0} {1}{0} PID: {2}/PPID: {3}/POffset: 0x{4:08x}".format(
"" if body else "|",
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
offset,
self._config.MACHINE,
)
yield self.getoutput(line,
eprocess.CreateTime,
end=eprocess.ExitTime,
body=body)
if not hasattr(eprocess.obj_vm, "vtop"):
eprocess = taskmods.DllList(
self._config).virtual_process_from_physical_offset(
addr_space, eprocess.obj_offset)
if eprocess == None:
continue
else:
ps_ad = eprocess.get_process_address_space()
if ps_ad == None:
continue
if version[0] == 5 and "Process" in self._config.TYPE:
line = "[{5}PROCESS LastTrimTime]{0} {1}{0} PID: {2}/PPID: {3}/POffset: 0x{4:08x}".format(
"" if body else "|",
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
offset,
self._config.MACHINE,
)
yield self.getoutput(line, eprocess.Vm.LastTrimTime, body=body)
if (eprocess.ObjectTable.HandleTableList
and "_CM_KEY_BODY" in self._config.TYPE):
for handle in eprocess.ObjectTable.handles():
if not handle.is_valid():
continue
name = ""
object_type = handle.get_object_type()
if object_type == "Key":
key_obj = handle.dereference_as("_CM_KEY_BODY")
name = key_obj.full_key_name()
line = "[{6}Handle (Key)]{0} {1}{0} {2} PID: {3}/PPID: {4}/POffset: 0x{5:08x}".format(
"" if body else "|",
name,
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
offset,
self._config.MACHINE,
)
yield self.getoutput(
line,
key_obj.KeyControlBlock.KcbLastWriteTime,
body=body,
)
if eprocess.Peb == None or eprocess.Peb.ImageBaseAddress == None:
continue
# Get DLL PE timestamps for Wow64 processes (excluding 64-bit ones)
if eprocess.IsWow64 and "TimeDateStamp" in self._config.TYPE:
for vad, address_space in eprocess.get_vads(
vad_filter=eprocess._mapped_file_filter):
if vad.FileObject.FileName:
name = str(vad.FileObject.FileName).lower()
basename = ntpath.basename(name)
if not basename.endswith("dll") or basename in [
"wow64cpu.dll",
"ntdll.dll",
"wow64.dll",
"wow64win.dll",
]:
continue
data = ps_ad.zread(vad.Start, vad.Length)
bufferas = addrspace.BufferAddressSpace(self._config,
data=data)
try:
pe_file = obj.Object("_IMAGE_DOS_HEADER",
offset=0,
vm=bufferas)
header = pe_file.get_nt_header()
except ValueError as ve:
continue
line = "[{7}PE HEADER 32-bit (dll)]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|",
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
basename,
offset,
vad.Start,
self._config.MACHINE,
)
yield self.getoutput(line,
header.FileHeader.TimeDateStamp,
body=body)
# get DLL PE timestamps
mods = dict()
if ("TimeDateStamp" in self._config.TYPE
or "LoadTime" in self._config.TYPE):
mods = dict((mod.DllBase.v(), mod)
for mod in eprocess.get_load_modules())
for mod in list(mods.values()):
basename = str(mod.BaseDllName or "")
if basename == str(eprocess.ImageFileName):
line = "[{7}PE HEADER (exe)]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|",
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
basename,
offset,
mod.DllBase.v(),
self._config.MACHINE,
)
else:
line = "[{7}PE HEADER (dll)]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|",
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
basename,
offset,
mod.DllBase.v(),
self._config.MACHINE,
)
if "TimeDateStamp" in self._config.TYPE:
yield self.getoutput(line, mod.TimeDateStamp, body=body)
line2 = "[{7}PE DEBUG]{0} {4}{0} Process: {1}/PID: {2}/PPID: {3}/Process POffset: 0x{5:08x}/DLL Base: 0x{6:08x}".format(
"" if body else "|",
eprocess.ImageFileName,
eprocess.UniqueProcessId,
eprocess.InheritedFromUniqueProcessId,
basename,
offset,
mod.DllBase.v(),
self._config.MACHINE,
)
yield self.getoutput(
line2,
mod.get_debug_directory().TimeDateStamp,
body=body,
)
if (hasattr(mod, "LoadTime")
and "LoadTime" in self._config.TYPE):
temp = line.replace(
"[{0}PE HEADER ".format(self._config.MACHINE),
