Add branch relocation type
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5
TODO
5
TODO
@ -9,6 +9,9 @@
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- Don't ignore relocations where the symbol is not defined in the symbol table.
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Report an error about an undefined symbol.
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- JumpLabels inside functions are encoded as functions. Distinguish between
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labels (e.g. .A0 or .L0) and global functions.
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# Name analysis
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@ -28,4 +31,4 @@
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# Other
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- Type analysis.
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- Generate call a to _divide_by_zero_error on RiscV.
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- Generate a call to _divide_by_zero_error on RiscV.
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@ -142,9 +142,10 @@ data Type
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deriving Eq
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data RelocationType
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= Lower12I XRegister Funct3 XRegister Text
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| Lower12S Text Funct3 XRegister XRegister
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| Higher20 XRegister Text -- Type U.
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= RLower12I XRegister Funct3 XRegister Text
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| RLower12S Text Funct3 XRegister XRegister
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| RHigher20 XRegister Text -- Type U.
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| RBranch Text Funct3 XRegister XRegister -- Type B.
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deriving Eq
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data Instruction
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@ -299,9 +300,10 @@ type' (Type rd funct3' rs1 funct12')
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.|. (fromIntegral (funct12 funct12') `shiftL` 20);
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relocationType :: RelocationType -> Word32
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relocationType (Lower12I rd funct3' rs1 _) = type' $ I rd funct3' rs1 0
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relocationType (Lower12S _ funct3' rs1 rs2) = type' $ S 0 funct3' rs1 rs2
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relocationType (Higher20 rd _) = type' $ U rd 0
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relocationType (RLower12I rd funct3' rs1 _) = type' $ I rd funct3' rs1 0
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relocationType (RLower12S _ funct3' rs1 rs2) = type' $ S 0 funct3' rs1 rs2
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relocationType (RHigher20 rd _) = type' $ U rd 0
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relocationType (RBranch _ funct3' rs1 rs2) = type' $ B 0 funct3' rs1 rs2
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instruction :: Instruction -> ByteString.Builder.Builder
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instruction = \case
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@ -2,7 +2,7 @@ module Language.Elna.Glue
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( glue
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) where
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import Control.Monad.Trans.State (State, get, modify', runState)
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import Control.Monad.Trans.State (State, gets, modify', runState)
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import Data.Bifunctor (Bifunctor(..))
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import Data.Foldable (Foldable(..))
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import Data.HashMap.Strict (HashMap)
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@ -13,10 +13,15 @@ import qualified Data.Vector as Vector
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import Data.Word (Word32)
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import qualified Language.Elna.Frontend.AST as AST
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import Language.Elna.Backend.Intermediate (Operand(..), Quadruple(..), Variable(..))
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import Language.Elna.Frontend.SymbolTable (SymbolTable{-, Info(..) -})
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import Language.Elna.Frontend.SymbolTable (SymbolTable)
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import GHC.Records (HasField(..))
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newtype Paste = Paste
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{ temporaryCounter :: Word32
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}
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newtype Glue a = Glue
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{ runGlue :: State Word32 a }
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{ runGlue :: State Paste a }
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instance Functor Glue
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where
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@ -34,7 +39,7 @@ instance Monad Glue
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glue :: SymbolTable -> AST.Program -> HashMap AST.Identifier (Vector (Quadruple Variable))
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glue globalTable
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= fst
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. flip runState 0
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. flip runState Paste{ temporaryCounter = 0 }
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. runGlue
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. program globalTable
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@ -111,17 +116,17 @@ statement localTable (AST.WhileStatement whileCondition whileStatement) = do
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createTemporary :: Glue Variable
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createTemporary = do
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currentCounter <- Glue get
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Glue $ modify' (+ 1)
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currentCounter <- Glue $ gets $ getField @"temporaryCounter"
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Glue $ modify' modifier
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pure $ TempVariable currentCounter
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where
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modifier generator = generator
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{ temporaryCounter = getField @"temporaryCounter" generator + 1
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}
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{-
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import Language.Elna.Types (Type(..))
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import qualified Language.Elna.SymbolTable as SymbolTable
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import GHC.Records (HasField(..))
