diff --git a/rpc/client.nim b/rpc/client.nim
index 1f7c345..58e4904 100644
--- a/rpc/client.nim
+++ b/rpc/client.nim
@@ -19,10 +19,10 @@ proc newRpcClient*[T, A](): RpcClient[T, A] =
   ## Creates a new ``RpcClient`` instance.
   result = RpcClient[T, A](awaiting: initTable[string, Future[Response]](), nextId: 1)
 
-proc genCall(rpcType, writeCode: NimNode): NimNode =
+proc genCall(rpcType, callName, writeCode: NimNode): NimNode =
   let res = newIdentNode("result")
   result = quote do:
-    proc call*(self: `rpcType`, name: string,
+    proc `callName`*(self: `rpcType`, name: string,
               params: JsonNode): Future[Response] {.async.} =
       ## Remotely calls the specified RPC method.
       let id = $self.nextId
@@ -67,6 +67,7 @@ macro checkGet(node: JsonNode, fieldName: string,
   else: discard
 
 proc processMessage[T, A](self: RpcClient[T, A], line: string) =
+  # Note: this doesn't use any transport code so doesn't need to be differentiated.
   let node = parseJson(line)  # TODO: Check errors
 
   # TODO: Use more appropriate exception objects
@@ -91,25 +92,26 @@ proc processMessage[T, A](self: RpcClient[T, A], line: string) =
     self.awaiting[id].fail(newException(ValueError, $errorNode))
     self.awaiting.del(id)
 
-proc genProcessData(rpcType, processDataName, readCode, closeCode: NimNode): NimNode =
+proc genProcessData(rpcType, processDataName, readCode, afterReadCode, closeCode: NimNode): NimNode =
   result = quote do:
     proc `processDataName`(clientTransport: `rpcType`) {.async.} =
       while true:
         var maxRequestLength {.inject.} = defaultMaxRequestLength
         template client: untyped = clientTransport
-        let line = await `readCode`
-        if line == "":
+        var value {.inject.} = await `readCode`
+        `afterReadCode`
+        if value == "":
           # transmission ends
           `closeCode`
           break
 
-        processMessage(clientTransport, line)
+        processMessage(clientTransport, value)
       # async loop reconnection and waiting
       clientTransport.transp = await connect(clientTransport.address)
 
-proc genConnectAndProcess(rpcType, processDataName, connectCode, readCode, closeCode: NimNode): NimNode =
+proc genConnect(rpcType, connectName, processDataName, connectCode: NimNode): NimNode =
   result = quote do:
-    proc connect*(clientTransport: `rpcType`, address: string, port: Port) {.async.} =
+    proc `connectName`*(clientTransport: `rpcType`, address: string, port: Port) {.async.} =
       var
         address {.inject.} = address
         port {.inject.} = port
@@ -117,13 +119,11 @@ proc genConnectAndProcess(rpcType, processDataName, connectCode, readCode, close
       `connectCode`
       asyncCheck `processDataName`(clientTransport)
 
-macro defineRpcClientTransport*(transType, addrType: untyped, body: untyped = nil): untyped =
-  let processDataName = newIdentNode("processData") 
+macro defineRpcClientTransport*(transType, addrType: untyped, prefix: string = "", body: untyped = nil): untyped =
   var
     writeCode = quote do:
       client.transp.write(value)
     readCode = quote do:
-      # looks like this is being checked before insertion
       client.transp.readLine(defaultMaxRequestLength)
     closeCode = quote do:
       client.transp.close
@@ -131,10 +131,10 @@ macro defineRpcClientTransport*(transType, addrType: untyped, body: untyped = ni
       # TODO: `address` hostname can be resolved to many IP addresses, we are using
       # first one, but maybe it would be better to iterate over all IP addresses
       # and try to establish connection until it will not be established.
-      # TODO: Even as a default this is too tied to StreamServer
       let addresses = resolveTAddress(address, port)
       client.transp = await connect(addresses[0])
       client.address = addresses[0]
+    afterReadCode = newStmtList()
 
   if body != nil:
     body.expectKind nnkStmtList
@@ -148,27 +148,46 @@ macro defineRpcClientTransport*(transType, addrType: untyped, body: untyped = ni
 
       case verb.toLowerAscii
       of "write":
+        # `client`, the RpcClient
+        # `value`, the data to be sent to the server
         writeCode = code
       of "read":
+        # `client`, the RpcClient
+        # `maxRequestLength`, initially set to defaultMaxRequestLength
         readCode = code
       of "close":
+        # `client`, the RpcClient
+        # `value`, the data returned from the server
+        # `maxRequestLength`, initially set to defaultMaxRequestLength
         closeCode = code
       of "connect":
+        # `client`, the RpcClient
+        # `address`, server destination address string
+        # `port`, server destination port
         connectCode = code
+      of "afterread":
+        # `client`, the RpcClient
+        # `value`, the data returned from the server           
+        # `maxRequestLength`, initially set to defaultMaxRequestLength
+        afterReadCode = code
       else: error("Unknown RPC verb \"" & verb & "\"")
       
   result = newStmtList()
-  let rpcType = quote: RpcClient[`transType`, `addrType`]
+  let
+    rpcType = quote: RpcClient[`transType`, `addrType`]
+    processDataName = newIdentNode(prefix.strVal & "processData")
+    connectName = newIdentNode(prefix.strVal & "connect")
+    callName = newIdentNode(prefix.strVal & "call")
 
-  let procData = newIdentNode($processDataName)
-  result.add(genProcessData(rpcType, procData, readCode, closeCode))
-  result.add(genConnectAndProcess(rpcType, procData, connectCode, readCode, closeCode))
-  result.add(genCall(rpcType, writeCode))
+  result.add(genProcessData(rpcType, processDataName, readCode, afterReadCode, closeCode))
+  result.add(genConnect(rpcType, connectName, processDataName, connectCode))
+  result.add(genCall(rpcType, callName, writeCode))
   
   when defined(nimDumpRpcs):
     echo "defineClient:\n", result.repr
 
 # Define default stream server
+# TODO: Move this into a separate unit so users can define 'connect', 'call' etc without requiring a prefix?
 
 defineRpcClientTransport(StreamTransport, TransportAddress)