[Checkins] SVN: zope.password/trunk/README.txt Decreased indent of bullet list. This way it might look better when

Uli Fouquet uli at gnufix.de
Fri May 7 17:43:52 EDT 2010


Log message for revision 112168:
  Decreased indent of bullet list. This way it might look better when
  rendered to HTML.
  

Changed:
  U   zope.password/trunk/README.txt

-=-
Modified: zope.password/trunk/README.txt
===================================================================
--- zope.password/trunk/README.txt	2010-05-07 19:17:28 UTC (rev 112167)
+++ zope.password/trunk/README.txt	2010-05-07 21:43:52 UTC (rev 112168)
@@ -7,26 +7,26 @@
 passwords. Beyond the generic interface, this package also provides
 four implementations:
 
- * PlainTextPasswordManager - the most simple and the less secure
-   one. It does not do any password encoding and simply checks
-   password by string equality.  It's useful in tests or as a base
-   class for more secure implementations.
+* PlainTextPasswordManager - the most simple and the less secure
+  one. It does not do any password encoding and simply checks password
+  by string equality.  It's useful in tests or as a base class for
+  more secure implementations.
 
- * MD5PasswordManager - a password manager that uses MD5 algorithm to
-   encode passwords. It adds salt to the encoded password, but the
-   salt is not used for encoding the password itself, so the use of
-   salt in it is purely cosmetical. It's generally weak against
-   dictionary attacks.
+* MD5PasswordManager - a password manager that uses MD5 algorithm to
+  encode passwords. It adds salt to the encoded password, but the salt
+  is not used for encoding the password itself, so the use of salt in
+  it is purely cosmetical. It's generally weak against dictionary
+  attacks.
  
- * SHA1PasswordManager - a password manager that uses SHA1 algorithm
-   to encode passwords. It has the same salt weakness as the
-   MD5PasswordManager.
+* SHA1PasswordManager - a password manager that uses SHA1 algorithm to
+  encode passwords. It has the same salt weakness as the
+  MD5PasswordManager.
  
- * SSHAPasswordManager - the most secure password manager that is
-   strong against dictionary attacks. It's basically SHA1-encoding
-   password manager which also incorporates a salt into the password
-   when encoding it. This password manager is compatible with
-   passwords used in LDAP databases.
+* SSHAPasswordManager - the most secure password manager that is
+  strong against dictionary attacks. It's basically SHA1-encoding
+  password manager which also incorporates a salt into the password
+  when encoding it. This password manager is compatible with passwords
+  used in LDAP databases.
 
 It is strongly recommended to use SSHAPasswordManager, as it's the
 most secure.



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