fix(curriculum): Remove additional unnecessary assert message argument wrapped in double quotes from various curriculum sections (#36457)

* fix: remove double quoted assert msg arg - responsive

* fix: remove double quoted assert msg arg - js

* fix: remove double quoted assert msg arg - libraries

* fix: remove double quoted assert msg arg - coding interview

curriculum/challenges/english/01-responsive-web-design/applied-accessibility/use-headings-to-show-hierarchical-relationships-of-content.english.md

@@ -30,7 +30,7 @@ tests:
   - text: Your code should have 6 <code>h3</code> closing tags.
     testString: assert((code.match(/\/h3/g) || []).length===6);
   - text: Your code should not have any <code>h5</code> tags.
-    testString: assert($("h5").length === 0, "Your code should not have any <code>h5</code> tags.");
+    testString: assert($("h5").length === 0);
   - text: Your code should not have any <code>h5</code> closing tags.
     testString: assert(/\/h5/.test(code)===false);
 ```

curriculum/challenges/english/01-responsive-web-design/basic-css/give-a-background-color-to-a-div-element.english.md

@@ -33,7 +33,7 @@ tests:
   - text: Your <code>div</code> element should have a silver background.
     testString: assert($("div").css("background-color") === "rgb(192, 192, 192)");
   - text: Define a class named <code>silver-background</code> within the <code>style</code> element and assign the value of <code>silver</code> to the <code>background-color</code> property.
-    testString: assert(code.match(/\.silver-background\s*{\s*background-color:\s*silver;\s*}/), "Define a class named <code>silver-background</code> within the <code>style</code> element and assign the value of <code>silver</code> to the <code>background-color</code> property.");
+    testString: assert(code.match(/\.silver-background\s*{\s*background-color:\s*silver;\s*}/));
 
 ```
 

curriculum/challenges/english/01-responsive-web-design/basic-css/import-a-google-font.english.md

@@ -32,7 +32,7 @@ tests:
   - text: Your <code>h2</code> element should use the font <code>Lobster</code>.
     testString: assert($("h2").css("font-family").match(/lobster/i));
   - text: Use an <code>h2</code> CSS selector to change the font.
-    testString: 'assert(/\s*h2\s*\{\s*font-family\:\s*(\"|")?Lobster(\"|")?(.{0,})\s*;\s*\}/gi.test(code), "Use an <code>h2</code> CSS selector to change the font.");'
+    testString: 'assert(/\s*h2\s*\{\s*font-family\:\s*(\"|")?Lobster(\"|")?(.{0,})\s*;\s*\}/gi.test(code));'
   - text: Your <code>p</code> element should still use the font <code>monospace</code>.
     testString: assert($("p").css("font-family").match(/monospace/i));
 

curriculum/challenges/english/02-javascript-algorithms-and-data-structures/object-oriented-programming/understand-the-prototype-chain.english.md

@@ -46,7 +46,7 @@ Modify the code to show the correct prototype chain.
 ```yml
 tests:
   - text: Your code should show that <code>Object.prototype</code> is the prototype of <code>Dog.prototype</code>
-    testString: assert(/Object\.prototype\.isPrototypeOf/.test(code), "Your code should show that <code>Object.prototype</code> is the prototype of <code>Dog.prototype</code>");
+    testString: assert(/Object\.prototype\.isPrototypeOf/.test(code));
 
 ```
 

curriculum/challenges/english/03-front-end-libraries/jquery/learn-how-script-tags-and-document-ready-work.english.md

