def userassist(cfg, user_hives):
rows = [["Target", "Run Count", "Focus (ms)", "Last Run"]]
for username, uhive in user_hives.iteritems():
for key in common.find_keys_name(
common.safe_open(
uhive,
"Software\Microsoft\Windows\CurrentVersion\Explorer\UserAssist"
), "Count", 2):
for value in common.safe_open(uhive, key).values():
vals = {}
vals["Target"] = codecs.encode(value.name(),
'rot_13').replace('\0', '')
if "UEME_" in vals["Target"]:
continue
for guid in guids.keys():
up = vals["Target"].upper()
if guid in up:
vals["Target"] = up.replace(guid, guids[guid])
data = value.value()
vals["Run Count"] = struct.unpack("I", data[4:8])[0]
vals["Focus (ms)"] = struct.unpack("I", data[12:16])[0]
if struct.unpack("Q", data[60:68])[0]:
vals["Last Run"] = common.decode_filetime(data[60:68])
output.dict_to_arr(rows, vals)
if len(rows) > 1:
rows = output.sort_by_col(rows, "Target")
output.write_out(cfg, rows, "Userassist - %s" % username, 1)
def sessionmgr(cfg, hives):
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg['cset'] = common.get_control_set(hives['system'])
# Pending file ops
rows = [["Source", "Destination"]]
#https://forensicatorj.wordpress.com/2014/06/25/interpreting-the-pendingfilerenameoperations-registry-key-for-forensics/
ops = common.safe_open(
hives["system"],
"ControlSet00%s\Control\Session Manager" % cfg['cset'],
"PendingFileRenameOperations").value()
i = 0
while i < len(ops):
if ops[i]:
vals = {"Source": ops[i]}
if ops[i + 2]:
vals["Destination"] = ops[i + 2]
elif ops[i + 1] == '' and ops[i + 2] == '':
vals["Destination"] = "Delete"
output.dict_to_arr(rows, vals)
i += 4
output.write_out(cfg, rows, "Pending File Renames", 1)
# Environment vars
rows = [["Name", "Value"]]
for var in common.safe_open(
hives["system"],
"ControlSet00%s\Control\Session Manager\Environment" %
cfg['cset']).values():
vals = {}
vals["Name"] = var.name()
vals["Value"] = common.multi_string(var)
output.dict_to_arr(rows, vals)
output.write_out(cfg, rows, "System Environment Variables", 1)
def osinfo(cfg, hives):
if "software" in hives.keys():
rows = [[
"Registered Owner", "Registered Org", "Operating System",
"Service Pack", "Product ID", "Install Type", "Install Date",
"Build String (ext)", "Install Path", "Source Path"
]]
pairs = {}
for value in common.safe_open(
hives["software"],
"Microsoft\Windows NT\CurrentVersion").values():
if value.name() == "ProductName":
pairs["Operating System"] = value.value()
elif value.name() == "CSDVersion":
pairs["Service Pack"] = value.value()
elif value.name() == "BuildLabEx":
pairs["Build String (ext)"] = value.value()
elif value.name() == "InstallDate":
pairs["Install Date"] = common.decode_epoch(value.value())
elif value.name() == "ProductId":
pairs["Product ID"] = value.value()
elif value.name() == "RegisteredOwner":
pairs["Registered Owner"] = value.value()
elif value.name() == "RegisteredOrganization":
pairs["Registered Org"] = value.value()
elif value.name() == "PathName":
pairs["Install Path"] = value.value()
elif value.name() == "SourcePath":
pairs["Source Path"] = value.value()
elif value.name() == "InstallationType":
pairs["Install Type"] = value.value()
elif value.name() == "":
