anchor.diff:      <cfargument name="Args" required="true" type="struct">
       <cfset var s_args = StructNew()>
   
  -    <cfif this.TestStyle eq "default">
  +    <cfif variables.TestStyle eq "default">
         <cfreturn args>
       </cfif>
   
  
positive.code:     <cfargument name="caseSensitive" required="false" default="false" hint="Whether or not to print values in original case." />
      <!---<cfset arguments = normalizeArguments("equals",arguments)>  --->
  		<cfif isSimpleValue(expected) AND isSimpleValue(actual)>
  			<cfset this.expected = arguments.expected>
  			<cfset this.actual = arguments.actual>
  		</cfif>
  	    <cfthrow type="mxunit.exception.AssertionFailedError" message="#arguments.message#:: Expected [#getStringValue(arguments.expected,arguments.caseSensitive)#] BUT RECEIVED [#getStringValue(arguments.actual,arguments.caseSensitive)#]. These values should be the same. " />
  	  </cffunction>
  
negative.code: <cfcomponent displayname="Assert"
               hint="Main component for asserting state. You will not generally need to instantiate this component directly - the framework makes it available for your TestCases. Use this to see what assertions are available and note that it can easily be extended using the Assert.addDecortor() method or by editing the mxunit-config.xml file, following the examples therein.">
  
  	<cfset variables.testStyle = "default">
  
  	<!--- A Note on these two class variables: We need a way to bus expected and actual values from equality assertions into the TestResult
  	for a given test function; This is 'the simplest way that works' and is safe because tests in a testcase are synchronous;
  	 if in the future we were to support asynchronous test function runs *within a test case*, this would break down--->
  	<cfset variables.expected = "">
  	<cfset variables.actual = "">
  
  	<cffunction name="getExpected">
  		<cfreturn expected>
  	</cffunction>
  
  	<cffunction name="getActual">
  		<cfreturn actual>
  	</cffunction>
  
  
  	<cffunction name="clearClassVariables" access="public">
  		<cfset variables.expected = "">
  		<cfset variables.actual = "">
  	</cffunction>
  
    <!--- Constructor;  named init instead of Assert because BlueDragon has a built-in
  