diff --git a/docs/BOSS Metadata File Syntax.html b/docs/BOSS Metadata File Syntax.html
index e01b7b63..fc04275b 100644
--- a/docs/BOSS Metadata File Syntax.html	
+++ b/docs/BOSS Metadata File Syntax.html	
@@ -310,6 +310,7 @@ becomes
         <tr><td><code>C or C and C or C</code><td><code>( ( C or ( C and C ) ) or C )</code>
         <tr><td><code>C or C and C and C</code><td><code>( C or ( ( C and C ) and C ) )</code>
 </table>
+<p>You can also explicitly enclose any condition in brackets to override the evaluation order, eg. <code>C and ( C or C )</code> is evaluated as <code>C and ( C or C )</code> (contrast with the unbracketed string above).
 
 <h2>Language Codes</h2>
 <p>BOSS supports the following languages and language codes:
diff --git a/src/parsers.h b/src/parsers.h
index 64e46a6e..d9d8beb7 100644
--- a/src/parsers.h
+++ b/src/parsers.h
@@ -300,18 +300,19 @@ namespace boss {
         condition_grammar() : condition_grammar::base_type(expression, "condition grammar") {
 
             expression =
-                andStatement
-                >> *(qi::lit("or") >> andStatement)
+                andStatement                         [qi::labels::_val = qi::labels::_1]
+                >> *((qi::lit("or") >> andStatement) [qi::labels::_val = qi::labels::_val || qi::labels::_1])
                 ;
 
             andStatement =
-                condition
-                >> *(qi::lit("and") >> condition)
+                condition                           [qi::labels::_val = qi::labels::_1]
+                >> *((qi::lit("and") >> condition)  [qi::labels::_val = qi::labels::_val && qi::labels::_1])
                 ;
 
             condition =
                       ( qi::lit("if") >> type )     [qi::labels::_val = qi::labels::_1]
                     | ( qi::lit("ifnot") >> type )  [qi::labels::_val = !qi::labels::_1]
+                    | ( '(' >> expression >> ')' )  [qi::labels::_val = qi::labels::_1] //This *should* handle the "brackets override operators" rule.
                     ;
 
             type =