Moved all the rst files under regular dictionaries folder & removed _hidden ones for testing

Author: xinyinghou

_sources/_hidden/mooc_nested_dict/index.rst

@@ -108,35 +108,17 @@ See the video below for an example.
     :align: center
 
 Finish writing the code for the following problem.
+.. writecode:: intro-sample-write-code-double-mooc_nested
+   :numbered: left
+   :adaptive:
+   :practice: T
 
-.. activecode:: intro-sample-write-code-triple-mooc_nested
-    :practice: T
-    :autograde: unittest
-
-    Write a function called ``triple(num)`` that takes a number ``num`` and
-    returns the number times 3. For example, ``triple(2)`` should return 6 and
-    ``triple(-1)`` should return -3.  Look below the code to check for any
-    compiler errors or the results
-    from the test cases.  Be sure to ``return`` the result.
-    ~~~~
-    def triple(num):
-        # write code here
-
-    print(triple(2))
-    print(triple(-1))
-
-    ====
-    from unittest.gui import TestCaseGui
-    class myTests(TestCaseGui):
-
-        def testOne(self):
-            self.assertEqual(triple(2),6,"triple(2)")
-            self.assertEqual(triple(3),9,"triple(3)")
-            self.assertEqual(triple(-1),-3,"triple(-1)")
-            self.assertEqual(triple(0),0,"triple(0)")
-            self.assertEqual(triple(11),33,"triple(11)")
-
-    myTests().main()
+   Write a function called ``double(num)`` that takes a number ``num`` and
+   returns the number times 3. For example, ``double(3)`` should return 6 and ``double(-4)`` should return -8.
+   -----
+   def double(num):
+       # Your code here
+       pass
 
 
 Solving Write Code Problems with an Adaptive Mixed-up Puzzle as Scaffolding

…urces/_hidden/mooc_nested_dict/intro.rst _sources/dictionaries/mc_intro.rst_sources/_hidden/mooc_nested_dict/intro.rst renamed to _sources/dictionaries/mc_intro.rst _sources/_hidden/mooc_nested_dict/intro.rst renamed to _sources/dictionaries/mc_intro.rst

@@ -32,7 +32,7 @@ Practice
                 introLink.addEventListener("click", function(event) {
                     event.preventDefault(); // Stop immediate navigation
 
-                    console.log("User clicked the Introduction link. Saving first...");
+                    console.log("User clicked the posttest link. Saving first...");
 
                     // Trigger Save clicks, then navigate
                     triggerSaveClicks(() => {

…s/_hidden/mooc_nested_dict/nested-nt.rst _sources/dictionaries/mc_nested-nt.rst_sources/_hidden/mooc_nested_dict/nested-nt.rst renamed to _sources/dictionaries/mc_nested-nt.rst _sources/_hidden/mooc_nested_dict/nested-nt.rst renamed to _sources/dictionaries/mc_nested-nt.rst

@@ -32,7 +32,7 @@ Practice
                 introLink.addEventListener("click", function(event) {
                     event.preventDefault(); // Stop immediate navigation
 
-                    console.log("User clicked the Introduction link. Saving first...");
+                    console.log("User clicked the posttest link. Saving first...");
 
                     // Trigger Save clicks, then navigate
                     triggerSaveClicks(() => {

…s/_hidden/mooc_nested_dict/nested-wt.rst _sources/dictionaries/mc_nested-wt.rst_sources/_hidden/mooc_nested_dict/nested-wt.rst renamed to _sources/dictionaries/mc_nested-wt.rst _sources/_hidden/mooc_nested_dict/nested-wt.rst renamed to _sources/dictionaries/mc_nested-wt.rst

@@ -64,8 +64,8 @@
     Finish the function ``get_vegetarian_menu(menu_items):`` below:
         - It takes a list of tuples ``menu_items`` as input, each tuple contains ``(name, category, price, is_vegetarian)``.
         - It returns a new nested dictionary that only contains the items from  ``menu_items`` where ``is_vegetarian`` is ``True``.
-        - The outer dictionary keys are ``category`` such as "Soup", "Pizza", "Pasta", "Salad".
-        - The inner dictionary keys are ``name`` and values are ``price`` for each vegetarian item of that ``category``.
+            - The outer dictionary keys are ``category`` such as "Soup", "Pizza", "Pasta", "Salad".
+            - The inner dictionary keys are ``name`` and values are ``price`` for each vegetarian item of that ``category``.
     -----
     def get_vegetarian_menu(menu_items):
     =====
@@ -77,12 +77,13 @@
     =====
                 if category not in menu:
     =====
-                    menu[category] = {} 
+                    menu[category] = {}
     =====
                 menu[category][name] = price
     =====
         return menu
 
+    
 
 .. parsonsprob:: p4-mooc_nested
     :numbered: left
@@ -92,8 +93,8 @@
     Finish the function ``get_vegetarian_menu(menu_items):`` below:
         - It takes a list of tuples ``menu_items`` as input, each tuple contains ``(name, category, price, is_vegetarian)``.
         - It returns a new nested dictionary that only contains the items from  ``menu_items`` where ``is_vegetarian`` is ``True``.
-        - The outer dictionary keys are ``category`` such as "Soup", "Pizza", "Pasta", "Salad".
-        - The inner dictionary keys are ``name`` and values are ``price`` for each vegetarian item of that ``category``.
+            - The outer dictionary keys are ``category`` such as "Soup", "Pizza", "Pasta", "Salad".
+            - The inner dictionary keys are ``name`` and values are ``price`` for each vegetarian item of that ``category``.
     -----
     def get_order_totals(orders):
     =====
@@ -118,6 +119,7 @@
         return order_totals
 
 
+
 .. parsonsprob:: intro-sample-puzzle-mooc_nested
     :numbered: left
     :adaptive:
@@ -129,4 +131,35 @@
     -----
     def triple(num): 
     =====
-        return num * 3
+        return num * 3
+
+
+
+.. activecode:: intro-sample-write-code-triple-mooc_nested
+    :practice: T
+    :autograde: unittest
+
+    Write a function called ``triple(num)`` that takes a number ``num`` and
+    returns the number times 3. For example, ``triple(2)`` should return 6 and
+    ``triple(-1)`` should return -3.  Look below the code to check for any
+    compiler errors or the results
+    from the test cases.  Be sure to ``return`` the result.
+    ~~~~
+    def triple(num):
+        # write code here
+
+    print(triple(2))
+    print(triple(-1))
+
+    ====
+    from unittest.gui import TestCaseGui
+    class myTests(TestCaseGui):
+
+        def testOne(self):
+            self.assertEqual(triple(2),6,"triple(2)")
+            self.assertEqual(triple(3),9,"triple(3)")
+            self.assertEqual(triple(-1),-3,"triple(-1)")
+            self.assertEqual(triple(0),0,"triple(0)")
+            self.assertEqual(triple(11),33,"triple(11)")
+
+    myTests().main()