@@ -26,11 +26,11 @@ This is important because without your <code>document ready function</code>, you
 ```yml
 tests:
   - text: Create a <code>script</code> element making sure it is valid and has a closing tag.
-    testString: 'assert(code.match(/<\/script\s*>/g) && code.match(/<script(\sasync|\sdefer)*(\s(charset|src|type)\s*=\s*["\"]+[^"\"]*["\"]+)*(\sasync|\sdefer)*\s*>/g) && code.match(/<\/script\s*>/g).length === code.match(/<script(\sasync|\sdefer)*(\s(charset|src|type)\s*=\s*["\"]+[^"\"]*["\"]+)*(\sasync|\sdefer)*\s*>/g).length, "Create a <code>script</code> element making sure it is valid and has a closing tag.");'
+    testString: 'assert(code.match(/<\/script\s*>/g) && code.match(/<script(\sasync|\sdefer)*(\s(charset|src|type)\s*=\s*["\"]+[^"\"]*["\"]+)*(\sasync|\sdefer)*\s*>/g) && code.match(/<\/script\s*>/g).length === code.match(/<script(\sasync|\sdefer)*(\s(charset|src|type)\s*=\s*["\"]+[^"\"]*["\"]+)*(\sasync|\sdefer)*\s*>/g).length);'
   - text: 'You should add <code>$&#40;document&#41;.ready<wbr>&#40;function&#40;&#41; {</code> to the beginning of your <code>script</code> element.'
-    testString: 'assert(code.match(/\$\s*?\(\s*?document\s*?\)\.ready\s*?\(\s*?function\s*?\(\s*?\)\s*?\{/g), "You should add <code>$&#40;document&#41;.ready<wbr>&#40;function&#40;&#41; {</code> to the beginning of your <code>script</code> element.");'
+    testString: 'assert(code.match(/\$\s*?\(\s*?document\s*?\)\.ready\s*?\(\s*?function\s*?\(\s*?\)\s*?\{/g));'
   - text: 'Close your <code>$&#40;document&#41;.ready<wbr>&#40;function&#40;&#41; {</code> function with <code>}&#41;;</code>'
-    testString: 'assert(code.match(/\n*?\s*?\}\s*?\);/g), "Close your <code>$&#40;document&#41;.ready<wbr>&#40;function&#40;&#41; {</code> function with <code>}&#41;;</code>");'
+    testString: 'assert(code.match(/\n*?\s*?\}\s*?\);/g));'
 
 ```
 

curriculum/challenges/english/03-front-end-libraries/jquery/target-html-elements-with-selectors-using-jquery.english.md

@@ -27,9 +27,9 @@ Note that we've already included both the jQuery library and the Animate.css lib
 ```yml
 tests:
   - text: 'Use the jQuery <code>addClass&#40&#41</code> function to give the classes <code>animated</code> and <code>bounce</code> to your <code>button</code> elements.'
-    testString: 'assert($("button").hasClass("animated") && $("button").hasClass("bounce"), "Use the jQuery <code>addClass&#40&#41</code> function to give the classes <code>animated</code> and <code>bounce</code> to your <code>button</code> elements.");'
+    testString: 'assert($("button").hasClass("animated") && $("button").hasClass("bounce"));'
   - text: Only use jQuery to add these classes to the element.
-    testString: 'assert(!code.match(/class.*animated/g), "Only use jQuery to add these classes to the element.");'
+    testString: 'assert(!code.match(/class.*animated/g));'
   - text: Your jQuery code should be within the <code>$(document).ready();</code> function.
     testString: assert(code.match(/\$\(document\)\.ready\(function.*(\s|\n)*.*button.*.addClass.*\);/g), 'Your jQuery code should be within the <code>$(document).ready();</code> function.');
 

curriculum/challenges/english/03-front-end-libraries/jquery/target-the-same-element-with-multiple-jquery-selectors.english.md

@@ -38,7 +38,7 @@ tests:
   - text: Your <code>#target1</code> element should have the classes <code>animated</code>&#130; <code>shake</code> and <code>btn-primary</code>.
     testString: assert($('#target1').hasClass('animated') && $('#target1').hasClass('shake') && $('#target1').hasClass('btn-primary'), 'Your <code>#target1</code> element should have the classes <code>animated</code>&#130; <code>shake</code> and <code>btn-primary</code>.');
   - text: Only use jQuery to add these classes to the element.
-    testString: 'assert(!code.match(/class.*animated/g), "Only use jQuery to add these classes to the element.");'
+    testString: 'assert(!code.match(/class.*animated/g));'
 
