X-Git-Url: http://wien.tomnetworks.com/gitweb/?a=blobdiff_plain;f=Mate%2FTypes.hs;h=3bcf6570bc899db38635671da99b95d2bd0669a8;hb=08628062840ccf3730e239222c30e78b403dc6f4;hp=5405a43a4f708df4a3be729fbf12983768c29711;hpb=d3f63d65d80aaab4ad8eac43ee1caea7dea09fbd;p=mate.git

diff --git a/Mate/Types.hs b/Mate/Types.hs
index 5405a43..3bcf657 100644
--- a/Mate/Types.hs
+++ b/Mate/Types.hs
@@ -1,8 +1,28 @@
 {-# LANGUAGE OverloadedStrings #-}
-module Mate.Types where
+module Mate.Types
+  ( BlockID
+  , BasicBlock(..)
+  , BBEnd(..)
+  , MapBB
+  , RawMethod(..)
+  , TrapMap, MethodMap, ClassMap, FieldMap
+  , StringMap, VirtualMap, InterfaceMap
+  , InterfaceMethodMap
+  , TrapCause(..)
+  , StaticFieldInfo(..)
+  , MethodInfo(..)
+  , ClassInfo(..)
+  , setTrapMap, getTrapMap
+  , setMethodMap, getMethodMap
+  , setClassMap, getClassMap
+  , setStringMap, getStringMap
+  , setVirtualMap, getVirtualMap
+  , setInterfaceMap, getInterfaceMap
+  , setInterfaceMethodMap, getInterfaceMethodMap
+  ) where
 
-import Data.Word
 import Data.Int
+import Data.Functor
 import qualified Data.Map as M
 import qualified Data.ByteString.Lazy as B
 
@@ -12,6 +32,8 @@ import System.IO.Unsafe
 import JVM.ClassFile
 import JVM.Assembler
 
+import Mate.NativeSizes
+
 
 type BlockID = Int
 -- Represents a CFG node
@@ -20,21 +42,33 @@ data BasicBlock = BasicBlock {
   successor :: BBEnd }
 
 -- describes (leaving) edges of a CFG node
-data BBEnd = Return | FallThrough BlockID | OneTarget BlockID | TwoTarget BlockID BlockID deriving Show
+data BBEnd
+  = Return
+  | FallThrough BlockID
+  | OneTarget BlockID
+  | TwoTarget BlockID BlockID
+  deriving Show
 
 type MapBB = M.Map BlockID BasicBlock
 
+data RawMethod = RawMethod {
+  rawMapBB :: MapBB,
+  rawLocals :: Int,
+  rawStackSize :: Int,
+  rawArgCount :: NativeWord,
+  rawCodeLength :: NativeWord }
 
 
--- Word32 = point of method call in generated code
+-- NativeWord = point of method call in generated code
 -- MethodInfo = relevant information about callee
-type TrapMap = M.Map Word32 TrapCause
+type TrapMap = M.Map NativeWord TrapCause
 
-data TrapCause =
-  StaticMethod MethodInfo | -- for static calls
-  VirtualMethod Bool MethodInfo | -- for virtual calls
-  InterfaceMethod Bool MethodInfo | -- for interface calls
-  StaticField StaticFieldInfo deriving Show
+data TrapCause
+  = StaticMethod MethodInfo -- for static calls
+  | VirtualCall Bool MethodInfo (IO NativeWord) -- for invoke{interface,virtual}
+  | InstanceOf B.ByteString -- class name
+  | NewObject B.ByteString -- class name
+  | StaticField StaticFieldInfo
 
 data StaticFieldInfo = StaticFieldInfo {
   sfiClassName :: B.ByteString,
@@ -43,8 +77,8 @@ data StaticFieldInfo = StaticFieldInfo {
 
 
 -- B.ByteString = name of method
--- Word32 = entrypoint of method
-type MethodMap = M.Map MethodInfo Word32
+-- NativeWord = entrypoint of method
+type MethodMap = M.Map MethodInfo NativeWord
 
 data MethodInfo = MethodInfo {
   methName :: B.ByteString,
@@ -67,7 +101,7 @@ data ClassInfo = ClassInfo {
   ciStaticMap  :: FieldMap,
   ciFieldMap :: FieldMap,
   ciMethodMap :: FieldMap,
-  ciMethodBase :: Word32,
+  ciMethodBase :: NativeWord,
   ciInitDone :: Bool }
 
