This goal of this project is to:
- document the process by which Paperbak is built
- fix its crypto implementation
The upstream source of this application is:
A copy of the homepage is mirrored in this repository as upstream.html.
bzip2, a compression library, is used with this project. Its source code can be downloaded here:
http://www.bzip.org/downloads.html
The library included in this repository, bzip2.lib, can be built as follows:
bcc32 -Hc -w -Vx -Ve -C -ff -X- -a8 -b -d -k- -vi -y -v -c compress.c crctable.c decompress.c bzlib.c blocksort.c huffman.c randtable.c tlib bzip2.lib /C +compress+crctable+decompress+bzlib+blocksort+huffman+randtable
This directory contains Brian Gladman's AES and SHA code, including HMAC and key derivation routines. The sources were built as follows:
in AES (from https://github.com/Rupan/aes): First, edit aes_x86_v1.asm and add 'use32' to the .text section header (otherwise 16-bit code is generated). nasm -f obj -F borland aes_x86_v1.asm bcc32 -Hc -w -Vx -Ve -C -ff -X- -a8 -b -d -k- -vi -y -v -c -DASM_X86_V1C -DLITTLE_ENDIAN aeskey.c aestab.c aes_modes.c
in SHA (from https://github.com/Rupan/sha): bcc32 -Hc -w -Vx -Ve -C -ff -X- -a8 -b -d -k- -vi -y -v -c -DLITTLE_ENDIAN -DUSE_SHA256 hmac.c pwd2key.c sha2.c
then put them all into a library: tlib crypto.lib /C +aeskey+aestab+aes_x86_v1+hmac+pwd2key+sha2+aes_modes
- Download the free Embarcadero C++ Compiler 5.5 from here:
https://downloads.embarcadero.com/free/c_builder
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Install it, then review C:\Borland\BCC55\readme.txt.
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Create bcc32.cfg and ilink32.cfg as directed.
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Edit the system path so that it includes the Borland binaries.
In Microsoft Windows regedit, navigate to:
HKEY_LOCAL_MACHINE -> System -> CurrentControlSet -> Control -> Session Manager -> Environment -> PATH Now prepend the path C:\Borland\BCC55\Bin
- Place this source code in a path without spaces (i.e. C:\paperbak), then build it:
make -f paperbak.mak
1.00 - First public release
1.10 - 1. Fix crypto implementation 2. Switch to precompiled libraries