diff --git a/assets/workshops/workshop07-solutions.html b/assets/workshops/workshop07-solutions.html
index 3275a8b..932f799 100644
--- a/assets/workshops/workshop07-solutions.html
+++ b/assets/workshops/workshop07-solutions.html
@@ -253,19 +253,17 @@ <h1 class="title"><p>CITS5501 lab 7 (week 8) – reviews
 <h2 id="toc-title">Contents</h2>
 <ul>
 <li><a href="#reading" id="toc-reading">Reading</a></li>
-<li><a href="#a.-code-review" id="toc-a.-code-review">A. Code
-review</a></li>
-<li><a href="#b.-exercise" id="toc-b.-exercise">B. Exercise</a>
+<li><a href="#code-review" id="toc-code-review">1. Code review</a></li>
+<li><a href="#exercise" id="toc-exercise">2. Exercise</a>
 <ul>
 <li><a href="#code-sample-1-dayofyear" id="toc-code-sample-1-dayofyear">Code sample 1 –
 <code>dayOfYear</code></a></li>
 <li><a href="#code-sample-2-leap" id="toc-code-sample-2-leap">Code
 sample 2 – <code>leap</code></a></li>
 </ul></li>
-<li><a href="#c.-linters-and-formatters" id="toc-c.-linters-and-formatters">C. Linters and formatters</a></li>
-<li><a href="#d.-ant-build-files-and-code-coverage-tools" id="toc-d.-ant-build-files-and-code-coverage-tools">D. Ant build files
-and code coverage tools</a></li>
-<li><a href="#e.-summary" id="toc-e.-summary">E. Summary</a></li>
+<li><a href="#linters-and-formatters" id="toc-linters-and-formatters">3.
+Linters and formatters</a></li>
+<li><a href="#summary" id="toc-summary">4. Summary</a></li>
 <li><a href="#appendix-code-review-instructions" id="toc-appendix-code-review-instructions">Appendix – Code review
 instructions</a>
 <ul>
@@ -278,7 +276,7 @@ <h2 id="toc-title">Contents</h2>
 <h2 id="reading">Reading</h2>
 <p>It is strongly suggested you complete the recommended readings for
 weeks 1-7 <em>before</em> attempting this lab/workshop.</p>
-<h2 id="a.-code-review">A. Code review</h2>
+<h2 id="code-review">1. Code review</h2>
 <p><em>Code review</em> is careful, systematic study of source code by
 people who are not the original author of the code. It’s analogous to
 having someone proofread a written essay or assignment before you submit
@@ -312,7 +310,7 @@ <h2 id="a.-code-review">A. Code review</h2>
 works, then there is more information available in the <em>Pressman</em>
 textbook, as well as a whole <a href="https://codereview.stackexchange.com">StackExchange site</a>
 dedicated to code review.</p>
-<h2 id="b.-exercise">B. Exercise</h2>
+<h2 id="exercise">2. Exercise</h2>
 <!--
 For this exercise you
 should split up into small groups of 2-3 people.
@@ -517,7 +515,7 @@ <h3 id="code-sample-2-leap">Code sample 2 – <code>leap</code></h3>
 inline comments probably aren’t necessary (but Javadoc documentation
 still is).</p>
 </div>
-<h2 id="c.-linters-and-formatters">C. Linters and formatters</h2>
+<h2 id="linters-and-formatters">3. Linters and formatters</h2>
 <p>In general, it’s expensive to spend the time of humans doing
 something a computer could do equally well – like formatting code
 correctly, or spotting errors that can be checked for mechanically. So
@@ -541,83 +539,7 @@ <h2 id="c.-linters-and-formatters">C. Linters and formatters</h2>
 for Java include <a href="http://checkstyle.sourceforge.net/">Checkstyle</a>, <a href="https://spotbugs.github.io/">Spotbugs</a>, and <a href="https://pmd.github.io/">PMD</a>. In your own time, you might like
 to try running one of these tools over code you have written, to see
 what sort of problems they can flag.</p>
-<h2 id="d.-ant-build-files-and-code-coverage-tools">D. Ant build files
-and code coverage tools</h2>
-<p>This exercise is to get you familiar with code coverage tools and
-some of their weaknesses.</p>
-<p>A repository with Java code is provided at <a href="https://github.com/cits5501/week-8-lab-coverage-example" class="uri">https://github.com/cits5501/week-8-lab-coverage-example</a>
-which contains a simple class for detecting whether a Java string is a
-palindrome (<code>Palindrome.java</code>), and tests for this class
-using JUnit.</p>
-<p>You can use <a href="https://www.gitpod.io">GitPod</a> to work with
-this code online. You will need a GitHub account; once you have one set
-up, follow the link below:</p>
