--- Unicode-String-2.09/README		2005-10-25 13:56:28.000000000 +0100

+++ Unicode-String-2.09/README.utf8	2010-02-18 09:11:45.235669975 +0000

@@ -18,8 +18,8 @@

    o Depreciation because of perl's own utf8 support.

    o Composition/decomposition support:

-     $u->decomp;  # will decomposite as much as possible:  "å"  --> "a°"

-     $u->comp;    # will composite as much as possible:    "a°" --> "å"

+     $u->decomp;  # will decomposite as much as possible:  "å"  --> "a°"

+     $u->comp;    # will composite as much as possible:    "a°" --> "å"

      Need separate routines or a special argument to distinguish

      between compatibility decomposition and canonical decomposition.

@@ -64,7 +64,7 @@

    print $u->latin1;

    print $u->hex;

-   print latin1("naïve\n")->utf8;

+   print utf8("naïve\n")->latin1;

    use Unicode::CharName qw(uname);

    print uname(ord('$')), "\n";

@@ -73,7 +73,7 @@

 COPYRIGHT

-  © 1997-2000,2005 Gisle Aas. All rights reserved.

+  © 1997-2000,2005 Gisle Aas. All rights reserved.

 This library is free software; you can redistribute it and/or modify

 it under the same terms as Perl itself.

--- Unicode-String-2.09/String.pm	2005-10-26 09:13:10.000000000 +0100

+++ Unicode-String-2.09/String.pm.utf8	2010-02-18 09:11:45.234427359 +0000

@@ -597,7 +597,7 @@

 current value is returned.

 To illustrate the encodings we show how the 2 character sample string

-of "µm" (micro meter) is encoded for each one.

+of "µm" (micro meter) is encoded for each one.

 =over 4

@@ -606,7 +606,7 @@

 =item $us->utf32be( $newval )

 The string passed should be in the UTF-32 encoding with bytes in big

-endian order.  The sample "µm" is "\0\0\0\xB5\0\0\0m" in this encoding.

+endian order.  The sample "µm" is "\0\0\0\xB5\0\0\0m" in this encoding.

 Alternative names for this method are utf32() and ucs4().

@@ -615,14 +615,14 @@

 =item $us->utf32le( $newval )

 The string passed should be in the UTF-32 encoding with bytes in little

-endian order.  The sample "µm" is is "\xB5\0\0\0m\0\0\0" in this encoding.

+endian order.  The sample "µm" is is "\xB5\0\0\0m\0\0\0" in this encoding.

 =item $us->utf16be

 =item $us->utf16be( $newval )

 The string passed should be in the UTF-16 encoding with bytes in big

-endian order. The sample "µm" is "\0\xB5\0m" in this encoding.

+endian order. The sample "µm" is "\0\xB5\0m" in this encoding.

 Alternative names for this method are utf16() and ucs2().

@@ -635,7 +635,7 @@

 =item $us->utf16le( $newval )

 The string passed should be in the UTF-16 encoding with bytes in

-little endian order.  The sample "µm" is is "\xB5\0m\0" in this

+little endian order.  The sample "µm" is is "\xB5\0m\0" in this

 encoding.  This is the encoding used by the Microsoft Windows API.

 If the string passed to utf16le() starts with the Unicode byte order

@@ -646,14 +646,14 @@

 =item $us->utf8( $newval )

-The string passed should be in the UTF-8 encoding. The sample "µm" is

+The string passed should be in the UTF-8 encoding. The sample "µm" is

 "\xC2\xB5m" in this encoding.

 =item $us->utf7

 =item $us->utf7( $newval )

-The string passed should be in the UTF-7 encoding. The sample "µm" is

+The string passed should be in the UTF-7 encoding. The sample "µm" is

 "+ALU-m" in this encoding.

@@ -673,7 +673,7 @@

 =item $us->latin1( $newval )

-The string passed should be in the ISO-8859-1 encoding. The sample "µm" is

+The string passed should be in the ISO-8859-1 encoding. The sample "µm" is

 "\xB5m" in this encoding.

 Characters outside the "\x00" .. "\xFF" range are simply removed from

@@ -688,7 +688,7 @@

 The string passed should be plain ASCII where each Unicode character

 is represented by the "U+XXXX" string and separated by a single space

 character.  The "U+" prefix is optional when setting the value.  The

-sample "µm" is "U+00b5 U+006d" in this encoding.

+sample "µm" is "U+00b5 U+006d" in this encoding.

 =back