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pymon_hooked_funcs.py
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import os
from pymon_data import *
import inspect
from time import time, gmtime, strftime
import shutil
import uuid
import binascii
import sys
import cgi
from distorm3 import Decode, Decode16Bits, Decode32Bits, Decode64Bits
from winappdbg import Debug, EventHandler, HexDump, System, PathOperations, Thread, CrashDump, Process
class KnownFunctions(EventHandler):
def generic_pre_hook(self, event, retval, name):
print "+ in pre-handler for function : " + name
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
#
# get a string
# -----------------
# val = event.get_process().peek_string(params[0])
#
# read bytes:
# -----------------
# if pbdata != None:
# inbuf = event.get_process().read(pbdata, cbdata)
# if inbuf != None:
# self.__loghex(inbuf)
self.__log(event, caller, "val?", "", retval,
# 'ok' if retval == __ERROR_SUCCESS__ else 'fail'
)
def generic_post_hook(self, event, retval, name):
print "+ in post-handler for function : " + name
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
# val = event.get_process().peek_string(params[0])
self.__log(event, caller, "val?", "", retval,
# 'ok' if retval == __ERROR_SUCCESS__ else 'fail'
)
# Functions in ws2_32.dll
#-----------------------------------------------------
'''
int WSAStartup(
__in WORD wVersionRequested,
__out LPWSADATA lpWSAData
);
'''
#-----------------------------------------------------
def post_WSAStartup(self, event, retval):
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
self.__log(event, caller, "", "", retval, 'ok' if retval == 0 else 'fail')
#-----------------------------------------------------
'''
struct hostent* FAR gethostbyname(
__in const char* name
);
'''
#-----------------------------------------------------
def post_gethostbyname(self, event, retval):
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
host_name = event.get_process().peak_string(params[0])
self.__log(event, caller, host_name, "", retval, 'ok' if retval != None else 'fail')
#-----------------------------------------------------
'''
int connect(
_In_ SOCKET s,
_In_ const struct sockaddr *name,
_In_ int namelen
);
'''
#-----------------------------------------------------
def post_connect(self, event, retval):
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
# print "connect()"
# host_name = event.get_process().peak_string(params[0])
self.__log(event, caller, host_name, "", retval, 'ok' if retval != None else 'fail')
#-----------------------------------------------------
'''
int send(
_In_ SOCKET s,
_In_ const char *buf,
_In_ int len,
_In_ int flags
);
'''
#-----------------------------------------------------
def post_send(self, event, retval):
tid = event.get_tid()
params2 = event.hook.get_params(tid)
if len(params2) <= 3:
print " [E] send(): not enough params (" +str(len(params2))+ ")"
return
s_len = params2[2]
s_buf = params2[1]
print "+ post-send(): " + str(s_len) + " bytes"
if s_len > 0:
inbuf = event.get_process().read(s_buf, s_len)
if inbuf != None:
self.__loghex(inbuf)
def pre_send(self, event, retval, sock, buf, lenght, flags):
tid = event.get_tid()
params = event.hook.get_params(tid)
s_len = params[2]
s_buf = params[1]
print "+ pre-send(): " + str(s_len) + " bytes"
if s_len > 0:
inbuf = event.get_process().read(s_buf, s_len)
if inbuf != None:
self.__loghex(inbuf)
def post_WSAConnect(self, event, retval):
print "WSAConnect()"
# Functions in shlwapi.dll
#-----------------------------------------------------
'''
LSTATUS SHDeleteKey(
HKEY hkey,
LPCTSTR pszSubKey
);
'''
#-----------------------------------------------------
def post_SHDeleteKeyA(self, event, retval):
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
hKey = params[0]
key_name = reg_hkey[hKey] if reg_hkey.has_key(hKey) else hex(hKey)
sub_key = event.get_process().peek_string(params[1])
key_name = "%s\\%s" % (key_name, sub_key)
self.__log(event, caller, key_name, "", retval,
'ok' if retval == __ERROR_SUCCESS__ else 'fail')
def post_SHDeleteKeyW(self, event, retval):
caller = self.__getcaller(event, 2)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
hKey = params[0]