-<p>  <a href="https://gitpod.io/new/#https://github.com/cits5501/week-8-lab-coverage-example" class="uri">https://gitpod.io/new/#https://github.com/cits5501/week-8-lab-coverage-example</a></p>
-<p>and select “New workspace”.</p>
-<p>After a minute or two, you should get access to an online version of
-the VS Code editor in which the source code for the repository is
-available. Take a look at the <code>build.xml</code> file; this file is
-used by the <a href="https://en.wikipedia.org/wiki/Apache_Ant">Apache
-Ant</a> build automation tool. It defines several “targets” representing
-tasks that can be run using the build file:</p>
-<ul>
-<li>init</li>
-<li>compile</li>
-<li>compileTest</li>
-<li>test, and</li>
-<li>report.</li>
-</ul>
-<p>(Some of these tasks you can also do just using VS Code. For
-instance, open <code>PalindromeTest.java</code>, expand the “outline”
-and “java projects” panes, and wait for the background tasks to finish.
-A green triangle should appear next to the start of the
-<code>PalindromeTest</code> class, indicating that it can be clicked to
-run the JUnit tests it contains.)</p>
-<p>Click the “Terminal” pane, and type <code>ant test</code> to run the
-JUnit tests. The messages should indicate that four tests were run with
-no failures.</p>
-<p>Now run <code>ant report</code>, and not only will the tests be run,
-but the paths they take through the code of <code>PalindromeTest</code>
-will be recorded by a tool called <a href="https://www.jacoco.org/jacoco/">JaCoCo</a>, and a report
-produced.</p>
-<p>You can view this by clicking “Go Live” in the VS Code taskbar
-(towards the right). This serves up the contents of the repository
-directory via HTTP, so it can be viewed in the browser. Click “report”,
-and by clicking through, you should be able to see a coverage report for
-our tests.</p>
-<p><img role="img" 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" style="width:20cm" /></p>
-<p>Read the JaCoco documentation on “Coverage Counters”, <a href="https://www.eclemma.org/jacoco/trunk/doc/counters.html">here</a>,
-for more information about exactly what is being measured.</p>
-<p><strong>Exercises</strong></p>
-<ul>
-<li><p>Comment out one of the assert statements (e.g. the one containing
-<code>p.isPalindrome(&quot;redivider&quot;)</code>) and replace it with the bare
-call to <code>p.isPalindrome()</code>.</p>
-<p>Does the coverage report change at all? Try doing the same for all
-tests, and check again. What weakness of coverage tools does this
-suggest?</p></li>
-<li><p>Comment out all but one of the tests. Again, does the coverage
-report change?</p></li>
-<li><p>Applying the ideas from ISP (but without necessarily doing a
-detailed analysis) – can you spot any test cases that are missing from
-the test suite?</p></li>
-</ul>
-<div class="solutions">
-<p><strong>Solution</strong></p>
-<p>The coverage report doesn’t change in any of the above cases.</p>
-<p>This suggests we could have a very weak test suite, consisting of
-just one test case – say, an empty string (<code>&quot;&quot;</code>) – and with
-no assertions, and full coverage would still be reported.</p>
-<p>If changes are made to the code, we could easily introduce errors
-that aren’t picked up by the test suite.</p>
-<p>When we look at mutation testing, we will see ways of assessing the
-quality of our tests which do not depend on measuring coverage as
-reported by tools like JaCoCo.</p>
-<p>As for a missing test case: an empty string (a degenerate or “border”
-case) would be a good thing to test for, as would single-letter strings,
-but this is not done.</p>
-</div>
-<h2 id="e.-summary">E. Summary</h2>
+<h2 id="summary">4. Summary</h2>
 <p>Code review is a widely-used technique for improving software quality
 by human inspection. Code review can detect many kinds of problems in
 code, but in this workshop we looked at code samples which highlighted
diff --git a/assets/workshops/workshop07-solutions.md b/assets/workshops/workshop07-solutions.md
index adbfba2..dc92d7c 100644
--- a/assets/workshops/workshop07-solutions.md
+++ b/assets/workshops/workshop07-solutions.md
@@ -8,7 +8,7 @@ title: |
 It is strongly suggested you complete the recommended readings for weeks 1-7
 *before* attempting this lab/workshop.
 
