Programs that are older and/or slower than Tripcode Explorer & VecTripper
Go back to the main page. HERE.
The tripcode explorer user guide can be found, HERE.
Tripcode generating programs for Windows.
Tripcode generating programs for Mac.
Tripcode generating programs for *NIX.
Cross platform tripcode generating programs.
Other tripcode resources.
Tripcode testers.
File mirrors.
Windows:
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2 more Japanese compiled windows programs, HERE.
Brief howto is located HERE.
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Instructions for some mystery command line Windows program,
HERE.
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Another command line Windows program, HERE
(Link to .lzh file).
Regular expressions are accepted.
Does not output to a file.
Usage information:
trip_jre [option] [regular expression] [fixed key]
Use "> filename" to redirect output to an external file.
-s allow spaces in the returned tripcodes
-b allow non-ASCII characters in the returned tripcodes
-w verbose output, organised as below:
!!!!!!!!!! : 0x0000000000000000 : ######## : 11111111111111 : 2222222222222
tripcode : decimal key : password : total searches : searches /sec
Normal output (without -w flag):
üƒ9JfdogSE : #^;3W!!RH
ŸXXXWKf.ss : #TH-O(RUK
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Yet another command line program, HERE.
Results are saved to result.txt.
Errors are reported to errorlog.txt
Search terms are located in a text file called target.txt. Each
term is placed on a serperate line.
Place ^ before the word to ensure the search term is returned at the
front of the tripcode.
? is a wildcard. File is limited to 4KB and terms to 2048 bits each ...
I think..
The file can be edited while the program is running and the program
will re-read the file every 7800 trips.
You can use bracket expressions in your search terms, ([Aa] or [1-9] or
[ABCabc123] you get the idea).
Search terms are case sensitive unless you specify alternatives using
bracket expressions.
Example below:
^search
text
^here
[Hh4]ells[Bb]ells
Usage information:
tripmona [-i target_file] [-o result_file] [-l time_limit]
[-c trip_length] [-r]
-i target_file name and location of target file (default: target.txt)
-o result_file name and location of results file (default: result.txt)
-l time_limit how long to search for (eg. 10h or 30m - 10 hours or 30 minutes)
-c trip_length how long a tripcode to return (default: 10)
-r random seed
-x return format to output file TRIP : #KEY rather than #KEY : TRIP
Output file example:
#5z1w8[.d : dogil/2j2E
#bz1y8[.r : dogBKLEK5k
#+z1Y8[.¾ : dogrJXPAGg
#!1mT_a.h : dogttNAlcI
-
Yet yet another command line tool, HERE.
Results are saved to utripper.log
Usage information:
utripper [options] searchstring
-i : ignore case
-sNUM : random number seed
-pNUM : priority (0 to 2, larger number is lower priority)
-lFILENAME : log filename
-r : turn on basic regular expression search
-e : turn on extended regular expression search
-n : random search (default: sequential search)
Output file example:
D6dOGGrOZA : #06!000m} (1)
QsSjQJndOg : #06!000zG (2)
dOGFCfD/Bc : #06!001Fg (3)
iRbDOG6ky. : #06!001T6 (4)
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More command line windows tools (Optimised for 32 and 64bit
machines), HERE.
These are actually quite fast, often rivalling TE.
Results are saved to log.txt.
Search terms are located in a text file called target.txt. Each
term is placed on a serperate line.
Place ^ before the word to ensure the search term is returned at the
front of the tripcode.
Place $ after the word to ensure the search term is returned at the
back of the tripcode.
? is a wildcard.
You can use bracket expressions in your search terms, ([Aa] or [1-9] or
[ABCabc123] you get the idea).
Search terms are case sensitive unless you specify alternatives using
bracket expressions.
Example below:
^search
text
here$
[Hh4]ells[Bb]ells
Usage information:
mty
There are no command line switches that I know of.
Output file example:
�teXtizQgt2 #qé['�M�” 2009/01/19 10:14:54.152 (71 E9 5B 27 81 4D 8D 94/00)
�TEXt.6LKbU #qé['�hàœ 2009/01/19 10:14:54.707 (71 E9 5B 27 81 68 E0 9C/00)
An early development version of this program can be found, HERE.
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A set of Cygwin binaries optimised for various processors and searching methods can be got from HERE.
Results are saved to hit.txt.
Search terms are located in a text file called list.txt. Each
term is placed on a serperate line.
Mac:
-
VecTripper. A brief how-to and link to the dowload can be found, HERE.
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Tripperx, HERE. A terminal generating program for OSX. Developed by the same people who brought you VecTripper.
Run the program from the terminal (tripperx). Then enter a search term when prompted. Regular expressions are permitted.
search string:
The program informs you of every 500000 searches and calculates an average speed.
Output example:
* 500000 trips searched, 83333.3 trips/sec *
<>yXXXXCd6u2 - #IJY}iu}d
* 1000000 trips searched, 76923.1 trips/sec *
<>XXX0.p/tM - #_drcqeh.