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import qualified Data.Text.Lazy.Builder.Int as Text.Builder
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import qualified Data.Text.Lazy.Builder as Text.Builder
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import qualified Data.Text.Lazy as Text.Lazy
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newtype Label = Label Text
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deriving Eq
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@ -130,20 +135,6 @@ instance Show Label
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where
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show (Label label) = '.' : Text.unpack label
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createLabel :: Glue Label
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createLabel = do
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currentCounter <- Glue $ gets labelCounter
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Glue $ modify' modifier
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pure
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$ Label
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$ Text.Lazy.toStrict
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$ Text.Builder.toLazyText
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$ Text.Builder.decimal currentCounter
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where
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modifier generator = generator
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{ labelCounter = getField @"labelCounter" generator + 1
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}
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condition
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:: SymbolTable
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-> AST.Condition
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@ -4,18 +4,23 @@ module Language.Elna.RiscV.CodeGenerator
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, riscVConfiguration
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) where
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import Data.ByteString (ByteString)
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import Control.Monad.Trans.State (State, get, evalState, modify')
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import Data.HashMap.Strict (HashMap)
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import qualified Data.HashMap.Strict as HashMap
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import Data.Int (Int32)
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import Data.Word (Word32)
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import Data.Vector (Vector)
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import qualified Data.Vector as Vector
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import qualified Data.Text.Encoding as Text.Encoding
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import qualified Language.Elna.Architecture.RiscV as RiscV
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import Language.Elna.Backend.Allocator (MachineConfiguration(..), Store(..))
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import Language.Elna.Backend.Intermediate (Operand(..), Quadruple(..))
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import Language.Elna.Location (Identifier(..))
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import Data.Bits (Bits(..))
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import Data.Foldable (Foldable(..), foldlM)
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import Data.Text (Text)
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import qualified Data.Text.Lazy.Builder.Int as Text.Builder
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import qualified Data.Text.Lazy.Builder as Text.Builder
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import qualified Data.Text.Lazy as Text.Lazy
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data Directive
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= GlobalDirective
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@ -24,7 +29,7 @@ data Directive
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data Statement
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= Instruction RiscV.Instruction
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| JumpLabel ByteString [Directive]
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| JumpLabel Text [Directive]
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deriving Eq
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riscVConfiguration :: MachineConfiguration RiscV.XRegister
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@ -44,16 +49,45 @@ type RiscVStore = Store RiscV.XRegister
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type RiscVQuadruple = Quadruple RiscVStore
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type RiscVOperand = Operand RiscVStore
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generateRiscV :: HashMap Identifier (Vector RiscVQuadruple) -> Vector Statement
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generateRiscV = HashMap.foldlWithKey' go Vector.empty
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where
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go accumulator (Identifier key) value =
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let code = Vector.cons (JumpLabel (Text.Encoding.encodeUtf8 key) [GlobalDirective, FunctionDirective])
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$ Vector.foldMap quadruple value
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in accumulator <> code
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newtype RiscVGenerator a = RiscVGenerator
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{ runRiscVGenerator :: State Word32 a }
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quadruple :: RiscVQuadruple -> Vector Statement
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quadruple StartQuadruple = Vector.fromList
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instance Functor RiscVGenerator
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where
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fmap f (RiscVGenerator x) = RiscVGenerator $ f <$> x
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instance Applicative RiscVGenerator
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where
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pure = RiscVGenerator . pure
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(RiscVGenerator f) <*> (RiscVGenerator x) = RiscVGenerator $ f <*> x
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instance Monad RiscVGenerator
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where
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(RiscVGenerator x) >>= f = RiscVGenerator $ x >>= (runRiscVGenerator . f)
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createLabel :: RiscVGenerator Text
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createLabel = do
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currentCounter <- RiscVGenerator get
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RiscVGenerator $ modify' (+ 1)
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pure
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$ mappend ".A"
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$ Text.Lazy.toStrict
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$ Text.Builder.toLazyText
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$ Text.Builder.decimal currentCounter
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generateRiscV :: HashMap Identifier (Vector RiscVQuadruple) -> Vector Statement
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generateRiscV = flip evalState 0
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. runRiscVGenerator
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. foldlM go Vector.empty