-## A. Code review
+## 1. Code review
 
 *Code review* is careful, systematic study of source code by people who are not
 the original author of the code. It's analogous to having someone proofread
@@ -46,7 +46,7 @@ to code review.
 
 [code-review-stack]: https://codereview.stackexchange.com 
 
-## B. Exercise
+## 2. Exercise
 
 
 <!--
@@ -308,7 +308,7 @@ probably aren't necessary (but Javadoc documentation still is).
 
 
 
-## C. Linters and formatters
+## 3. Linters and formatters
 
 In general, it's expensive to spend the time of humans doing
 something a computer could do equally well -- like formatting code
@@ -350,120 +350,9 @@ problems they can flag.
 
 \newpage
 
-## D. Ant build files and code coverage tools
 
-This exercise is to get you familiar with code coverage tools and some of their weaknesses.
 
-A repository with Java code is provided at 
-<https://github.com/cits5501/week-8-lab-coverage-example> which contains a simple class
-for detecting whether a Java string is a palindrome (`Palindrome.java`), and tests for
-this class using JUnit.
-
-You can use [GitPod](https://www.gitpod.io) to work with this code online. You will need a GitHub account; once you
-have one set up, follow the link below:
-
-&nbsp; <https://gitpod.io/new/#https://github.com/cits5501/week-8-lab-coverage-example>
-
-and select "New workspace".
-
-After a minute or two, you should get access to an online version of the VS Code editor in which
-the source code for the repository is available. Take a look at the `build.xml` file; this file
-is used by the [Apache Ant][ant] build automation tool. It defines
-several "targets" representing tasks that can be run using the build
-file:
-
-[ant]: https://en.wikipedia.org/wiki/Apache_Ant
-
-- init
-- compile
-- compileTest
-- test, and
-- report.
-
-(Some of these tasks you can also do just using VS Code. For instance,
-open `PalindromeTest.java`, expand the "outline" and "java projects"
-panes, and wait for the background tasks to finish.
-A green triangle should appear next to the start of the `PalindromeTest`
-class, indicating that it can be clicked to run the JUnit tests it
-contains.)
-
-Click the "Terminal" pane, and type `ant test` to run the JUnit tests.
-The messages should indicate that four tests were run with no failures.
-
-Now run `ant report`, and not only will the tests be run, but the paths
-they take through the code of `PalindromeTest` will be recorded by a
-tool called [JaCoCo][jacoco], and a report produced.
-
-[jacoco]: https://www.jacoco.org/jacoco/
-
-You can view this by clicking "Go Live" in the VS Code taskbar (towards
-the right). This serves up the contents of the repository directory via
-HTTP, so it can be viewed in the browser. Click "report", and by
-clicking through, you should be able to see a coverage report for our
-tests.
-
-
-![](jacoco-coverage-rep.png){ width="20cm" }
-
-
-Read the JaCoco documentation on "Coverage Counters", [here][cov],
-for more information about exactly what is being measured.
-
-[cov]: https://www.eclemma.org/jacoco/trunk/doc/counters.html
-
-**Exercises**
-
-- Comment out one of the assert statements (e.g. the one containing
-  `p.isPalindrome("redivider")`) and replace it with the bare call to
-  `p.isPalindrome()`.
-
-  Does the coverage report change at all? Try doing the same for all
-  tests, and check again. What weakness of coverage tools does this
-  suggest?
-
-- Comment out all but one of the tests. Again, does the coverage report
-  change?
-
-- Applying the ideas from ISP (but without necessarily doing a detailed
-  analysis) -- can you spot any test cases that are missing from the
-  test suite?
-
-
-<div class="solutions">
-
-\solbox
-
-**Solution**
-
-The coverage report doesn't change in any of the above
-cases.
-
-This suggests we could have a very weak test suite, consisting
-of just one test case -- say, an empty string (`""`) -- and with no
-assertions, and full coverage would still be reported.
-
-If changes are made to the code, we could easily introduce errors that
-aren't picked up by the test suite.
-
-When we look at mutation testing, we will see ways of assessing the
-quality of our tests which do not depend on measuring coverage as
-reported by tools like JaCoCo.
-
-As for a missing test case: an empty string (a degenerate or "border"
-case) would be a good thing to test for, as would single-letter strings,
-but this is not done.
-
-
-</div>
-\endsolbox
-
-
-\newpage
-
-
-
-
-## E. Summary
+## 4. Summary
 
