pax_global_header00006660000000000000000000000064135201011040014475gustar00rootroot0000000000000052 comment=5ae3fea1c41fba4cf61e48cfb072d761ca9c216e bontchev-pcodedmp-5ae3fea/000077500000000000000000000000001352010110400156515ustar00rootroot00000000000000bontchev-pcodedmp-5ae3fea/.gitignore000066400000000000000000000021301352010110400176350ustar00rootroot00000000000000# Created by .ignore support plugin (hsz.mobi) ### Python template # Byte-compiled / optimized / DLL files __pycache__/ *.py[cod] *$py.class # C extensions *.so # Distribution / packaging .Python env/ build/ develop-eggs/ dist/ downloads/ eggs/ .eggs/ lib/ lib64/ parts/ sdist/ var/ *.egg-info/ .installed.cfg *.egg # PyInstaller # Usually these files are written by a python script from a template # before PyInstaller builds the exe, so as to inject date/other infos into it. *.manifest *.spec # Installer logs pip-log.txt pip-delete-this-directory.txt # Unit test / coverage reports htmlcov/ .tox/ .coverage .coverage.* .cache nosetests.xml coverage.xml *,cover .hypothesis/ # Translations *.mo *.pot # Django stuff: *.log local_settings.py # Flask stuff: instance/ .webassets-cache # Scrapy stuff: .scrapy # Sphinx documentation docs/_build/ # PyBuilder target/ # IPython Notebook .ipynb_checkpoints # pyenv .python-version # celery beat schedule file celerybeat-schedule # dotenv .env # virtualenv venv/ ENV/ # Spyder project settings .spyderproject # Rope project settings .ropeproject bontchev-pcodedmp-5ae3fea/LICENSE000066400000000000000000001045051352010110400166630ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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If the program does terminal interaction, make it output a short notice like this when it starts in an interactive mode: {project} Copyright (C) {year} {fullname} This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . bontchev-pcodedmp-5ae3fea/README.md000066400000000000000000000243231352010110400171340ustar00rootroot00000000000000# pcodedmp.py - A VBA p-code disassembler ## Introduction It is not widely known, but macros written in VBA (Visual Basic for Applications; the macro programming language used in Microsoft Office) exist in three different executable forms, each of which can be what is actually executed at run time, depending on the circumstances. These forms are: - _Source code_. The original source code of the macro module is compressed and stored at the end of the module stream. This makes it relatively easy to locate and extract and most free DFIR tools for macro analysis like [oledump](https://blog.didierstevens.com/programs/oledump-py/) or [olevba](http://www.decalage.info/python/olevba) or even many professional anti-virus tools look only at this form. However, most of the time the source code is completely ignored by Office. In fact, it is possible to remove the source code (and therefore make all these tools think that there are no macros present), yet the macros will still execute without any problems. I have created a [proof of concept](http://bontchev.my.contact.bg/poc2.zip) illustrating this. Most tools will not see any macros in the documents in this archive it but if opened with the corresponding Word version (that matches the document name), it will display a message and will launch `calc.exe`. It is surprising that malware authors are not using this trick more widely. - _P-code_. As each VBA line is entered into the VBA editor, it is immediately compiled into p-code (a pseudo code for a stack machine) and stored in a different place in the module stream. The p-code is precisely what is executed most of the time. In fact, even when you open the source of a macro module in the VBA editor, what is displayed is not the decompressed source code but the p-code decompiled into source. Only if the document is opened under a version of Office that uses a different VBA version from the one that has been used to create the document, the stored compressed source code is re-compiled into p-code and then that p-code is executed. This makes it possible to open a VBA-containing document on any version of Office that supports VBA and have the macros inside remain executable, despite the fact that the different versions of VBA use different (incompatible) p-code instructions. - _Execodes_. When the p-code has been executed at least once, a further tokenized form of it is stored elsewhere in the document (in streams, the names of which begin with `__SRP_`, followed by a number). From there it can be executed much faster. However, the format of the execodes is extremely complex and is specific for the particular Office version (not VBA version) in which they have been created. This makes them extremely non-portable. In addition, their presence is not necessary - they can be removed and the macros will run just fine (from the p-code). Since most of the time it is the p-code that determines what exactly a macro would do (even if neither source code, nor execodes are present), it would make sense to have a tool that can display it. This is what prompted us to create this VBA p-code disassembler. ## Installation The script will work both in Python version 2.6+ and in Python 3.x. The simplest way to install it is from [PyPi](https://pypi.org/) with `pip`: pip install pcodedmp -U The above command will install the latest version of `pcodedmp` (upgrading an older one if it already exists), while also installing all the necessary dependencies (currently only `oletools` and `win_unicode_console` but there might be additional ones in the future). If you would rather install it from the GitHub repository, you can do it like this: git clone https://github.com/bontchev/pcodedmp.git cd pcodedmp pip install . ## Usage The script takes as a command-line argument a list of one or more names of files or directories. If the name is an OLE2 document, it will be inspected for VBA code and the p-code of each code module will be disassembled. If the name is a directory, all the files in this directory and its subdirectories will be similarly processed. In addition to the disassembled p-code, by default the script also displays the parsed records of the `dir` stream, as well as the identifiers (variable and function names) used in the VBA modules and stored in the `_VBA_PROJECT` stream. The script supports VBA5 (Office 97, MacOffice 98), VBA6 (Office 2000 to Office 2009) and VBA7 (Office 2010 and higher). The script also accepts the following command-line options: `-h`, `--help` Displays a short explanation how to use the script and what the command-line options are. `-v`, `--version` Displays the version of the script. `-n`, `--norecurse` If a name specified on the command line is a directory, process only the files in this directory; do not process the files in its subdirectories. `-d`, `--disasmonly` Only the p-code will be disassembled, without the parsed contents of the `dir` stream or the identifiers in the `_VBA_PROJECT` stream. `-b`, `--verbose` The contents of the `dir` and `_VBA_PROJECT` streams is dumped in hex and ASCII form. In addition, the raw bytes of each compiled into p-code VBA line are also dumped in hex and ASCII. `-o OUTFILE`, `--output OUTFILE` Save the results to the specified output file, instead of sending it to the standard output. For instance, using the script on one of the documents in the [proof of concept](http://bontchev.my.contact.bg/poc2.zip) mentioned above produces the following results: ```shell python pcodedmp.py -d Word2013.doc Processing file: Word2013.doc =============================================================================== Module streams: Macros/VBA/ThisDocument - 1517 bytes Line #0: FuncDefn (Private Sub Document_Open()) Line #1: LitStr 0x001D "This could have been a virus!" Ld vbOKOnly Ld vbInformation Add LitStr 0x0006 "Virus!" ArgsCall MsgBox 0x0003 Line #2: LitStr 0x0008 "calc.exe" Paren ArgsCall Shell 0x0001 Line #3: EndSub ``` For reference, it is the result of compiling the following VBA code: ```vba Private Sub Document_Open() MsgBox "This could have been a virus!", vbOKOnly + vbInformation, "Virus!" Shell("calc.exe") End Sub ``` ## Known problems - Office 2016 64-bit only: When disassembling variables declared as being