Cleaned up some of the wording a bit and uncommented some hidden exam…

…ples.

No reason to hide these.  I think they are good info.  Will probably
uncomment more in the future... :)

Kent

LPC.html

@@ -80,7 +80,7 @@ <h3> 3.1.2. Comments </h3>
 starts with // and terminated by a new line.  All characters in between are
 part of the comment.  Comments count as whitespace separating tokens, and
 may not be nested.  The sequence <tt>/*</tt> does not start a comment if it
-is part of a string.  <b>Note: hydra does not support // style comments currently.</b>
+is part of a string.  <b>Note: hydra does not support // style comments.</b>
 </p>
 <p>
 Examples:
@@ -93,15 +93,16 @@ <h3> 3.1.2. Comments </h3>
 
  <h3> <a name="identifiers"> 3.1.3. Identifiers </a> </h3>
 <p>
-An identifier is an arbitrary long sequence of letters, digits and
-underscores.  The first character must be a letter or underscore.  Upper- and
-lower-case letters are different.  Only the first 1023 characters of
-identifiers are significant.
+An identifier is an arbitrarily long sequence of letters, digits and
+underscores.  To be a valid identifier in LPC, the first character 
+must be a letter or underscore.  Only the first 1023 characters of an
+identifier are significant.  Note letters are case sensitive, <i>N5</i> is not
+the same as <i>n5"</i>.
 </p>
 
  <h3> <a name="keywords"> 3.1.4. Keywords </a> </h3>
 <p>
-The following identifiers are reserved for use as keywords:
+The following identifiers are reserved for use as keywords in the language:
 </p>
 <table border=1 cellpadding=8>
 <tr>
@@ -142,7 +143,7 @@ <h3> <a name="keywords"> 3.1.4. Keywords </a> </h3>
 <p>
 <b>
 Note: dgd does not support goto currently.<br>
-Note: function is only available if compiled with -DCLOSURES
+Note: function is only available if compiled with the -DCLOSURES option.
 </b>
 </p>
 
@@ -164,10 +165,11 @@ <h3> <a name="integer constants"> 3.1.5.1. Integer Constants </a> </h3>
 A sequence of digits is taken to be a <i>decimal constant</i> (base ten)
 unless it begins with <tt>0</tt>.  A sequence of digits starting with <tt>0</tt>
 and not including <tt>8</tt> or <tt>9</tt> is an <i>octal constant</i>
-(base 8).  A sequence of digits and upper- or lower-case letters in range
-<tt>A</tt> through <tt>F</tt>, preceded by <tt>0x</tt> or <tt>0X</tt> is a
-<i>hexadecimal constant</i> (base 16, where <tt>A</tt> through <tt>F</tt>
-have the decimal values 10 through 15).
+(base 8).  A sequence of digits and letters in the range of <tt>A - F</tt>, 
+preceded by <tt>0x</tt> or <tt>0X</tt> is a
+<i>hexadecimal constant</i>. (base 16, where <tt>A</tt> through <tt>F</tt>
+have the decimal values 10 through 15).  <b>Note: the letters can be upper or
+lower case in this instance.</b>
 </p>
 <p>
 <i>Integer constants</i> are represented by 32 bit 2's complement arithmetic,
@@ -177,15 +179,14 @@ <h3> <a name="integer constants"> 3.1.5.1. Integer Constants </a> </h3>
 truncated to the lower 32 bits.
 </p>
 <p>
-
-<!-- For instance, the number forty-seven can be written as 47, 057 or 0x2f.
-     There is a problem particular to LPCd with regard to -2147483648.  Since
-     LPCd, unlike C, has no unsigned type, the decimal version of this number
-     (which is scanned as - 2147483648) is the negation of a number too large
-     to be represented.  - and 2147483648 cannot be read as a single token,
-     because then 1-2147483648 would be scanned as two consecutive integers.
-     This number must be specified by an octal or hexadecimal constant. -->
-
+For instance, the number forty-seven can be written as 47, 057 or 0x2f.
+There is a problem particular to LPCd with regard to -2147483648.  Since
+LPCd, unlike C, has no unsigned type, the decimal version of this number
+(which is scanned as - 2147483648) is the negation of a number too large
+to be represented.  - and 2147483648 cannot be read as a single token,
+because then 1-2147483648 would be scanned as two consecutive integers.
+This number must be specified by an octal or hexadecimal constant.
+</p>
 
  <h3> <a name="floating constants"> 3.1.5.2. Floating constants </a> </h3>
 <p>