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. HashMap.toList
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where
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go accumulator (Identifier key, value) =
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let code = Vector.cons (JumpLabel key [GlobalDirective, FunctionDirective])
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. fold <$> mapM quadruple value
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in (accumulator <>) <$> code
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quadruple :: RiscVQuadruple -> RiscVGenerator (Vector Statement)
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quadruple StartQuadruple = pure $ Vector.fromList
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[ Instruction (RiscV.BaseInstruction RiscV.OpImm $ RiscV.I RiscV.SP RiscV.ADDI RiscV.SP (negate 4))
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, Instruction (RiscV.BaseInstruction RiscV.Store $ RiscV.S 0 RiscV.SW RiscV.SP RiscV.S0)
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, Instruction (RiscV.BaseInstruction RiscV.Store $ RiscV.S 4 RiscV.SW RiscV.SP RiscV.RA)
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@ -61,15 +95,15 @@ quadruple StartQuadruple = Vector.fromList
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]
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quadruple (ParameterQuadruple operand1) =
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let (operandRegister, statements) = loadImmediateOrRegister operand1 RiscV.A0
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in mappend statements $ Vector.fromList
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in pure $ mappend statements $ Vector.fromList
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[ Instruction (RiscV.BaseInstruction RiscV.OpImm $ RiscV.I RiscV.SP RiscV.ADDI RiscV.SP (negate 4))
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, Instruction (RiscV.BaseInstruction RiscV.Store $ RiscV.S 0 RiscV.SW RiscV.SP operandRegister)
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]
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quadruple (CallQuadruple callName numberOfArguments) = Vector.fromList
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quadruple (CallQuadruple callName numberOfArguments) = pure $ Vector.fromList
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[ Instruction (RiscV.CallInstruction callName)
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, Instruction (RiscV.BaseInstruction RiscV.OpImm $ RiscV.I RiscV.SP RiscV.ADDI RiscV.SP (numberOfArguments * 4))
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]
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quadruple StopQuadruple = Vector.fromList
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quadruple StopQuadruple = pure $ Vector.fromList
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[ Instruction (RiscV.BaseInstruction RiscV.Load $ RiscV.I RiscV.S0 RiscV.LW RiscV.SP 0)
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, Instruction (RiscV.BaseInstruction RiscV.Load $ RiscV.I RiscV.RA RiscV.LW RiscV.SP 4)
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, Instruction (RiscV.BaseInstruction RiscV.OpImm $ RiscV.I RiscV.SP RiscV.ADDI RiscV.SP 4)
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@ -78,12 +112,12 @@ quadruple StopQuadruple = Vector.fromList
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quadruple (AddQuadruple operand1 operand2 (Store register))
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| IntOperand immediateOperand1 <- operand1
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, IntOperand immediateOperand2 <- operand2 =
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lui (immediateOperand1 + immediateOperand2) register
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pure $ lui (immediateOperand1 + immediateOperand2) register
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| VariableOperand variableOperand1 <- operand1
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, VariableOperand variableOperand2 <- operand2 =
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let Store operandRegister1 = variableOperand1
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Store operandRegister2 = variableOperand2
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in pure $ Instruction
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in pure $ Vector.singleton $ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.ADD operandRegister1 operandRegister2 (RiscV.Funct7 0b0000000)
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| VariableOperand variableOperand1 <- operand1
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@ -96,7 +130,7 @@ quadruple (AddQuadruple operand1 operand2 (Store register))
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addImmediateRegister variableOperand immediateOperand =
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let statements = lui immediateOperand register
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Store operandRegister = variableOperand
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in Vector.snoc statements
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in pure $ Vector.snoc statements
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.ADD register operandRegister
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@ -104,12 +138,12 @@ quadruple (AddQuadruple operand1 operand2 (Store register))
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quadruple (SubtractionQuadruple operand1 operand2 (Store register))
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| IntOperand immediateOperand1 <- operand1
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, IntOperand immediateOperand2 <- operand2 =
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lui (immediateOperand1 - immediateOperand2) register
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pure $ lui (immediateOperand1 - immediateOperand2) register
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| VariableOperand variableOperand1 <- operand1
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, VariableOperand variableOperand2 <- operand2 =
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let Store operandRegister1 = variableOperand1
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Store operandRegister2 = variableOperand2
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in pure $ Instruction
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in pure $ Vector.singleton $ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.SUB operandRegister1 operandRegister2
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$ RiscV.Funct7 0b0100000
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@ -117,7 +151,7 @@ quadruple (SubtractionQuadruple operand1 operand2 (Store register))
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, VariableOperand variableOperand2 <- operand2 =
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let statements1 = lui immediateOperand1 register
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Store operandRegister2 = variableOperand2
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in Vector.snoc statements1
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in pure $ Vector.snoc statements1
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.SUB register operandRegister2
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@ -126,16 +160,17 @@ quadruple (SubtractionQuadruple operand1 operand2 (Store register))
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, IntOperand immediateOperand2 <- operand2 =
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let statements2 = lui (negate immediateOperand2) register
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Store operandRegister1 = variableOperand1
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in Vector.snoc statements2
