ffmpeg with WTV support

Ah, the joys of open-source software development. A patch that adds WTV (Windows Television, the recording format of Windows 7 Media Center) demux support to ffmpeg is now in a mature state, thanks to developer Peter Ross. Gone are the days of circuitous, roundabout conversions from WTV to DVR-MS to MPEG!

I’ve taken the liberty to compile a 32-bit Windows build of ffmpeg with the WTV patchset rolled in. Also included is a simple fix for the “non-monotone timestamps” issue that often comes up. x264/XviD/LAME MP3 libraries were NOT used for this build, as it’s intended for WTV conversion purposes only.

WTV files can be re-muxed into plain MPEG files as follows:

ffmpeg.exe –y –i inputFile.wtv –vcodec copy –acodec copy –f dvd outputFile.mpg

Windows Media Center users, enjoy!

Download link

John The Ripper 1.7.6 jumbo for Windows x86

Here’s a jumbo build of John the Ripper 1.7.6 compiled using MinGW/GCC 4.5.0. Revision 7 of the jumbo patch and OpenSSL 1.0.0 were used.

http://www.box.net/shared/stct8h2ier

Benchmark results on a 4GHz Phenom II X2:

Benchmarking: Traditional DES [128/128 BS SSE2]... DONE
Many salts:    2860K c/s
Only one salt:    2378K c/s

Benchmarking: BSDI DES (x725) [128/128 BS SSE2]... DONE
Many salts:    95093 c/s
Only one salt:    93132 c/s

Benchmarking: FreeBSD MD5 [32/32]... DONE
Raw:    11635 c/s

Benchmarking: OpenBSD Blowfish (x32) [32/32]... DONE
Raw:    701 c/s

Benchmarking: Kerberos AFS DES [48/64 4K MMX]... DONE
Short:    319531 c/s
Long:    1046K c/s

Benchmarking: LM DES [128/128 BS SSE2]... DONE
Raw:    14351K c/s

Benchmarking: NT MD4 [128/128 SSE2 + 32/32]... DONE
Raw:    19418K c/s

Benchmarking: Mac OS X 10.4+ salted SHA-1 [32/32]... DONE
Many salts:    4934K c/s
Only one salt:    4454K c/s

Benchmarking: M$ Cache Hash [Generic 1x]... DONE
Many salts:    22610K c/s
Only one salt:    8376K c/s

Benchmarking: Apache MD5 [32/32]... DONE
Raw:    11752 c/s

Benchmarking: HMAC MD5 SSE2 [hmac-md5 SSE2]... DONE
Raw:    3862K c/s

Benchmarking: Post.Office MD5 [STD]... DONE
Many salts:    4152K c/s
Only one salt:    4165K c/s

Benchmarking: Raw MD5 SSE2 [raw-md5 SSE2 16x4]... DONE
Raw:    11658K c/s

Benchmarking:  md5_gen(0): md5($p)  (raw-md5)  SSE2 [md5-gen SSE2 16x4]... DONE
Raw:    12219K c/s

Benchmarking:  md5_gen(1): md5($p.$s)  (joomla)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    6990K c/s
Only one salt:    5343K c/s

Benchmarking:  md5_gen(2): md5(md5($p))  (e107)  SSE2 [md5-gen SSE2 16x4]... DONE
Raw:    4969K c/s

Benchmarking:  md5_gen(3): md5(md5(md5($p)))  SSE2 [md5-gen SSE2 16x4]... DONE
Raw:    3194K c/s

Benchmarking:  md5_gen(4): md5($s.$p)  (OSC)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    8015K c/s
Only one salt:    7861K c/s

Benchmarking:  md5_gen(5): md5($s.$p.$s)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    8363K c/s
Only one salt:    7139K c/s

Benchmarking:  md5_gen(6): md5(md5($p).$s)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    12473K c/s
Only one salt:    4282K c/s