 Code review is a widely-used technique for improving software quality by
 human inspection. Code review can detect many kinds of problems in code,
diff --git a/assets/workshops/workshop07.html b/assets/workshops/workshop07.html
index 3ecaeee..6b17c48 100644
--- a/assets/workshops/workshop07.html
+++ b/assets/workshops/workshop07.html
@@ -252,19 +252,17 @@ <h1 class="title"><p>CITS5501 lab 7 (week 8) – reviews</p></h1>
 <h2 id="toc-title">Contents</h2>
 <ul>
 <li><a href="#reading" id="toc-reading">Reading</a></li>
-<li><a href="#a.-code-review" id="toc-a.-code-review">A. Code
-review</a></li>
-<li><a href="#b.-exercise" id="toc-b.-exercise">B. Exercise</a>
+<li><a href="#code-review" id="toc-code-review">1. Code review</a></li>
+<li><a href="#exercise" id="toc-exercise">2. Exercise</a>
 <ul>
 <li><a href="#code-sample-1-dayofyear" id="toc-code-sample-1-dayofyear">Code sample 1 –
 <code>dayOfYear</code></a></li>
 <li><a href="#code-sample-2-leap" id="toc-code-sample-2-leap">Code
 sample 2 – <code>leap</code></a></li>
 </ul></li>
-<li><a href="#c.-linters-and-formatters" id="toc-c.-linters-and-formatters">C. Linters and formatters</a></li>
-<li><a href="#d.-ant-build-files-and-code-coverage-tools" id="toc-d.-ant-build-files-and-code-coverage-tools">D. Ant build files
-and code coverage tools</a></li>
-<li><a href="#e.-summary" id="toc-e.-summary">E. Summary</a></li>
+<li><a href="#linters-and-formatters" id="toc-linters-and-formatters">3.
+Linters and formatters</a></li>
+<li><a href="#summary" id="toc-summary">4. Summary</a></li>
 <li><a href="#appendix-code-review-instructions" id="toc-appendix-code-review-instructions">Appendix – Code review
 instructions</a>
 <ul>
@@ -277,7 +275,7 @@ <h2 id="toc-title">Contents</h2>
 <h2 id="reading">Reading</h2>
 <p>It is strongly suggested you complete the recommended readings for
 weeks 1-7 <em>before</em> attempting this lab/workshop.</p>
-<h2 id="a.-code-review">A. Code review</h2>
+<h2 id="code-review">1. Code review</h2>
 <p><em>Code review</em> is careful, systematic study of source code by
 people who are not the original author of the code. It’s analogous to
 having someone proofread a written essay or assignment before you submit
@@ -311,7 +309,7 @@ <h2 id="a.-code-review">A. Code review</h2>
 works, then there is more information available in the <em>Pressman</em>
 textbook, as well as a whole <a href="https://codereview.stackexchange.com">StackExchange site</a>
 dedicated to code review.</p>
-<h2 id="b.-exercise">B. Exercise</h2>
+<h2 id="exercise">2. Exercise</h2>
 <!--
 For this exercise you
 should split up into small groups of 2-3 people.
@@ -385,7 +383,7 @@ <h3 id="code-sample-2-leap">Code sample 2 – <code>leap</code></h3>
 <span id="cb2-15"><a href="#cb2-15" aria-hidden="true" tabindex="-1"></a>    <span class="op">}</span></span>
 <span id="cb2-16"><a href="#cb2-16" aria-hidden="true" tabindex="-1"></a>    <span class="cf">return</span> <span class="kw">false</span><span class="op">;</span> <span class="co">/*R5*/</span></span>
 <span id="cb2-17"><a href="#cb2-17" aria-hidden="true" tabindex="-1"></a><span class="op">}</span></span></code></pre></div>
-<h2 id="c.-linters-and-formatters">C. Linters and formatters</h2>
+<h2 id="linters-and-formatters">3. Linters and formatters</h2>
 <p>In general, it’s expensive to spend the time of humans doing
 something a computer could do equally well – like formatting code
 correctly, or spotting errors that can be checked for mechanically. So
@@ -409,68 +407,7 @@ <h2 id="c.-linters-and-formatters">C. Linters and formatters</h2>
 for Java include <a href="http://checkstyle.sourceforge.net/">Checkstyle</a>, <a href="https://spotbugs.github.io/">Spotbugs</a>, and <a href="https://pmd.github.io/">PMD</a>. In your own time, you might like
 to try running one of these tools over code you have written, to see
 what sort of problems they can flag.</p>
-<h2 id="d.-ant-build-files-and-code-coverage-tools">D. Ant build files
-and code coverage tools</h2>
