Merge pull request #837 from aG0aep6G/unlist-convenience-power-effici…

…ency

turn list items of Convenience/Power/Efficiency to paragraphs

index.dd

@@ -43,9 +43,7 @@ efficiency, control, and modeling power, with safety and programmer productivity
 
 $(SECTION3 Convenience,
 
-$(UL
-
-$(LI D allows writing large code fragments without redundantly specifying types,
+$(P D allows writing large code fragments without redundantly specifying types,
 like dynamic languages do. On the other hand, static inference deduces types and other
 code properties, giving the best of both the static and the
 dynamic worlds. $(EXAMPLE 1,
@@ -71,7 +69,7 @@ auto min(T1, T2)(T1 lhs, T2 rhs)
 
 ))
 
-$(LI Automatic memory management makes for safe, simple, and robust code.
+$(P Automatic memory management makes for safe, simple, and robust code.
 D also supports scoped resource management (aka the
 $(HTTP en.wikipedia.org/wiki/Resource_Acquisition_Is_Initialization, RAII) idiom)
 and $(LINK2 statement.html#ScopeGuardStatement, $(D scope) statements) for
@@ -99,7 +97,7 @@ void main()
 )
 )
 
-$(LI Built-in linear and associative arrays, slices, and ranges make daily
+$(P Built-in linear and associative arrays, slices, and ranges make daily
 programming simple and pleasant for tasks, both small and large. $(EXAMPLE 3,
 ----
 #!/usr/bin/env rdmd
@@ -120,13 +118,11 @@ void main()
 ----
 ))
 
-))
+)
 
 $(SECTION3 Power,
 
-$(UL
-
-$(LI The best paradigm is to not impose something at the expense of others.
+$(P The best paradigm is to not impose something at the expense of others.
 D offers classic polymorphism, value semantics, functional
 style, generics, generative programming, contract programming,
 and more—all harmoniously integrated. $(EXAMPLE 4,
@@ -180,26 +176,24 @@ void main()
 ----
 ))
 
-$(LI D offers an innovative approach to concurrency, featuring true
+$(P D offers an innovative approach to concurrency, featuring true
 immutable data, message passing, no sharing by default, and
 controlled mutable sharing across threads. $(HTTP
 informit.com/articles/article.aspx?p=1609144, Read more).)
 
-$(LI From simple scripts to large projects, D has the breadth
+$(P From simple scripts to large projects, D has the breadth
 to scale with any application's needs: unit testing,
 information hiding, refined modularity, fast compilation, precise
 interfaces. $(HTTP drdobbs.com/high-performance-computing/217801225,
 Read more).)
 
-))
+)
 
 $(SECTION3 Efficiency,
 
-$(UL
-
-$(LI D compiles naturally to efficient native code.)
+$(P D compiles naturally to efficient native code.)
 
-$(LI D is designed such that most "obvious" code is fast $(I and)
+$(P D is designed such that most "obvious" code is fast $(I and)
 safe. On occasion a function might need to escape the confines of type
 safety for ultimate speed and control. For such rare cases D offers
 native pointers, type casts, access to any C function without any
@@ -253,13 +247,11 @@ void main()
 ----
 ))
 
-$(LI The $(D @safe), $(D @trusted), and $(D @system) function
+$(P The $(D @safe), $(D @trusted), and $(D @system) function
 attributes allow the programmer to best decide the safety-efficiency
 tradeoffs of an application, and have the compiler check for
 consistency. $(LINK2 memory-safe-d.html, Read more.))
 
-)
-
 ))
 
 $(COMMENT Community,
@@ -551,7 +543,7 @@ Macros:
     D=<span class="d_inlinecode">$0</span>
     EXAMPLE=
 <script>
-  document.write('$(TAG2 div, id="q$1" class="question" onclick="showHideAnswer(this);", <span class="nobr">See example.</span>)');
+  document.write('$(TAG2 span, id="q$1" class="question" onclick="showHideAnswer(this);", <span class="nobr">See example.</span>)');
 </script>
 <noscript><span class="nobr">See example.</span></noscript>
 $(TAG2 div, id="a$1" class="answer-nojs", $2)