key_name = reg_hkey[hKey] if reg_hkey.has_key(hKey) else hex(hKey)
sub_key = event.get_process().peek_string(params[1], fUnicode=True)
key_name = "%s\\%s" % (key_name, sub_key)
self.__log(event, caller, key_name, "", retval,
'ok' if retval == __ERROR_SUCCESS__ else 'fail')
#-----------------------------------------------------
'''
LPTSTR PathFindFileName(
LPCTSTR pPath
);
'''
#-----------------------------------------------------
def post_PathFindFileNameA(self, event, retval):
caller = self.__getcaller(event, 1)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
in_path = event.get_process().peek_string(params[0])
self.__log(event, caller, "Path:%s" % in_path, "", retval,
'ok' if retval == params[0] else 'fail')
def post_PathFindFileNameW(self, event, retval):
caller = self.__getcaller(event, 1)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
in_path = event.get_process().peek_string(params[0], fUnicode=True)
self.__log(event, caller, "Path:%s" % in_path, "", retval,
'ok' if retval == params[0] else 'fail')
#-----------------------------------------------------
'''
HRESULT HashData(
LPBYTE pbData,
DWORD cbData,
LPBYTE pbHash,
DWORD cbHash
);
'''
#-----------------------------------------------------
def post_HashData(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
pbdata = params[0]
cbdata = params[1]
pbhash = params[2]
cbhash = params[3]
if retval != __S_OK__:
css='fail'
else:
css='ok'
self.__log(event, caller,
"cbData: 0x%x, cbHash: 0x%x" % (cbdata,cbhash),
"", retval, css)
if pbdata != None:
inbuf = event.get_process().read(pbdata, cbdata)
if inbuf != None:
self.__loghex(inbuf)
if pbhash != None:
outbuf = event.get_process().read(pbhash, cbhash)
if outbuf != None:
self.__loghex(outbuf)
# Functions in shell32.dll
#-----------------------------------------------------
'''
HINSTANCE ShellExecute(
HWND hwnd,
LPCTSTR lpOperation,
LPCTSTR lpFile,
LPCTSTR lpParameters,
LPCTSTR lpDirectory,
INT nShowCmd
);
'''
#-----------------------------------------------------
def post_ShellExecuteA(self, event, retval):
caller = self.__getcaller(event, 3)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
if params[1] == None:
verb = ""
else:
verb = event.get_process().peek_string(params[1])
if params[2] == None:
file = ""
else:
file = event.get_process().peek_string(params[2])
if params[3] == None:
args = ""
else:
args = event.get_process().peek_string(params[3])
show = self.__get_flags(show_flags, params[5])
self.__log(event, caller, "%s %s %s" % (verb, file, args),
show, retval,
'ok' if retval > 32 else 'fail')
def post_ShellExecuteW(self, event, retval):
caller = self.__getcaller(event, 3)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
if params[1] == None:
verb = ""
else:
verb = event.get_process().peek_string(params[1], fUnicode=True)
if params[2] == None:
file = ""
else:
file = event.get_process().peek_string(params[2], fUnicode=True)
if params[3] == None:
args = ""
else:
args = event.get_process().peek_string(params[3], fUnicode=True)
show = self.__get_flags(show_flags, params[5])
self.__log(event, caller, "%s %s %s" % (verb, file, args),
show, retval,
'ok' if retval > 32 else 'fail')
# Functions in ole32.dll
#-----------------------------------------------------
'''
int StringFromGUID2(
REFGUID rguid,
LPOLESTR lpsz,
int cchMax
);
'''
#-----------------------------------------------------
def post_StringFromGUID2(self, event, retval):
caller = self.__getcaller(event, 3)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
rguid = params[0]
if rguid != None:
rguid = event.get_process().read(rguid, sizeof(GUID))
guid = str(uuid.UUID(bytes=rguid))
else:
guid = ""
if retval == 0:
css = 'fail'
else:
css = 'ok'
self.__log(event, caller, "{%s}" % guid, "", retval, css)
#-----------------------------------------------------
'''
STDAPI CoCreateInstance(
REFCLSID rclsid,
LPUNKNOWN pUnkOuter,
DWORD dwClsContext,
REFIID riid,
LPVOID * ppv
);
'''
#-----------------------------------------------------
def post_CoCreateInstance(self, event, retval):
caller = self.__getcaller(event, 5)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
rclsid = params[0]
if rclsid != NULL:
guid = event.get_process().read(rclsid, sizeof(GUID))
