- #CRACK DO PW CLEAN 2.6.5 MAC OS X#
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- #CRACK DO PW CLEAN 2.6.5 INSTALL#
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Everything is checked but “MAC OS X 10.4 Support” and that is the program that you ALSO want to install so check it and install.ģ. From there, follow the defaults until you get to the “Custom Install on ‘Macintosh HD’” screen. Put the OS X dvd in your mac and then choose "optional installs".
#CRACK DO PW CLEAN 2.6.5 MAC OS X#
install the 10.4u.sdk from the Mac OS X Install DVD. Jamies-iMac-2:pycrypto-2.1.0 apple$ python setup.py install Unable to execute gcc: No such file or directoryĮrror: command 'gcc' failed with exit status 1 Gcc -fno-strict-aliasing -Wno-long-double -no-cpp-precomp -mno-fused-madd -fno-common -dynamic -Wall -Wstrict-prototypes -DMACOSX -I/usr/include/ffi -DENABLE_DTRACE -arch i386 -arch ppc -pipe -O3 -fomit-frame-pointer -Isrc/ -I/System/Library/Frameworks/amework/Versions/2.5/include/python2.5 -c src/MD2.c -o build/temp.macosx-10.5-i386-2.5/src/MD2.o Warning: GMP library not found Not building Crypto.PublicKey._fastmath. Jamies-iMac-2:pycrypto-2.1.0 apple$ python setup.py build I'm on OSX 10.5.8, installed python 2.6 fine, pycrypto 2.1.0 won't build or install because of missing files. And to my knowledge, there is no pycrypto 2.6, just 2.1.0. I'm getting the same missing GMP library error as mecarboy. K', 'Filter': /Adobe#2eAPS, 'R': 65537, 'V': 4, 'StmF': /DefaultCryptFilter, 'SuĪny hope for decrypting these files? Reply Delete _main_.PDFEncryptionError: Unknown filter: param=, 'PDRLLic': 'PD94bWw Raise PDFEncryptionError('Unknown filter: param=%r' % param) Here's what I get when I run it on the command line:Ĭ:\>c:\python26\python.exe ineptpdf.61.pyw c:\r c:\in.pdf c:\out.pdfįile "ineptpdf.61.pyw", line 1644, in cli_mainįile "ineptpdf.61.pyw", line 1495, in _init_įile "ineptpdf.61.pyw", line 1170, in initialize
#CRACK DO PW CLEAN 2.6.5 PDF#
It probably is a problem with the format of the pdfs? None of the ineptpdf.pyw I tried was able to decrypt theses pdf that all come from the same source for me. I'm seeing the same problem as marcspirit1980. You have the DRM-free PDF file at the specified location. Mention the above details and click on Decrypt. Double-click on ineptpdf.pyw - this would open up a window which will ask for:ī) Location of the DRM-protected PDF file, from which you want to remove the DRM protectionĬ) Location of the DRM-free PDF file that you want to generate.ħ. This is the key that removes the DRM protection.Ħ. Double-click on ineptkey.pyw to execute it. Unzip this file and you would get two files: f26972321.txt and f1cb3663c.txtĥ.
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Download and install Python 2.6.4 from: ģ. Thanks a ton.įor the convenience of those who are having difficulties on the PDF-DRM removal procedure:ġ.
DRM is bad, but piracy is wrong kids, and only validates the opinions of those who think they need DRM in the first place.Įdit: script links will change reflect dropped pastebins and new versions.Īwesome!! Works like a breeze. To use, install Python 2.6 (and on Windows P圜rypto), run the key-retrieval script, then run the decryption script using the retrieved key.Īnd on a preachy note, please don't be a jerk with these. Key-retrieval script: ineptkey (version 5)ĭecryption script: ineptepub (version 5.2)
The upshot being that if you want to decrypt ADEPT books in the future, grab your key now - no garauntees that you'll be able to do so in the future, but a previously-retrieved key should keep on working. Preventing circumventing decryption with previously retrieved keys would require changes to both DE and Adobe Content Server and would take quite some time to propagate to all ACS customers. Decryption however is a property of the architecture of the system as a whole.
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Key retrieval depends only on the details of Digital Editions and can change seamlessly with an update to the same. In practical terms, this breaks ADEPT circumvention into two components: key retrieval and decryption. There is very little obfuscation in how Adobe Digital Editions hides and encrypts the per-user RSA key, allowing fairly simple duplication of exactly the same process Digital Editions uses to retrieve it. DRM systems ultimately depend not on the strength of their cryptography, but the complexity of their obfuscation. Unfortunately for Adobe, this isn't a crypto system, but a DRM system. It uses RSA with PKCS#1 v1.5 padding, which is perfectly adequate for this case. It uses AES in CBC mode with a random IV. The same circumvention probably also allows decryption of ADEPT-encrypted PDF files, although I haven't looked into it yet.ĪDEPT is pretty close to faultless as a crypto system - a per-user RSA key encrypts a per-book AES key which encrypts the content. By way of a concrete reverse-engineering contribution, I have successfully circumvented Adobe's ADEPT DRM scheme for EPUB files.