Windows docs

windows/INSTALL

@@ -37,7 +37,7 @@
    be taken in the tools dir
    Example:
      $ cd (kaldi)/tools
-	 (kaldi)/tools$ pwd
+     (kaldi)/tools$ pwd
 
 
 2a) Use git to clone the OpenFST(win) from
@@ -49,38 +49,40 @@
 2b) Download pthread-win32 (or wget or curl)
    https://sourceforge.net/projects/pthreads4w/
      (kaldi)/tools$ wget http://downloads.sourceforge.net/project/pthreads4w/pthreads-w32-2-9-1-release.zip
-	 (kaldi)/tools$ mkdir pthreads; cd pthreads
-	 (kaldi)/tools/pthreads$ unzip ../pthreads-w32-2-9-1-release.zip
+     (kaldi)/tools$ mkdir pthreads; cd pthreads
+     (kaldi)/tools/pthreads$ unzip ../pthreads-w32-2-9-1-release.zip
 
 2c) Use patch (or you can use git patch) to patch the OpenFST(win)
    patch location tools/extras/openfstwin-1.3.4.patch,
    Example:
      (kaldi)/tools$ cd openfst
-	 (kaldi)/tools/openfst$ patch -p1 <../extras/openfstwin-1.3.4.patch 
+     (kaldi)/tools/openfst$ patch -p1 <../extras/openfstwin-1.3.4.patch 
+   If you get this error: `Assertion failed: hunk, file ../patch-2.5.9-src/patch.c, line 354`
+   it is because the `patch.c` file should have Windows line endings (CRLF) rather than Unix ones (LF).
 
 2d-1) Download the OpenBLAS binary packages
       https://sourceforge.net/projects/openblas
-	  (kaldi)/tools$ wget http://sourceforge.net/projects/openblas/files/v0.2.14/OpenBLAS-v0.2.14-Win64-int32.zip
-	  (kaldi)/tools$ wget http://sourceforge.net/projects/openblas/files/v0.2.14/mingw64_dll.zip
-	  (kaldi)/tools$ unzip OpenBLAS-v0.2.14-Win64-int32.zip
-	  (kaldi)/tools$ unzip mingw64_dll.zip
-	  
-	  NOTE: Be carefull to download "Win64-int32" and not "Win64-int64"!
-	  
+      (kaldi)/tools$ wget http://sourceforge.net/projects/openblas/files/v0.2.14/OpenBLAS-v0.2.14-Win64-int32.zip
+      (kaldi)/tools$ wget http://sourceforge.net/projects/openblas/files/v0.2.14/mingw64_dll.zip
+      (kaldi)/tools$ unzip OpenBLAS-v0.2.14-Win64-int32.zip
+      (kaldi)/tools$ unzip mingw64_dll.zip
+      
+      NOTE: Be carefull to download "Win64-int32" and not "Win64-int64"!
+      
 2d-2) Install MKL
 2e) If you want enabled CUDA support, download and install NVidia CUDA SDK.
     Be careful and strive for as standard install as possible. The installer
-	set certain environment variables on which the MSVC Build rules rely.
-	If you call "set" in the command line, you should see:
+    set certain environment variables on which the MSVC Build rules rely.
+    If you call "set" in the command line, you should see:
 
-	(kaldi)/tools $ set | grep CUDA
+    (kaldi)/tools $ set | grep CUDA
      CUDA_PATH='C:\Users\Yenda\Downloads\cuda'
      CUDA_PATH_V7_0='C:\Users\Yenda\Downloads\cuda'
      NVCUDASAMPLES7_0_ROOT='C:\Users\Yenda\Downloads\cuda'
      NVCUDASAMPLES_ROOT='C:\Users\Yenda\Downloads\cuda'
-	
+    
     The first one (CUDA_PATH) is particulary important.
- 	
+    
 3)  Open the OpenFST solution in VS -- 
    for VS 2013, the correct solution is in VS2012 directory
    for VS 2014, the correct solution is in VS2014 directory
@@ -90,40 +92,40 @@
 
 4)  Enter the (kaldi)/windows directory
    Example:
-	 (kaldi)/tools/openfst$ cd ../../windows
-	 (kaldi)/windows $ pwd
-	 
+     (kaldi)/tools/openfst$ cd ../../windows
+     (kaldi)/windows $ pwd
+     
 4a) modify the file variables.props to reflect 
     the correct paths, using your favorite text editor.
-	Don't worry, it's a text file, even though you have to be 
-	careful to keep the structure itself intact
-	(kaldi)/windows $ vim variables.props
-	
-	If you plan to use MKL, you can ignore the OPENBLASDIR path
-	If you plan to use OpenBLAS, you can ignore the MKLDIR path
-	No matter what you plan to use, set both the OPENFST* and PTHREADW
-	variables correctly
-	
+    Don't worry, it's a text file, even though you have to be 
+    careful to keep the structure itself intact
+    (kaldi)/windows $ vim variables.props
+    
+    If you plan to use MKL, you can ignore the OPENBLASDIR path
+    If you plan to use OpenBLAS, you can ignore the MKLDIR path
+    No matter what you plan to use, set both the OPENFST* and PTHREADW
+    variables correctly
+    
 4b-1) For OpenBLAS support, copy the file "kaldiwin_openblas.props" to "kaldiwin.props"
 4b-2) For MKL support, you don't have to do anything, it should work out of the box. 
       When you need to switch from OpenBLAS to MKL, copy the "kaldiwin_mkl.props" 
-	  to "kaldiwin.props"
+      to "kaldiwin.props"
 
 
 4c) call the script that generates the MSVC solution
-	i.e.
-	generate_solution.pl --vsver <default|vs2013|vs2015>
-	i.e. for example
-	generate_solution.pl --vsver vs2013
-	
-	For CUDA support, add switch --enable-cuda to the command line,
-	i.e. for example
-	generate_solution.pl --vsver vs2013 --enable-cuda
-	
+    i.e.
+    generate_solution.pl --vsver <default|vs2013|vs2015>
+    i.e. for example
+    generate_solution.pl --vsver vs2013
+    
+    For CUDA support, add switch --enable-cuda to the command line,
+    i.e. for example
+    generate_solution.pl --vsver vs2013 --enable-cuda
+    
 5)  Open the generated solution in the visual studio and switch to Debug|x64 (or Release|x64) and build
    Expect 10 projects to fail, majority of them will fail because of missing include "portaudio.h"
 
-------  	
+------      
 NOTE: I'm leaving the information about ATLAS here, for reference (also do not forget to consult the README.ATLAS)
 (B) either
    (i) compile ATLAS under cygwin [see INSTALL.atlas] and copy