guid = str(uuid.UUID(bytes=guid))
else:
guid = ""
if retval == __S_OK__:
css = 'ok'
else:
css = 'fail'
self.__log(event, caller, "{%s}" % rclsid, "", retval, css)
#-----------------------------------------------------
'''
HRESULT CoCreateGuid(
GUID * pguid
);
'''
#-----------------------------------------------------
def post_CoCreateGuid(self, event, retval):
caller = self.__getcaller(event, 1)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
pguid = params[0]
if pguid != NULL:
pguid = event.get_process().read(pguid, sizeof(GUID))
guid = str(uuid.UUID(bytes=pguid))
else:
guid = ""
if retval == __S_OK__:
css = 'ok'
else:
css = 'fail'
self.__log(event, caller, "{%s}" % guid, "", retval, css)
# Functions in dnsapi.dll
#-----------------------------------------------------
# Todo: parse ppQueryResults: http://support.microsoft.com/kb/831226
'''
DNS_STATUS WINAPI DnsQuery(
__in PCSTR lpstrName,
__in WORD wType,
__in DWORD fOptions,
__in_out_opt PVOID pExtra,
__in_out PDNS_RECORD* ppQueryResultsSet,
__in_out PVOID* pReserved
);
'''
def post_DnsQuery_W(self, event, retval):
caller = self.__getcaller(event, 6)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
owner = event.get_process().peek_string(params[0], fUnicode=True)
types = self.__get_flags(dns_types, params[1])
opts = self.__get_flags(dns_options, params[2])
self.__log(event,
caller, owner,
"Options: %s; Type: %s" % (opts, types),
retval,
css = 'suspicious')
# Functions in crypt32.dll
#-----------------------------------------------------
'''
BOOL WINAPI PFXExportCertStore(
__in HCERTSTORE hStore,
__in_out CRYPT_DATA_BLOB* pPFX,
__in LPCWSTR szPassword,
__in DWORD dwFlags
);
'''
#-----------------------------------------------------
def post_PFXExportCertStore(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
hs = params[0]
ppfx = params[1]
pwd = event.get_process().peek_string(params[2], fUnicode=True)
flags = self.__get_flags(export_flags, params[3])
self.__log(event, caller,
"hStore: 0x%x" % hs, "Password: %s; Flags: %s" % (pwd, flags),
retval,
css='suspicious')
if retval == True and ppfx != None:
pfx = event.get_process().read_structure(ppfx, DATA_BLOB)
if (pfx.cbData != 0) and (pfx.pbData != None):
buf = event.get_process().read(pfx.pbData, pfx.cbData)
if buf != None:
self.__loghex(buf)
#-----------------------------------------------------
'''
HCERTSTORE WINAPI CertOpenStore(
__in LPCSTR lpszStoreProvider,
__in DWORD dwMsgAndCertEncodingType,
__in HCRYPTPROV_LEGACY hCryptProv,
__in DWORD dwFlags,
__in const void* pvPara
);
'''
#-----------------------------------------------------
def post_CertOpenStore(self, event, retval):
caller = self.__getcaller(event, 5)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
provider = self.__get_flags(cert_providers, params[0])
pvPara = params[4]
str1 = "pvPara: 0x%x" % pvPara
if retval != None:
if (provider == 'CERT_STORE_PROV_FILENAME_W') or \
(provider == 'CERT_STORE_PROV_SYSTEM_W'):
str1 = event.get_process().peek_string(pvPara, fUnicode=True)
elif (provider == 'CERT_STORE_PROV_FILENAME_A') or \
(provider == 'CERT_STORE_PROV_SYSTEM_A'):
str1 = event.get_process().peek_string(pvPara)
self.__log(event, caller,
provider, "pvPara: %s" % str1,
retval,
css='suspicious')
#-----------------------------------------------------
'''
BOOL WINAPI CryptUnprotectData(
__in DATA_BLOB* pDataIn,
__out_opt LPWSTR* ppszDataDescr,
__in_opt DATA_BLOB* pOptionalEntropy,
__in PVOID pvReserved,
__in_opt CRYPTPROTECT_PROMPTSTRUCT* pPromptStruct,
__in DWORD dwFlags,
__out DATA_BLOB* pDataOut
);
'''
#-----------------------------------------------------
def post_CryptUnprotectData(self, event, retval):
caller = self.__getcaller(event, 7)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
i_buf, i_size = self.__read_blob(event, params[0])
e_buf, e_size = self.__read_blob(event, params[2])
o_buf, o_size = self.__read_blob(event, params[6])
flags = self.__get_flags(crypt_flags, params[5])
if retval == True:
self.__log(event, caller,
"Input Length: 0x%x" % i_size, "Flags: %s" % flags, retval)
if i_buf != None:
self.__loghex(i_buf)
if e_size != 0:
self.__log(event, caller,
"Entropy Length: 0x%x" % e_size, "", 0, css = 'after')
