"successful-move" to "user-entered-valid-move" and "user-entered-invalid-move"

content/cftbat/functional-programming.html

@@ -353,10 +353,10 @@ <h3><a id="Anchor-13"></a>Code Organization</h3>
   <span class="tok-p">(</span><span class="tok-nf">require</span> <span class="tok-p">[</span><span class="tok-nv">clojure.set</span> <span class="tok-ss">:as</span> <span class="tok-nv">set</span><span class="tok-p">])</span>
   <span class="tok-p">(</span><span class="tok-ss">:gen-class</span><span class="tok-p">))</span>
 
-<span class="tok-p">(</span><span class="tok-kd">declare </span><span class="tok-nv">successful-move</span> <span class="tok-nv">prompt-move</span> <span class="tok-nv">game-over</span> <span class="tok-nv">query-rows</span><span class="tok-p">)</span>
+<span class="tok-p">(</span><span class="tok-kd">declare </span><span class="tok-nv">user-entered-valid-move</span> <span class="tok-nv">user-entered-invalid-move</span> <span class="tok-nv">prompt-move</span> <span class="tok-nv">game-over</span> <span class="tok-nv">query-rows</span><span class="tok-p">)</span>
 </code></pre></div></div>
 
-      <p class="Body">I’ll explain the functions here in more detail in Chapter 6. If you’re <span>curious about what’s going on, the short explanation is that </span><code>(</code><code>require </code><code>[</code><code>clojure</code><code>.set :as set])</code><span> allows you to easily use functions in the </span><code>clojure.set</code><span> namespace, </span><code>(:gen-class)</code><span> allows you to run the program from the command </span>line, and <code>(declare successful-move prompt-move game-over query-rows)</code> allows functions to refer to those names before they’re defined. If that doesn’t quite make sense yet, trust that I will explain it soon<a id="Anchor-14"></a>.</p>
+      <p class="Body">I’ll explain the functions here in more detail in Chapter 6. If you’re <span>curious about what’s going on, the short explanation is that </span><code>(</code><code>require </code><code>[</code><code>clojure</code><code>.set :as set])</code><span> allows you to easily use functions in the </span><code>clojure.set</code><span> namespace, </span><code>(:gen-class)</code><span> allows you to run the program from the command </span>line, and <code>(declare user-entered-valid-move user-entered-invalid-move prompt-move game-over query-rows)</code> allows functions to refer to those names before they’re defined. If that doesn’t quite make sense yet, trust that I will explain it soon<a id="Anchor-14"></a>.</p>
       <h3>Creating the Board</h3>
       <p class="BodyFirst">The data structure you use to represent the board should make it easy for you to print the board, check whether a player has made a valid move, actually perform a move, and check whether the game is over. You could structure the board in many ways to allow these tasks. In this case, you’ll represent the board using a map with numerical keys corresponding to each board position and values containing information about that position’s connections. The map will also contain a <code>:rows</code> key, storing the total number of rows. Figure 5-3 shows a board with each position numbered.</p>
       <img src="/assets/images/cftbat/functional-programming/peg-thing-data-structure.png" class="figure" />