Benchmarking:  md5_gen(7): md5(md5($p).$s)  (vBulletin)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    13035K c/s
Only one salt:    4321K c/s

Benchmarking:  md5_gen(8): md5(md5($s).$p)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    4505K c/s
Only one salt:    4112K c/s

Benchmarking:  md5_gen(9): md5($s.md5($p))  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    6990K c/s
Only one salt:    4181K c/s

Benchmarking:  md5_gen(10): md5($s.md5($s.$p))  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    3971K c/s
Only one salt:    3572K c/s

Benchmarking:  md5_gen(11): md5($s.md5($p.$s))  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    4332K c/s
Only one salt:    3986K c/s

Benchmarking:  md5_gen(14): md5($s.md5($p).$s)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    6354K c/s
Only one salt:    3971K c/s

Benchmarking:  md5_gen(17): phpass ($P$ or $H$)  SSE2 [md5-gen SSE2 16x4]... DONE
Many salts:    8322 c/s
Only one salt:    8144 c/s

Benchmarking: PHPass MD5 SSE2 [phpass-MD5 SSE2]... Using phpass mode, by linking to md5_gen(17) functions DONE
Many salts:    8263 c/s
Only one salt:    7815 c/s

Benchmarking: IPB2 MD5 [Invision Power Board 2.x salted MD5]... DONE
Many salts:    3923K c/s
Only one salt:    2349K c/s

Benchmarking: Raw SHA-1 SSE2 [raw-sha1 SSE2]... DONE
Raw:    7825K c/s

Benchmarking: Kerberos v4 TGT [krb4 DES]... DONE
Raw:    3557K c/s

Benchmarking: Kerberos v5 TGT [krb5 3DES (des3-cbc-sha1)]... DONE
Raw:    58670 c/s

Benchmarking: Netscape LDAP SHA SSE2 [SHA-1]... DONE
Raw:    10894K c/s

Benchmarking: Netscape LDAP SSHA SSE2 [salted SHA-1]... DONE
Many salts:    13740K c/s
Only one salt:    9742K c/s

Benchmarking: OpenLDAP SSHA [salted SHA-1]... DONE
Many salts:    4946K c/s
Only one salt:    4601K c/s

Benchmarking: Eggdrop [blowfish]... DONE
Raw:    29308 c/s

Benchmarking: Oracle [oracle]... DONE
Raw:    1322K c/s

Benchmarking: Oracle 11g [oracle11]... DONE
Many salts:    4969K c/s
Only one salt:    4483K c/s

Benchmarking: MYSQL [mysql]... DONE
Raw:    1806K c/s

Benchmarking: MySQL 4.1 double-SHA-1 SSE2 [mysql-sha1 SSE2]... DONE
Raw:    6021K c/s

Benchmarking: Lotus5 [Lotus v5 Proprietary]... DONE
Raw:    125067 c/s

Benchmarking: More Secure Internet Password [RSA MD defined by BSAFE 1.x - Lotus v6]... DONE
Many salts:    131995 c/s
Only one salt:    78204 c/s

Benchmarking: LM C/R DES [netlm]... DONE
Many salts:    775573 c/s
Only one salt:    757093 c/s

Benchmarking: NTLMv1 C/R MD4 DES [netntlm]... DONE
Many salts:    1080K c/s
Only one salt:    1045K c/s

Benchmarking: LMv2 C/R MD4 HMAC-MD5 [netlmv2]... DONE
Many salts:    754913 c/s
Only one salt:    744198 c/s

Benchmarking: NTLMv2 C/R MD4 HMAC-MD5 [netntlmv2]... DONE
Many salts:    667882 c/s
Only one salt:    687139 c/s

Benchmarking: HalfLM C/R DES [nethalflm]... DONE
Many salts:    1857K c/s
Only one salt:    1768K c/s

Benchmarking: MSCHAPv2 C/R MD4 DES [mschapv2]... DONE
Many salts:    1094K c/s
Only one salt:    1060K c/s

