TODO

TODO

+ * shoes (and arranged shoes)
  * handle no readline
+ * cpu and wall time in report
  * check that the card distribution is uniform
  * initial bankroll
  * report
  * to_string() for floats
  * max_splits through conf (default 3)
  * DAS
- * shoes (and arranged shoes)
  * name of the game the dealer deals
  * name of the games the player can play
  * dealers
    * blackjack switch
    * blackjack under?
    * siete y medio
+   * card war
+   * between
  * players
-   * tty
-   * stdio
-     - yes
-   * fifo  
-     - awk
-     - bash
-     - perl
-     - python
-   * internal
-     - strategy from file
-     - reko
+   * internal dumb
+   * internal reko
+   * python
    * runtime-linked in a shared object
  
  * multithreading

blackjack.conf

 flat_bet = 1
 no_insurance = true
 delay = 0
-arranged_cards = 2,1,11
+; arranged_cards = 2,1,11
 ; rng_seed = 1

src/internal.cpp

     
     case Libreblackjack::PlayerActionRequired::Play:
 
-//       std::cout << "player " << playerValue << " dealer " << dealerValue << std::endl;
+//      std::cout << "player " << playerValue << " dealer " << dealerValue << std::endl;
         
       // TODO: split
         
         
         // TODO: double  
         if (actionTaken == Libreblackjack::PlayerActionTaken::Double) {
-          actionTaken = Libreblackjack::PlayerActionTaken::Hit;    
+          actionTaken = Libreblackjack::PlayerActionTaken::Hit;
         }
       }  
-//       std::cout << (int)(actionTaken) << std::endl;
-      
+/*      
+      if (actionTaken == Libreblackjack::PlayerActionTaken::Hit) {
+        std::cout << "hit" << std::endl;
+      } else if (actionTaken == Libreblackjack::PlayerActionTaken::Stand) {
+        std::cout << "stand" << std::endl;
+      } else {
+        std::cout << "none" << std::endl;
+      }
+*/    
     break;  
     
     case Libreblackjack::PlayerActionRequired::None: