v1.7.4

[wimlib] / README

diff --git a/README b/README
index b64d6e88584fc4e0e8bad7a4348a961f091153f7..6b4b174d5f23742cc4b48a02817e5e18bb40e9f2 100644 (file)
--- a/README
+++ b/README
@@ -1,6 +1,6 @@
                                   INTRODUCTION
 
                                   INTRODUCTION
 

-This is wimlib version 1.7.3-BETA (October 2014).  wimlib is a C library for
+This is wimlib version 1.7.4 (January 2015).  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,
 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,


@@ -78,18 +78,18 @@ create the file.  When applicable, the results with the equivalent Microsoft
 implementation in WIMGAPI is included.
 
   =============================================================================
 implementation in WIMGAPI is included.
 
   =============================================================================

-  | Compression            ||  wimlib (v1.7.2)       |  WIMGAPI (Windows 8.1) |
+  | Compression            ||  wimlib (v1.7.4)       |  WIMGAPI (Windows 8.1) |

   =============================================================================
   =============================================================================

-  | None             [1]   ||  361,314,224 in 3.4s   |  361,315,338 in 4.5s   |
-  | XPRESS           [2]   ||  138,380,918 in 4.2s   |  140,457,487 in 6.3s   |
-  | XPRESS (slow)    [3]   ||  135,269,627 in 11.1s  |  N/A                   |
-  | LZX (quick)      [4]   ||  130,332,081 in 4.7s   |  N/A                   |
-  | LZX (normal)     [5]   ||  126,714,941 in 12.9s  |  127,293,240 in 19.2s  |
-  | LZX (slow)       [6]   ||  126,150,725 in 23.4s  |  N/A                   |
-  | LZMS (non-solid) [7]   ||  121,909,750 in 13.3s  |  N/A                   |
-  | LZMS (solid)     [8]   ||  93,650,894  in 44.4s  |  88,771,192 in 109.2   |
-  | "WIMBoot"        [9]   ||  167,095,369 in 6.4s   |  169,109,650 in 10.7s  |
-  | "WIMBoot" (slow) [10]  ||  165,195,668 in 9.5s   |  N/A                   |
+  | None             [1]   ||  361,314,224 in 2.4s   |  361,315,338 in 4.5s   |
+  | XPRESS           [2]   ||  138,218,750 in 3.0s   |  140,457,436 in 6.0s   |
+  | XPRESS (slow)    [3]   ||  135,173,511 in 8.9s   |  N/A                   |
+  | LZX (quick)      [4]   ||  130,332,007 in 4.1s   |  N/A                   |
+  | LZX (normal)     [5]   ||  126,714,807 in 12.5s  |  127,293,240 in 19.2s  |
+  | LZX (slow)       [6]   ||  126,150,743 in 20.5s  |  N/A                   |
+  | LZMS (non-solid) [7]   ||  121,909,792 in 11.9s  |  N/A                   |
+  | LZMS (solid)     [8]   ||  93,650,936  in 45.0s  |  88,771,192 in 109.2   |
+  | "WIMBoot"        [9]   ||  167,023,719 in 3.5s   |  169,109,211 in 10.4s  |
+  | "WIMBoot" (slow) [10]  ||  165,027,583 in 7.9s   |  N/A                   |

   =============================================================================
 
 Notes:
   =============================================================================
 
 Notes:


@@ -316,9 +316,8 @@ extraction are implemented separately for Windows, UNIX, and UNIX (NTFS-3g
 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
 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.  No assumptions
-are made about endianness, but some code assumes that unaligned memory accesses
-are supported and relatively efficient.
+number of other GCC-supported 32-bit or 64-bit architectures.  It has been
+tested on the ARM architecture.

 
 Currently, gcc and clang are the only supported compilers.  A few nonstandard
 extensions are used in the code.
 
 Currently, gcc and clang are the only supported compilers.  A few nonstandard
 extensions are used in the code.


@@ -337,7 +336,7 @@ With regards to the supported compression formats:
   neither of which is completely applicable to its use in the WIM format, and
   the first of which contains multiple errors.
 - There does not seem to be any official documentation for LZMS, so my comments
   neither of which is completely applicable to its use in the WIM format, and
   the first of which contains multiple errors.
 - There does not seem to be any official documentation for LZMS, so my comments

-  and code in src/lzms-decompress.c may in fact be the best documentation
+  and code in src/lzms_decompress.c may in fact be the best documentation

   available for this particular compression format.
 
 The algorithms used by wimlib's compression and decompression codecs are
   available for this particular compression format.
 
 The algorithms used by wimlib's compression and decompression codecs are