pairs[""] = value.value()
output.dict_to_arr(rows, pairs)
output.write_out(cfg, rows, "OS Info")
def nobackups(cfg, hives):
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg['cset'] = common.get_control_set(hives['system'])
for subkey in common.safe_open(
hives['system'], "ControlSet00%s\Control\BackupRestore" %
cfg["cset"]).subkeys():
exs = [["Name", "Value"]]
if subkey.name() == "FilesNotToBackup":
ex_name = "Files not to backup"
elif subkey.name() == "FilesNotToSnapshot":
ex_name = "Files not to snapshot"
elif subkey.name() == "KeysNotToRestore":
ex_name = "Keys not to restore"
else:
continue
for value in subkey.values():
# Print a row for each reg_multi_sz string
vals = {"Name": value.name()}
for i, ex in enumerate(value.value()):
if len(ex):
vals["Value"] = ex
output.dict_to_arr(exs, vals)
if len(exs) > 1:
rows = [[
"Last write"
], [subkey.timestamp().strftime('%a %b %d %Y %H:%M:%S UTC')]]
output.write_out(cfg, rows, ex_name)
output.write_out(cfg, exs, "", 1)
def networks(cfg, hives):
if "software" in hives.keys():
rows = [[
'Name', 'Description', 'Category', 'Type', 'Managed',
'Gateway MAC', 'DNS suffix', 'Created', 'Last connected'
]]
for profile in common.safe_open(
hives["software"],
"Microsoft\Windows NT\CurrentVersion\NetworkList\Profiles"
).subkeys():
vals = {}
for value in profile.values():
if value.name() == "ProfileName":
vals["Name"] = common.multi_string(value)
elif value.name() == "Description":
vals["Description"] = common.multi_string(value)
elif value.name() == "NameType":
n = value.value()
if n == 0x06:
vals["Type"] = "Wired"
elif n == 0x17:
vals["Type"] = "Mobile (%d)" % n
elif n == 0x47:
vals["Type"] = "Wireless"
elif n == 0xf3:
vals["Type"] = "Mobile (%d)" % n
else:
vals["Type"] = "Unknown (%d)" % n
elif value.name() == "Managed":
vals["Managed"] = "Yes" if value.value() else "No"
elif value.name() == "Category":
n = value.value()
if not n:
vals["Category"] = "Public"
elif n == 1:
vals["Category"] = "Private"
elif n == 2:
vals["Category"] = "Domain"
else:
vals["Category"] = "Other (%d)" % n
elif value.name() == "DateCreated":
vals["Created"] = common.decode_systemtime(value.value())
elif value.name() == "DateLastConnected":
vals["Last connected"] = common.decode_systemtime(
value.value())
sig = common.find_keys_value(
hives['software'].open(
"Microsoft\Windows NT\CurrentVersion\NetworkList\Signatures"
), profile.name(), 2)
if sig:
vals["DNS suffix"] = common.safe_open(hives["software"],
sig[0],
"DnsSuffix").value()
vals["Gateway MAC"] = bin_to_mac(
common.safe_open(hives["software"], sig[0],
"DefaultGatewayMac").value())
output.dict_to_arr(rows, vals)
output.write_out(cfg, rows, "Networks", 1)
def geninfo(cfg, hives):
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg["cset"] = common.get_control_set(hives['system'])
rows = [["Hostname", "Last Shutdown"]]
pairs = {}
pairs["Hostname"] = common.safe_open(
hives['system'],
"ControlSet00%s\\Services\\Tcpip\\Parameters" % cfg['cset'],
"Hostname").value()
ft = common.safe_open(hives['system'],
"ControlSet00%s\\Control\\Windows" % cfg['cset'],
"ShutdownTime").value()
pairs["Last Shutdown"] = common.decode_filetime(ft)
