diff --git a/compiler/mprocess.py b/compiler/mprocess.py
index fb87028..faf45a9 100644
--- a/compiler/mprocess.py
+++ b/compiler/mprocess.py
@@ -38,7 +38,7 @@ def process_url(url,tpe, parent_url):
     #clogger.debug("process URL of type "+ tpe + ": " + url)
     if parent_url is not None:
         url=fix_link(parent_url, url)
-    put_fetch_queue((0,tpe,url))
+    put_fetch_queue((0,tpe,url,{"nofollow":False}))
 
 
 # process a url list
diff --git a/compiler/mworker.py b/compiler/mworker.py
index f0d593e..2ff6626 100644
--- a/compiler/mworker.py
+++ b/compiler/mworker.py
@@ -30,35 +30,39 @@ def work_compile():
     
 
 def queue_url(tpe, url,params={"nofollow": False}):
-    fetch_queue.put((0,tpe,url,params))
+    fetch_queue.put((False,tpe,url,params))
 
 #param nofollow = True : Don't follow pagination recursivly to only fetch an update
 def queue_url_upd(tpe, url,params={"nofollow": True}):
-    fetch_queue.put((0,tpe,url,params))
+    fetch_queue.put((True,tpe,url,params))
 
 
 # fetch a page from the url list
 def run_fetch():
-    tc, tpe, url,params = fetch_queue.get()
+    try:
+        tc, tpe, url, p= fetch_queue.get()
+    except ValueError:
+        tc, tpe, url= fetch_queue.get()
+        
     if tpe is not "dummyarticle" and tpe is not "dummyindex":
         rw=fetch_page(url)
     else:
         rw="<p> dummytext</p>"
-    compile_queue.put((0, tpe, {"url": url, "sourcetype": tpe, "raw": rw},params))
+    compile_queue.put((0, tpe, {"url": url, "sourcetype": tpe, "raw": rw},p))
     return rw
     #    fetch_queue.task_done()
 
 #comile something from the compile list
 def run_compile():
-    tc,tpe,h,params = compile_queue.get()
+    tc,tpe,h, p = compile_queue.get()
     h=do_compile(tpe,h)
-    process_queue.put((0,tpe, h,params))
+    process_queue.put((0,tpe, h,p))
     return h
     #    compile_queue.task_done()
 
 def run_process():
-    tc,tpe,h,params = process_queue.get()
-    do_process(tpe, h,params)
+    tc,tpe,h,p = process_queue.get()
+    do_process(tpe, h,p)
     return h
 #    process_queue.task_done()