Benchmarking: MS-SQL SSE2 [ms-sql SSE2]... DONE
Many salts:    14364K c/s
Only one salt:    10292K c/s

Benchmarking: MS-SQL05 SSE2 [ms-sql05 SSE2]... DONE
Many salts:    14376K c/s
Only one salt:    10106K c/s

Benchmarking: EPiServer SID Hashes [SHA-1]... DONE
Many salts:    4750K c/s
Only one salt:    4601K c/s

Benchmarking: PHPS MD5 SSE2 [MD5(MD5($pass).$salt) SSE2]... Using phps mode, by linking to md5_gen(6) functions DONE
Many salts:    13899K c/s
Only one salt:    4431K c/s

Benchmarking: MYSQL_fast [mysql-fast]... DONE
Raw:    27191K c/s

Benchmarking: PIX MD5 SSE2 [pix-md5 SSE2]... DONE
Raw:    11650K c/s

Benchmarking: SAP CODVN G (PASSCODE) [sapg]... DONE
Many salts:    1605K c/s
Only one salt:    1399K c/s

Benchmarking: SAP BCODE [sapb]... DONE
Many salts:    1965K c/s
Only one salt:    1640K c/s

Benchmarking: Netscreen MD5 [NS MD5]... DONE
Raw:    5645K c/s

Benchmarking: HTTP Digest access authentication [HDAA-MD5]... DONE
Many salts:    1869K c/s
Only one salt:    1783K c/s

transcode tools for Windows (version 1.1.5)

I’ve prepared a Windows/Cygwin build of the following tools from transcode 1.1.5:

• avifix
• aviindex
• avimerge
• avisplit
• avisync
• tcmodinfo
• tcmp3cut
• tcyait

Only avimerge has been tested extensively. I take no credit except for performing the compilation.

http://www.box.net/shared/4z32ebp5ac

FLAC.exe for Windows x64

I was messing around with the mingw-w64 cross-compilers for Fedora, and got a bit carried away. The result? a 64-bit build of FLAC for Windows.

http://www.box.net/shared/aabhhqin0j

This 64-bit build seems to be about 20% faster than vanilla FLAC.

Of course, I take no credit other than for compilation.

SLIC 2.1 BIOS mod for Gigabyte H55M-UD2H

This is the F9 release BIOS. Tested successfully on a revision 1.0 board.

Disclaimer: BIOS flashing is, of course, a potentially risky operation. All the mods below have been flashed and tested successfully, but I am not responsible for anything that happens due to the use of these mods.

Board model: Gigabyte H55M-UD2H
BIOS type: Award
BIOS version: F9
SLIC OEM: Acer[ACRSYSACRPRDCT-ANNI]2.1.BIN
Mod method: SSV3
Download: http://www.box.net/shared/fbq5xcrg7t

Whip Cygwin’s vim into shape

If you’re a Windows user like me but do a lot of editing/development work on Linux, chances are you rely on the Cygwin environment and its host of software. One of the staples of Linux is the editor vim. Cygwin’s vim, however, is configured by default to run in old-school vi mode. That means no nice colors, no statusbar messages, and bad arrow-key/cursor support. A far cry from how vim works in modern Linux distros, that’s for sure.

The solution? Easy.

Create an blank .vimrc file in your Cygwin home directory. Better yet, enable autoindent by adding these four lines:

set smartindent
set tabstop=4
set shiftwidth=4
set expandtab
set pastetoggle=<F2>

If you’re a heavy user of vim on Cygwin, I’m sure you will find this to be a godsend.

rdesktop 1.6.0 for Windows

This is a Cygwin-compiled build of the *nix rdesktop RDP client for Windows machines.
Sound support is included.
Depending on your needs, you may find this to be a useful alternative
to the standard built-in Windows client.

Requirements:
X server for Windows (e.g. Xming or Cygwin X11)
You must have the X server running prior to using rdesktop.