-<p>This exercise is to get you familiar with code coverage tools and
-some of their weaknesses.</p>
-<p>A repository with Java code is provided at <a href="https://github.com/cits5501/week-8-lab-coverage-example" class="uri">https://github.com/cits5501/week-8-lab-coverage-example</a>
-which contains a simple class for detecting whether a Java string is a
-palindrome (<code>Palindrome.java</code>), and tests for this class
-using JUnit.</p>
-<p>You can use <a href="https://www.gitpod.io">GitPod</a> to work with
-this code online. You will need a GitHub account; once you have one set
-up, follow the link below:</p>
-<p>  <a href="https://gitpod.io/new/#https://github.com/cits5501/week-8-lab-coverage-example" class="uri">https://gitpod.io/new/#https://github.com/cits5501/week-8-lab-coverage-example</a></p>
-<p>and select “New workspace”.</p>
-<p>After a minute or two, you should get access to an online version of
-the VS Code editor in which the source code for the repository is
-available. Take a look at the <code>build.xml</code> file; this file is
-used by the <a href="https://en.wikipedia.org/wiki/Apache_Ant">Apache
-Ant</a> build automation tool. It defines several “targets” representing
-tasks that can be run using the build file:</p>
-<ul>
-<li>init</li>
-<li>compile</li>
-<li>compileTest</li>
-<li>test, and</li>
-<li>report.</li>
-</ul>
-<p>(Some of these tasks you can also do just using VS Code. For
-instance, open <code>PalindromeTest.java</code>, expand the “outline”
-and “java projects” panes, and wait for the background tasks to finish.
-A green triangle should appear next to the start of the
-<code>PalindromeTest</code> class, indicating that it can be clicked to
-run the JUnit tests it contains.)</p>
-<p>Click the “Terminal” pane, and type <code>ant test</code> to run the
-JUnit tests. The messages should indicate that four tests were run with
-no failures.</p>
-<p>Now run <code>ant report</code>, and not only will the tests be run,
-but the paths they take through the code of <code>PalindromeTest</code>
-will be recorded by a tool called <a href="https://www.jacoco.org/jacoco/">JaCoCo</a>, and a report
-produced.</p>
-<p>You can view this by clicking “Go Live” in the VS Code taskbar
-(towards the right). This serves up the contents of the repository
-directory via HTTP, so it can be viewed in the browser. Click “report”,
-and by clicking through, you should be able to see a coverage report for
-our tests.</p>
-<p><img role="img" 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" style="width:20cm" /></p>
-<p>Read the JaCoco documentation on “Coverage Counters”, <a href="https://www.eclemma.org/jacoco/trunk/doc/counters.html">here</a>,
-for more information about exactly what is being measured.</p>
-<p><strong>Exercises</strong></p>
-<ul>
-<li><p>Comment out one of the assert statements (e.g. the one containing
-<code>p.isPalindrome(&quot;redivider&quot;)</code>) and replace it with the bare
-call to <code>p.isPalindrome()</code>.</p>
-<p>Does the coverage report change at all? Try doing the same for all
-tests, and check again. What weakness of coverage tools does this
-suggest?</p></li>
-<li><p>Comment out all but one of the tests. Again, does the coverage
-report change?</p></li>
-<li><p>Applying the ideas from ISP (but without necessarily doing a
-detailed analysis) – can you spot any test cases that are missing from
-the test suite?</p></li>
-</ul>
-<h2 id="e.-summary">E. Summary</h2>
+<h2 id="summary">4. Summary</h2>
 <p>Code review is a widely-used technique for improving software quality
 by human inspection. Code review can detect many kinds of problems in
 code, but in this workshop we looked at code samples which highlighted
diff --git a/assets/workshops/workshop07.md b/assets/workshops/workshop07.md
index dd17cc9..220502e 100644
--- a/assets/workshops/workshop07.md
+++ b/assets/workshops/workshop07.md
@@ -8,7 +8,7 @@ title: |
 It is strongly suggested you complete the recommended readings for weeks 1-7
 *before* attempting this lab/workshop.
 