output.dict_to_arr(rows, pairs)
output.write_out(cfg, rows, "General Info")
def profiles(cfg, hives):
rows = [["ID", "Path", "Last Load", "Key Last Write"]]
if "software" in hives.keys():
for subkey in common.safe_open(hives["software"], "Microsoft\Windows NT\CurrentVersion\ProfileList").subkeys():
vals = {}
vals["ID"] = subkey.name()
vals["Path"] = subkey.value("ProfileImagePath").value()
vals["Key Last Write"] = subkey.timestamp().strftime('%a %b %d %Y %H:%M:%S UTC')
try:
a = subkey.value("ProfileLoadTimeLow").value()
b = subkey.value("ProfileLoadTimeHigh").value()
if a and b:
a = struct.pack('II', a, b)
vals["Last Load"] = common.decode_filetime(a)
except:
pass
output.dict_to_arr(rows, vals)
output.write_out(cfg, rows, "Local Profiles", 1)
def uninstalls(cfg, hives):
if "software" in hives.keys():
rows = [[
"Publisher", "Name", "Version", "Installed", "Install Src",
"Install Dst"
]]
keys = common.safe_open(
hives["software"], "Microsoft\Windows\CurrentVersion\Uninstall"
).subkeys() + common.safe_open(
hives["software"],
"Wow6432Node\Microsoft\Windows\CurrentVersion\Uninstall").subkeys(
)
for key in common.find_keys_name(
common.safe_open(
hives['software'],
"Microsoft\Windows\CurrentVersion\Installer\UserData"),
"InstallProperties", 3):
keys.append(common.safe_open(hives['software'], key))
for uninstall in keys:
vals = {}
vals["Installed"] = uninstall.timestamp().strftime(
'%a %b %d %Y %H:%M:%S UTC')
for val in uninstall.values():
if val.name() == "DisplayName":
vals["Name"] = common.unicode_to_ascii(val.value())
elif val.name() == "DisplayVersion":
vals["Version"] = common.unicode_to_ascii(val.value())
elif val.name() == "Publisher":
vals["Publisher"] = common.unicode_to_ascii(val.value())
elif val.name() == "InstallSource":
vals["Install Src"] = common.unicode_to_ascii(val.value())
elif val.name() == "InstallLocation":
vals["Install Dst"] = common.unicode_to_ascii(val.value())
# Skip subkeys with no relevant values
if "Name" not in vals.keys() and "Version" not in vals.keys(
) and "Install Dst" not in vals.keys():
continue
output.dict_to_arr(rows, vals)
dedup(rows)
rows = output.sort_by_col(rows, "Name")
output.write_out(cfg, rows, "Software", 1)
def autoruns(cfg, hives, user_hives):
rows = [['Source', 'Name', 'Run Value']]
keys = ["Run", "RunOnce", "RunOnceEx"]
if "software" in hives.keys():
for key in keys:
for run in common.safe_open(
hives["software"],
"Microsoft\Windows\CurrentVersion\%s" % key).values():
vals = {"Source": "Software:%s" % key}
vals["Name"] = run.name()
vals["Run Value"] = run.value()
output.dict_to_arr(rows, vals)
for username, uhive in user_hives.iteritems():
for key in keys:
for run in common.safe_open(
uhive, "Software\Microsoft\Windows\CurrentVersion\%s" %
key).values():
vals = {"Source": "%s:%s" % (username, key)}
vals["Name"] = run.name()
vals["Run Value"] = run.value()
output.dict_to_arr(rows, vals)
output.write_out(cfg, rows, "Autoruns", 1)
def usermounts(cfg, hives, user_hives):
for username, uhive in user_hives.iteritems():
rows = [[
"Volume GUID", "Last Mounted", "Mount Point", "Nuke on Delete"
]]
for mpkey in common.safe_open(
uhive,
"Software\Microsoft\Windows\CurrentVersion\Explorer\MountPoints2"
