X-Git-Url: https://wimlib.net/git/?p=wimlib;a=blobdiff_plain;f=README;h=fe6f74d7d5cb7df00ad6a65e2f2edb3cff97aa5e;hp=a2dc56c3f8a9a2ea37ee762380c70c993043e812;hb=e9ba72c5f5e8d3b86ac38e4e96761e7c0b346276;hpb=794ecd09fc527e3328e469c14e563d42a7a70a39

diff --git a/README b/README
index a2dc56c3..fe6f74d7 100644
--- a/README
+++ b/README
@@ -1,10 +1,10 @@
                                   INTRODUCTION
 
-This is wimlib version 1.4.0 (May 2013).  wimlib is a C library that can be
-used to create, modify, extract, and mount files in the Windows Imaging Format
-(WIM files).  These files are normally created by using the `imagex.exe' utility
-on Windows, but wimlib is distributed with a free implementation of ImageX
-called "wimlib-imagex" for both UNIX and Windows.
+This is wimlib version 1.4.0 (May 2013).  wimlib is a C library for creating,
+modifying, extracting, and mounting files in the Windows Imaging Format (WIM
+files).  These files are normally created by using the `imagex.exe' utility on
+Windows, but wimlib is distributed with a free implementation of ImageX called
+"wimlib-imagex" for both UNIX and Windows.
 
                                   INSTALLATION
 
@@ -65,20 +65,21 @@ better than Microsoft's software, especially with multithreaded compression,
 available in wimlib v1.1.0 and later.
 
 The following tables compare the compression ratio and performance for creating
-a compressed Windows PE image (disk usage of about 524 MB, uncompressed WIM size
-361 MB):
+a compressed x86_64 Windows PE image.  Note: these timings were done on Windows
+7 so that the times would be fully comparable; however, wimlib-imagex may have
+even better performance on Linux.
 
         Table 1. WIM size
 
                                            XPRESS Compression      LZX Compression
-        wimlib-imagex (v1.2.1):            138,971,353 bytes       131,379,943 bytes
-        Microsoft imagex.exe:              140,406,981 bytes       127,249,176 bytes
+        wimlib-imagex (v1.4.0):            165,301,379 bytes       155,254,385 bytes
+        Microsoft imagex.exe:              167,212,939 bytes       149,973,212 bytes
 
         Table 2. Time to create WIM
 
                                            XPRESS Compression      LZX Compression
-        wimlib-imagex (v1.2.1, 2 threads): 11 sec                  17 sec
-        Microsoft imagex.exe:              25 sec                  89 sec
+        wimlib-imagex (v1.4.0, 2 threads): 18 sec                  51 sec
+        Microsoft imagex.exe:              25 sec                  93 sec
 
                                   NTFS SUPPORT
 
@@ -242,9 +243,9 @@ see the code and/or ask me if you have any questions about the WIM file format
 as it exists in reality and not as it exists in Microsoft's poorly written
 documentation.
 
-The code in ntfs-apply.c and ntfs-capture.c uses the NTFS-3g library, which is a
-library for reading and writing to NTFS filesystems (the filesystem used by
-recent versions of Windows).  See
+The code in ntfs-3g_apply.c and ntfs-3g_capture.c uses the NTFS-3g library,
+which is a library for reading and writing to NTFS filesystems (the filesystem
+used by recent versions of Windows).  See
 http://www.tuxera.com/community/ntfs-3g-download/ for more information.
 
 lzx-decompress.c, the code to decompress WIM file resources that are compressed
@@ -278,7 +279,7 @@ http://www.ultimatedeployment.org/.
 
 You can see the documentation about Microsoft's version of ImageX at
 http://technet.microsoft.com/en-us/library/cc749447(v=ws.10).aspx, so you can
-see how it compares to the version provided by this library.
+see how it compares to wimlib-imagex.
 
 If you are looking for a UNIX archive format that provides features similar to
 WIM, I recommend you take a look at SquashFS (http://squashfs.sourceforge.net/).