 
@@ -77,20 +111,20 @@ type FieldMap = M.Map B.ByteString Int32
 
 -- java strings are allocated only once, therefore we
 -- use a hashmap to store the address for a String
-type StringMap = M.Map B.ByteString Word32
+type StringMap = M.Map B.ByteString NativeWord
 
 
 -- map "methodtable addr" to "classname"
 -- we need that to identify the actual type
 -- on the invokevirtual insn
-type VirtualMap = M.Map Word32 B.ByteString
+type VirtualMap = M.Map NativeWord B.ByteString
 
 
 -- store each parsed Interface upon first loading
 type InterfaceMap = M.Map B.ByteString (Class Direct)
 
 -- store offset for each <Interface><Method><Signature> pair
-type InterfaceMethodMap = M.Map B.ByteString Word32
+type InterfaceMethodMap = M.Map B.ByteString NativeWord
 
 
 {-
@@ -115,79 +149,47 @@ mateCtx :: IORef MateCtx
 {-# NOINLINE mateCtx #-}
 mateCtx = unsafePerformIO $ newIORef emptyMateCtx
 
+setMap :: (MateCtx -> MateCtx) -> IO ()
+setMap recordupdate = recordupdate <$> readIORef mateCtx >>= writeIORef mateCtx
 
 setMethodMap :: MethodMap -> IO ()
-setMethodMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxMethodMap = m }
+setMethodMap m = setMap (\x -> x {ctxMethodMap = m})
 
 getMethodMap :: IO MethodMap
-getMethodMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxMethodMap ctx
-
+getMethodMap = ctxMethodMap <$> readIORef mateCtx
 
 setTrapMap :: TrapMap -> IO ()
-setTrapMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxTrapMap = m }
+setTrapMap m = setMap (\x -> x {ctxTrapMap = m})
 
 getTrapMap :: IO TrapMap
-getTrapMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxTrapMap ctx
-
+getTrapMap = ctxTrapMap <$> readIORef mateCtx
 
 setClassMap :: ClassMap -> IO ()
-setClassMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxClassMap = m }
+setClassMap m = setMap (\x -> x {ctxClassMap = m})
 
 getClassMap :: IO ClassMap
-getClassMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxClassMap ctx
-
+getClassMap = ctxClassMap <$> readIORef mateCtx
 
 setVirtualMap :: VirtualMap -> IO ()
-setVirtualMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxVirtualMap = m }
+setVirtualMap m = setMap (\x -> x {ctxVirtualMap = m})
 
 getVirtualMap :: IO VirtualMap
-getVirtualMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxVirtualMap ctx
-
+getVirtualMap = ctxVirtualMap <$> readIORef mateCtx
 
 setStringMap :: StringMap -> IO ()
-setStringMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxStringMap = m }
+setStringMap m = setMap (\x -> x {ctxStringMap = m})
 
 getStringMap :: IO StringMap
-getStringMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxStringMap ctx
-
+getStringMap = ctxStringMap <$> readIORef mateCtx
 
 setInterfaceMap :: InterfaceMap -> IO ()
-setInterfaceMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxInterfaceMap = m }
+setInterfaceMap m = setMap (\x -> x {ctxInterfaceMap = m})
 
 getInterfaceMap :: IO InterfaceMap
-getInterfaceMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxInterfaceMap ctx
-
+getInterfaceMap = ctxInterfaceMap <$> readIORef mateCtx
 
 setInterfaceMethodMap :: InterfaceMethodMap -> IO ()
-setInterfaceMethodMap m = do
-  ctx <- readIORef mateCtx
-  writeIORef mateCtx $ ctx { ctxInterfaceMethodMap = m }
+setInterfaceMethodMap m = setMap (\x -> x {ctxInterfaceMethodMap = m})
 
 getInterfaceMethodMap :: IO InterfaceMethodMap
-getInterfaceMethodMap = do
-  ctx <- readIORef mateCtx
-  return $ ctxInterfaceMethodMap ctx
+getInterfaceMethodMap = ctxInterfaceMethodMap <$> readIORef mateCtx