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in pure $ Vector.snoc statements2
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.ADD register operandRegister1
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$ RiscV.Funct7 0b0000000
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quadruple (NegationQuadruple operand1 (Store register))
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| IntOperand immediateOperand1 <- operand1 = lui (negate immediateOperand1) register
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| IntOperand immediateOperand1 <- operand1 =
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pure $ lui (negate immediateOperand1) register
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| VariableOperand variableOperand1 <- operand1 =
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let Store operandRegister1 = variableOperand1
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in Vector.singleton
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in pure $ Vector.singleton
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.SUB RiscV.Zero operandRegister1
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@ -143,12 +178,12 @@ quadruple (NegationQuadruple operand1 (Store register))
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quadruple (ProductQuadruple operand1 operand2 (Store register))
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| IntOperand immediateOperand1 <- operand1
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, IntOperand immediateOperand2 <- operand2 =
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lui (immediateOperand1 * immediateOperand2) register
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pure $ lui (immediateOperand1 * immediateOperand2) register
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| VariableOperand variableOperand1 <- operand1
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, VariableOperand variableOperand2 <- operand2 =
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let Store operandRegister1 = variableOperand1
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Store operandRegister2 = variableOperand2
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in pure $ Instruction
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in pure $ Vector.singleton $ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.MUL operandRegister1 operandRegister2 (RiscV.Funct7 0b0000001)
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| VariableOperand variableOperand1 <- operand1
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@ -161,7 +196,7 @@ quadruple (ProductQuadruple operand1 operand2 (Store register))
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multiplyImmediateRegister variableOperand immediateOperand =
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let statements = lui immediateOperand register
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Store operandRegister = variableOperand
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in Vector.snoc statements
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in pure $ Vector.snoc statements
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.MUL register operandRegister
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@ -169,19 +204,32 @@ quadruple (ProductQuadruple operand1 operand2 (Store register))
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quadruple (DivisionQuadruple operand1 operand2 (Store register))
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| IntOperand immediateOperand1 <- operand1
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, IntOperand immediateOperand2 <- operand2 =
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lui (quot immediateOperand1 immediateOperand2) register
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if immediateOperand2 == 0
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then pure $ Vector.singleton
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$ Instruction (RiscV.CallInstruction "_divide_by_zero_error")
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else pure $ lui (quot immediateOperand1 immediateOperand2) register
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| VariableOperand variableOperand1 <- operand1
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, VariableOperand variableOperand2 <- operand2 =
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, VariableOperand variableOperand2 <- operand2 = do
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let Store operandRegister1 = variableOperand1
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Store operandRegister2 = variableOperand2
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in pure $ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.DIV operandRegister1 operandRegister2 (RiscV.Funct7 0b0000001)
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divisionInstruction = Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.DIV operandRegister1 operandRegister2 (RiscV.Funct7 0b0000001)
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branchLabel <- createLabel
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let branchInstruction = Instruction
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$ RiscV.RelocatableInstruction RiscV.Branch
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$ RiscV.RBranch branchLabel RiscV.BNE RiscV.Zero operandRegister2
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pure $ Vector.fromList
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[ branchInstruction
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, Instruction (RiscV.CallInstruction "_divide_by_zero_error")
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, JumpLabel branchLabel []
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, divisionInstruction
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]
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| VariableOperand variableOperand1 <- operand1
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, IntOperand immediateOperand2 <- operand2 =
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let statements2 = lui immediateOperand2 register
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Store operandRegister1 = variableOperand1
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in Vector.snoc statements2
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in pure $ Vector.snoc statements2
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.DIV operandRegister1 register
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@ -190,7 +238,7 @@ quadruple (DivisionQuadruple operand1 operand2 (Store register))
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, VariableOperand variableOperand2 <- operand2 =
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let statements1 = lui immediateOperand1 register
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Store operandRegister2 = variableOperand2
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in Vector.snoc statements1
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in pure $ Vector.snoc statements1
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$ Instruction
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$ RiscV.BaseInstruction RiscV.Op
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$ RiscV.R register RiscV.DIV register operandRegister2
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@ -41,7 +41,7 @@ import Language.Elna.Object.Elf
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)
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import System.IO (Handle)
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import qualified Language.Elna.Architecture.RiscV as RiscV
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import qualified Data.Text.Encoding as Text.Encoding
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import qualified Data.Text.Encoding as Text
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import Control.Monad.IO.Class (MonadIO(..))
