processResult :: Result -> String
processResult (FunctionResult (br, {func}))
- = "Function in " +++ br.library +++ ": " +++ br.modul +++ " - " +++ func
+ = "Function in " +++ br.library +++ ": " +++ br.modul +++ "\n" +++ func
processResult (TypeResult (br, {type}))
- = "Type in " +++ br.library +++ ": " +++ br.modul +++ " - " +++ limitResults type
+ = "Type in " +++ br.library +++ ": " +++ br.modul +++ "\n" +++ limitResults type
processResult (ClassResult (br, {class_name,class_funs}))
- = "Class in " +++ br.library +++ ": " +++ br.modul +++ " - " +++ class_name +++ " with "
+ = "Class in " +++ br.library +++ ": " +++ br.modul +++ "\n" +++ class_name +++ " with "
+++ toString (length class_funs) +++ " class functions"
processResult (MacroResult (br, {macro_name}))
- = "Macro in " +++ br.library +++ ": " +++ br.modul +++ " - " +++ macro_name
+ = "Macro in " +++ br.library +++ ": " +++ br.modul +++ "\n" +++ macro_name
processResult (ModuleResult (br, _))
= "Module in " +++ br.library +++ ": " +++ br.modul
send :: [String] TCP_DuplexChannel *World -> (TCP_DuplexChannel, *World)
send [] chan w = (chan, w)
send [msg:msgs] {sChannel,rChannel} w
+# (_, w) = sleep 250000 w
# (rpt,i,sChannel,w) = send_MT TIMEOUT (toByteSeq msg) sChannel w
| rpt <> TR_Success = abort "Could not send request\n"
= send msgs {sChannel=sChannel,rChannel=rChannel} w
+ where
+ sleep :: !Int !*World -> (!Int, *World)
+ sleep i w = code {
+ ccall usleep "I:I:A"
+ }
recv :: TCP_DuplexChannel *World -> (Maybe String, TCP_DuplexChannel, *World)
recv {sChannel,rChannel} w