Module REPL.Main

mainREPL :: CCDescription -> IO ()   

The main operation to start the REPL. It is parameterized over a description of a Curry compiler.

processArgsAndStart :: ReplState -> [String] -> IO ()   

isCommand :: String -> Bool   

May a String be a REPL command?

printHelp :: ReplState -> IO ()   

repLoop :: ReplState -> IO ()   

mGetLine :: IO (Maybe String)   

calcPrompt :: ReplState -> String   

substS :: String -> String -> String   

cleanUpAndExitRepl :: ReplState -> IO ()   

processInput :: ReplState -> String -> IO ()   

evalExpression :: ReplState -> String -> IO ReplState   

Evaluate an expression w.r.t. currently loaded modules

importUnsafeModule :: ReplState -> IO Bool   

currentFrontendParams :: ReplState -> Bool -> FrontendParams   

compilerOutDir :: ReplState -> String   

acyFileName :: ReplState -> String -> String   

verbCallFrontendWithParams :: ReplState -> FrontendTarget -> FrontendParams -> String -> IO ()   

writeSimpleMainExpFile :: ReplState -> String -> IO ()   

writeMainExpFile :: ReplState -> [String] -> Maybe String -> String -> IO ()   

getAcyOfMainExpMod :: ReplState -> IO (Maybe CurryProg)   

getAcyOfExpr :: ReplState -> String -> IO (Maybe CurryProg)   

printTypeOfExp :: ReplState -> String -> IO Bool   

getModuleOfFunction :: ReplState -> String -> IO String   

processCommand :: ReplState -> String -> IO (Maybe ReplState)   

unsafeExec :: ReplState -> IO (Maybe ReplState) -> IO (Maybe ReplState)   

replCommands :: [(String,ReplState -> String -> IO (Maybe ReplState))]   

skipCommand :: String -> IO (Maybe ReplState)   

Skip an erroneous command with an error message

processSysCall :: ReplState -> String -> IO (Maybe ReplState)   

Execute a call to a system command

processAdd :: ReplState -> String -> IO (Maybe ReplState)   

Process :add command

processBrowse :: ReplState -> String -> IO (Maybe ReplState)   

Process :browse command

processCd :: ReplState -> String -> IO (Maybe ReplState)   

Process :cd command

processCompile :: ReplState -> String -> IO (Maybe ReplState)   

Process :compile command

processEdit :: ReplState -> String -> IO (Maybe ReplState)   

Process :edit command

processEval :: ReplState -> String -> IO (Maybe ReplState)   

Process :eval command

processFork :: ReplState -> String -> IO (Maybe ReplState)   

Process :fork command

processHelp :: ReplState -> String -> IO (Maybe ReplState)   

Process :help command

processInterface :: ReplState -> String -> IO (Maybe ReplState)   

Process :interface command

processLoad :: ReplState -> String -> IO (Maybe ReplState)   

Process :load command

processReload :: ReplState -> String -> IO (Maybe ReplState)   

Process :reload command

processModules :: ReplState -> String -> IO (Maybe ReplState)   

Process :modules command

processPrograms :: ReplState -> String -> IO (Maybe ReplState)   

Process :programs command

processQuit :: ReplState -> String -> IO (Maybe ReplState)   

Process :quit command

processSave :: ReplState -> String -> IO (Maybe ReplState)   

processShow :: ReplState -> String -> IO (Maybe ReplState)   

Process :show command

processSource :: ReplState -> String -> IO (Maybe ReplState)   

Process :source command

processType :: ReplState -> String -> IO (Maybe ReplState)   

Process :type command

processUsedImports :: ReplState -> String -> IO (Maybe ReplState)   

Process :usedimports command

printHelpOnCommands :: IO ()   

printAllLoadedModules :: ReplState -> IO ()   

Print all Curry programs in current load path. Programs found in subdirectories are assumed to be hierarchical. To avoid loops in cyclic directory structure, we put a depth limit on the recursive search.

printAllLoadPathPrograms :: ReplState -> IO ()   

Print all Curry programs in current load path. Programs found in subdirectories are assumed to be hierarchical. To avoid loops in cyclic directory structure, we put a depth limit on the recursive search.

processSetOption :: ReplState -> String -> IO (Maybe ReplState)   

replOptions :: ReplState -> [(String,ReplState -> String -> IO (Maybe ReplState))]   

setPrompt :: ReplState -> String -> IO (Maybe ReplState)   

setTimeout :: ReplState -> String -> IO (Maybe ReplState)   

printOptions :: ReplState -> IO ()   

showCurrentOptions :: ReplState -> String   

formatVarVals :: String -> [(String,String)] -> [String]   

defaultImportPaths :: ReplState -> IO [String]   

The default import paths of the Curry compiler. It consists of the path defined by the environment variable CURRYPATH, and the "libraries" property defined in ~/.compilerrc

defaultImportPathsWith :: ReplState -> String -> IO [String]   

setOptionPath :: ReplState -> String -> IO (Maybe ReplState)   

compileMainExpression :: ReplState -> String -> Bool -> IO Int   

execAndRemove :: ReplState -> String -> String -> IO Int   

cleanModule :: ReplState -> String -> IO ()   

unlessKeepFiles :: ReplState -> IO () -> IO ()   

keepFiles :: ReplState -> Bool   

insertFreeVarsShowInMainExp :: ReplState -> CurryProg -> String -> IO (Maybe (CurryProg,String,[String]))   

breakWhereFreeClause :: String -> (String,String)   

makeMainExpMonomorphic :: ReplState -> CurryProg -> String -> IO (Maybe (CurryProg,String))   

If the main expression is polymorphic, make it monomorphic by adding a type declaration where type variables are replaced by type (). Before, type variables with a numeric constraint like Num/Integral or Fractional/Floating are defaulted to the types Int or Float, respectively. The type of the main expression is only allowed to contain numeric constraints. If the main exp has type IO t where t is monomorphic and not a function, t /= (), and withShow is True, then >>= print is added to the expression to print the computed value. Otherwise (if the main exp has type IO t), >>= return is added in order to support raising non-determinism errors during the monadic bind operation. The arguments are the AbstractCurry program of the main expression and the main expression as a string. The result is Nothing (if some error occurred) or the transformed AbstractCurry program and expression.

defaultQualTypeExpr :: CQualTypeExpr -> CQualTypeExpr   

substTypeVar :: (Int,String) -> CTypeExpr -> CTypeExpr -> CTypeExpr   

parseCurryProgram :: ReplState -> String -> Bool -> IO (Maybe ReplState)   

loadCurryProgram :: ReplState -> String -> IO (Maybe ReplState)   

compileCurryProgram :: ReplState -> String -> IO (Maybe ReplState)   

curryCompilerCommand :: ReplState -> [String] -> String   

getModuleName :: ReplState -> String -> IO String   

Extract a module name, possibly prefixed by a path, from an argument, or return the current module name if the argument is the empty string.

reduceVerbose :: ReplState -> ReplState   

showFunctionInModule :: ReplState -> String -> String -> IO (Maybe ReplState)   

getCpmTool :: String -> IO (Maybe String)   

checkAndCallCpmTool :: String -> String -> (String -> IO (Maybe ReplState)) -> IO (Maybe ReplState)   

execCommandWithPath :: ReplState -> String -> [String] -> IO (Maybe ReplState)   

checkForCommand :: String -> String -> IO (Maybe ReplState) -> IO (Maybe ReplState)   

checkForWish :: IO (Maybe ReplState) -> IO (Maybe ReplState)   

terminateSourceProgGUIs :: ReplState -> IO ReplState