convert spoiler language and towards deobfuscation language

2015/dogon/README.md

@@ -201,7 +201,7 @@ Those techniques are about the use of 64 bit integers in order to do SIMD work,
 in a portable way without ever using any SSE/AVX or other non-portable compiler
 inline functions! The irony though, is that when compiling the program on modern
 X86 architectures indeed SSE/AVX is used for the long longs.  Following is some
-"Spoiler" information, So if you want to play tough, stop reading at this point.
+deobfuscation information, So if you want to play tough, stop reading at this point.
 
 
 ### Portable SIMD programming:

2015/dogon/index.html

@@ -526,7 +526,7 @@ code more magical and efficient, at the same time.</p>
 in a portable way without ever using any SSE/AVX or other non-portable compiler
 inline functions! The irony though, is that when compiling the program on modern
 X86 architectures indeed SSE/AVX is used for the long longs. Following is some
-“Spoiler” information, So if you want to play tough, stop reading at this point.</p>
+deobfuscation information, So if you want to play tough, stop reading at this point.</p>
 <h3 id="portable-simd-programming">Portable SIMD programming:</h3>
 <p>So how is this done? Quite simply by using the whole <code>long long</code> arithmetic’s
 capability. I think the C99 standard assures us that <code>long long</code> has at least 64