-## A. Code review
+## 1. Code review
 
 *Code review* is careful, systematic study of source code by people who are not
 the original author of the code. It's analogous to having someone proofread
@@ -46,7 +46,7 @@ to code review.
 
 [code-review-stack]: https://codereview.stackexchange.com 
 
-## B. Exercise
+## 2. Exercise
 
 
 <!--
@@ -147,7 +147,7 @@ public static boolean leap(int y) {
 
 
 
-## C. Linters and formatters
+## 3. Linters and formatters
 
 In general, it's expensive to spend the time of humans doing
 something a computer could do equally well -- like formatting code
@@ -189,92 +189,9 @@ problems they can flag.
 
 \newpage
 
-## D. Ant build files and code coverage tools
 
-This exercise is to get you familiar with code coverage tools and some of their weaknesses.
 
-A repository with Java code is provided at 
-<https://github.com/cits5501/week-8-lab-coverage-example> which contains a simple class
-for detecting whether a Java string is a palindrome (`Palindrome.java`), and tests for
-this class using JUnit.
-
-You can use [GitPod](https://www.gitpod.io) to work with this code online. You will need a GitHub account; once you
-have one set up, follow the link below:
-
-&nbsp; <https://gitpod.io/new/#https://github.com/cits5501/week-8-lab-coverage-example>
-
-and select "New workspace".
-
-After a minute or two, you should get access to an online version of the VS Code editor in which
-the source code for the repository is available. Take a look at the `build.xml` file; this file
-is used by the [Apache Ant][ant] build automation tool. It defines
-several "targets" representing tasks that can be run using the build
-file:
-
-[ant]: https://en.wikipedia.org/wiki/Apache_Ant
-
-- init
-- compile
-- compileTest
-- test, and
-- report.
-
-(Some of these tasks you can also do just using VS Code. For instance,
-open `PalindromeTest.java`, expand the "outline" and "java projects"
-panes, and wait for the background tasks to finish.
-A green triangle should appear next to the start of the `PalindromeTest`
-class, indicating that it can be clicked to run the JUnit tests it
-contains.)
-
-Click the "Terminal" pane, and type `ant test` to run the JUnit tests.
-The messages should indicate that four tests were run with no failures.
-
-Now run `ant report`, and not only will the tests be run, but the paths
-they take through the code of `PalindromeTest` will be recorded by a
-tool called [JaCoCo][jacoco], and a report produced.
-
-[jacoco]: https://www.jacoco.org/jacoco/
-
-You can view this by clicking "Go Live" in the VS Code taskbar (towards
-the right). This serves up the contents of the repository directory via
-HTTP, so it can be viewed in the browser. Click "report", and by
-clicking through, you should be able to see a coverage report for our
-tests.
-
-
-![](jacoco-coverage-rep.png){ width="20cm" }
-
-
-Read the JaCoco documentation on "Coverage Counters", [here][cov],
-for more information about exactly what is being measured.
-
-[cov]: https://www.eclemma.org/jacoco/trunk/doc/counters.html
-
-**Exercises**
-
-- Comment out one of the assert statements (e.g. the one containing
-  `p.isPalindrome("redivider")`) and replace it with the bare call to
-  `p.isPalindrome()`.
-
-  Does the coverage report change at all? Try doing the same for all
-  tests, and check again. What weakness of coverage tools does this
-  suggest?
-
-- Comment out all but one of the tests. Again, does the coverage report
-  change?
-
-- Applying the ideas from ISP (but without necessarily doing a detailed
-  analysis) -- can you spot any test cases that are missing from the
-  test suite?
-
-
-
-\newpage
-
-
-
-
-## E. Summary
+## 4. Summary
 
 Code review is a widely-used technique for improving software quality by
 human inspection. Code review can detect many kinds of problems in code,