snf_engine.cpp uses codedweller

snf_engine.cpp

 #include "../CodeDweller/mangler.hpp"
 #include "snf_engine.hpp"
 
-namespace codedweller {
+namespace cd = codedweller;
 
 ///////////////////////////////////////////////////////////////////////////////////////////
 // BEGIN IMPLEMENTATIONS //////////////////////////////////////////////////////////////////
 
 // TokenMatrix::Load(stream)
 
-const AbortCheck CompatibleIntSizeCheck("TokenMatrix::Load():CompatibleIntSizeCheck(sizeof(unsigned int)==4)");
+const cd::AbortCheck CompatibleIntSizeCheck("TokenMatrix::Load():CompatibleIntSizeCheck(sizeof(unsigned int)==4)");
 
 void TokenMatrix::Load(std::ifstream& F) {                                      // Initializes the token matrix from a file.
   CompatibleIntSizeCheck(sizeof(unsigned int)==4);                              // Check our assumptions.
 
 void TokenMatrix::Validate(std::string& SecurityKey) {                          // Decrypts and validates the matrix.
 
-  MANGLER ValidationChecker;                                                    // Create a mangler engine for validation.
+  cd::MANGLER ValidationChecker;                                                // Create a mangler engine for validation.
 
   // In order to do the validation we must look at the token matrix as a sequence of bytes.
   // We will be decrypting the first and last SecurtySegmentSize of this sequence and then
 
 void TokenMatrix::Verify(std::string& SecurityKey) {                            // Builds and verifies a file digest.
 
-  MANGLER DigestChecker;                                                        // Create a mangler for the digest.
+  cd::MANGLER DigestChecker;                                                    // Create a mangler for the digest.
 
   // Gain access to our token matrix as bytes.
 
     finish = (finish < data.size()) ? finish : data.size();
     for(unsigned int a = start; a < finish; a++) EvaluateThis(data[a]);
 }
-
-} // End namespace codedweller