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| author | Björn Stenberg <bjorn@haxx.se> | 2002-03-28 14:45:42 +0000 |
|---|---|---|
| committer | Björn Stenberg <bjorn@haxx.se> | 2002-03-28 14:45:42 +0000 |
| commit | ac7d866df360da8c77122eefab59812f65412d49 (patch) | |
| tree | 5e7622cb8a8a69a565887a7603645b0a70f73084 | |
| parent | efdfdc32842b13225650c551fc434ccf8eca3ade (diff) | |
| download | rockbox-ac7d866df360da8c77122eefab59812f65412d49.zip rockbox-ac7d866df360da8c77122eefab59812f65412d49.tar.gz rockbox-ac7d866df360da8c77122eefab59812f65412d49.tar.bz2 rockbox-ac7d866df360da8c77122eefab59812f65412d49.tar.xz | |
Change tool path to tools/
git-svn-id: svn://svn.rockbox.org/rockbox/trunk@58 a1c6a512-1295-4272-9138-f99709370657
| -rw-r--r-- | www/tools.t | 24 |
1 files changed, 12 insertions, 12 deletions
diff --git a/www/tools.t b/www/tools.t index c1c72b6..ad469ec 100644 --- a/www/tools.t +++ b/www/tools.t @@ -22,18 +22,18 @@ The data is then spread over four memory segments. The two least significant bit <p>I've written a small utility to descramble the firmware files: <ul> -<li><a href="descramble.c">descramble.c</a> - 1835 bytes - The source code (pure ANSI C, should work everywhere). GPL licensed. -<li><a href="descramble">descramble</a> - 4280 bytes - Dynamically linked i386 linux executable -<li><a href="descramble.static.bz2">descramble.static.bz2</a> - 176015 bytes - bzip2 compressed statically linked i386 linux executable -<li><a href="descramble.exe">descramble.exe</a> - 45056 bytes - win32 executable +<li><a href="tools/descramble.c">descramble.c</a> - 1835 bytes - The source code (pure ANSI C, should work everywhere). GPL licensed. +<li><a href="tools/descramble">descramble</a> - 4280 bytes - Dynamically linked i386 linux executable +<li><a href="tools/descramble.static.bz2">descramble.static.bz2</a> - 176015 bytes - bzip2 compressed statically linked i386 linux executable +<li><a href="tools/descramble.exe">descramble.exe</a> - 45056 bytes - win32 executable </ul> <p>...and one to scramble files: <ul> -<li><a href="scramble.c">scramble.c</a> - 2242 bytes - The source code (pure ANSI C, should work everywhere). GPL licensed. -<li><a href="scramble">scramble</a> - 4376 bytes - Dynamically linked i386 linux executable -<li><a href="scramble.static.bz2">scramble.static.bz2</a> - 176117 bytes - bzip2 compressed statically linked i386 linux executable -<li><a href="scramble.exe">scramble.exe</a> - 93385 bytes - win32 executable +<li><a href="tools/scramble.c">scramble.c</a> - 2242 bytes - The source code (pure ANSI C, should work everywhere). GPL licensed. +<li><a href="tools/scramble">scramble</a> - 4376 bytes - Dynamically linked i386 linux executable +<li><a href="tools/scramble.static.bz2">scramble.static.bz2</a> - 176117 bytes - bzip2 compressed statically linked i386 linux executable +<li><a href="tools/scramble.exe">scramble.exe</a> - 93385 bytes - win32 executable </ul> <h2>Disassembler</h2> @@ -41,10 +41,10 @@ The data is then spread over four memory segments. The two least significant bit <p>I found a nice public domain SH-1/SH-2 disassembler written by Bart Trzynadlowski, called <a href="http://saturndev.emuvibes.com/Files/sh2d020.zip">sh2d</a>: <p><b>Update:</b> I've added address lookup and register name translation to the disassembler (2001-12-09) <ul> -<li><a href="sh2d.c">sh2d.c</a> - 28 kB - Source code -<li><a href="sh2d">sh2d</a> - 15 kB - Dynamically linked i386 linux executable -<li><a href="sh2d.static.bz2">sh2d.static.bz2</a> - 170 kB - bzip2 compressed statically linked i386 linux executable -<li><a href="sh2d.exe">sh2d.exe</a> - 40 kB - win32 executable (original version; no lookup) +<li><a href="tools/sh2d.c">sh2d.c</a> - 28 kB - Source code +<li><a href="tools/sh2d">sh2d</a> - 15 kB - Dynamically linked i386 linux executable +<li><a href="tools/sh2d.static.bz2">sh2d.static.bz2</a> - 170 kB - bzip2 compressed statically linked i386 linux executable +<li><a href="tools/sh2d.exe">sh2d.exe</a> - 40 kB - win32 executable (original version; no lookup) </ul> <h2>Compiler</h2> |