Additionally, the DISPLAY environment variable must be set.
See the included batch script (RDstart.cmd) for an example
of how to set this variable and start rdesktop.

rdesktop is a command-line program: for more information, please
see the original rdesktop website.

DOWNLOAD

uTorrent IPFilter Updater 1.5.8 released

This is an incremental update that restores functionality with the blocklistpro.com downloads. The source code has been reworked for full Python 3.1+ compatibility, and the EXEs are now built with cx_freeze. Download the new version here: http://sites.google.com/site/whitehat2k9/Home/my-programs/utorrent-ipfilter-updater

SLIC 2.1 BIOS mod for Gigabyte MA78LM-S2H

Here’s another BIOS mod, this time for the Gigabyte MA78LM-S2H. The version is F10 and is current as of this post. Tested successfully on a revision 1.3 board, and should work on all earlier revisions.

Disclaimer: BIOS flashing is, of course, a potentially risky operation. All the mods below have been flashed and tested successfully, but I am not responsible for anything that happens due to the use of these mods.

Board model: Gigabyte MA78LM-S2H
BIOS type: Award
BIOS version: F10
SLIC OEM: Acer[ACRSYSACRPRDCT-ANNI]2.1.BIN
Mod method: SSV3
Download: http://www.box.net/shared/vs2sf00y81

eSATA Strangeness on a Foxconn A7DA-S

After all this time (more than a year since I built the rig in question), I finally got the opportunity to try out my board’s eSATA port. This particular motherboard (the AM2+ version of the Foxconn A7DA-S, equipped with the 790GX northbridge and SB750 southbridge) has no integrated eSATA port on the I/O panel; rather, a back-panel expansion bracket is supplied and is supposed to hook up to the “eSATA”/#6 SATA port on the board. For some reason, Windows was not detecting the external HDD, even though AHCI was enabled. I connected the eSATA bracket to SATA port #5, thinking that the designated “eSATA” port was dead. I then went into the BIOS and set SATA IDE Combined Mode to off, and following this Windows was able to autodetect the eSATA HDD.

Sounds all well and good, right? Unfortunately, shortly after unmounting and unplugging the external disk, my computer began to spazz out. Specifically, the system began thrashing the internal hard drive indefinitely, causing a system freeze. I was forced to reset the board. After a CMOS clear and a chkdsk run, I booted back into Windows. Plugging in and unplugging the eSATA drive again caused this crazy disk-thrashing.

After a bit of trial and error, I ended up reconnecting the eSATA bracket to where it should have gone, the #6 SATA port marked “eSATA.” For some reason, this worked: Windows was able to automount the eSATA drive, and unmounting the drive caused no strange behaviors.

I think there are a few things to learn from this strange incident. It is evident that not all motherboard manufacturers implement AHCI and SATA hotplug capabilities in the same way. It seems that on this board Foxconn only implemented eSATA functionality correctly on one of the six SATA ports, perhaps explaining why this port is specifically labeled “eSATA” on the PCB and in the BIOS. Furthermore, my roommate’s newly minted desktop build, which runs a Gigabyte board (the MA78LM-S2H) with a lesser chipset (the 760G) seems to be able to handle hotplugging correctly on all four of its SATA ports. Obviously, there’s a reason why manufacturers like Asus and Gigabyte are considered “Tier 1” brands while guys like Foxconn are relegated to a lesser status in the computer community. Had budget not been a concern when I put together my rig, I would surely have gone with a more reputable motherboard maker.

mktorrent-GUI version 1.35 released

Version 1.35 is a major release and supports the saving and loading of profiles. These profiles allow heavy torrenters to quickly import sets of tracker URLs. Additionally, most fields are now persistent – in other words, their content will be preserved in between application sessions.

Go to the main project page for a full readme and the download link.