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import Control.Monad.Trans.State (get)
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import Language.Elna.RiscV.CodeGenerator (Statement(..))
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@ -238,7 +238,7 @@ riscv32Elf code objectHandle = text
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result =
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( encoded <> encoded'
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, relocations <> relocations'
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, ElfHeaderResult (names <> labelName <> "\0") (Vector.snoc symbols newEntry)
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, ElfHeaderResult (names <> Text.encodeUtf8 labelName <> "\0") (Vector.snoc symbols newEntry)
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, definitions'
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)
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in encodeAsm shndx result rest'
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@ -248,18 +248,21 @@ riscv32Elf code objectHandle = text
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let offset = fromIntegral $ LazyByteString.length encoded
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unresolvedRelocation = case instruction of
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RiscV.RelocatableInstruction _ instructionType
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| RiscV.Higher20 _ symbolName <- instructionType
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| RiscV.RHigher20 _ symbolName <- instructionType
|
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-> Just -- R_RISCV_HI20
|
||||
$ UnresolvedRelocation (Text.Encoding.encodeUtf8 symbolName) offset 26
|
||||
| RiscV.Lower12I _ _ _ symbolName <- instructionType
|
||||
$ UnresolvedRelocation (Text.encodeUtf8 symbolName) offset 26
|
||||
| RiscV.RLower12I _ _ _ symbolName <- instructionType
|
||||
-> Just -- R_RISCV_LO12_I
|
||||
$ UnresolvedRelocation (Text.Encoding.encodeUtf8 symbolName) offset 27
|
||||
| RiscV.Lower12S symbolName _ _ _ <- instructionType
|
||||
$ UnresolvedRelocation (Text.encodeUtf8 symbolName) offset 27
|
||||
| RiscV.RLower12S symbolName _ _ _ <- instructionType
|
||||
-> Just -- R_RISCV_LO12_S
|
||||
$ UnresolvedRelocation (Text.Encoding.encodeUtf8 symbolName) offset 28
|
||||
$ UnresolvedRelocation (Text.encodeUtf8 symbolName) offset 28
|
||||
| RiscV.RBranch symbolName _ _ _ <- instructionType
|
||||
-> Just -- R_RISCV_BRANCH
|
||||
$ UnresolvedRelocation (Text.encodeUtf8 symbolName) offset 16
|
||||
RiscV.CallInstruction symbolName
|
||||
-> Just -- R_RISCV_CALL_PLT
|
||||
$ UnresolvedRelocation (Text.Encoding.encodeUtf8 symbolName) offset 19
|
||||
$ UnresolvedRelocation (Text.encodeUtf8 symbolName) offset 19
|
||||
RiscV.BaseInstruction _ _ -> Nothing
|
||||
chunk = ByteString.Builder.toLazyByteString
|
||||
$ RiscV.instruction instruction
|
||||
@ -270,7 +273,7 @@ riscv32Elf code objectHandle = text
|
||||
, addDefinition unresolvedRelocation definitions
|
||||
)
|
||||
in encodeInstructions result
|
||||
| otherwise = (encoded, relocations, Vector.drop 1 instructions, definitions)
|
||||
| otherwise = (encoded, relocations, instructions, definitions)
|
||||
addDefinition (Just (UnresolvedRelocation symbolName _ _)) =
|
||||
HashSet.insert symbolName
|
||||
addDefinition Nothing = id
|
||||
|
||||
Loading…
Reference in New Issue
Block a user