<>5SgXXXX4YU - #psT(PMK{
* 1500000 trips searched, 81481.5 trips/sec *
<>xXXXXP8msU - #+VQ{_V|r
^Z
Search hits log to triplog.txt.
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I adore (for old macs), HERE.
And HERE. Runs on MacPerl (link). There is no need to download the MacPerl package.
There are 2 versions of this program, the only difference being that one has option 5 and one doesn't.
- Case sensitive search, results are displayed on screen.
- Case insensitive search, results are displayed on screen.
- Runs a quick benchmark and tells you how many trips/second you can expect to return.
- Allows you to test what tripcodes certain keys produce.
- Allows you to choose how many trips to make and saves the results to a filename of your choosing.
The menubar for this application features The regular Apple menu, File, Edit, Window and Help.
There is nothing special in any of the menus apart from the last option in the Edit menu. This brings up the preferences box.
Output example:
#mAmaAaaB - ◆D1cVxRNfmQ
#mAmaAabT - ◆Qsxgw1o472
#mAmaAacM - ◆LrJ1fJxA86
#mAmaAadC - ◆18hyaIbqok
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Danae, Both PPC and Intel versions are included in the archive (Only OSX version shown), downloadable from HERE.
Operation is simple. You enter a pattern to search for, press the
button next to the text box and wait. To stop press the button again.
The menu is also simple:
The only menu of any real interest is the one on the far right. It has 2 options, from top to bottom they are:
- Case sensitivity (Checked is case sensitive)
- Regular Expressions (Danae uses PCRE)
Danae saves search hits to an output file located in the same directory as the application itself. The file's name is trip.txt. An example is show below.
search strings: cccc
#XRrz!7,9 - ◆ZaKacCcCBA
#XRrz!A:j - ◆CcCc9aY1Cs
search strings: blah
#)Da°!-iZ - ◆fJblahaKm2
#)Da°!l°v - ◆sxblahprL.
#)Da°+?^U - ◆DkMPjblahM
*NIXes:
-
C source for 2
command line programs, HERE.
4tripper.c - Searches for a certain search term(s) within a tripcode
To compile you may need to comment out the line which reads (line 45):
extern char *our_fcrypt(const char *buf,const char *salt, char *ret);
To use:
tripper | grep (-i) <search term>
-i switch is to ignore the case of the search results.
4brute.c - Attempts to brute-force entire tripcode(s)
To compile you may need to comment out the line which reads (line 64):
extern char *our_fcrypt(const char *buf,const char *salt, char *ret);
To use:
usage: 4brute [-s string] [-e string] [-t string] [-p num] [-r] tripcodefile
-s string : initial key for search
-e string : final key for search
-k string : characters to use in the keys
-p num : show progress every <num> keys checked
-r : randomise the order of the keytable
"tripcodefile" has the format "username:tripcode", one per line,
there must be a blank line at the end of the file.
Example tripcode file:
Poodle:epbEdoGduw
Mouse:zIArsem5L.
Donkey:DXXXX1l9Nw
Example output:
Username "Mouse" Crypt "zIArsem5L." Tripcode "0GGo"
Username "Poodle" Crypt "epbEdoGduw" Tripcode "$GlI"
Username "Donkey" Crypt "DXXXX1l9Nw" Tripcode "0kxbk"
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C source for the program
"tripcrunch", HERE.
tripcrunch [options] <desired_tripcodes>
Command line options without arguments:
-2, --2chan Search using the 2chan algorithm. (default).
-b, --benchmark Display rudimentary benchmarks
-c, --enable-case Perform tests case sensitive. (default: case insensitive).
-l, --enable-leet Enable leetspeak in comparisons. (default: no)
-g, --generate Generate tripcodes instead of search.
Command line options with arguments:
-n <num>, --nthreads=<num> Number of threads to use. (default: 1)
-p <file>, --progress-file=<file> Keep search state in a file. (default: no)
-s <code>, --start-from=<code> Start searchies from this tripcode. (default: empty)
Output example:
Match: "^r encrypts to trip MUUeCdlDOg
Match: "sO encrypts to trip 36pys5dogw
There is no option to save the results to a file.
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Multi-threading tripcode program C source, HERE.
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Python script for
*nixes, HERE.
Cross platform:
- Javascript web based (Slower than shit when you've
haemorrhoids), HERE
and HERE.
- C# source for a program that generates tripcodes, HERE.
- Libraries emulating the UNIX crypt(1) function, in C#, HERE
and Java, HERE.
- Haskell source code for a tripcode generating algorithm, HERE.
Other:
- A massive list of tripcodes, possibly searchable, HERE.
Tripcode testers (Web based):
Use these, so as to not annoy your fellow board users with testing threads, really, it may be just 1 thread, but it is annoying.
- An english language php tester for 2 and 4chan boards:, HERE.
- An english language JS tester for 2 and 4chan boards:, HERE
- An English language JS tester for tripcodes (not 2 or 4chan), HERE.
- Another web based testing site (not 2 or 4chan), HERE.
File mirrors:
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Most files mentioned on this page can also be found HERE.