if e_buf != None:
self.__loghex(e_buf)
if o_size != 0:
self.__log(event, caller,
"Plaintext Length: 0x%x" % o_size, "", 0, css = 'after')
if o_buf != None:
self.__loghex(o_buf)
else:
self.__log(event, caller, "Input Length: 0x%x" % i_size,
"Flags: %s" % flags, retval, css = 'fail')
#-----------------------------------------------------
'''
BOOL WINAPI CryptProtectData(
__in DATA_BLOB* pDataIn,
__in LPCWSTR szDataDescr,
__in DATA_BLOB* pOptionalEntropy,
__in PVOID pvReserved,
__in_opt CRYPTPROTECT_PROMPTSTRUCT* pPromptStruct,
__in DWORD dwFlags,
__out DATA_BLOB* pDataOut
);
'''
#-----------------------------------------------------
def post_CryptProtectData(self, event, retval):
caller = self.__getcaller(event, 7)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
i_buf, i_size = self.__read_blob(event, params[0])
e_buf, e_size = self.__read_blob(event, params[2])
o_buf, o_size = self.__read_blob(event, params[6])
flags = self.__get_flags(crypt_flags, params[5])
if retval == True:
self.__log(event, caller,
"Input Length: 0x%x" % i_size, "Flags: %s" % flags, retval)
if i_buf != None:
self.__loghex(i_buf)
if e_size != 0:
self.__log(event, caller,
"Entropy Length: 0x%x" % e_size, "", 0, css = 'after')
if e_buf != None:
self.__loghex(e_buf)
if o_size != 0:
self.__log(event, caller,
"Crypted Length: 0x%x" % o_size, "", 0, css = 'after')
if o_buf != None:
self.__loghex(o_buf)
else:
self.__log(event, caller,
"Input Length: 0x%x" % i_size,
"Flags: %s" % flags, retval, css = 'fail')
# Functions in wininet.dll
#-----------------------------------------------------
'''
BOOL InternetWriteFile(
__in HINTERNET hFile,
__in LPCVOID lpBuffer,
__in DWORD dwNumberOfBytesToWrite,
__out LPDWORD lpdwNumberOfBytesWritten
);
'''
#-----------------------------------------------------
def post_InternetWriteFile(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
url = self.__lookup_handle("Internet", params[0])
pbuf = params[1]
to_write = params[2]
pwritten = params[3]
if retval == True:
if pwritten != None:
written = event.get_process().read_uint(pwritten)
else:
written = to_write
if pbuf != None:
buf = event.get_process().read(pbuf, written)
else:
buf = None
self.__log(event, caller,
url, "Bytes to write: 0x%x; Bytes written: 0x%x" % (to_write, written),
retval)
if buf != None:
self.__loghex(buf)
else:
self.__log(event, caller,
url, "Bytes to write: 0x%x" % (to_write), retval, css = 'fail')
#-----------------------------------------------------
'''
BOOL InternetReadFile(
__in HINTERNET hFile,
__out LPVOID lpBuffer,
__in DWORD dwNumberOfBytesToRead,
__out LPDWORD lpdwNumberOfBytesRead
);
'''
#-----------------------------------------------------
def post_InternetReadFile(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
url = self.__lookup_handle("Internet", params[0])
pbuf = params[1]
to_read = params[2]
pread = params[3]
css = 'suspicious'
if retval == True:
if pread != None:
cread = event.get_process().read_uint(pread)
else:
cread = to_read
if pbuf != None:
buf = event.get_process().read(pbuf, cread)
else:
buf = None
self.__log(event, caller, url,
"Bytes to read: 0x%x; Bytes read: 0x%x" % (to_read, cread),
retval, css)
if buf != None:
self.__loghex(buf)
else:
self.__log(event, caller,
url, "Bytes to read: 0x%x" % (to_read), retval, css)
#-----------------------------------------------------
'''
BOOL InternetQueryOption(
__in HINTERNET hInternet,
__in DWORD dwOption,
__out LPVOID lpBuffer,
__in_out LPDWORD lpdwBufferLength
);
'''
#-----------------------------------------------------
def post_InternetQueryOptionA(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
name = self.__lookup_handle("Internet", params[0])
option = self.__get_flags(inet_opts, params[1])
pbuf = params[2]
plen = params[3]
if retval == True:
self.__log(event, caller, name, option, retval)
if (pbuf != None) and (plen != None):
length = event.get_process().read_uint(plen)
buf = event.get_process().read(pbuf, length)
if buf != None:
self.__loghex(buf)
else:
self.__log(event, caller, name, option, retval, css = 'fail')
def post_InternetQueryOptionW(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
name = self.__lookup_handle("Internet", params[0])
