Minor tidying up in the examples.

Remove non-Leiningen install instructions. It's a start. The whole
README needs updating / replacing since the classpath issue is best
addressed a different way altogether now.

README.md

@@ -2,9 +2,12 @@
 
 To use cfmljure, you need the Clojure libraries. I think the easiest way to do that is with Leiningen, the Clojure build tool.
 
-**Note: cfmljure.cfc requires Adobe ColdFusion 9.0.1 or Railo 3.2.2**
+**Note: cfmljure.cfc requires Adobe ColdFusion 9.0.1 or Railo 3.2.2;
+  Because of the way Adobe ColdFusion deals with arrays of numbers,
+  many of the examples do not run as-is - but they run fine on Railo
+  so I'd recommend you try Railo if you want to play with cfmljure.**
 
-## Installation with Leiningen
+## Installation (with Leiningen)
 
 Install the **lein** script from http://github.com/technomancy/leiningen 
 (download the **lein** script, make it executable, run **lein self-install** to complete 
@@ -27,21 +30,6 @@ In your **WEB-INF** folder, create a **classes** folder and copy **clj/cfml**
 and **clj/task** to that **classes** folder. Restart your CFML engine.
 Now go hit the cfmljure **index.cfm** file in your browser!
 
-## Installation without Leiningen
-
-If you really don't want to mess with Leiningen, you can install Clojure manually. However, without Leiningen
-you're not going to be able to run the tests and build JAR files etc so I strongly recommend the first installation
-approach above.
-
-Download the Clojure libraries from here: http://clojure.org/downloads
-
-Download both Clojure and Clojure Contrib and unzip them. Copy **clojure.jar** (from the clojure-1.2.0.zip)
-and **clojure-contrib-1.2.0.jar** (from the target subfolder of clojure-contrib-1.2.0.zip) to your classpath.
-I put them in **{tomcat}/lib** - and restart your CFML engine. You can ignore the rest of those ZIP files.
-
-Copy the **clj/** folder contents from the cfmljure project to your server's **WEB-INF/classes** folder (or create a symbolic link)
-and restart your CFML engine. Now go hit the cfmljure **index.cfm** file in your browser!
-
 # Your Clojure Code
 
 Your Clojure code also needs to be on your classpath.
@@ -165,4 +153,4 @@ variable via the **.\_()** API. Calling **_reference_.\_()** will return the und
 
 If you have a reference to a namespace, you also can get an underlying Clojure entity by name via the **\_()** API or *_name()* implicit function.
 Calling **_namespace_.\_( _name_ )** or **_namespace_.\__name_()** is identical to calling **_namespace_.get( _name_ ).\_()** so this is the more convenient API when you're
-working with namespaces or an installed Clojure configuration.
+working with namespaces or an installed Clojure configuration.

advanced/index.cfm

@@ -12,11 +12,11 @@
 	(times_2 42) = #cfml.examples.times_2( 42 )#<br />
 
 	<!--- call built-in Clojure function, passing raw definition of times_2 function: --->
-	<cfset list = clojure.core.map( cfml.examples._( 'times_2' ), [ 4, 5, 6 ] ) />
+	<cfset list = clojure.core.map( cfml.examples._times_2(), [ 4, 5, 6 ] ) />
 	(map times_2 [ 4 5 6 ]) = <cfloop index="n" array="#list#">#n# </cfloop><br />
 
 	<!--- loop over raw Clojure object (a list) in CFML: --->
-	<cfset x = cfml.examples._( 'x' ) />
+	<cfset x = cfml.examples._x() />
 	x = <cfloop item="n" collection="#x#">#n# </cfloop><br />
 	<cfset end = getTickCount() />
 

basic/index.cfm

@@ -64,31 +64,34 @@
 	(times_2 42) = #cfml.examples.times_2( 42 )#<br />
 
 	<!--- call built-in Clojure function, passing raw definition of times_2 function: --->
-	<cfset list = clojure.core.map( times_2._(), [ 4, 5, 6 ] ) />
+	<cfset list = clojure.core.map( cfml.examples._times_2(), [ 4, 5, 6 ] ) />
 	(map times_2 [ 4 5 6 ]) = <cfloop index="n" array="#list#">#n# </cfloop><br />
 
 	<!--- loop over raw Clojure object (a list) in CFML: --->
-	<cfset x = cfml.examples._( 'x' ) />
+	<cfset x = cfml.examples._x() />
 	x = <cfloop item="n" collection="#x#">#n# </cfloop><br />
 	<cfset end = getTickCount() />
 
 	Time taken: #end - start#ms.<br />
 
-	<cfset start = getTickCount() />
 </cfoutput>
 <cfscript>
 // 3. Call Clojure by configuration and installation:
-	
+	start = getTickCount();
+
 	namespaces = 'cfml.examples, clojure.core';
 	target = { }; // normally you'd target a scope - this is just an example
 	
 	// install the configuration to the target 'scope':
 	clj.install( namespaces, target );
 	
+	end = getTickCount();
+    writeOutput( '<h1>Calls via implicit method lookup after installation to a target scope</h1>' );
+	writeOutput( 'Time taken for install: #end - start#ms.<br /><br />' );
+
+	start = getTickCount();
 </cfscript>
 <cfoutput>
-	<h1>Calls via implicit method lookup after installation to a target scope</h1>
-
 	(greet "World") = #target.cfml.examples.greet( 'World' )#<br />
 
 	<!--- pass CFML array to Clojure and loop over Clojure sequence that comes back: --->
@@ -99,13 +102,13 @@
 	(times_2 42) = #target.cfml.examples.times_2( 42 )#<br />
 
 	<!--- call built-in Clojure function, passing raw definition of times_2 function: --->
-	<cfset list = target.clojure.core.map( times_2._(), [ 4, 5, 6 ] ) />
+	<cfset list = target.clojure.core.map( target.cfml.examples._times_2(), [ 4, 5, 6 ] ) />
 	(map times_2 [ 4 5 6 ]) = <cfloop index="n" array="#list#">#n# </cfloop><br />
 
 	<!--- loop over raw Clojure object (a list) in CFML: --->
-	<cfset x = target.cfml.examples._( 'x' ) />
+	<cfset x = target.cfml.examples._x() />
 	x = <cfloop item="n" collection="#x#">#n# </cfloop><br />
 	<cfset end = getTickCount() />
 
 	Time taken: #end - start#ms.<br />
-</cfoutput>
+</cfoutput>