"[{0}DLL LOADTIME ".format(self._config.MACHINE),
)
yield self.getoutput(temp, mod.LoadTime, body=body)
# Get Sockets and Evtlogs XP/2k3 only
if version[0] == 5:
# socks = sockets.Sockets(self._config).calculate()
socks = []
if "Socket" in self._config.TYPE:
socks = sockscan.SockScan(self._config).calculate(
) # you can use sockscan instead if you uncomment
for sock in socks:
la = "{0}:{1}".format(sock.LocalIpAddress, sock.LocalPort)
line = "[{6}SOCKET]{0} LocalIP: {2}/Protocol: {3}({4}){0} PID: {1}/POffset: 0x{5:#010x}".format(
"" if body else "|",
sock.Pid,
la,
sock.Protocol,
protos.protos.get(sock.Protocol.v(), "-"),
sock.obj_offset,
self._config.MACHINE,
)
yield self.getoutput(line, sock.CreateTime, body=body)
stuff = []
if "EvtLog" in self._config.TYPE:
evt = evtlogs.EvtLogs(self._config)
stuff = evt.calculate()
for name, buf in stuff:
for fields in evt.parse_evt_info(name, buf, rawtime=True):
line = "[{8}EVT LOG]{0} {1}{0} {2}/{3}/{4}/{5}/{6}/{7}".format(
"" if body else "|",
fields[1],
fields[2],
fields[3],
fields[4],
fields[5],
fields[6],
fields[7],
self._config.MACHINE,
)
yield self.getoutput(line, fields[0], body=body)
elif version <= (6, 1):
# Vista+
nets = []
if "Socket" in self._config.TYPE:
nets = netscan.Netscan(self._config).calculate()
for net_object, proto, laddr, lport, raddr, rport, state in nets:
if net_object.CreateTime.v() == 0:
continue
if raddr == "*" and rport == "*":
conn = "{0}:{1}".format(laddr, lport)
socket_type = "SOCKET"
else:
conn = "{0}:{1} -> {2}:{3}".format(laddr, lport, raddr,
rport)
socket_TYPE = "CONNECTION"
line = (
"[{6}NETWORK {7}]{0} {2}{0} {1}/{3}/{4}/{5:<#10x}".format(
"" if body else "|",
net_object.Owner.UniqueProcessId,
conn,
proto,
state,
net_object.obj_offset,
self._config.MACHINE,
socket_type,
))
yield self.getoutput(line, net_object.CreateTime, body=body)
# Get threads
threads = []
if "Thread" in self._config.TYPE:
threads = modscan.ThrdScan(self._config).calculate()
for thread in threads:
image = pids.get(thread.Cid.UniqueProcess.v(), "UNKNOWN")
line = "[{4}THREAD]{0} {1}{0} PID: {2}/TID: {3}".format(
"" if body else "|",
image,
thread.Cid.UniqueProcess,
thread.Cid.UniqueThread,
self._config.MACHINE,
)
yield self.getoutput(line,
thread.CreateTime,
end=thread.ExitTime,
body=body)
data = []
if "Symlink" in self._config.TYPE:
data = filescan.SymLinkScan(self._config).calculate()
for link in data:
objct = link.get_object_header()
line = "[{6}SYMLINK]{0} {1}->{2}{0} POffset: {3}/Ptr: {4}/Hnd: {5}".format(
"" if body else "|",
str(objct.NameInfo.Name or ''),
str(link.LinkTarget or ''),
link.obj_offset,
objct.PointerCount,
objct.HandleCount,
self._config.MACHINE,
)
yield self.getoutput(line, link.CreationTime, body=body)
data = []
if "TimeDateStamp" in self._config.TYPE:
data = moddump.ModDump(self._config).calculate()
for aspace, procs, mod_base, mod_name in data:
mod_name = str(mod_name or '')
space = tasks.find_space(aspace, procs, mod_base)
if space != None:
try:
pe_file = obj.Object("_IMAGE_DOS_HEADER",
offset=mod_base,
vm=space)
header = pe_file.get_nt_header()
except ValueError as ve:
continue
line = (
"[{3}PE HEADER (module)]{0} {1}{0} Base: {2:#010x}".format(
"" if body else "|",
mod_name,
mod_base,
self._config.MACHINE,
))
yield self.getoutput(line,
header.FileHeader.TimeDateStamp,
body=body)
uastuff = []
if "Userassist" in self._config.TYPE:
uastuff = userassist.UserAssist(self._config).calculate()
for win7, reg, key in uastuff:
ts = "{0}".format(key.LastWriteTime)
for v in rawreg.values(key):
tp, dat = rawreg.value_data(v)
subname = v.Name
if tp == 'REG_BINARY':
dat_raw = dat
try:
subname = codecs.encode(subname, 'rot_13')
except UnicodeDecodeError:
pass
if win7:
guid = subname.split("\\")[0]
if guid in userassist.folder_guids:
subname = subname.replace(
guid, userassist.folder_guids[guid])