of custom type (e.g., `Dim SomeVar As SomeType`), the type (`As SomeType`) is not disassembled. - Office 2016 64-bit only: The `Private` property of `Sub`, `Function` and `Property` declarations is not disassembled. - Office 2016 64-bit only: The `Declare` part of external function declarations (e.g., `Private Declare PtrSafe Function SomeFunc Lib "SomeLib" Alias "SomeName" () As Long`) is not disassembled. - Office 2000 and higher: The type of a subroutine or function argument of type `ParamArray` is not disassembled correctly. For instance, `Sub Foo (ParamArray arg())` will be disassembled as `Sub Foo (arg)`. - All versions of Office: The `Alias "SomeName"` part of external function declarations (e.g., `Private Declare PtrSafe Function SomeFunc Lib "SomeLib" Alias "SomeName" () As Long`) is not disassembled. - All versions of Office: The `Public` property of custom type definitions (e.g., `Public Type SomeType`) is not disassembled. - All versions of Office: The custom type of a subroutine or function argument is not disassembled correctly and `CustomType` is used instead. For instance, `Sub Foo (arg As Bar)` will be disassembled as `Sub Foo (arg As CustomType)`. - If the output of the program is sent to a file, instead of to the console (either by using the `-o` option or by redirecting `stdout`), any non-ASCII strings (like module names, texsts used in the macros, etc.) might not be properly encoded. I do not have access to 64-bit Office 2016 and the few samples of documents, generated by this version of Office, that I have, have been insufficient for me to figure out where the corresponding information resides. I know where it resides in the other versions of Office, but it has been moved elsewhere in 64-bit Office 2016 and the old algorithms no longer work. ## To do - Implement support of VBA3 (Excel95). - While the script should support documents created by MacOffice, this has not been tested (and you know how well untested code usually works). This should be tested and any bugs related to it should be fixed. - I am not an experienced Python programmer and the code is ugly. Somebody more familiar with Python than me should probably rewrite the script and make it look better. ## Change log Version 1.2.6: - Changed it not to require the `win_unicode_console` module when it is not available - e.g., when not running on a Windows machine or when running under the PyPy implementation of Python, thanks to [Philippe Lagadec](https://github.com/decalage2). Version 1.2.5: - Added a sanity check to avoid errors when parsing object declarations - The functions that produce output now have the output file (default is `stdout`) as a parameter, for better integration with other tools, thanks to [Philippe Lagadec](https://github.com/decalage2). Version 1.2.4: - Implemented support for module names with non-ASCII characters in their names. Thanks to [Philippe Lagadec](https://github.com/decalage2) for helping me with that. - Fixed a parsing error when disassembling object declarations. - Removed some unused variables. - Improved the documentation a bit. Version 1.2.3: - Fixed a few crashes and documented better some disassembly failures. - Converted the script into a package that can be installed with ``pip``. Use the command ``pip install pcodedmp``. Version 1.2.2: - Implemented handling of documents saved in Open XML format (which is the default format of Office 2007 and higher) - `.docm`, `.xlsm`, `.pptm`. Version 1.2.1: - Now runs under Python 3.x too. - Improved support of 64-bit Office documents. - Implemented support of some VBA7-specific features (`Friend`, `PtrSafe`, `LongPtr`). - Improved the disassembling of `Dim` declarations. Version 1.2.0: - Disassembling the various declarations (`New`, `Type`, `Dim`, `ReDim`, `Sub`, `Function`, `Property`). Version 1.1.0: - Storing the opcodes in a more efficient manner. - Implemented VBA7 support. - Implemented support for documents created by the 64-bit version of Office. Version 1.0.0: - Initial version. bontchev-pcodedmp-5ae3fea/pcodedmp/000077500000000000000000000000001352010110400174445ustar00rootroot00000000000000bontchev-pcodedmp-5ae3fea/pcodedmp/__init__.py000066400000000000000000000000001352010110400215430ustar00rootroot00000000000000bontchev-pcodedmp-5ae3fea/pcodedmp/pcodedmp.py000066400000000000000000002043671352010110400216250ustar00rootroot00000000000000#!/usr/bin/env python from __future__ import print_function from __future__ import absolute_import from __future__ import division import os import sys import argparse import itertools try: import win_unicode_console WIN_UNICODE_CONSOLE = True except ImportError: WIN_UNICODE_CONSOLE = False from struct import unpack_from from oletools.olevba import VBA_Parser, decompress_stream from oletools.common import codepages PYTHON2 = sys.version_info[0] < 3 codec = 'latin1' # Assume 'latin1' unless redefined by the 'dir' stream if PYTHON2: def decode(x): return x.decode(codec, errors='replace').encode('utf-8') else: xrange = range def ord(x): return x def decode(x): return x.decode(codec, errors='replace') __description__ = 'A VBA p-code disassembler' __license__ = 'GPL' __uri__ = 'https://github.com/bontchev/pcodedmp' __VERSION__ = '1.2.6' __author__ = 'Vesselin Bontchev' __email__ = 'vbontchev@yahoo.com' def hexdump(buffer, length=16): theHex = lambda data: ' '.join('{:02X}'.format(ord(i)) for i in data) theStr = lambda data: ''.join(chr(ord(i)) if (31 < ord(i) < 127) else '.' for i in data) result = '' for offset in xrange(0, len(buffer), length): data = buffer[offset:offset + length] result += '{:08X} {:{}} {}\n'.format(offset, theHex(data), length * 3 - 1, theStr(data)) return result def getWord(buffer, offset, endian): return unpack_from(endian + 'H', buffer, offset)[0] def getDWord(buffer, offset, endian): return unpack_from(endian + 'L', buffer, offset)[0] def skipStructure(buffer, offset, endian, isLengthDW, elementSize, checkForMinusOne): if isLengthDW: length = getDWord(buffer, offset, endian) offset += 4 skip = checkForMinusOne and (length == 0xFFFFFFFF) else: length = getWord(buffer, offset, endian) offset += 2 skip = checkForMinusOne and (length == 0xFFFF) if not skip: offset += length * elementSize return offset def getVar(buffer, offset, endian, isDWord): if isDWord: value = getDWord(buffer, offset, endian) offset += 4 else: value = getWord(buffer, offset, endian) offset += 2 return offset, value def getTypeAndLength(buffer, offset, endian): if endian == '>': return ord(buffer[offset]), ord(buffer[offset + 1]) else: return ord(buffer[offset + 1]), ord(buffer[offset]) def processDir(vbaParser, dirPath, args, output_file=sys.stdout): tags = { 1 : 'PROJ_SYSKIND', # 0 - Win16, 1 - Win32, 2 - Mac, 3 - Win64 2 : 'PROJ_LCID', 3 : 'PROJ_CODEPAGE', 4 : 'PROJ_NAME', 5 : 'PROJ_DOCSTRING', 6 : 'PROJ_HELPFILE', 7 : 'PROJ_HELPCONTEXT', 8 : 'PROJ_LIBFLAGS', 9 : 'PROJ_VERSION', 10 : 'PROJ_GUID', 11 : 'PROJ_PROPERTIES', 12 : 'PROJ_CONSTANTS', 13 : 'PROJ_LIBID_REGISTERED', 14 : 'PROJ_LIBID_PROJ', 15 : 'PROJ_MODULECOUNT', 16 : 'PROJ_EOF', 17 : 'PROJ_TYPELIB_VERSION', 18 : 'PROJ_COMPAT_EXE', 19 : 'PROJ_COOKIE', 20 : 'PROJ_LCIDINVOKE', 21 : 'PROJ_COMMAND_LINE', 22 : 'PROJ_REFNAME_PROJ', 25 : 'MOD_NAME', 26 : 'MOD_STREAM', 28 : 'MOD_DOCSTRING', 29 : 'MOD_HELPFILE', 30 : 'MOD_HELPCONTEXT', 32 : 'MOD_PROPERTIES', 33 : 'MOD_FBASMOD_StdMods', 34 : 'MOD_FBASMOD_Classes', 35 : 'MOD_FBASMOD_Creatable', 36 : 'MOD_FBASMOD_NoDisplay', 37 : 'MOD_FBASMOD_NoEdit', 38 : 'MOD_FBASMOD_RefLibs', 39 : 'MOD_FBASMOD_NonBasic', 40 : 'MOD_FBASMOD_Private', 41 : 'MOD_FBASMOD_Internal', 42 : 'MOD_FBASMOD_AllModTypes', 43 : 'MOD_END', 44 : 'MOD_COOKIETYPE', 45 : 'MOD_BASECLASSNULL', 46 : 'MOD_BASECLASS', 47 : 'PROJ_LIBID_TWIDDLED', 48 : 'PROJ_LIBID_EXTENDED', 49 : 'MOD_TEXTOFFSET', 50 : 'MOD_UNICODESTREAM', 60 : 'PROJ_UNICODE_CONSTANTS', 61 : 'PROJ_UNICODE_HELPFILE', 62 : 'PROJ_UNICODE_REFNAME_PROJ', 63 : 'PROJ_UNICODE_COMMAND_LINE', 64 : 'PROJ_UNICODE_DOCSTRING', 71 : 'MOD_UNICODE_NAME', 72 : 'MOD_UNICODE_DOCSTRING', 73 : 'MOD_UNICODE_HELPFILE' } global codec if not args.disasmOnly: print('-' * 79, file=output_file) print('dir stream after decompression:', file=output_file) is64bit = False dirDataCompressed = vbaParser.ole_file.openstream(dirPath).read() dirData = decompress_stream(dirDataCompressed) streamSize = len(dirData) codeModules = [] if not args.disasmOnly: print('{:d} bytes'.format(streamSize), file=output_file) if args.verbose: print(hexdump(dirData), file=output_file) print('dir stream parsed:', file=output_file) offset = 0 # The "dir" stream is ALWAYS in little-endian format, even on a Mac while offset < streamSize: try: tag = getWord(dirData, offset, '<') wLength = getWord(dirData, offset + 2, '<') # The following idiocy is because Microsoft can't stick # to their own format specification if tag == 9: wLength = 6 elif tag == 3: wLength = 2 # End of the idiocy if not tag in tags: tagName = 'UNKNOWN' else: tagName = tags[tag] if not args.disasmOnly: print('{:08X}: {}'.format(offset, tagName), end='', file=output_file) offset += 6 if wLength: if not args.disasmOnly: print(':', file=output_file) print(hexdump(dirData[offset:offset + wLength]), file=output_file) if tagName == 'PROJ_CODEPAGE': codepage = getWord(dirData, offset, '<') codec = codepages.codepage2codec(codepage) elif tagName == 'MOD_UNICODESTREAM': # Convert the stream name from UTF-16-LE to Unicode: stream_name_unicode = dirData[offset:offset + wLength].decode('utf_16_le', errors='replace') if PYTHON2: # On Python 2 only, convert it to bytes in UTF-8, so that it is a native str: stream_name = stream_name_unicode.encode('utf8', errors='replace') else: # On Python 3, native str are unicode stream_name = stream_name_unicode codeModules.append(stream_name) elif tagName == 'PROJ_SYSKIND': sysKind = getDWord(dirData, offset, '<') is64bit = sysKind == 3 offset += wLength elif not args.disasmOnly: print('', file=output_file) except: break return dirData, codeModules, is64bit def process_VBA_PROJECT(vbaParser, vbaProjectPath, args, output_file=sys.stdout): vbaProjectData = vbaParser.ole_file.openstream(vbaProjectPath).read() if args.disasmOnly: return vbaProjectData print('-' * 79, file=output_file) print('_VBA_PROJECT stream:', file=output_file) print('{:d} bytes'.format(len(vbaProjectData)), file=output_file) if args.verbose: print(hexdump(vbaProjectData), file=output_file) return vbaProjectData def getTheIdentifiers(vbaProjectData): identifiers = [] try: magic = getWord(vbaProjectData, 0, '<') if magic != 0x61CC: return identifiers version = getWord(vbaProjectData, 2, '<') unicodeRef = (version >= 0x5B) and (not version in [0x60, 0x62, 0x63]) or (version == 0x4E) unicodeName = (version >= 0x59) and (not version in [0x60, 0x62, 0x63]) or (version == 0x4E) nonUnicodeName = ((version <= 0x59) and (version != 0x4E)) or (0x5F > version > 0x6B) word = getWord(vbaProjectData, 5, '<') if word == 0x000E: endian = '>' else: endian = '<' offset = 0x1E offset, numRefs = getVar(vbaProjectData, offset, endian, False) offset += 2 for _ in itertools.repeat(None, numRefs): offset, refLength = getVar(vbaProjectData, offset, endian, False) if refLength == 0: offset += 6 else: if ((unicodeRef and (refLength < 5)) or ((not unicodeRef) and (refLength < 3))): offset += refLength else: if unicodeRef: c = vbaProjectData[offset + 4] else: c = vbaProjectData[offset + 2] offset += refLength if chr(ord(c)) in ['C', 'D']: offset = skipStructure(vbaProjectData, offset, endian, False, 1, False) offset += 10 offset, word = getVar(vbaProjectData, offset, endian, False) if word: offset = skipStructure(vbaProjectData, offset, endian, False, 1, False) offset, wLength = getVar(vbaProjectData, offset, endian, False) if wLength: offset += 2 offset += wLength + 30 # Number of entries in the class/user forms table offset = skipStructure(vbaProjectData, offset, endian, False, 2, False) # Number of compile-time identifier-value pairs offset = skipStructure(vbaProjectData, offset, endian, False, 4, False) offset += 2 # Typeinfo typeID offset = skipStructure(vbaProjectData, offset, endian, False, 1, True) # Project description offset = skipStructure(vbaProjectData, offset, endian, False, 1, True) # Project help file name offset = skipStructure(vbaProjectData, offset, endian, False, 1, True) offset += 0x64 # Skip the module descriptors offset, numProjects = getVar(vbaProjectData, offset, endian, False) for _ in itertools.repeat(None, numProjects): offset, wLength = getVar(vbaProjectData, offset, endian, False) # Code module name if unicodeName: offset += wLength if nonUnicodeName: if wLength: offset, wLength = getVar(vbaProjectData, offset, endian, False) offset += wLength # Stream time offset = skipStructure(vbaProjectData, offset, endian, False, 1, False) offset = skipStructure(vbaProjectData, offset, endian, False, 1, True) offset, _ = getVar(vbaProjectData, offset, endian, False) if version >= 0x6B: offset = skipStructure(vbaProjectData, offset, endian, False, 1, True) offset = skipStructure(vbaProjectData, offset, endian, False, 1, True) offset += 2 if version != 0x51: offset += 4 offset = skipStructure(vbaProjectData, offset, endian, False, 8, False) offset += 11 offset += 6 offset = skipStructure(vbaProjectData, offset, endian, True, 1, False) offset += 6 offset, w0 = getVar(vbaProjectData, offset, endian, False) offset, numIDs = getVar(vbaProjectData, offset, endian, False) offset, w1 = getVar(vbaProjectData, offset, endian, False) offset += 4 numJunkIDs = numIDs + w1 - w0 numIDs = w0 - w1 # Skip the junk IDs for _ in itertools.repeat(None, numJunkIDs): offset += 4 idType, idLength = getTypeAndLength(vbaProjectData, offset, endian) offset += 2 if idType > 0x7F: offset += 6 offset += idLength # Now offset points to the start of the variable names area for _ in itertools.repeat(None, numIDs): isKwd = False ident = '' idType, idLength = getTypeAndLength(vbaProjectData, offset, endian) offset += 2 if (idLength == 0) and (idType == 0): offset += 2 idType, idLength = getTypeAndLength(vbaProjectData, offset, endian) offset += 2 isKwd = True if idType & 0x80: offset += 6 if idLength: ident = decode(vbaProjectData[offset:offset + idLength]) identifiers.append(ident) offset += idLength if not isKwd: offset += 4 except Exception as e: print('Error: {}.'.format(e), file=sys.stderr) return identifiers #'name', '0x', 'imp_', 'func_', 'var_', 'rec_', 'type_', 'context_' # 2, 2, 2, 4, 4, 4, 4, 4 # VBA7 opcodes; VBA3, VBA5 and VBA6 will be upconverted to these. opcodes = { 0 : { 'mnem' : 'Imp', 'args' : [], 'varg' : False }, 1 : { 'mnem' : 'Eqv', 'args' : [], 'varg' : False }, 2 : { 'mnem' : 'Xor', 'args' : [], 'varg' : False }, 3 : { 'mnem' : 'Or', 'args' : [], 'varg' : False }, 4 : { 'mnem' : 'And', 'args' : [], 'varg' : False }, 5 : { 'mnem' : 'Eq', 'args' : [], 'varg' : False }, 6 : { 'mnem' : 'Ne', 'args' : [], 'varg' : False }, 7 : { 'mnem' : 'Le', 'args' : [], 'varg' : False }, 8 : { 'mnem' : 'Ge', 'args' : [], 'varg' : False }, 9 : { 'mnem' : 'Lt', 'args' : [], 'varg' : False }, 10 : { 'mnem' : 'Gt', 'args' : [], 'varg' : False }, 11 : { 'mnem' : 'Add', 'args' : [], 'varg' : False }, 12 : { 'mnem' : 'Sub', 'args' : [], 'varg' : False }, 13 : { 'mnem' : 'Mod', 'args' : [], 'varg' : False }, 14 : { 'mnem' : 'IDiv', 'args' : [], 'varg' : False }, 15 : { 'mnem' : 'Mul', 'args' : [], 'varg' : False }, 16 : { 'mnem' : 'Div', 'args' : [], 'varg' : False }, 17 : { 'mnem' : 'Concat', 'args' : [], 'varg' : False }, 18 : { 'mnem' : 'Like', 'args' : [], 'varg' : False }, 19 : { 'mnem' : 'Pwr', 'args' : [], 'varg' : False }, 20 : { 'mnem' : 'Is', 'args' : [], 'varg' : False }, 21 : { 'mnem' : 'Not', 'args' : [], 'varg' : False }, 22 : { 'mnem' : 'UMi', 'args' : [], 'varg' : False }, 23 : { 'mnem' : 'FnAbs', 'args' : [], 'varg' : False }, 24 : { 'mnem' : 'FnFix', 'args' : [], 'varg' : False }, 25 : { 'mnem' : 'FnInt', 'args' : [], 'varg' : False }, 26 : { 'mnem' : 'FnSgn', 'args' : [], 'varg' : False }, 27 : { 'mnem' : 'FnLen', 'args' : [], 'varg' : False }, 28 : { 'mnem' : 'FnLenB', 'args' : [], 'varg' : False }, 29 : { 'mnem' : 'Paren', 'args' : [], 'varg' : False }, 30 : { 'mnem' : 'Sharp', 'args' : [], 'varg' : False }, 31 : { 'mnem' : 'LdLHS', 'args' : ['name'], 'varg' : False }, 32 : { 'mnem' : 'Ld', 'args' : ['name'], 'varg' : False }, 33 : { 'mnem' : 'MemLd', 'args' : ['name'], 'varg' : False }, 34 : { 'mnem' : 'DictLd', 'args' : ['name'], 'varg' : False }, 35 : { 'mnem' : 'IndexLd', 