[Checkins] SVN: zope.password/trunk/ Move README at the top.

[Dan Korostelev]

Log message for revision 97561:
  Move README at the top.

Changed:
  U   zope.password/trunk/README.txt
  U   zope.password/trunk/setup.py
  D   zope.password/trunk/src/zope/password/README.txt

-=-
Modified: zope.password/trunk/README.txt
===================================================================
--- zope.password/trunk/README.txt	2009-03-06 11:47:04 UTC (rev 97560)
+++ zope.password/trunk/README.txt	2009-03-06 11:52:55 UTC (rev 97561)
@@ -1 +1,38 @@
-See the src/zope/password/README.txt file.
+================
+Password Manager
+================
+
+This package provides a password manager mechanism. Password manager is an
+utility object that can encode and check encoded 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.
+
+ * 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.
+ 
+ * 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
+one.
+
+Usage
+-----
+
+It's very easy to use password managers. The ``zope.password.interfaces.IPasswordManager``
+interface defines only two methods:
+
+ * encodePassword(password) - return encoded data for the given `password`
+ * checkPassword(storedPassword, password) - return whether the given `password`
+   coincide with the storedPassword, which is 
+ 
\ No newline at end of file

Modified: zope.password/trunk/setup.py
===================================================================
--- zope.password/trunk/setup.py	2009-03-06 11:47:04 UTC (rev 97560)
+++ zope.password/trunk/setup.py	2009-03-06 11:52:55 UTC (rev 97561)
@@ -24,7 +24,7 @@
       author_email='zope-dev at zope.org',
       description='Password encoding and checking utilities',
       long_description=(
-        open('README.txt').read(),
+        open('README.txt').read()
         + '\n\n' +
         open('CHANGES.txt').read()
         ),

Deleted: zope.password/trunk/src/zope/password/README.txt
===================================================================
--- zope.password/trunk/src/zope/password/README.txt	2009-03-06 11:47:04 UTC (rev 97560)
+++ zope.password/trunk/src/zope/password/README.txt	2009-03-06 11:52:55 UTC (rev 97561)
@@ -1,38 +0,0 @@
-================
-Password Manager
-================
-
-This package provides a password manager mechanism. Password manager is an
-utility object that can encode and check encoded 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.
-
- * 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.
- 
- * 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
-one.
-
-Usage
------
-
-It's very easy to use password managers. The ``zope.password.interfaces.IPasswordManager``
-interface defines only two methods:
-
- * encodePassword(password) - return encoded data for the given `password`
- * checkPassword(storedPassword, password) - return whether the given `password`
-   coincide with the storedPassword, which is 
- 
\ No newline at end of file