NX: Linux Remote Desktop Access Done Right

Being able to access a computer remotely is becoming a more and more useful feature these days. This is especially true for headless servers and virtual machines, where local/direct access is often not an option. Windows machines (at least the non-home versions have the option of using Remote Desktop, which is a solid and reasonably fast solution. VNC is an option for both Windows and Linux, but it tends to be slow and inefficient as it runs through the framebuffer and is bitmap-based.

I was recently setting up an Ubuntu 9.10 VM for academic programming purposes. Since my (Windows-based) laptop, a four-year-old Dell, is a little underpowered, my plan was to connect to this VM remotely to do all my work. Sure, I could do X forwarding through SSH + PuTTY + Xming or something, but that tends to be somewhat cumbersome, especially when a full desktop is desired. I did try Ubuntu’s VNC-based Remote Desktop feature – it works fine, especially considering the fact that everything was being sent/received over a wireless network. But there was still a bit of lag and window tearing. I wanted something that could really push the envelope of remote computing. A bit of internet research indicated that NX is the king of remote-access technology for Linux, and after field-testing it on my VM and laptop I must say that I would totally agree. Not only is NX speedy, it also provides SSH-based connection security – something VNC can’t do on its own.

Installing and Configuring the NX Server on Ubuntu

An excellent official guide to setting up the open-source FreeNX server software can be found here. The instructions work well for the latest version of Ubuntu at the time of this writing, 9.10.

Installing and Configuring the NX Client on Windows

The preferred client is provided by NoMachine. The setup package can be downloaded here. The latest version at this time is 3.4.0-7.

After running the install, you can create a new connection profile by running the NX Connection Wizard. The questions are fairly straightforward – give your session a name, supply the server hostname, etc. For Ubuntu you want to use the Unix connection type. Set the desktop to GNOME or KDE if you have it installed. One of the nice things about NX is that it can dynamically set up the resolution. You can choose fullscreen or a specific resolution. Note that if fullscreen is used, you will still be able to ALT+TAB out of the NX window if you want to go back to your Windows desktop/programs for a bit.

Once a profile has been created, you can just use the NX Client for Windows shortcut. Type in your username + password (same as your local Linux credentials), wait a few seconds, and boom! Your Linux desktop in all its glory should appear. The claim that NX can achieve near-local-speed responsiveness is certainly not a joke, as I’m sure most users of it would agree.

Howto: Download TurboTax state forms for free

TurboTax is great for filling out those pesky tax return forms without relying too much on manual brainpower, especially if you have a complex tax situation. The federal forms are free, but TurboTax only lets you file one state return free of charge. If you need additional state forms, it’ll run you $39.95 each. Needless to say, this is a pretty ridiculous fee when you could buy another copy of TurboTax (Deluxe) for a similar price. Fortunately, there’s a way to remedy this…inconsistency.

DISCLAIMER: THE FOLLOWING TUTORIAL IS FOR EDUCATIONAL PURPOSES ONLY. I DO NOT CONDONE THE USE OF THIS INFORMATION FOR FRAUD OR OTHER ILLEGAL PURPOSES, AND AM NOT RESPONSIBLE FOR ANY CONSEQUENCES SUFFERED AS A RESULT OF USING THIS INFORMATION.

The basic premise is to install and use TurboTax in a virtual machine. There are several VM solutions out there, but this guide will illustrate the use of VirtualBox. VirtualBox is free and lightweight, making it ideal for the relatively simple task here. We will use the snapshot feature of VirtualBox to create an image of the TurboTax install BEFORE downloading the first free state. After downloading the free state, the virtual machine can be reset to this snapshot, whereby another state can be downloaded for free.

You might complain about having to use TurboTax in a virtual machine – true, it’s slightly more inconvenient, but who doesn’t like the added layer of security?

Materials needed:

• VirtualBox (download here)
• Windows XP/Vista/7 install media
• TurboTax (2009) [duh!]

Prepare the Virtual Machine for TurboTax

Install VirtualBox if you haven’t already, using the download link above.