'args' : ['0x'], 'varg' : False }, 36 : { 'mnem' : 'ArgsLd', 'args' : ['name', '0x'], 'varg' : False }, 37 : { 'mnem' : 'ArgsMemLd', 'args' : ['name', '0x'], 'varg' : False }, 38 : { 'mnem' : 'ArgsDictLd', 'args' : ['name', '0x'], 'varg' : False }, 39 : { 'mnem' : 'St', 'args' : ['name'], 'varg' : False }, 40 : { 'mnem' : 'MemSt', 'args' : ['name'], 'varg' : False }, 41 : { 'mnem' : 'DictSt', 'args' : ['name'], 'varg' : False }, 42 : { 'mnem' : 'IndexSt', 'args' : ['0x'], 'varg' : False }, 43 : { 'mnem' : 'ArgsSt', 'args' : ['name', '0x'], 'varg' : False }, 44 : { 'mnem' : 'ArgsMemSt', 'args' : ['name', '0x'], 'varg' : False }, 45 : { 'mnem' : 'ArgsDictSt', 'args' : ['name', '0x'], 'varg' : False }, 46 : { 'mnem' : 'Set', 'args' : ['name'], 'varg' : False }, 47 : { 'mnem' : 'Memset', 'args' : ['name'], 'varg' : False }, 48 : { 'mnem' : 'Dictset', 'args' : ['name'], 'varg' : False }, 49 : { 'mnem' : 'Indexset', 'args' : ['0x'], 'varg' : False }, 50 : { 'mnem' : 'ArgsSet', 'args' : ['name', '0x'], 'varg' : False }, 51 : { 'mnem' : 'ArgsMemSet', 'args' : ['name', '0x'], 'varg' : False }, 52 : { 'mnem' : 'ArgsDictSet', 'args' : ['name', '0x'], 'varg' : False }, 53 : { 'mnem' : 'MemLdWith', 'args' : ['name'], 'varg' : False }, 54 : { 'mnem' : 'DictLdWith', 'args' : ['name'], 'varg' : False }, 55 : { 'mnem' : 'ArgsMemLdWith', 'args' : ['name', '0x'], 'varg' : False }, 56 : { 'mnem' : 'ArgsDictLdWith', 'args' : ['name', '0x'], 'varg' : False }, 57 : { 'mnem' : 'MemStWith', 'args' : ['name'], 'varg' : False }, 58 : { 'mnem' : 'DictStWith', 'args' : ['name'], 'varg' : False }, 59 : { 'mnem' : 'ArgsMemStWith', 'args' : ['name', '0x'], 'varg' : False }, 60 : { 'mnem' : 'ArgsDictStWith', 'args' : ['name', '0x'], 'varg' : False }, 61 : { 'mnem' : 'MemSetWith', 'args' : ['name'], 'varg' : False }, 62 : { 'mnem' : 'DictSetWith', 'args' : ['name'], 'varg' : False }, 63 : { 'mnem' : 'ArgsMemSetWith', 'args' : ['name', '0x'], 'varg' : False }, 64 : { 'mnem' : 'ArgsDictSetWith', 'args' : ['name', '0x'], 'varg' : False }, 65 : { 'mnem' : 'ArgsCall', 'args' : ['name', '0x'], 'varg' : False }, 66 : { 'mnem' : 'ArgsMemCall', 'args' : ['name', '0x'], 'varg' : False }, 67 : { 'mnem' : 'ArgsMemCallWith', 'args' : ['name', '0x'], 'varg' : False }, 68 : { 'mnem' : 'ArgsArray', 'args' : ['name', '0x'], 'varg' : False }, 69 : { 'mnem' : 'Assert', 'args' : [], 'varg' : False }, 70 : { 'mnem' : 'BoS', 'args' : ['0x'], 'varg' : False }, 71 : { 'mnem' : 'BoSImplicit', 'args' : [], 'varg' : False }, 72 : { 'mnem' : 'BoL', 'args' : [], 'varg' : False }, 73 : { 'mnem' : 'LdAddressOf', 'args' : ['name'], 'varg' : False }, 74 : { 'mnem' : 'MemAddressOf', 'args' : ['name'], 'varg' : False }, 75 : { 'mnem' : 'Case', 'args' : [], 'varg' : False }, 76 : { 'mnem' : 'CaseTo', 'args' : [], 'varg' : False }, 77 : { 'mnem' : 'CaseGt', 'args' : [], 'varg' : False }, 78 : { 'mnem' : 'CaseLt', 'args' : [], 'varg' : False }, 79 : { 'mnem' : 'CaseGe', 'args' : [], 'varg' : False }, 80 : { 'mnem' : 'CaseLe', 'args' : [], 'varg' : False }, 81 : { 'mnem' : 'CaseNe', 'args' : [], 'varg' : False }, 82 : { 'mnem' : 'CaseEq', 'args' : [], 'varg' : False }, 83 : { 'mnem' : 'CaseElse', 'args' : [], 'varg' : False }, 84 : { 'mnem' : 'CaseDone', 'args' : [], 'varg' : False }, 85 : { 'mnem' : 'Circle', 'args' : ['0x'], 'varg' : False }, 86 : { 'mnem' : 'Close', 'args' : ['0x'], 'varg' : False }, 87 : { 'mnem' : 'CloseAll', 'args' : [], 'varg' : False }, 88 : { 'mnem' : 'Coerce', 'args' : [], 'varg' : False }, 89 : { 'mnem' : 'CoerceVar', 'args' : [], 'varg' : False }, 90 : { 'mnem' : 'Context', 'args' : ['context_'], 'varg' : False }, 91 : { 'mnem' : 'Debug', 'args' : [], 'varg' : False }, 92 : { 'mnem' : 'DefType', 'args' : ['0x', '0x'], 'varg' : False }, 93 : { 'mnem' : 'Dim', 'args' : [], 'varg' : False }, 94 : { 'mnem' : 'DimImplicit', 'args' : [], 'varg' : False }, 95 : { 'mnem' : 'Do', 'args' : [], 'varg' : False }, 96 : { 'mnem' : 'DoEvents', 'args' : [], 'varg' : False }, 97 : { 'mnem' : 'DoUnitil', 'args' : [], 'varg' : False }, 98 : { 'mnem' : 'DoWhile', 'args' : [], 'varg' : False }, 99 : { 'mnem' : 'Else', 'args' : [], 'varg' : False }, 100 : { 'mnem' : 'ElseBlock', 'args' : [], 'varg' : False }, 101 : { 'mnem' : 'ElseIfBlock', 'args' : [], 'varg' : False }, 102 : { 'mnem' : 'ElseIfTypeBlock', 'args' : ['imp_'], 'varg' : False }, 103 : { 'mnem' : 'End', 'args' : [], 'varg' : False }, 104 : { 'mnem' : 'EndContext', 'args' : [], 'varg' : False }, 105 : { 'mnem' : 'EndFunc', 'args' : [], 'varg' : False }, 106 : { 'mnem' : 'EndIf', 'args' : [], 'varg' : False }, 107 : { 'mnem' : 'EndIfBlock', 'args' : [], 'varg' : False }, 108 : { 'mnem' : 'EndImmediate', 'args' : [], 'varg' : False }, 109 : { 'mnem' : 'EndProp', 'args' : [], 'varg' : False }, 110 : { 'mnem' : 'EndSelect', 'args' : [], 'varg' : False }, 111 : { 'mnem' : 'EndSub', 'args' : [], 'varg' : False }, 112 : { 'mnem' : 'EndType', 'args' : [], 'varg' : False }, 113 : { 'mnem' : 'EndWith', 'args' : [], 'varg' : False }, 114 : { 'mnem' : 'Erase', 'args' : ['0x'], 'varg' : False }, 115 : { 'mnem' : 'Error', 'args' : [], 'varg' : False }, 116 : { 'mnem' : 'EventDecl', 'args' : ['func_'], 'varg' : False }, 117 : { 'mnem' : 'RaiseEvent', 'args' : ['name', '0x'], 'varg' : False }, 118 : { 'mnem' : 'ArgsMemRaiseEvent', 'args' : ['name', '0x'], 'varg' : False }, 119 : { 'mnem' : 'ArgsMemRaiseEventWith', 'args' : ['name', '0x'], 'varg' : False }, 120 : { 'mnem' : 'ExitDo', 'args' : [], 'varg' : False }, 121 : { 'mnem' : 'ExitFor', 'args' : [], 'varg' : False }, 122 : { 'mnem' : 'ExitFunc', 'args' : [], 'varg' : False }, 123 : { 'mnem' : 'ExitProp', 'args' : [], 'varg' : False }, 124 : { 'mnem' : 'ExitSub', 'args' : [], 'varg' : False }, 125 : { 'mnem' : 'FnCurDir', 'args' : [], 'varg' : False }, 126 : { 'mnem' : 'FnDir', 'args' : [], 'varg' : False }, 127 : { 'mnem' : 'Empty0', 'args' : [], 'varg' : False }, 128 : { 'mnem' : 'Empty1', 'args' : [], 'varg' : False }, 129 : { 'mnem' : 'FnError', 'args' : [], 'varg' : False }, 130 : { 'mnem' : 'FnFormat', 'args' : [], 'varg' : False }, 131 : { 'mnem' : 'FnFreeFile', 'args' : [], 'varg' : False }, 132 : { 'mnem' : 'FnInStr', 'args' : [], 'varg' : False }, 133 : { 'mnem' : 'FnInStr3', 'args' : [], 'varg' : False }, 134 : { 'mnem' : 'FnInStr4', 'args' : [], 'varg' : False }, 135 : { 'mnem' : 'FnInStrB', 'args' : [], 'varg' : False }, 136 : { 'mnem' : 'FnInStrB3', 'args' : [], 'varg' : False }, 137 : { 'mnem' : 'FnInStrB4', 'args' : [], 'varg' : False }, 138 : { 'mnem' : 'FnLBound', 'args' : ['0x'], 'varg' : False }, 139 : { 'mnem' : 'FnMid', 'args' : [], 'varg' : False }, 140 : { 'mnem' : 'FnMidB', 'args' : [], 'varg' : False }, 141 : { 'mnem' : 'FnStrComp', 'args' : [], 'varg' : False }, 142 : { 'mnem' : 'FnStrComp3', 'args' : [], 'varg' : False }, 143 : { 'mnem' : 'FnStringVar', 'args' : [], 'varg' : False }, 144 : { 'mnem' : 'FnStringStr', 'args' : [], 'varg' : False }, 145 : { 'mnem' : 'FnUBound', 'args' : ['0x'], 'varg' : False }, 146 : { 'mnem' : 'For', 'args' : [], 'varg' : False }, 147 : { 'mnem' : 'ForEach', 'args' : [], 'varg' : False }, 148 : { 'mnem' : 'ForEachAs', 'args' : ['imp_'], 'varg' : False }, 149 : { 'mnem' : 'ForStep', 'args' : [], 'varg' : False }, 150 : { 'mnem' : 'FuncDefn', 'args' : ['func_'], 'varg' : False }, 151 : { 'mnem' : 'FuncDefnSave', 'args' : ['func_'], 'varg' : False }, 152 : { 'mnem' : 'GetRec', 'args' : [], 'varg' : False }, 153 : { 'mnem' : 'GoSub', 'args' : ['name'], 'varg' : False }, 154 : { 'mnem' : 'GoTo', 'args' : ['name'], 'varg' : False }, 155 : { 'mnem' : 'If', 'args' : [], 'varg' : False }, 156 : { 'mnem' : 'IfBlock', 'args' : [], 'varg' : False }, 157 : { 'mnem' : 'TypeOf', 'args' : ['imp_'], 'varg' : False }, 158 : { 'mnem' : 'IfTypeBlock', 'args' : ['imp_'], 'varg' : False }, 159 : { 'mnem' : 'Implements', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 160 : { 'mnem' : 'Input', 'args' : [], 'varg' : False }, 161 : { 'mnem' : 'InputDone', 'args' : [], 'varg' : False }, 162 : { 'mnem' : 'InputItem', 'args' : [], 'varg' : False }, 163 : { 'mnem' : 'Label', 'args' : ['name'], 'varg' : False }, 164 : { 'mnem' : 'Let', 'args' : [], 'varg' : False }, 165 : { 'mnem' : 'Line', 'args' : ['0x'], 'varg' : False }, 