 ```
 

curriculum/challenges/english/08-coding-interview-prep/data-structures/create-and-add-to-sets-in-es6.english.md

@@ -40,7 +40,7 @@ For this exercise, return a set with the following values: <code>1, 2, 3, 'Taco'
 ```yml
 tests:
   - text: 'Your <code>Set</code> should only contain the values <code>1, 2, 3, Taco, Cat, Awesome</code>.'
-    testString: 'assert((function(){var test = checkSet(); return (test.size == 6) && test.has(1) && test.has(2) && test.has(3) && test.has("Taco") && test.has("Cat") && test.has("Awesome");})(), "Your <code>Set</code> should only contain the values <code>1, 2, 3, Taco, Cat, Awesome</code>.");'
+    testString: 'assert((function(){var test = checkSet(); return (test.size == 6) && test.has(1) && test.has(2) && test.has(3) && test.has("Taco") && test.has("Cat") && test.has("Awesome");})());'
 
 ```
 

curriculum/challenges/english/08-coding-interview-prep/data-structures/perform-a-subset-check-on-two-sets-of-data.english.md

@@ -25,13 +25,13 @@ tests:
   - text: The first Set() was contained in the second Set
     testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setB.add('b'); setB.add('c'); setB.add('a'); setB.add('d'); var subsetSetAB = setA.subset(setB);return (subsetSetAB === true)})(), 'The first Set() was contained in the second Set');
   - text: <code>['a', 'b'].subset(['a', 'b', 'c', 'd'])</code> should return <code>true</code>
-    testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setA.add('b'); setB.add('a'); setB.add('b'); setB.add('c'); setB.add('d'); var subsetSetAB = setA.subset(setB); return (subsetSetAB === true)})(), "<code>['a', 'b'].subset(['a', 'b', 'c', 'd'])</code> should return <code>true</code>");
+    testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setA.add('b'); setB.add('a'); setB.add('b'); setB.add('c'); setB.add('d'); var subsetSetAB = setA.subset(setB); return (subsetSetAB === true)})());
   - text: <code>['a', 'b', 'c'].subset(['a', 'b'])</code> should return <code>false</code>
-    testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setA.add('b'); setA.add('c'); setB.add('a'); setB.add('b'); var subsetSetAB = setA.subset(setB); return (subsetSetAB === false)})(), "<code>['a', 'b', 'c'].subset(['a', 'b'])</code> should return <code>false</code>");
+    testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setA.add('b'); setA.add('c'); setB.add('a'); setB.add('b'); var subsetSetAB = setA.subset(setB); return (subsetSetAB === false)})());
   - text: <code>[].subset([])</code> should return <code>true</code>
     testString: assert((function(){var setA = new Set(); var setB = new Set(); var subsetSetAB = setA.subset(setB); return (subsetSetAB === true)})(), '<code>[].subset([])</code> should return <code>true</code>');
   - text: <code>['a', 'b'].subset(['c', 'd'])</code> should return <code>false</code>
-    testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setA.add('b'); setB.add('c'); setB.add('d'); var subsetSetAB = setA.subset(setB); return (subsetSetAB === false)})(), "<code>['a', 'b'].subset(['c', 'd'])</code> should return <code>false</code>");
+    testString: assert((function(){var setA = new Set(); var setB = new Set(); setA.add('a'); setA.add('b'); setB.add('c'); setB.add('d'); var subsetSetAB = setA.subset(setB); return (subsetSetAB === false)})());
 
 ```
 

curriculum/challenges/english/08-coding-interview-prep/data-structures/use-.has-and-.size-on-an-es6-set.english.md

@@ -26,7 +26,7 @@ In this exercise we will pass an array and a value to the checkSet() function. Y
 ```yml
 tests:
   - text: <code>checkSet([4, 5, 6], 3)</code> should return [ false, 3 ]
-    testString: 'assert((function(){var test = checkSet([4,5,6], 3); return DeepEqual(test, [ false, 3 ]);})(), "<code>checkSet([4, 5, 6], 3)</code> should return [ false, 3 ]");'
+    testString: 'assert((function(){var test = checkSet([4,5,6], 3); return DeepEqual(test, [ false, 3 ]);})());'
 ```
 
 </section>

curriculum/challenges/english/08-coding-interview-prep/data-structures/use-spread-and-notes-for-es5-set-integration.english.md

@@ -30,7 +30,7 @@ Now you've successfully learned how to use the ES6 <code>Set()</code> object, go
 ```yml
 tests:
   - text: Your Set was returned correctly!
-    testString: 'assert((function(){var test = checkSet(new Set([1,2,3,4,5,6,7])); return DeepEqual(test, [ 1, 2, 3, 4, 5, 6, 7 ]);})(), "Your Set was returned correctly!");'
+    testString: 'assert((function(){var test = checkSet(new Set([1,2,3,4,5,6,7])); return DeepEqual(test, [ 1, 2, 3, 4, 5, 6, 7 ]);})());'
 
 ```
 

curriculum/challenges/english/08-coding-interview-prep/rosetta-code/factorial.english.md

@@ -34,11 +34,11 @@ tests:
   - text: <code>factorial(2)</code> should return a number.
     testString: assert(typeof factorial(2) === 'number', '<code>factorial(2)</code> should return a number.');
   - text: <code>factorial(3)</code> should return 6.
-    testString: assert.equal(factorial(3),results[0],"<code>factorial(3)</code> should return 6.");
+    testString: assert.equal(factorial(3),results[0]);
   - text: <code>factorial(3)</code> should return 120.
-    testString: assert.equal(factorial(5),results[1],"<code>factorial(3)</code> should return 120.");
+    testString: assert.equal(factorial(5),results[1]);
   - text: <code>factorial(3)</code> should return 3,628,800.
-    testString: assert.equal(factorial(10),results[2],"<code>factorial(3)</code> should return 3,628,800.");
+    testString: assert.equal(factorial(10),results[2]);
 
