diff --git a/fluffy/network/state/state_network.nim b/fluffy/network/state/state_network.nim
index ee92fbd56..9763b6a15 100644
--- a/fluffy/network/state/state_network.nim
+++ b/fluffy/network/state/state_network.nim
@@ -99,7 +99,7 @@ proc processContentLoop(n: StateNetwork) {.async.} =
   try:
     while true:
       # Just dropping state date for now
-      discard await n.portalProtocol.stream.contentQueue.popFirst()
+      discard await n.contentQueue.popFirst()
   except CancelledError:
     trace "processContentLoop canceled"
 
diff --git a/fluffy/network/wire/portal_stream.nim b/fluffy/network/wire/portal_stream.nim
index 263e04dc4..40e57653d 100644
--- a/fluffy/network/wire/portal_stream.nim
+++ b/fluffy/network/wire/portal_stream.nim
@@ -239,12 +239,14 @@ proc readContentOffer(
       else:
         # Invalid data, stop reading content, but still process data received
         # so far.
-        debug "Reading content item failed, content offer failed", contentKeys = offer.contentKeys
+        debug "Reading content item failed, content offer failed",
+          contentKeys = offer.contentKeys
         break
     else:
       # Read timed out, stop further reading, but still process data received
       # so far.
-      debug "Reading data from socket timed out, content offer failed", contentKeys = offer.contentKeys
+      debug "Reading data from socket timed out, content offer failed",
+        contentKeys = offer.contentKeys
       break
 
   if socket.atEof():
@@ -291,7 +293,9 @@ proc allowedConnection(
       proc (x: ContentOffer): bool =
         x.connectionId == connectionId and x.nodeId == address.nodeId)
 
-proc handleIncomingConnection(server: UtpRouter[NodeAddress], socket: UtpSocket[NodeAddress]): Future[void] =
+proc handleIncomingConnection(
+    server: UtpRouter[NodeAddress],
+    socket: UtpSocket[NodeAddress]): Future[void] =
   let manager = getUserData[NodeAddress, StreamManager](server)
 
   for stream in manager.streams:
@@ -318,7 +322,10 @@ proc handleIncomingConnection(server: UtpRouter[NodeAddress], socket: UtpSocket[
   fut.complete()
   return fut
 
-proc allowIncomingConnection(r: UtpRouter[NodeAddress], remoteAddress: NodeAddress, connectionId: uint16): bool =
+proc allowIncomingConnection(
+    r: UtpRouter[NodeAddress],
+    remoteAddress: NodeAddress,
+    connectionId: uint16): bool =
   let manager = getUserData[NodeAddress, StreamManager](r)
   for stream in manager.streams:
     # stream.pruneAllowedConnections()
@@ -326,23 +333,22 @@ proc allowIncomingConnection(r: UtpRouter[NodeAddress], remoteAddress: NodeAddre
       return true
 
 proc new*(T: type StreamManager, d: protocol.Protocol): T =
-  let socketConfig = SocketConfig.init(
-    # Setting to none means that incoming sockets are in Connected state, which
-    # means they can send and receive data.
-    incomingSocketReceiveTimeout = none(Duration),
-    payloadSize = uint32(maxUtpPayloadSize)
-  )
-
-  let manager = StreamManager(streams: @[], rng: d.rng)
-
-  let utpOverDiscV5Protocol = UtpDiscv5Protocol.new(
-    d,
-    utpProtocolId,
-    handleIncomingConnection ,
-    manager,
-    allowIncomingConnection,
-    socketConfig
-  )
+  let
+    socketConfig = SocketConfig.init(
+      # Setting to none means that incoming sockets are in Connected state, which
+      # means they can send and receive data.
+      incomingSocketReceiveTimeout = none(Duration),
+      payloadSize = uint32(maxUtpPayloadSize)
+    )
+    manager = StreamManager(streams: @[], rng: d.rng)
+    utpOverDiscV5Protocol = UtpDiscv5Protocol.new(
+      d,
+      utpProtocolId,
+      handleIncomingConnection ,
+      manager,
+      allowIncomingConnection,
+      socketConfig
+    )
 
   manager.transport = utpOverDiscV5Protocol