166 : { 'mnem' : 'LineCont', 'args' : [], 'varg' : True }, 167 : { 'mnem' : 'LineInput', 'args' : [], 'varg' : False }, 168 : { 'mnem' : 'LineNum', 'args' : ['name'], 'varg' : False }, 169 : { 'mnem' : 'LitCy', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 170 : { 'mnem' : 'LitDate', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 171 : { 'mnem' : 'LitDefault', 'args' : [], 'varg' : False }, 172 : { 'mnem' : 'LitDI2', 'args' : ['0x'], 'varg' : False }, 173 : { 'mnem' : 'LitDI4', 'args' : ['0x', '0x'], 'varg' : False }, 174 : { 'mnem' : 'LitDI8', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 175 : { 'mnem' : 'LitHI2', 'args' : ['0x'], 'varg' : False }, 176 : { 'mnem' : 'LitHI4', 'args' : ['0x', '0x'], 'varg' : False }, 177 : { 'mnem' : 'LitHI8', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 178 : { 'mnem' : 'LitNothing', 'args' : [], 'varg' : False }, 179 : { 'mnem' : 'LitOI2', 'args' : ['0x'], 'varg' : False }, 180 : { 'mnem' : 'LitOI4', 'args' : ['0x', '0x'], 'varg' : False }, 181 : { 'mnem' : 'LitOI8', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 182 : { 'mnem' : 'LitR4', 'args' : ['0x', '0x'], 'varg' : False }, 183 : { 'mnem' : 'LitR8', 'args' : ['0x', '0x', '0x', '0x'], 'varg' : False }, 184 : { 'mnem' : 'LitSmallI2', 'args' : [], 'varg' : False }, 185 : { 'mnem' : 'LitStr', 'args' : [], 'varg' : True }, 186 : { 'mnem' : 'LitVarSpecial', 'args' : [], 'varg' : False }, 187 : { 'mnem' : 'Lock', 'args' : [], 'varg' : False }, 188 : { 'mnem' : 'Loop', 'args' : [], 'varg' : False }, 189 : { 'mnem' : 'LoopUntil', 'args' : [], 'varg' : False }, 190 : { 'mnem' : 'LoopWhile', 'args' : [], 'varg' : False }, 191 : { 'mnem' : 'LSet', 'args' : [], 'varg' : False }, 192 : { 'mnem' : 'Me', 'args' : [], 'varg' : False }, 193 : { 'mnem' : 'MeImplicit', 'args' : [], 'varg' : False }, 194 : { 'mnem' : 'MemRedim', 'args' : ['name', '0x', 'type_'], 'varg' : False }, 195 : { 'mnem' : 'MemRedimWith', 'args' : ['name', '0x', 'type_'], 'varg' : False }, 196 : { 'mnem' : 'MemRedimAs', 'args' : ['name', '0x', 'type_'], 'varg' : False }, 197 : { 'mnem' : 'MemRedimAsWith', 'args' : ['name', '0x', 'type_'], 'varg' : False }, 198 : { 'mnem' : 'Mid', 'args' : [], 'varg' : False }, 199 : { 'mnem' : 'MidB', 'args' : [], 'varg' : False }, 200 : { 'mnem' : 'Name', 'args' : [], 'varg' : False }, 201 : { 'mnem' : 'New', 'args' : ['imp_'], 'varg' : False }, 202 : { 'mnem' : 'Next', 'args' : [], 'varg' : False }, 203 : { 'mnem' : 'NextVar', 'args' : [], 'varg' : False }, 204 : { 'mnem' : 'OnError', 'args' : ['name'], 'varg' : False }, 205 : { 'mnem' : 'OnGosub', 'args' : [], 'varg' : True }, 206 : { 'mnem' : 'OnGoto', 'args' : [], 'varg' : True }, 207 : { 'mnem' : 'Open', 'args' : ['0x'], 'varg' : False }, 208 : { 'mnem' : 'Option', 'args' : [], 'varg' : False }, 209 : { 'mnem' : 'OptionBase', 'args' : [], 'varg' : False }, 210 : { 'mnem' : 'ParamByVal', 'args' : [], 'varg' : False }, 211 : { 'mnem' : 'ParamOmitted', 'args' : [], 'varg' : False }, 212 : { 'mnem' : 'ParamNamed', 'args' : ['name'], 'varg' : False }, 213 : { 'mnem' : 'PrintChan', 'args' : [], 'varg' : False }, 214 : { 'mnem' : 'PrintComma', 'args' : [], 'varg' : False }, 215 : { 'mnem' : 'PrintEoS', 'args' : [], 'varg' : False }, 216 : { 'mnem' : 'PrintItemComma', 'args' : [], 'varg' : False }, 217 : { 'mnem' : 'PrintItemNL', 'args' : [], 'varg' : False }, 218 : { 'mnem' : 'PrintItemSemi', 'args' : [], 'varg' : False }, 219 : { 'mnem' : 'PrintNL', 'args' : [], 'varg' : False }, 220 : { 'mnem' : 'PrintObj', 'args' : [], 'varg' : False }, 221 : { 'mnem' : 'PrintSemi', 'args' : [], 'varg' : False }, 222 : { 'mnem' : 'PrintSpc', 'args' : [], 'varg' : False }, 223 : { 'mnem' : 'PrintTab', 'args' : [], 'varg' : False }, 224 : { 'mnem' : 'PrintTabComma', 'args' : [], 'varg' : False }, 225 : { 'mnem' : 'PSet', 'args' : ['0x'], 'varg' : False }, 226 : { 'mnem' : 'PutRec', 'args' : [], 'varg' : False }, 227 : { 'mnem' : 'QuoteRem', 'args' : ['0x'], 'varg' : True }, 228 : { 'mnem' : 'Redim', 'args' : ['name', '0x', 'type_'], 'varg' : False }, 229 : { 'mnem' : 'RedimAs', 'args' : ['name', '0x', 'type_'], 'varg' : False }, 230 : { 'mnem' : 'Reparse', 'args' : [], 'varg' : True }, 231 : { 'mnem' : 'Rem', 'args' : [], 'varg' : True }, 232 : { 'mnem' : 'Resume', 'args' : ['name'], 'varg' : False }, 233 : { 'mnem' : 'Return', 'args' : [], 'varg' : False }, 234 : { 'mnem' : 'RSet', 'args' : [], 'varg' : False }, 235 : { 'mnem' : 'Scale', 'args' : ['0x'], 'varg' : False }, 236 : { 'mnem' : 'Seek', 'args' : [], 'varg' : False }, 237 : { 'mnem' : 'SelectCase', 'args' : [], 'varg' : False }, 238 : { 'mnem' : 'SelectIs', 'args' : ['imp_'], 'varg' : False }, 239 : { 'mnem' : 'SelectType', 'args' : [], 'varg' : False }, 240 : { 'mnem' : 'SetStmt', 'args' : [], 'varg' : False }, 241 : { 'mnem' : 'Stack', 'args' : ['0x', '0x'], 'varg' : False }, 242 : { 'mnem' : 'Stop', 'args' : [], 'varg' : False }, 243 : { 'mnem' : 'Type', 'args' : ['rec_'], 'varg' : False }, 244 : { 'mnem' : 'Unlock', 'args' : [], 'varg' : False }, 245 : { 'mnem' : 'VarDefn', 'args' : ['var_'], 'varg' : False }, 246 : { 'mnem' : 'Wend', 'args' : [], 'varg' : False }, 247 : { 'mnem' : 'While', 'args' : [], 'varg' : False }, 248 : { 'mnem' : 'With', 'args' : [], 'varg' : False }, 249 : { 'mnem' : 'WriteChan', 'args' : [], 'varg' : False }, 250 : { 'mnem' : 'ConstFuncExpr', 'args' : [], 'varg' : False }, 251 : { 'mnem' : 'LbConst', 'args' : ['name'], 'varg' : False }, 252 : { 'mnem' : 'LbIf', 'args' : [], 'varg' : False }, 253 : { 'mnem' : 'LbElse', 'args' : [], 'varg' : False }, 254 : { 'mnem' : 'LbElseIf', 'args' : [], 'varg' : False }, 255 : { 'mnem' : 'LbEndIf', 'args' : [], 'varg' : False }, 256 : { 'mnem' : 'LbMark', 'args' : [], 'varg' : False }, 257 : { 'mnem' : 'EndForVariable', 'args' : [], 'varg' : False }, 258 : { 'mnem' : 'StartForVariable', 'args' : [], 'varg' : False }, 259 : { 'mnem' : 'NewRedim', 'args' : [], 'varg' : False }, 260 : { 'mnem' : 'StartWithExpr', 'args' : [], 'varg' : False }, 261 : { 'mnem' : 'SetOrSt', 'args' : ['name'], 'varg' : False }, 262 : { 'mnem' : 'EndEnum', 'args' : [], 'varg' : False }, 263 : { 'mnem' : 'Illegal', 'args' : [], 'varg' : False } } def translateOpcode(opcode, vbaVer, is64bit): if vbaVer == 3: if 0 <= opcode <= 67: return opcode elif 68 <= opcode <= 70: return opcode + 2 elif 71 <= opcode <= 111: return opcode + 4 elif 112 <= opcode <= 150: return opcode + 8 elif 151 <= opcode <= 164: return opcode + 9 elif 165 <= opcode <= 166: return opcode + 10 elif 167 <= opcode <= 169: return opcode + 11 elif 170 <= opcode <= 238: return opcode + 12 else: # opcode == 239 return opcode + 24 elif vbaVer == 5: if 0 <= opcode <= 68: return opcode elif 69 <= opcode <= 71: return opcode + 1 elif 72 <= opcode <= 112: return opcode + 3 elif 113 <= opcode <= 151: return opcode + 7 elif 152 <= opcode <= 165: return opcode + 8 elif 166 <= opcode <= 167: return opcode + 9 elif 168 <= opcode <= 170: return opcode + 10 else: # 171 <= opcode <= 252 return opcode + 11 #elif vbaVer == 6: #elif vbaVer in [6, 7]: elif not is64bit: if 0 <= opcode <= 173: return opcode elif 174 <= opcode <= 175: return opcode + 1 elif 176 <= opcode <= 178: return opcode + 2 else: # 179 <= opcode <= 260 return opcode + 3 else: return opcode def getID(idCode, identifiers, vbaVer, is64bit): internalNames = [ '', '0', 'Abs', 'Access', 'AddressOf', 'Alias', 'And', 'Any', 'Append', 'Array', 'As', 'Assert', 'B', 'Base', 'BF', 'Binary', 'Boolean', 'ByRef', 'Byte', 'ByVal', 'Call', 'Case', 'CBool', 'CByte', 'CCur', 'CDate', 'CDec', 'CDbl', 'CDecl', 'ChDir', 'CInt', 'Circle', 'CLng', 'Close', 'Compare', 'Const', 'CSng', 'CStr', 'CurDir', 'CurDir$', 'CVar', 'CVDate', 'CVErr', 'Currency', 'Database', 'Date', 'Date$', 'Debug', 'Decimal', 'Declare', 'DefBool', 'DefByte', 'DefCur', 'DefDate', 'DefDec', 'DefDbl', 'DefInt', 'DefLng', 'DefObj', 'DefSng', 'DefStr', 'DefVar', 'Dim', 'Dir', 'Dir$', 'Do', 'DoEvents', 'Double', 'Each', 'Else', 'ElseIf', 'Empty', 'End', 'EndIf', 'Enum', 'Eqv', 'Erase', 'Error', 'Error$', 'Event', 'WithEvents', 'Explicit', 'F', 'False', 'Fix', 'For', 'Format', 'Format$', 'FreeFile', 'Friend', 'Function', 'Get', 'Global', 'Go', 'GoSub', 'Goto', 'If', 'Imp', 'Implements', 