Install your virtual operating system of choice in VirtualBox. The intricacies of this will not be covered here. However, I recommend Windows XP since it is smaller in size than Vista or 7.

Install the VirtualBox Guest Additions (highly recommended). This enhances the video quality in the guest OS and also allows shared folders, which can make it easier to transfer files (e.g. tax documents).

*If your guest operating system is Windows XP or Windows Vista, you will first need to install the .NET Framework 3.5 SP1. (web installer, full offline installer)

Install TurboTax (2009) into the guest operating system. Run the application and allow it to grab updates, then exit out. Shut down the guest OS.

From the VirtualBox interface, create a snapshot of your VM.

Download the 1st free state

Start up the virtual machine and open up TurboTax.

Click “Start a New Return”.

Go to the “State” menu. Keep clicking “Continue” until a window pops up asking you to choose a state to download for free. Proceed with the download.

Once the download is finished, quit TurboTax. Navigate to the location “C:\Program Files\TurboTax\Forms”.

Of the directories listed, it should be relatively easy to pick out the one that corresponds to the state you just downloaded (e.g. ohi_09 corresponds to the 2009 Ohio forms). Simply transfer this folder (zip it up first if you’d like) to your real OS, or any other permanent storage location.

Shut down the VM.

Reset the VM and download more states for free

Go to the snapshots menu in the VirtualBox interface (see screenshot above). Right click the snapshot you made and hit the “restore” option.

Reboot the VM. The VM and the TurboTax install are now in the original state (no pun intended) where it will allow you to download one more set of state forms for free.

Repeat the process described above to download the state forms.

Rinse and repeat, if desired.

Add the state forms back into TurboTax

Now that you have all the state forms you need, it’s time to add them back into TurboTax. Copy/move these form directories back into the “C:\Program Files\TurboTax\Forms” on your virtual machine.

The next time you start up your virtualized TurboTax install, it should scan and pick up these new forms. You can now proceed to use TurboTax normally. If desired, the new form files can also be added into the forms directory of a TurboTax installed in a real OS.

DesktopIce for Windows 7

DesktopIce is a Windows 7-only applet that "freezes"
your desktop and locks your computer. This is in contrast
to the standard blue background that appears when the computer
is locked.

You need administrator privileges to run DesktopIce since the desktop image
is saved to a system directory.
Run the program executable. An ice cube icon will appear in the taskbar.
To lock the computer through DesktopIce, right click the tray icon and click "Lock".

If you already have a custom background saved, using DesktopIce will not affect it.
Your custom background will be backed up to backgroundDefault-orig.jpg, and
put back in place once the screen is unlocked. This allows you to use the "regular"
locking mechanism (Windows Key + L) too.

DesktopIce can be downloaded at:
http://www.box.net/shared/ammz5qxfzv

Z-Alarm 2 (version 2.2) released

Time for a new Z-Alarm release. Version 2.2 brings:

• overhauled timer management and more responsive user interface
• randomized alarm buzzer tones (you’ll never, ever get used to it)
• Spacebar shortcut to hit the snooze button (no more stumbling around drowsily trying to move the mouse)
• Detailed artist-title tag info display (for supported file formats)
• More attractive-looking snooze button

More information and download:
Z-Alarm 2 (version 2.2)

mktorrent-GUI version 1.0 released

mktorrent-GUI is a Windows-based GUI frontend to the console-based (Linux/UNIX native) mktorrent tool. There don’t seem to be any decent standalone torrent file creators on Windows. There is MakeTorrent, but that was last updated in 2004 and doesn’t support more modern features like private flags. My frontend aims to address these shortcomings and expose all of the functionality of mktorrent to the user via an easy-to-use interface.

Of particular interest to hardcore torrenters is the batch mode feature. If a directory is specified as a source, mktorrent-GUI will scan one level deep for subdirectories and automatically create a torrent for each subdirectory. All of the usual features such as comments, piece size and the private flag can be set.