).subkeys():
vals = {"Volume GUID": mpkey.name()}
vals["Last Mounted"] = mpkey.timestamp().strftime(
'%a %b %d %Y %H:%M:%S UTC')
# Find NukeOnDelete
volbb = common.find_keys_name(
common.safe_open(
uhive,
"Software\Microsoft\Windows\CurrentVersion\Explorer\BitBucket\Volume"
), mpkey.name(), 1)
if volbb:
bbkey = common.safe_open(uhive, volbb[0])
if bbkey.name() and bbkey.value("NukeOnDelete").value():
vals["Nuke on Delete"] = "Yes"
elif bbkey.name():
vals["Nuke on Delete"] = "No"
# Find mount point
if "system" in hives.keys():
for point in hives["system"].open("MountedDevices").values():
if mpkey.name() in point.name():
keys = common.find_value_names(
hives["system"].open("MountedDevices"),
point.value())
for key in keys:
valname = key.split('\\')[-1]
ptname = point.name().split('\\')[-1]
if valname != ptname:
vals["Mount Point"] = key
break
output.dict_to_arr(rows, vals)
output.write_out(cfg, rows, "User Mounts - %s" % username, 1)
def tzinfo(cfg, hives):
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg["cset"] = common.get_control_set(hives['system'])
rows = [[
"Timezone name", "Active bias", "Bias", "Standard bias",
"Daylight bias"
]]
pairs = {}
for value in common.safe_open(
hives["system"], "ControlSet00%s\Control\TimeZoneInformation" %
cfg['cset']).values():
if value.name() == "TimeZoneKeyName":
pairs["Timezone name"] = value.value()
if value.name() == "ActiveTimeBias":
pairs["Active bias"] = utc_bias(value.value())
if value.name() == "Bias":
pairs["Bias"] = utc_bias(value.value())
if value.name() == "StandardBias":
pairs["Standard bias"] = utc_bias(value.value())
if value.name() == "DaylightBias":
pairs["Daylight bias"] = utc_bias(value.value())
output.dict_to_arr(rows, pairs)
output.write_out(cfg, rows, "Timezone")
def samusers(cfg, hives):
rows = [["RID", "Name", "Flags", "Login Count", "Last Login", "Failed Logins", "Last Failed Login", "Password Created", "Password Expires", "Full Name", "Comment", "Home Dir", "Logon Script", "Profile Path", "Workstations"]]
if "sam" in hives.keys():
for usr in common.safe_open(hives["sam"], "SAM\Domains\Account\Users\Names").subkeys():
vals = {}
vals["Name"] = usr.name()
vals["RID"] = usr.value("(default)").value_type()
rid = hives["sam"].open("SAM\Domains\Account\Users\\0000%04X"%vals["RID"])
f = rid.value('F').value()
v = rid.value('V').value()
try:
vals["Last Login"] = common.decode_filetime(f[8:16])
except: pass
try:
vals["Password Created"] = common.decode_filetime(f[24:32])
except: pass
try:
vals["Password Expires"] = common.decode_filetime(f[32:40])
except: pass
try:
vals["Last Failed Login"] = common.decode_filetime(f[40:48])
except: pass
# http://www.pigstye.net/forensics/password.html
try:
vals["Flags"] = []
acb = struct.unpack("H", f[56:58])[0]
if acb&0x001:
vals["Flags"].append("DISABLED")
if acb&0x002:
vals["Flags"].append("HOMEDIRREQ")
if acb&0x004:
vals["Flags"].append("PWNOTREQ")
if acb&0x008:
vals["Flags"].append("TEMPDUP")
#~ if acb&0x010:
#~ vals["Flags"].append("NORMAL")
if acb&0x020:
vals["Flags"].append("MNS")
if acb&0x040:
vals["Flags"].append("DOMTRUST")
if acb&0x080:
vals["Flags"].append("WSTRUST")
if acb&0x100:
vals["Flags"].append("SRVTRUST")
if acb&0x200:
vals["Flags"].append("PWNOEXP")
if acb&0x400:
vals["Flags"].append("AUTOLOCK")
vals["Flags"] = ", ".join(vals["Flags"])
except: pass
counts = struct.unpack("HH",f[64:68])
vals["Failed Logins"] = counts[0]
vals["Login Count"] = counts[1]
try:
username_o = struct.unpack('<L', v[12:16])[0]+0xcc
username_l = struct.unpack('<L', v[16:20])[0]
fullname_o = struct.unpack('<L', v[24:28])[0]+0xcc
fullname_l = struct.unpack('<L', v[28:32])[0]
vals["Full Name"] = v[fullname_o:fullname_o+fullname_l].replace('\0','')
comment_o = struct.unpack('<L', v[36:40])[0]+0xcc
comment_l = struct.unpack('<L', v[40:44])[0]
vals["Comment"] = v[comment_o:comment_o+comment_l].replace('\0','')
homedrive_o = struct.unpack('<L', v[84:88])[0]+0xcc
homedrive_l = struct.unpack('<L', v[88:92])[0]
vals["Home Drive"] = v[homedrive_o:homedrive_o+homedrive_l].replace('\0','')
homedir_o = struct.unpack('<L', v[72:76])[0]+0xcc
homedir_l = struct.unpack('<L', v[76:80])[0]
vals["Home Dir"] = v[homedir_o:homedir_o+homedir_l].replace('\0','')
vals["Home Dir"] = "%s%s"%(vals["Home Drive"], vals["Home Dir"])
logonscript_o = struct.unpack('<L', v[96:100])[0]+0xcc
logonscript_l = struct.unpack('<L', v[100:104])[0]
vals["Logon Script"] = v[logonscript_o:logonscript_o+logonscript_l].replace('\0','')
profilepath_o = struct.unpack('<L', v[108:112])[0]+0xcc
profilepath_l = struct.unpack('<L', v[112:116])[0]
vals["Profile Path"] = v[profilepath_o:profilepath_o+profilepath_l].replace('\0','')
workstations_o = struct.unpack('<L', v[120:124])[0]+0xcc
workstations_l = struct.unpack('<L', v[124:128])[0]
vals["Workstations"] = v[workstations_o:workstations_o+workstations_l].replace('\0','')
except: pass
output.dict_to_arr(rows, vals)
rows = output.sort_by_col(rows,"RID")
output.write_out(cfg, rows, "Local Users", 1)
def usb(cfg, hives, user_hives):
# http://www.forensicmag.com/article/2012/06/windows-7-registry-forensics-part-5
# http://www.forensicmag.com/article/2012/08/windows-7-registry-forensics-part-6
# http://web.archive.org/web/20131227051020/http://studioshorts.com/blog/2012/10/windows-8-device-property-ids-device-enumeration-pnpobject/
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg['cset'] = common.get_control_set(hives['system'])
usbstor = hives["system"].open("ControlSet00%s\Enum\USBSTOR" %
cfg["cset"])
rows = [[
"Class", "Friendly Name", "Serial No.", "Vendor Name", "UID",
"Volume GUID", "Drive Letter", "First Attached", "Last Attached",
"Last mounted (by user)"
]]
for vendor in usbstor.subkeys():
for device in vendor.subkeys():
vals = {}
vals["Vendor Name"] = vendor.name()
vals["UID"] = device.name()
vals["ContID"] = device.value("ContainerID").value()
vals["Serial No."] = '&'.join(device.name().split('&')[:-1])
if vals["Serial No."][1] == '&':
vals["Serial No."] = "N/A (%s)" % vals["Serial No."]
# Check properties for first attached time
try: # Win ? - 7
fi_key = hives["system"].open(
"%s\Properties\{83da6326-97a6-4088-9453-a1923f573b29}\\00000065\\00000000"
% (common.norm_path(device.path())))
vals["First Attached"] = common.decode_filetime(
fi_key.value("Data").value())
except: # win 8 - ?
fi_key = hives["system"].open(
"%s\Properties\{83da6326-97a6-4088-9453-a1923f573b29}\\0065"
% (common.norm_path(device.path())))
vals["First Attached"] = str(
fi_key.value("(default)").value().strftime(
'%a %b %d %Y %H:%M:%S UTC'))
# Check DeviceClasses for last attached time
for dev in hives["system"].open(
"ControlSet00%s\Control\DeviceClasses\{53f56307-b6bf-11d0-94f2-00a0c91efb8b}"
% cfg["cset"]).subkeys():
if vals["Vendor Name"] in dev.name():
vals["Last Attached"] = dev.timestamp().strftime(
'%a %b %d %Y %H:%M:%S UTC')
# Parse MountedDevices
for point in hives["system"].open("MountedDevices").values():
mduid = ""
# Is there a better soln to unpack ASCII?
for char in struct.unpack(
"<%dH" % (len(point.value()) / 2), point.value()):
if char > 32 and char < 127:
mduid = "%s%s" % (mduid, chr(char))
# If UID in MountedDevices value, find volume GUID or mount point in name
if vals["UID"] in mduid:
if point.name()[-1] == '}':
vals["Volume GUID"] = point.name()[-38:]
elif point.name()[-1] == ':':
vals["Drive Letter"] = point.name()[-2:]
# Search NTUSER.dat files for most recent mount
if "Volume GUID" in vals.keys():
last_time = 0
for user, uhive in user_hives.items():
uguid = common.safe_open(
uhive,
"Software\Microsoft\Windows\CurrentVersion\Explorer\MountPoints2\\%s"
% vals["Volume GUID"])
# Hives that never mounted this drive will fail
if uguid.name():
utime = uguid.timestamp()
if not last_time:
last_time = utime
last_user = user
elif last_time < utime:
last_time = utime
last_user = user
if last_time:
vals["Last mounted (by user)"] = "%s (%s)" % (
last_time.strftime('%a %b %d %Y %H:%M:%S UTC'),
last_user)
for value in device.values():
if value.name() == "FriendlyName":
vals["Friendly Name"] = value.value()
if value.name() == "Class": # Old
vals["Class"] = value.value()
if value.name() == "ClassGUID": # New
cguid = common.safe_open(
hives["system"],
"ControlSet00%s\Control\Class\%s" %
(cfg["cset"], common.multi_string(value)))
for valu in cguid.values():
if valu.name() == "Class":
vals["Class"] = valu.value()
output.dict_to_arr(rows, vals)
rows = output.sort_by_col(rows, "Vendor Name")
output.write_out(cfg, rows, "USB", 1)
def services(cfg, hives):
rows = [["Name", "Type", "Start", "Error Control", "Group", "Service Dll", "Display Name", "Image Path"]]
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg["cset"] = common.get_control_set(hives['system'])
for svc in common.safe_open(hives["system"], "ControlSet00%s\Services"%cfg['cset']).subkeys():
vals = {}
keypath = '\\'.join(svc.path().split('\\')[1:])
vals["Name"] = svc.name()
# http://windowsitpro.com/windows-server/jsi-tip-0324-registry-entries-services
# http://nt4ref.zcm.com.au/mansd.htm
vals["Type"] = common.safe_open(hives["system"], keypath, "Type").value()
if vals["Type"] != '':
if vals["Type"] == 0x1:
vals["Type"] = "Kernel-mode Driver"
elif vals["Type"] == 0x2:
vals["Type"] = "Filesystem Driver"
elif vals["Type"] == 0x4:
vals["Type"] = "Argument Group"
elif vals["Type"] == 0x10:
vals["Type"] = "Win32 Dedicated"
elif vals["Type"] == 0x20:
vals["Type"] = "Win32 Shared"
elif vals["Type"] == 0x110:
vals["Type"] = "Win32 Dedicated Interactive"
elif vals["Type"] == 0x120:
vals["Type"] = "Win32 Shared Interactive"
else:
vals["Type"] = "Unknown: 0x%x"%int(vals["Type"])
vals["Start"] = common.safe_open(hives["system"], keypath, "Start").value()
if vals["Start"] != '':
if vals["Start"] == 0x0:
vals["Start"] = "Boot"
elif vals["Start"] == 0x1:
vals["Start"] = "System"
elif vals["Start"] == 0x2:
vals["Start"] = "Automatic"
elif vals["Start"] == 0x3:
vals["Start"] = "Manual"
elif vals["Start"] == 0x4:
vals["Start"] = "Disabled"
else:
vals["Start"] = "Unknown: 0x%x"%int(vals["Start"])
vals["Error Control"] = common.safe_open(hives["system"], keypath, "ErrorControl").value()
if vals["Error Control"] != '':
if vals["Error Control"] == 0x0:
vals ["Error Control"] = "Ignore"
elif vals["Error Control"] == 0x1:
vals ["Error Control"] = "Normal"
elif vals["Error Control"] == 0x2:
vals ["Error Control"] = "Severe"
elif vals["Error Control"] == 0x3:
vals ["Error Control"] = "Critical"
else:
vals["Error Control"] = "Unknown: 0x%x"%int(vals["Error Control"])
vals["Image Path"] = common.multi_string(common.safe_open(hives["system"], keypath, "ImagePath"))
vals["Group"] = common.safe_open(hives["system"], keypath, "Group").value()
vals["Display Name"] = common.safe_open(hives["system"], keypath, "DisplayName").value()
vals["Service Dll"] = common.safe_open(hives["system"], "%s\Parameters"%(keypath), "ServiceDll").value()
output.dict_to_arr(rows, vals)
output.write_out(cfg, rows, "Services", 1)
def nicinfo(cfg, hives):
if "system" in hives.keys():
if "cset" not in cfg.keys():
cfg["cset"] = common.get_control_set(hives['system'])
rows = [[
"Name", "Description", "DHCP", "IP Address", "Mask", "Nameserver",
"Default Gateway", "Gateway MAC", "Domain", "DHCP Server",
"Lease Obtained", "Lease Ends"
]]
for i, subkey in enumerate(
common.safe_open(
hives['system'],
"ControlSet00%s\\Services\\Tcpip\\Parameters\\Interfaces" %
cfg['cset']).subkeys()):
nic = {}
# Get connection name
conn_key = common.find_keys_name(
hives['system'].open("ControlSet00%s\\Control\\Network" %
cfg['cset']), subkey.name(), 2)
if conn_key:
conn_val = common.safe_open(hives['system'],
"%s\\Connection" % conn_key[0],
"Name").value()
nic['Name'] = conn_val
# Get description
if "software" in hives.keys():
nic_key = common.find_keys_value(
hives['software'].open(
"Microsoft\\Windows NT\\CurrentVersion\\NetworkCards"),
subkey.name(), 1)
if nic_key:
nic['Description'] = common.safe_open(
hives["software"], nic_key[0], "Description").value()
# Get everything else
for value in subkey.values():
if value.name() == "EnableDHCP":
if value.value():
nic["DHCP"] = "Yes"
else:
nic["DHCP"] = "No"
elif value.name() == "DhcpServer":
nic["DHCP Server"] = common.multi_string(value)
elif value.name() == "GatewayHardware" or value.name(
) == "DhcpGatewayHardware":
nic["Gateway MAC"] = ':'.join([
octal.encode('hex')
for octal in struct.unpack("<14c", value.value())[-6:]
])
elif value.name() == "NameSever" or value.name(
) == "DhcpNameServer":
nic["Nameserver"] = value.value()
elif value.name() == "IPAddress" or value.name(
) == "DhcpIPAddress":
nic["IP Address"] = common.multi_string(value)
elif value.name() == "SubnetMask" or value.name(
) == "DhcpSubnetMask":
nic["Mask"] = common.multi_string(value)
elif value.name() == "DefaultGateway" or value.name(
) == "DhcpDefaultGateway":
nic["Default Gateway"] = common.multi_string(value)
elif value.name() == "Domain" or value.name() == "DhcpDomain":
nic["Domain"] = value.value()
elif value.name() == "LeaseObtainedTime":
if value.value():
nic["Lease Obtained"] = common.decode_epoch(
value.value())
elif value.name() == "LeaseTerminatesTime":
if value.value():
nic["Lease Ends"] = common.decode_epoch(value.value())
output.dict_to_arr(rows, nic)
output.write_out(cfg, rows, "TCP/IP", 1)