'In', 'Input', 'Input$', 'InputB', 'InputB', 'InStr', 'InputB$', 'Int', 'InStrB', 'Is', 'Integer', 'Left', 'LBound', 'LenB', 'Len', 'Lib', 'Let', 'Line', 'Like', 'Load', 'Local', 'Lock', 'Long', 'Loop', 'LSet', 'Me', 'Mid', 'Mid$', 'MidB', 'MidB$', 'Mod', 'Module', 'Name', 'New', 'Next', 'Not', 'Nothing', 'Null', 'Object', 'On', 'Open', 'Option', 'Optional', 'Or', 'Output', 'ParamArray', 'Preserve', 'Print', 'Private', 'Property', 'PSet', 'Public', 'Put', 'RaiseEvent', 'Random', 'Randomize', 'Read', 'ReDim', 'Rem', 'Resume', 'Return', 'RGB', 'RSet', 'Scale', 'Seek', 'Select', 'Set', 'Sgn', 'Shared', 'Single', 'Spc', 'Static', 'Step', 'Stop', 'StrComp', 'String', 'String$', 'Sub', 'Tab', 'Text', 'Then', 'To', 'True', 'Type', 'TypeOf', 'UBound', 'Unload', 'Unlock', 'Unknown', 'Until', 'Variant', 'WEnd', 'While', 'Width', 'With', 'Write', 'Xor', '#Const', '#Else', '#ElseIf', '#End', '#If', 'Attribute', 'VB_Base', 'VB_Control', 'VB_Creatable', 'VB_Customizable', 'VB_Description', 'VB_Exposed', 'VB_Ext_Key', 'VB_HelpID', 'VB_Invoke_Func', 'VB_Invoke_Property', 'VB_Invoke_PropertyPut', 'VB_Invoke_PropertyPutRef', 'VB_MemberFlags', 'VB_Name', 'VB_PredecraredID', 'VB_ProcData', 'VB_TemplateDerived', 'VB_VarDescription', 'VB_VarHelpID', 'VB_VarMemberFlags', 'VB_VarProcData', 'VB_UserMemID', 'VB_VarUserMemID', 'VB_GlobalNameSpace', ',', '.', '"', '_', '!', '#', '&', "'", '(', ')', '*', '+', '-', ' /', ':', ';', '<', '<=', '<>', '=', '=<', '=>', '>', '><', '>=', '?', '\\', '^', ':=' ] origCode = idCode idCode >>= 1 try: if idCode >= 0x100: idCode -= 0x100 if vbaVer >= 7: idCode -= 4 if is64bit: idCode -= 3 if idCode > 0xBE: idCode -= 1 return identifiers[idCode] else: if vbaVer >= 7: if idCode >= 0xC3: idCode -= 1 return internalNames[idCode] except: return 'id_{:04X}'.format(origCode) def getName(buffer, identifiers, offset, endian, vbaVer, is64bit): objectID = getWord(buffer, offset, endian) objectName = getID(objectID, identifiers, vbaVer, is64bit) return objectName def disasmName(word, identifiers, mnemonic, opType, vbaVer, is64bit): varTypes = ['', '?', '%', '&', '!', '#', '@', '?', '$', '?', '?', '?', '?', '?'] varName = getID(word, identifiers, vbaVer, is64bit) if opType < len(varTypes): strType = varTypes[opType] else: strType = '' if opType == 32: varName = '[' + varName + ']' if mnemonic == 'OnError': strType = '' if opType == 1: varName = '(Resume Next)' elif opType == 2: varName = '(GoTo 0)' elif mnemonic == 'Resume': strType = '' if opType == 1: varName = '(Next)' elif opType != 0: varName = '' return varName + strType + ' ' def disasmImp(objectTable, identifiers, arg, word, mnemonic, endian, vbaVer, is64bit): if mnemonic != 'Open': if arg == 'imp_' and (len(objectTable) >= word + 8): impName = getName(objectTable, identifiers, word + 6, endian, vbaVer, is64bit) else: impName = '{}{:04X} '.format(arg, word) else: accessMode = ['Read', 'Write', 'Read Write'] lockMode = ['Read Write', 'Write', 'Read'] mode = word & 0x00FF access = (word & 0x0F00) >> 8 lock = (word & 0xF000) >> 12 impName = '(For ' if mode & 0x01: impName += 'Input' elif mode & 0x02: impName += 'Output' elif mode & 0x04: impName += 'Random' elif mode & 0x08: impName += 'Append' elif mode == 0x20: impName += 'Binary' if access and (access <= len(accessMode)): impName += ' Access ' + accessMode[access - 1] if lock: if lock & 0x04: impName += ' Shared' elif lock <= len(accessMode): impName += ' Lock ' + lockMode[lock - 1] impName += ')' return impName def disasmRec(indirectTable, identifiers, dword, endian, vbaVer, is64bit): objectName = getName(indirectTable, identifiers, dword + 2, endian, vbaVer, is64bit) options = getWord(indirectTable, dword + 18, endian) if (options & 1) == 0: objectName = '(Private) ' + objectName return objectName def getTypeName(typeID): dimTypes = ['', 'Null', 'Integer', 'Long', 'Single', 'Double', 'Currency', 'Date', 'String', 'Object', 'Error', 'Boolean', 'Variant', '', 'Decimal', '', '', 'Byte'] typeFlags = typeID & 0xE0 typeID &= ~0xE0 if typeID < len(dimTypes): typeName = dimTypes[typeID] else: typeName = '' if typeFlags & 0x80: typeName += 'Ptr' return typeName def disasmType(indirectTable, dword): dimTypes = ['', 'Null', 'Integer', 'Long', 'Single', 'Double', 'Currency', 'Date', 'String', 'Object', 'Error', 'Boolean', 'Variant', '', 'Decimal', '', '', 'Byte'] typeID = ord(indirectTable[dword + 6]) if typeID < len(dimTypes): typeName = dimTypes[typeID] else: typeName = 'type_{:08X}'.format(dword) return typeName def disasmObject(indirectTable, objectTable, identifiers, offset, endian, vbaVer, is64bit): # TODO - Dim declarations in 64-bit Office documents if is64bit: return '' typeDesc = getDWord(indirectTable, offset, endian) flags = getWord(indirectTable, typeDesc, endian) if flags & 0x02: typeName = disasmType(indirectTable, typeDesc) else: word = getWord(indirectTable, typeDesc + 2, endian) if word == 0: typeName = '' else: offs = (word >> 2) * 10 if offs + 4 > len(objectTable): return '' flags = getWord(objectTable, offs, endian) hlName = getWord(objectTable, offs + 6, endian) # TODO - The following logic is flawed and doesn't always work. Disabling it for now #if flags & 0x02: # theNames = [] # numNames = getWord(objectTable, hlName, endian) # offs = hlName + 2 # for myName in range(numNames): # theNames.append(getName(objectTable, identifiers, offs, endian, vbaVer, is64bit)) # offs += 2 # typeName = ' '.join(theNames) #else: # typeName = getID(hlName, identifiers, vbaVer, is64bit) # Using the following line instead: typeName = getID(hlName, identifiers, vbaVer, is64bit) return typeName def disasmVar(indirectTable, objectTable, identifiers, dword, endian, vbaVer, is64bit): bFlag1 = ord(indirectTable[dword]) bFlag2 = ord(indirectTable[dword + 1]) hasAs = (bFlag1 & 0x20) != 0 hasNew = (bFlag2 & 0x20) != 0 varName = getName(indirectTable, identifiers, dword + 2, endian, vbaVer, is64bit) if hasNew or hasAs: varType = '' if hasNew: varType += 'New' if hasAs: varType += ' ' if hasAs: if is64bit: offs = 16 else: offs = 12 word = getWord(indirectTable, dword + offs + 2, endian) if word == 0xFFFF: typeID = ord(indirectTable[dword + offs]) typeName = getTypeName(typeID) else: typeName = disasmObject(indirectTable, objectTable, identifiers, dword + offs, endian, vbaVer, is64bit) if len(typeName) > 0: varType += 'As ' + typeName if len(varType) > 0: varName += ' (' + varType + ')' return varName def disasmArg(indirectTable, identifiers, argOffset, endian, vbaVer, is64bit): flags = getWord(indirectTable, argOffset, endian) if is64bit: offs = 4 else: offs = 0 argName = getName(indirectTable, identifiers, argOffset + 2, endian, vbaVer, is64bit) argType = getDWord(indirectTable, argOffset + offs + 12, endian) argOpts = getWord(indirectTable, argOffset + offs + 24, endian) if argOpts & 0x0004: argName = 'ByVal ' + argName if argOpts & 0x0002: argName = 'ByRef ' + argName if argOpts & 0x0200: argName = 'Optional ' + argName # TODO - ParamArray arguments aren't disassebled properly #if (flags & 0x0040) == 0: # argName = 'ParamArray ' + argName + '()' if flags & 0x0020: argName += ' As ' argTypeName = '' if argType & 0xFFFF0000: argTypeID = argType & 0x000000FF argTypeName = getTypeName(argTypeID) # TODO - Custom type arguments aren't disassembled properly #else: # argTypeName = getName(indirectTable, identifiers, argType + 6, endian, vbaVer, is64bit) argName += argTypeName return argName def disasmFunc(indirectTable, declarationTable, identifiers, dword, opType, endian, vbaVer, is64bit): funcDecl = '(' flags = getWord(indirectTable, dword, endian) subName = getName(indirectTable, identifiers, dword + 2, endian, vbaVer, is64bit) if vbaVer > 5: offs2 = 4 else: offs2 = 0 if is64bit: offs2 += 16 argOffset = getDWord(indirectTable, dword + offs2 + 36, endian) retType = getDWord(indirectTable, dword + offs2 + 40, endian) declOffset = getWord(indirectTable, dword + offs2 + 44, endian) cOptions = ord(indirectTable[dword + offs2 + 54]) #argCount = ord(indirectTable[dword + offs2 + 55]) newFlags = ord(indirectTable[dword + offs2 + 57]) hasDeclare = False # TODO - 'Private' and 'Declare' for 64-bit Office if vbaVer > 5: if ((newFlags & 0x0002) == 0) and not is64bit: funcDecl += 'Private ' if newFlags & 0x0004: funcDecl += 'Friend ' else: if (flags & 0x0008) == 0: funcDecl += 'Private ' if opType & 0x04: funcDecl += 'Public ' if flags & 0x0080: funcDecl += 'Static ' if ((cOptions & 0x90) == 0) and (declOffset != 0xFFFF) and not is64bit: hasDeclare = True funcDecl += 'Declare ' if vbaVer > 5: if newFlags & 0x20: funcDecl += 'PtrSafe ' hasAs = (flags & 0x0020) != 0 if flags & 0x1000: if opType in [2, 6]: funcDecl += 'Function ' else: funcDecl += 'Sub ' elif flags & 0x2000: funcDecl += 'Property Get ' elif flags & 0x4000: funcDecl += 'Property Let ' elif flags & 0x8000: funcDecl += 'Property Set ' funcDecl += subName if hasDeclare: libName = getName(declarationTable, identifiers, declOffset + 2, endian, vbaVer, is64bit) funcDecl += ' Lib "' + libName + '" ' argList = [] while (argOffset != 0xFFFFFFFF) and (argOffset != 0) and (argOffset + 26 < len(indirectTable)): argName = disasmArg(indirectTable, identifiers, argOffset, endian, vbaVer, is64bit) argList.append(argName) argOffset = getDWord(indirectTable, argOffset + 20, endian) funcDecl += '(' + ', '.join(argList) + ')' if hasAs: funcDecl += ' As ' typeName = '' if (retType & 0xFFFF0000) == 0xFFFF0000: typeID = retType & 0x000000FF typeName = getTypeName(typeID) else: typeName = getName(indirectTable, identifiers, retType + 6, endian, vbaVer, is64bit) funcDecl += typeName funcDecl += ')' return funcDecl def disasmVarArg(moduleData, identifiers, offset, wLength, mnemonic, endian, vbaVer, is64bit): substring = moduleData[offset:offset + wLength] varArgName = '0x{:04X} '.format(wLength) if mnemonic in ['LitStr', 'QuoteRem', 'Rem', 'Reparse']: varArgName += '"' + decode(substring) + '"' elif mnemonic in ['OnGosub', 'OnGoto']: offset1 = offset vars = [] for _ in itertools.repeat(None, int(wLength / 2)): offset1, word = getVar(moduleData, offset1, endian, False) vars.append(getID(word, identifiers, vbaVer, is64bit)) varArgName += ', '.join(v for v in vars) + ' ' else: hexdump = ' '.join('{:02X}'.format(ord(c)) for c in substring) varArgName += hexdump return varArgName def dumpLine(moduleData, lineStart, lineLength, endian, vbaVer, is64bit, identifiers, objectTable, indirectTable, declarationTable, verbose, line, output_file=sys.stdout): varTypesLong = ['Var', '?', 'Int', 'Lng', 'Sng', 'Dbl', 'Cur', 'Date', 'Str', 'Obj', 'Err', 'Bool', 'Var'] specials = ['False', 'True', 'Null', 'Empty'] options = ['Base 0', 'Base 1', 'Compare Text', 'Compare Binary', 'Explicit', 'Private Module'] if verbose and (lineLength > 0): print('{:04X}: '.format(lineStart), end='', file=output_file) print('Line #{:d}:'.format(line), file=output_file) if lineLength <= 0: return if verbose: print(hexdump(moduleData[lineStart:lineStart + lineLength]), file=output_file) offset = lineStart endOfLine = lineStart + lineLength while offset < endOfLine: offset, opcode = getVar(moduleData, offset, endian, False) opType = (opcode & ~0x03FF) >> 10 opcode &= 0x03FF translatedOpcode = translateOpcode(opcode, vbaVer, is64bit) if not translatedOpcode in opcodes: print('Unrecognized opcode 0x{:04X} at offset 0x{:08X}.'.format(opcode, offset), file=output_file) return instruction = opcodes[translatedOpcode] mnemonic = instruction['mnem'] print('\t', end='', file=output_file) if verbose: print('{:04X} '.format(opcode), end='', file=output_file) print('{} '.format(mnemonic), end='', file=output_file) if mnemonic in ['Coerce', 'CoerceVar', 'DefType']: if opType < len(varTypesLong): print('({}) '.format(varTypesLong[opType]), end='', file=output_file) elif opType == 17: print('(Byte) ', end='', file=output_file) else: print('({:d}) '.format(opType), end='', file=output_file) elif mnemonic in ['Dim', 'DimImplicit', 'Type']: dimType = [] if opType & 0x04: dimType.append('Global') elif opType & 0x08: dimType.append('Public') elif opType & 0x10: dimType.append('Private') elif opType & 0x20: dimType.append('Static') if (opType & 0x01) and (mnemonic != 'Type'): dimType.append('Const') if len(dimType): print('({}) '.format(' '.join(dimType)), end='', file=output_file) elif mnemonic == 'LitVarSpecial': print('({})'.format(specials[opType]), end='', file=output_file) elif mnemonic in ['ArgsCall', 'ArgsMemCall', 'ArgsMemCallWith']: if opType < 16: print('(Call) ', end='', file=output_file) else: opType -= 16 elif mnemonic == 'Option': print(' ({})'.format(options[opType]), end='', file=output_file) elif mnemonic in ['Redim', 'RedimAs']: if opType & 16: print('(Preserve) ', end='', file=output_file) for arg in instruction['args']: if arg == 'name': offset, word = getVar(moduleData, offset, endian, False) theName = disasmName(word, identifiers, mnemonic, opType, vbaVer, is64bit) print('{}'.format(theName), end='', file=output_file) elif arg in ['0x', 'imp_']: offset, word = getVar(moduleData, offset, endian, False) theImp = disasmImp(objectTable, identifiers, arg, word, mnemonic, endian, vbaVer, is64bit) print('{}'.format(theImp), end='', file=output_file) elif arg in ['func_', 'var_', 'rec_', 'type_', 'context_']: offset, dword = getVar(moduleData, offset, endian, True) if (arg == 'rec_') and (len(indirectTable) >= dword + 20): theRec = disasmRec(indirectTable, identifiers, dword, endian, vbaVer, is64bit) print('{}'.format(theRec), end='', file=output_file) elif (arg == 'type_') and (len(indirectTable) >= dword + 7): theType = disasmType(indirectTable, dword) print('(As {})'.format(theType), end='', file=output_file) elif (arg == 'var_') and (len(indirectTable) >= dword + 16): if opType & 0x20: print('(WithEvents) ', end='', file=output_file) theVar = disasmVar(indirectTable, objectTable, identifiers, dword, endian, vbaVer, is64bit) print('{}'.format(theVar), end='', file=output_file) if opType & 0x10: word = getWord(moduleData, offset, endian) offset += 2 print(' 0x{:04X}'.format(word), end='', file=output_file) elif (arg == 'func_') and (len(indirectTable) >= dword + 61): theFunc = disasmFunc(indirectTable, declarationTable, identifiers, dword, opType, endian, vbaVer, is64bit) print('{}'.format(theFunc), end='', file=output_file) else: print('{}{:08X} '.format(arg, dword), end='', file=output_file) if is64bit and (arg == 'context_'): offset, dword = getVar(moduleData, offset, endian, True) print('{:08X} '.format(dword), end='', file=output_file) if instruction['varg']: offset, wLength = getVar(moduleData, offset, endian, False) theVarArg = disasmVarArg(moduleData, identifiers, offset, wLength, mnemonic, endian, vbaVer, is64bit) print('{}'.format(theVarArg), end='', file=output_file) offset += wLength if wLength & 1: offset += 1 print('', file=output_file) def pcodeDump(moduleData, vbaProjectData, dirData, identifiers, is64bit, args, output_file = sys.stdout): if args.verbose and not args.disasmOnly: print(hexdump(moduleData), file=output_file) # Determine endinanness: PC (little-endian) or Mac (big-endian) if getWord(moduleData, 2, '<') > 0xFF: endian = '>' else: endian = '<' # TODO - Handle VBA3 modules vbaVer = 3 try: version = getWord(vbaProjectData, 2, endian) if args.verbose: print('Internal Office version: 0x{:04X}.'.format(version), file=output_file) # Office 2010 is 0x0097; Office 2013 is 0x00A3; # Office 2016 PC 32-bit is 0x00B2, 64-bit is 0x00D7, Mac is 0x00D9 if version >= 0x6B: if version >= 0x97: vbaVer = 7 else: vbaVer = 6 if is64bit: dwLength = getDWord(moduleData, 0x0043, endian) declarationTable = moduleData[0x0047:0x0047 + dwLength] dwLength = getDWord(moduleData, 0x0011, endian) tableStart = dwLength + 12 else: dwLength = getDWord(moduleData, 0x003F, endian) declarationTable = moduleData[0x0043:0x0043 + dwLength] dwLength = getDWord(moduleData, 0x0011, endian) tableStart = dwLength + 10 dwLength = getDWord(moduleData, tableStart, endian) tableStart += 4 indirectTable = moduleData[tableStart:tableStart + dwLength] dwLength = getDWord(moduleData, 0x0005, endian) dwLength2 = dwLength + 0x8A dwLength = getDWord(moduleData, dwLength2, endian) dwLength2 += 4 objectTable = moduleData[dwLength2:dwLength2 + dwLength] offset = 0x0019 else: # VBA5 vbaVer = 5 offset = 11 dwLength = getDWord(moduleData, offset, endian) offs = offset + 4 declarationTable = moduleData[offs:offs + dwLength] offset = skipStructure(moduleData, offset, endian, True, 1, False) offset += 64 offset = skipStructure(moduleData, offset, endian, False, 16, False) offset = skipStructure(moduleData, offset, endian, True, 1, False) offset += 6 offset = skipStructure(moduleData, offset, endian, True, 1, False) offs = offset + 8 dwLength = getDWord(moduleData, offs, endian) tableStart = dwLength + 14 offs = dwLength + 10 dwLength = getDWord(moduleData, offs, endian) indirectTable = moduleData[tableStart:tableStart + dwLength] dwLength = getDWord(moduleData, offset, endian) offs = dwLength + 0x008A dwLength = getDWord(moduleData, offs, endian) offs += 4 objectTable = moduleData[offs:offs + dwLength] offset += 77 if args.verbose: if len(declarationTable): print('Declaration table:', file=output_file) print(hexdump(declarationTable), file=output_file) if len(indirectTable): print('Indirect table:', file=output_file) print(hexdump(indirectTable), file=output_file) if len(objectTable): print('Object table:', file=output_file) print(hexdump(objectTable), file=output_file) dwLength = getDWord(moduleData, offset, endian) offset = dwLength + 0x003C offset, magic = getVar(moduleData, offset, endian, False) if magic != 0xCAFE: return offset += 2 offset, numLines = getVar(moduleData, offset, endian, False) pcodeStart = offset + numLines * 12 + 10 for line in range(numLines): offset += 4 offset, lineLength = getVar(moduleData, offset, endian, False) offset += 2 offset, lineOffset = getVar(moduleData, offset, endian, True) dumpLine(moduleData, pcodeStart + lineOffset, lineLength, endian, vbaVer, is64bit, identifiers, objectTable, indirectTable, declarationTable, args.verbose, line, output_file=output_file) except Exception as e: print('Error: {}.'.format(e), file=sys.stderr) return def processProject(vbaParser, args, output_file = sys.stdout): try: vbaProjects = vbaParser.find_vba_projects() if vbaProjects is None: return if output_file.isatty() and WIN_UNICODE_CONSOLE: win_unicode_console.enable() for vbaRoot, _, dirPath in vbaProjects: print('=' * 79, file=output_file) if not args.disasmOnly: print('dir stream: {}'.format(dirPath), file=output_file) dirData, codeModules, is64bit = processDir(vbaParser, dirPath, args, output_file=output_file) vbaProjectPath = vbaRoot + 'VBA/_VBA_PROJECT' vbaProjectData = process_VBA_PROJECT(vbaParser, vbaProjectPath, args, output_file=output_file) identifiers = getTheIdentifiers(vbaProjectData) if not args.disasmOnly: print('Identifiers:', file=output_file) print('', file=output_file) i = 0 for identifier in identifiers: print('{:04X}: {}'.format(i, identifier), file=output_file) i += 1 print('', file=output_file) print('_VBA_PROJECT parsing done.', file=output_file) print('-' * 79, file=output_file) print('Module streams:', file=output_file) for module in codeModules: modulePath = vbaRoot + 'VBA/' + module # make sure it is unicode, because that is what vbaParser expects: if PYTHON2: # modulePath is UTF8 bytes (see processDir) modulePath_unicode = modulePath.decode('utf8', errors='replace') else: # modulePath is already unicode modulePath_unicode = modulePath moduleData = vbaParser.ole_file.openstream(modulePath_unicode).read() print ('{} - {:d} bytes'.format(modulePath, len(moduleData)), file=output_file) pcodeDump(moduleData, vbaProjectData, dirData, identifiers, is64bit, args, output_file=output_file) if output_file.isatty() and WIN_UNICODE_CONSOLE: win_unicode_console.disable() except Exception as e: print('Error: {}.'.format(e), file=sys.stderr) def processFile(fileName, args, output_file=sys.stdout): # TODO - Handle VBA3 documents print('Processing file: {}'.format(fileName), file=output_file) vbaParser = None try: vbaParser = VBA_Parser(fileName) if vbaParser.ole_file is None: for subFile in vbaParser.ole_subfiles: processProject(subFile, args, output_file=output_file) else: processProject(vbaParser, args, output_file=output_file) except Exception as e: print('Error: {}.'.format(e), file=sys.stderr) if vbaParser: vbaParser.close() def main(): parser = argparse.ArgumentParser(description='Dumps the p-code of VBA-containing documents.') parser.add_argument('-v', '--version', action='version', version='%(prog)s version {}'.format(__VERSION__)) parser.add_argument('-n', '--norecurse', action='store_true', help="Don't recurse into directories") parser.add_argument('-d', '--disasmonly', dest='disasmOnly', action='store_true', help='Only disassemble, no stream dumps') parser.add_argument('-b', '--verbose', action='store_true', help='Dump the stream contents') parser.add_argument('-o', '--output', dest='outputfile', default=None, help='Output file name') parser.add_argument('fileOrDir', nargs='+', help='File or dir') args = parser.parse_args() errorLevel = 0 try: output_file = sys.stdout if args.outputfile is not None: output_file = open(args.outputfile, 'w') for name in args.fileOrDir: if os.path.isdir(name): for name, subdirList, fileList in os.walk(name): for fname in fileList: fullName = os.path.join(name, fname) processFile(fullName, args, output_file=output_file) if args.norecurse: while len(subdirList) > 0: del(subdirList[0]) elif os.path.isfile(name): processFile(name, args, output_file=output_file) else: print('{} does not exist.'.format(name), file=sys.stderr) except Exception as e: print('Error: {}.'.format(e), file=sys.stderr) errorLevel = -1 if args.outputfile is not None: output_file.close() sys.exit(errorLevel) if __name__ == '__main__': main() bontchev-pcodedmp-5ae3fea/setup.cfg000066400000000000000000000000771352010110400174760ustar00rootroot00000000000000[bdist_wheel] universal = 1 [metadata] license_file = LICENSE bontchev-pcodedmp-5ae3fea/setup.py000066400000000000000000000056351352010110400173740ustar00rootroot00000000000000#!/usr/bin/env python import codecs import os import re try: from setuptools import setup except ImportError: from distutils.core import setup try: from pypandoc import convert def read_md(f): return convert(f, 'rst', format='md') except ImportError: print("warning: pypandoc module not found, " "could not convert Markdown to RST") def read_md(f): return open(f, 'r').read() ################################################################### NAME = 'pcodedmp' PACKAGES = [NAME] META_PATH = os.path.join(NAME, NAME + '.py') KEYWORDS = ['vba', 'p-code', 'disassembler'] CLASSIFIERS = [ 'Development Status :: 5 - Production/Stable', 'Environment :: Console', 'Intended Audience :: Developers', 'License :: OSI Approved :: GNU General Public License v3 (GPLv3)', 'Natural Language :: English', 'Operating System :: OS Independent', 'Programming Language :: Python', 'Programming Language :: Python :: 2', 'Programming Language :: Python :: 2.7', 'Programming Language :: Python :: 3', 'Programming Language :: Python :: 3.3', 'Programming Language :: Python :: 3.4', 'Programming Language :: Python :: 3.5', 'Programming Language :: Python :: 3.6', 'Topic :: Security', 'Topic :: Software Development :: Disassemblers', 'Topic :: Utilities', ] INSTALL_REQUIRES = [ 'oletools>=0.54', 'win_unicode_console; platform_system=="Windows" and platform_python_implementation!="PyPy"', ] ################################################################### HERE = os.path.abspath(os.path.dirname(__file__)) def read(*parts): """ Build an absolute path from *parts* and and return the contents of the resulting file. Assume UTF-8 encoding. """ with codecs.open(os.path.join(HERE, *parts), 'r', 'utf-8') as f: return f.read() META_FILE = read(META_PATH) def find_meta(meta): """ Extract __*meta*__ from META_FILE. """ meta_match = re.search( r"^__{meta}__ = ['\"]([^'\"]*)['\"]".format(meta=meta), META_FILE, re.M ) if meta_match: return meta_match.group(1) raise RuntimeError('Unable to find __{meta}__ string.'.format(meta=meta)) entry_points = { 'console_scripts': [ NAME + '=' + NAME + '.' + NAME + ':main', ], } if __name__ == '__main__': setup( name=NAME, description=find_meta('description'), license=find_meta('license'), url=find_meta('uri'), version=find_meta('VERSION'), author=find_meta('author'), author_email=find_meta('email'), maintainer=find_meta('author'), maintainer_email=find_meta('email'), keywords=KEYWORDS, long_description=read_md('README.md'), long_description_content_type='text/markdown', packages=PACKAGES, classifiers=CLASSIFIERS, install_requires=INSTALL_REQUIRES, entry_points=entry_points, )