X-Git-Url: https://wimlib.net/git/?p=wimlib;a=blobdiff_plain;f=README;h=c773ccac5b01b9160a35459f66f48fe9c5050824;hp=db2e67b03bdb0dfcdea9b16fbbf4487b6e20aa52;hb=e6f045aee3beec549744e7f1bd3ba04a75ed67e8;hpb=bacc0c49b2d9640447e4d4d599e2f09b006afdc0

diff --git a/README b/README
index db2e67b0..c773ccac 100644
--- a/README
+++ b/README
@@ -1,6 +1,6 @@
                                   INTRODUCTION
 
-This is wimlib version 1.8.3-BETA (September 2015).  wimlib is a C library for
+This is wimlib version 1.9.0-BETA (January 2016).  wimlib is a C library for
 creating, modifying, extracting, and mounting files in the Windows Imaging
 Format (WIM files).  wimlib and its command-line frontend 'wimlib-imagex'
 provide a free and cross-platform alternative to Microsoft's WIMGAPI, ImageX,
@@ -16,7 +16,7 @@ for Debian and RPM packaging are in the debian/ and rpm/ directories.
 To install wimlib and wimlib-imagex on Windows, just download and extract the
 ZIP file containing the latest binaries.  See README.WINDOWS for more details.
 
-All official wimlib releases are available from http://wimlib.net.
+All official wimlib releases are available from https://wimlib.net.
 
                                    WIM FILES
 
@@ -45,7 +45,7 @@ file extension rather than ".wim".  They are supported in wimlib since v1.6.0.
                              IMAGEX IMPLEMENTATION
 
 wimlib itself is a C library, and it provides a documented public API (See:
-http://wimlib.net/apidoc) for other programs to use.  However, it is also
+https://wimlib.net/apidoc) for other programs to use.  However, it is also
 distributed with a command-line program called "wimlib-imagex" that uses this
 library to implement an imaging tool similar to Microsoft's ImageX.
 wimlib-imagex supports almost all the capabilities of Microsoft's ImageX as well
@@ -80,14 +80,14 @@ possible, the results with the Microsoft equivalent are included.
   =============================================================================
   | None             [1]   ||  361,314,224 in 2.7s   |  361,315,338 in 3.0s   |
   | XPRESS           [2]   ||  137,954,729 in 3.0s   |  140,457,081 in 6.4s   |
-  | XPRESS (slow)    [3]   ||  135,214,004 in 8.8s   |  N/A                   |
+  | XPRESS (slow)    [3]   ||  135,147,054 in 8.0s   |  N/A                   |
   | LZX (quick)      [4]   ||  130,098,933 in 3.3s   |  N/A                   |
-  | LZX (normal)     [5]   ||  126,369,877 in 10.1s  |  127,293,110 in 19.2s  |
-  | LZX (slow)       [6]   ||  125,945,733 in 17.7s  |  N/A                   |
+  | LZX (normal)     [5]   ||  126,310,241 in 9.9s   |  127,293,110 in 18.5s  |
+  | LZX (slow)       [6]   ||  125,884,919 in 17.4s  |  N/A                   |
   | LZMS (non-solid) [7]   ||  116,150,698 in 23.4s  |  N/A                   |
   | LZMS (solid)     [8]   ||  88,108,326  in 55.6s  |  88,771,800 in 90.9s   |
   | "WIMBoot"        [9]   ||  166,892,801 in 3.0s   |  169,108,689 in 8.9s   |
-  | "WIMBoot" (slow) [10]  ||  165,022,523 in 7.3s   |  N/A                   |
+  | "WIMBoot" (slow) [10]  ||  165,004,333 in 7.8s   |  N/A                   |
   =============================================================================
 
 Notes:
@@ -154,8 +154,8 @@ formats/programs:
      | ZIP (Info-ZIP, -9)                 | 732,297      |
      | WIM (wimlib, LZX quick)            | 686,420      |
      | WIM (WIMGAPI, LZX)                 | 651,866      |
-     | WIM (wimlib, LZX normal)           | 624,142      |
-     | WIM (wimlib, LZX slow)             | 619,514      |
+     | WIM (wimlib, LZX normal)           | 623,718      |
+     | WIM (wimlib, LZX slow)             | 619,382      |
      | WIM (wimlib, LZMS non-solid)       | 581,046      |
      | tar.bz2 (bzip, default)            | 565,008      |
      | tar.bz2 (bzip, -9)                 | 565,008      |
@@ -310,7 +310,7 @@ mode), to ensure a fast and feature-rich implementation of each platform/mode.
 
 wimlib is mainly used on x86 and x86_64 CPUs, but it should also work on a
 number of other GCC-supported 32-bit or 64-bit architectures.  It has been
-tested on the ARM architecture.
+tested on the ARM and MIPS architectures.
 
 Currently, gcc and clang are the only supported compilers.  A few nonstandard
 extensions are used in the code.