Add labels to call sequence

lib/Echidna/ABI.hs

@@ -65,11 +65,11 @@ makeArrayAbiValues b =
      fmap (\n -> AbiBytes n . BS.append b $ BS.replicate (n - size) 0) [size..32]
 
 -- | Pretty-print some 'AbiValue'.
-ppAbiValue :: AbiValue -> String
-ppAbiValue = \case
+ppAbiValue :: Map Addr Text -> AbiValue -> String
+ppAbiValue labels = \case
   AbiUInt _ n         -> show n
   AbiInt  _ n         -> show n
-  AbiAddress n        -> "0x" <> showHex n ""
+  AbiAddress n        -> ppAddr labels n
   AbiBool b           -> if b then "true" else "false"
   AbiBytes _ b        -> show b
   AbiBytesDynamic b   -> show b
@@ -78,7 +78,15 @@ ppAbiValue = \case
   AbiArray _ _ v      -> "[" <> commaSeparated v <> "]"
   AbiTuple v          -> "(" <> commaSeparated v <> ")"
   AbiFunction v       -> show v
-  where commaSeparated v = intercalate ", " (ppAbiValue <$> toList v)
+  where
+    commaSeparated v = intercalate ", " $ ppAbiValue labels <$> toList v
+
+ppAddr :: Map Addr Text -> Addr -> String
+ppAddr labels addr = "0x" <> showHex addr "" <> label
+  where
+    label = case Map.lookup addr labels of
+      Nothing -> ""
+      Just l -> " «" <> T.unpack l <> "»"
 
 -- | Get the signature from a Solidity function.
 signatureCall :: SolCall -> SolSignature

lib/Echidna/Output/JSON.hs

@@ -144,6 +144,6 @@ mapTest dappInfo test =
 
   mapCall = \case
     SolCreate _          -> ("<CREATE>", Nothing)
-    SolCall (name, args) -> (name, Just $ ppAbiValue <$> args)
+    SolCall (name, args) -> (name, Just $ ppAbiValue <$> mempty <*> args)
     NoCall               -> ("*wait*", Nothing)
     SolCalldata x        -> (decodeUtf8 $ "0x" <> BS16.encode x, Nothing)

lib/Echidna/Pretty.hs

@@ -3,21 +3,24 @@ module Echidna.Pretty where
 import Data.ByteString.Base16 qualified as BS16
 import Data.ByteString.Char8 qualified as BSC8
 import Data.List (intercalate)
-import Data.Text (unpack)
+import Data.Map (Map)
+import Data.Text (Text, unpack)
+
+import EVM.Types (Addr)
 
 import Echidna.ABI (ppAbiValue)
 import Echidna.Types.Signature (SolCall)
 import Echidna.Types.Tx (TxCall(..))
 
 -- | Pretty-print some 'AbiCall'.
-ppSolCall :: SolCall -> String
-ppSolCall (t, vs) =
+ppSolCall :: Map Addr Text -> SolCall -> String
+ppSolCall labels (t, vs) =
   (if t == "" then unpack "*fallback*" else unpack t)
-  ++ "(" ++ intercalate "," (ppAbiValue <$> vs) ++ ")"
+  ++ "(" ++ intercalate "," (ppAbiValue labels <$> vs) ++ ")"
 
 -- | Pretty-print some 'TxCall'
-ppTxCall :: TxCall -> String
-ppTxCall (SolCreate _)    = "<CREATE>"
-ppTxCall (SolCall x)      = ppSolCall x
-ppTxCall NoCall           = "*wait*"
-ppTxCall (SolCalldata x)  = BSC8.unpack $ "0x" <> BS16.encode x
+ppTxCall :: Map Addr Text -> TxCall -> String
+ppTxCall _ (SolCreate _)    = "<CREATE>"
+ppTxCall labels (SolCall x) = ppSolCall labels x
+ppTxCall _ NoCall           = "*wait*"
+ppTxCall _ (SolCalldata x)  = BSC8.unpack $ "0x" <> BS16.encode x

lib/Echidna/UI/Report.hs

@@ -27,7 +27,7 @@ import Echidna.Utility (timePrefix)
 
 import EVM.Format (showTraceTree, contractNamePart)
 import EVM.Solidity (SolcContract(..))
-import EVM.Types (W256, VM, VMType(Concrete), Addr, Expr (LitAddr))
+import EVM.Types (W256, VM(labels), VMType(Concrete), Addr, Expr (LitAddr))
 
 ppLogLine :: MonadReader Env m => VM Concrete RealWorld -> (LocalTime, CampaignEvent) -> m String
 ppLogLine vm (time, event@(WorkerEvent workerId FuzzWorker _)) =
@@ -71,12 +71,19 @@ ppTx vm printName tx = do
   names <- asks (.cfg.namesConf)
   tGas  <- asks (.cfg.txConf.txGas)
   pure $
-    unpack (maybe "" (<> ".") contractName) <> ppTxCall tx.call
-    <> (if not printName then "" else names Sender tx.src <> names Receiver tx.dst)
+    unpack (maybe "" (<> ".") contractName) <> ppTxCall vm.labels tx.call
+    <> (if not printName then "" else prettyName names Sender tx.src <> prettyName names Receiver tx.dst)
     <> (if tx.gas == tGas then "" else " Gas: " <> show tx.gas)
     <> (if tx.gasprice == 0 then "" else " Gas price: " <> show tx.gasprice)
     <> (if tx.value == 0 then "" else " Value: " <> show tx.value)
     <> ppDelay tx.delay
+  where
+    prettyName names t addr = case names t addr of
+      "" -> ""
+      s -> s <> label addr
+    label addr = case Map.lookup addr vm.labels of
+      Nothing -> ""
+      Just l -> " «" <> T.unpack l <> "»"
 
 contractNameForAddr :: MonadReader Env m => VM Concrete RealWorld -> Addr -> m Text
 contractNameForAddr vm addr = do