Module CASS.WorkerFunctions

Exported Datatypes

Exported Functions

newProgInfoStoreRef :: IO (IORef [(String, ProgInfo a)])   

analysisClient :: (Eq a, Show a, Read a, ReadWrite a) => Analysis a -> CConfig -> [String] -> IO ()   

Analyze a list of modules (in the given order) with a given analysis. The analysis results are stored in the corresponding analysis result files.

analysisClientWithStore :: (Eq a, Show a, Read a, ReadWrite a) => CConfig -> IORef [(String, ProgInfo a)] -> Analysis a -> String -> String -> IO ()   

getInterfaceInfosWS :: (Read a, ReadWrite a) => CConfig -> IORef [(String, ProgInfo a)] -> String -> [String] -> IO (ProgInfo a)   

getStartValues :: Analysis a -> Prog -> IO [((String, String), a)]   

Compute the start (bottom) values for a dependency analysis.

funcInfos2ProgInfo :: Prog -> [((String, String), a)] -> ProgInfo a   

Compute a ProgInfo from a given list of infos for each function name w.r.t. a given program.

typeInfos2ProgInfo :: Prog -> [((String, String), a)] -> ProgInfo a   

Compute a ProgInfo from a given list of infos for each type name w.r.t. a given program.

map2 :: (a -> b) -> ([a], [a]) -> ([b], [b])   

updateList :: Eq a => [(a, b)] -> [(a, b)] -> [(a, b)]   

Update a given value list (second argument) w.r.t. new values given in the first argument list.

updateValue :: Eq a => (a, b) -> [(a, b)] -> [(a, b)]   

execCombinedAnalysis :: (Eq a, Read a) => CConfig -> Analysis a -> Prog -> ProgInfo a -> [((String, String), a)] -> String -> String -> IO (ProgInfo a)   

runAnalysis :: (Eq a, Read a) => CConfig -> Analysis a -> Prog -> ProgInfo a -> [((String, String), a)] -> String -> IO (ProgInfo a)   

Run an analysis but load default values (e.g., for external operations) before and do not analyse the operations or types for these defaults.

executeAnalysis :: Eq a => Analysis a -> Prog -> ProgInfo a -> [((String, String), a)] -> String -> ProgInfo a   

Executes an anlysis on a given program w.r.t. an imported ProgInfo and some start values (for dependency analysis). The fixpoint iteration method to be applied is passed as the last argument.

unknownFixpointMessage :: String   

Further infos:

• solution complete, i.e., able to compute all solutions

addCalledFunctions :: FuncDecl -> (FuncDecl, [(String, String)])   

Add the directly called functions to each function declaration.

addUsedTypes :: TypeDecl -> (TypeDecl, [(String, String)])   

Add the directly used type constructors to each type declaration.

consDeclsOfType :: TypeDecl -> [ConsDecl]   

Gets all constructors of datatype declaration.

Further infos:

• solution complete, i.e., able to compute all solutions

simpleIteration :: Eq b => (a -> [((String, String), b)] -> b) -> (a -> (String, String)) -> ([(a, [(String, String)])], [(a, [(String, String)])]) -> ProgInfo b -> ProgInfo b -> ProgInfo b   

Fixpoint iteration to compute analysis information. The arguments are:

• analysis operation
• operation to get name of a declaration
• list of public and private declarations together with their direct deps
• ProgInfo for imported entities
• current ProgInfo

Result: fixpoint ProgInfo

wlIteration :: (Eq a, Eq b) => (a -> [((String, String), b)] -> b) -> (a -> (String, String)) -> [(a, [(String, String)])] -> [(a, [(String, String)])] -> Map (String, String) () -> ProgInfo b -> Map (String, String) b -> Map (String, String) b   

lookupError :: String -> (String, String) -> a   

isVisibleFunc :: FuncDecl -> Bool   

isVisibleType :: TypeDecl -> Bool