 ```
 

curriculum/challenges/english/08-coding-interview-prep/rosetta-code/fibonacci-sequence.english.md

@@ -28,11 +28,11 @@ tests:
   - text: <code>fibonacci(2)</code> should return a number.
     testString: assert(typeof fibonacci(2) == 'number', '<code>fibonacci(2)</code> should return a number.');
   - text: <code>fibonacci(3)</code> should return 1.
-    testString: assert.equal(fibonacci(3),1,"<code>fibonacci(3)</code> should return 1.");
+    testString: assert.equal(fibonacci(3),1);
   - text: <code>fibonacci(5)</code> should return 3.
-    testString: assert.equal(fibonacci(5),3,"<code>fibonacci(5)</code> should return 3.");
+    testString: assert.equal(fibonacci(5),3);
   - text: <code>fibonacci(10)</code> should return 34.
-    testString: assert.equal(fibonacci(10),34,"<code>fibonacci(10)</code> should return 34.");
+    testString: assert.equal(fibonacci(10),34);
 
 ```
 

curriculum/challenges/english/08-coding-interview-prep/rosetta-code/sedols.english.md

@@ -38,13 +38,13 @@ tests:
   - text: <code>sedol</code> is a function.
     testString: assert(typeof sedol === 'function', '<code>sedol</code> is a function.');
   - text: <code>sedol('a')</code> should return null.
-    testString: assert(sedol('a') === null, "<code>sedol('a')</code> should return null.");
+    testString: assert(sedol('a') === null);
   - text: <code>sedol('710889')</code> should return '7108899'.
-    testString: assert(sedol('710889') === '7108899', "<code>sedol('710889')</code> should return '7108899'.");
+    testString: assert(sedol('710889') === '7108899');
   - text: <code>sedol('BOATER')</code> should return null.
-    testString: assert(sedol('BOATER') === null, "<code>sedol('BOATER')</code> should return null.");
+    testString: assert(sedol('BOATER') === null);
   - text: <code>sedol('228276')</code> should return '2282765'.
-    testString: assert(sedol('228276') === '2282765', "<code>sedol('228276')</code> should return '2282765'.");
+    testString: assert(sedol('228276') === '2282765');
 
 ```