More information and download link:
mktorrent-GUI version 1.0

Spicing up Thunderbird 3 (Windows) with userChrome.css

After experiencing the raw speed of Thunderbird 3 + IMAP, I immediately ditched Windows Live Mail. Admittedly, the latter’s default interface is much easier on the eyes. But Thunderbird can be given a facelift, thanks to some userChrome.css tweaks. After some Googling, I came up with the following. This adds green-white zebra stripes to the message index and increases font sizes in the message index as well as the header and folder panes.

/* better looking fonts for folder pane and message list */
#folderTree > treechildren {font-size: 13px; font-family: Segoe UI;}
#threadTree > treechildren {font-size: 16px; font-family: Segoe UI;}

/* Light green, high-contrast zebra stripes in message list */
#threadTree treechildren::-moz-tree-row(odd) {
-moz-appearance: none !important;
background-image: none !important;
background-color:#EEFFBB !important;} 

#threadTree treechildren::-moz-tree-row(odd, selected) {
background-color: Highlight !important;
}

/* increase font size in header pane */
#msgHeaderView {font-size: 14px !important; font-family: Segoe UI !important;}

Here’s a screenshot of my tweaks in action (sorry about the massive amount of blurring):

Enjoy your beautified Thunderbird!

John the Ripper 1.7.3.4 Jumbo Builds for AMD K10 and Intel Core 2 (Windows)

I took the liberty of creating some Windows builds of John the Ripper 1.7.3.4. These have the jumbo patch revision 2 applied, as well as JimF’s enhancements to the jumbo patch. These builds were done on MinGW 5.1.6 + GCC 4.4.0 + OpenSSL 0.9.8l.

For AMD K10 processors (gcc march=amd10fam, MMX, SSE2, SSE3, SSE4A)

http://www.box.net/shared/x65cd88tbv

For Intel Core (gcc march=core2, MMX, SSE2, SSE3, SSSE3)

http://www.box.net/shared/6prq89ei2d

TI modernizes calculator software with Windows 7 and x64 support

TI Connect Adds 64-Bit, Windows 7 Support - ticalc.org

TI Connect is an OK piece of software if you discount the fact that it flaked out on any OS past Windows XP. Users had to resort to workarounds like running XP in a virtual machine and bypassing the host USB interface in order to connect the calculator to the VM. Thankfully, TI has turned from suck-ass to something more like kick-ass with this new 1.6.1 beta patch. To be honest, though, I haven’t done any serious programming/linking/syncing for my TI-84 or TI-89 for quite a while.

Create CUE files from dBpoweramp CD rips with dbpa2cue

EAC is undoubtedly a powerful tool for ripping CDs, thanks to its vast number of configuration options and support for features like secure mode, AccurateRip database checking, gap detection, and CUE file generation. For the most part, dBpoweramp is a similarly awesome CD ripping tool – although it’s not free, its flexible codec system and no-duh GUI make for a great combination of performance and ease-of-use. It does, however, lack the aforementioned ability of EAC to create CUE files, which can be used to re-burn ripped audio files back to a disc.

That’s where my new dbpa2cue tool comes in. When secure mode is used, dBpoweramp can be configured to write a detailed logfile with ripping information. dbpa2cue is able to read the relevant per-track information from the logfile and use this data to write a viable CUE file. If the ripped audio files are still present, dbpa2cue can optionally read tag data and add additional metadata to the CUE file.

The core of dbpa2cue utilizes libDBPA, my DBPA log processing library, originally written for the earlier dbpa2eac program (which was taken down following a complaint from a what.cd moderator). You will need the .NET Framework, 2.0 or later.

The GUI of dbpa2cue is very easy to use – simply browse for, drag and drop, or type in the path to a valid dBpoweramp ripping log. By default tagging data is used if possible.

Version 1.3 (released 1/13/2010) is now available for download:
http://www.box.net/shared/2pu0auhet4