option = self.__get_flags(inet_opts, params[1])
pbuf = params[2]
plen = params[3]
if retval == True:
self.__log(event, caller, name, option, retval)
if (pbuf != None) and (plen != None):
length = event.get_process().read_uint(plen)
buf = event.get_process().read(pbuf, length)
if buf != None:
self.__loghex(buf)
else:
self.__log(event, caller, name, option, retval, css = 'fail')
#-----------------------------------------------------
'''
BOOL InternetQueryDataAvailable(
__in HINTERNET hFile,
__out LPDWORD lpdwNumberOfBytesAvailable,
__in DWORD dwFlags,
__in DWORD_PTR dwContext
);
'''
#-----------------------------------------------------
def post_InternetQueryDataAvailable(self, event, retval):
caller = self.__getcaller(event, 4)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
url = self.__lookup_handle("Internet", params[0])
addr = params[1]
if retval == True:
self.__log(event, url, "", retval)
if addr != None:
bytes = event.get_process().read_uint(addr)
self.__log(event, caller, "0x%x" % bytes, "", 0, 'after')
else:
self.__log(event, caller, url, "", retval, 'failed')
#-----------------------------------------------------
'''
HINTERNET InternetOpenUrl(
__in HINTERNET hInternet,
__in LPCTSTR lpszUrl,
__in LPCTSTR lpszHeaders,
__in DWORD dwHeadersLength,
__in DWORD dwFlags,
__in DWORD_PTR dwContext
);
'''
#-----------------------------------------------------
def post_InternetOpenUrlA(self, event, retval):
caller = self.__getcaller(event, 6)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
request = self.__lookup_handle("Internet", params[0])
url = event.get_process().peek_string(params[1])
headers = event.get_process().peek_string(params[2])
flags = self.__get_flags(inet_flags, params[4])
self.__log(event, caller,
"%s; URL: %s" % (request, url),
"Headers: %s; Flags: %s" % (headers, flags),
retval,
css='suspicious')
def post_InternetOpenUrlW(self, event, retval):
caller = self.__getcaller(event, 6)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
request = self.__lookup_handle("Internet", params[0])
url = event.get_process().peek_string(params[1], fUnicode=True)
headers = event.get_process().peek_string(params[2], fUnicode=True)
flags = self.__get_flags(inet_flags, params[4])
self.__log(event, caller,
"%s; URL: %s" % (request, url),
"Headers: %s; Flags: %s" % (headers, flags),
retval,
css='suspicious')
#-----------------------------------------------------
'''
HINTERNET InternetOpen(
__in LPCTSTR lpszAgent,
__in DWORD dwAccessType,
__in LPCTSTR lpszProxyName,
__in LPCTSTR lpszProxyBypass,
__in DWORD dwFlags
);
'''
#-----------------------------------------------------
def post_InternetOpenA(self, event, retval):
caller = self.__getcaller(event, 5)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
agent = event.get_process().peek_string(params[0])
access = self.__get_flags(inet_access, params[1])
if retval != None:
self.__add_handle("Internet", retval, "<Top level HINTERNET>")
self.__log(event, caller,
"Agent: %s" % agent, "Access: %s" % access,
retval,
css='suspicious')
def post_InternetOpenW(self, event, retval):
caller = self.__getcaller(event, 5)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
agent = event.get_process().peek_string(params[0], fUnicode=True)
access = self.__get_flags(inet_access, params[1])
if retval != None:
self.__add_handle("Internet", retval, "<Top level HINTERNET>")
self.__log(event, caller,
"Agent: %s" % agent, "Access: %s" % access,
retval,
css='suspicious')
#-----------------------------------------------------
'''
HINTERNET InternetConnect(
__in HINTERNET hInternet,
__in LPCTSTR lpszServerName,
__in INTERNET_PORT nServerPort,
__in LPCTSTR lpszUsername,
__in LPCTSTR lpszPassword,
__in DWORD dwService,
__in DWORD dwFlags,
__in DWORD_PTR dwContext
);
'''
#-----------------------------------------------------
def post_InternetConnectA(self, event, retval):
caller = self.__getcaller(event, 8)
if caller == None or caller in knownmods:
return
tid = event.get_tid()
params = event.hook.get_params(tid)
server = event.get_process().peek_string(params[1])
port = self.__get_flags(inet_ports, params[2])
service = self.__get_flags(inet_services, params[5])
flags = self.__get_flags(inet_flags, params[6])