bufferas = addrspace.BufferAddressSpace(self._config,
data=dat_raw)
uadata = obj.Object("_VOLUSER_ASSIST_TYPES",
offset=0,
vm=bufferas)
ID = "N/A"
count = "N/A"
fc = "N/A"
tf = "N/A"
lw = "N/A"
if (len(dat_raw) < bufferas.profile.get_obj_size(
'_VOLUSER_ASSIST_TYPES') or uadata == None):
continue
else:
if hasattr(uadata, "ID"):
ID = "{0}".format(uadata.ID)
if hasattr(uadata, "Count"):
count = "{0}".format(uadata.Count)
else:
count = "{0}".format(
uadata.CountStartingAtFive
if uadata.CountStartingAtFive < 5 else
uadata.CountStartingAtFive - 5)
if hasattr(uadata, "FocusCount"):
seconds = (uadata.FocusTime + 500) / 1000.0
time = (datetime.timedelta(seconds=seconds)
if seconds > 0 else uadata.FocusTime)
fc = "{0}".format(uadata.FocusCount)
tf = "{0}".format(time)
lw = "{0}".format(uadata.LastUpdated)
subname = subname.replace("|", "%7c")
line = "[{7}USER ASSIST]{0} {2}{0} Registry: {1}/ID: {3}/Count: {4}/FocusCount: {5}/TimeFocused: {6}".format(
"" if body else "|",
reg,
subname,
ID,
count,
fc,
tf,
self._config.MACHINE,
)
yield self.getoutput(line, uadata.LastUpdated, body=body)
shimdata = []
if "Shimcache" in self._config.TYPE:
shimdata = shimcache.ShimCache(self._config).calculate()
for path, lm, lu in shimdata:
line = "[{2}SHIMCACHE]{0} {1}{0} ".format("" if body else "|",
path,
self._config.MACHINE)
if lu:
yield self.getoutput(line, lm, end=lu, body=body)
else:
yield self.getoutput(line, lm, body=body)
if ("_HBASE_BLOCK" in self._config.TYPE
or "_CMHIVE" in self._config.TYPE
or "Registry" in self._config.TYPE):
regapi = registryapi.RegistryApi(self._config)
for o in regapi.all_offsets:
if "_HBASE_BLOCK" in self._config.TYPE:
line = "[{2}_HBASE_BLOCK TimeStamp]{0} {1}{0} ".format(
"" if body else "|",
regapi.all_offsets[o],
self._config.MACHINE,
)
h = obj.Object("_HHIVE", o, addr_space)
yield self.getoutput(line,
h.BaseBlock.TimeStamp,
body=body)
if ("_CMHIVE" in self._config.TYPE and version[0] == 6 and
addr_space.profile.metadata.get('build', 0) >= 7601):
line = (
line) = "[{2}_CMHIVE LastWriteTime]{0} {1}{0} ".format(
"" if body else "|",
regapi.all_offsets[o],
self._config.MACHINE,
)
cmhive = obj.Object("_CMHIVE", o, addr_space)
yield self.getoutput(line, cmhive.LastWriteTime, body=body)
if "Registry" in self._config.TYPE:
regapi.reset_current()
regdata = regapi.reg_get_all_keys(self._config.HIVE,
self._config.USER,
reg=True,
rawtime=True)
for lwtime, reg, item in regdata:
item = item.replace("|", "%7c")
line = "[{3}REGISTRY]{0} {2}{0} Registry: {1}".format(
"" if body else "|", reg, item, self._config.MACHINE)
yield self.getoutput(line, lwtime, body=body)
if "Timer" in self._config.TYPE:
volmagic = obj.VolMagic(addr_space)
KUSER_SHARED_DATA = obj.Object(
"_KUSER_SHARED_DATA",
offset=volmagic.KUSER_SHARED_DATA.v(),
vm=addr_space,
)
interrupt = (KUSER_SHARED_DATA.InterruptTime.High1Time <<
32) | KUSER_SHARED_DATA.InterruptTime.LowPart
now = KUSER_SHARED_DATA.SystemTime.as_windows_timestamp()
data = timers.Timers(self._config).calculate()
for timer, module in data:
signaled = "-"
if timer.Header.SignalState.v():
signaled = "Yes"
module_name = "UNKNOWN"
if module:
module_name = str(module.BaseDllName or '')
try:
# human readable time taken from http://computer.forensikblog.de/en/2011/10/timers-and-times.html
bufferas = addrspace.BufferAddressSpace(
self._config,
data=struct.pack(
'<Q', timer.DueTime.QuadPart - interrupt + now),
)
due_time = obj.Object("WinTimeStamp",
is_utc=True,
offset=0,
vm=bufferas)
except TypeError:
due_time = 0
line = "[{6}TIMER]{0} {1}{0} Signaled: {2}/Routine: 0x{3:x}/Period(ms): {4}/Offset: 0x{5:x}".format(
"" if body else "|",
module_name,
signaled,
timer.Dpc.DeferredRoutine,
timer.Period,
timer.obj_offset,
self._config.MACHINE,
)
yield self.getoutput(line, due_time, body=body)