Index: contrib/pgcrypto/README.pgcrypto
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RCS file: /opt/arc/cvs2/pgsql/contrib/pgcrypto/README.pgcrypto,v
retrieving revision 1.13
diff -u -c -r1.13 README.pgcrypto
*** contrib/pgcrypto/README.pgcrypto	13 Aug 2005 02:06:20 -0000	1.13
--- contrib/pgcrypto/README.pgcrypto	1 Nov 2005 22:56:42 -0000
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*** 3,8 ****
--- 3,10 ----
  =================================================
  Marko Kreen <marko@l-t.ee>
  
+ // Note: this document is in asciidoc format.
+ 
  
  1.  Installation
  -----------------
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*** 17,22 ****
--- 19,31 ----
  for the module.  They make sure the functions here produce correct
  results.
  
+ Next, to get the function into particular database, run commands in
+ file pgcrypto.sql, which should be installed into shared files directory.
+ 
+ Example using psql:
+ 
+     psql -d DBNAME -f pgcrypto.sql
+ 
  
  2.  Notes
  ----------
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  crypt-des         362837        7 days             19 years
  sha1              590223        4 days             12 years
  md5              2345086         1 day              3 years
- password       143781000       25 mins              18 days
  ------------------------------------------------------------
  
  * The machine used is 1.5GHz Pentium 4.
--- 257,262 ----
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*** 256,263 ****
    John the Ripper v1.6.38 `-test` output.
  * MD5 numbers are from mdcrack 1.2.
  * SHA1 numbers are from lcrack-20031130-beta.
- * MySQL password() numbers are from my own tests.
-   (http://grue.l-t.ee/~marko/src/mypass/)
  * `crypt-bf` numbers are taken using simple program that loops
    over 1000 8-character passwords.  That way I can show the speed with
    different number of rounds.  For reference: `john -test` shows 213
--- 264,269 ----
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*** 268,276 ****
  Note that the "try all combinations" is not a realistic exercise.
  Usually password cracking is done with the help of dictionaries, which
  contain both regular words and various mutations of them.  So, even
! somewhat word-like passwords will be cracked much faster than the above
  numbers suggest, and a 6-character non-word like password may escape
! cracking.  Or may not.
  
  
  5.  PGP encryption
--- 274,282 ----
  Note that the "try all combinations" is not a realistic exercise.
  Usually password cracking is done with the help of dictionaries, which
  contain both regular words and various mutations of them.  So, even
! somewhat word-like passwords could be cracked much faster than the above
  numbers suggest, and a 6-character non-word like password may escape
! cracking.  Or not.
  
  
  5.  PGP encryption