Remove let-binding workarounds

data/scenarios/Challenges/Ranching/_capture/opponent.sw

@@ -39,12 +39,9 @@ Iterate 4 times (once for each direction)
 def countBlocked = \n.
     if (n > 0) {
         isBlocked <- blocked;
-        // This assignment has to happen before the recursive
-        // "countBlocked" call due to #1032
-        let localBlockCount = boolToInt isBlocked in
         turn left;
         lastCount <- countBlocked $ n - 1;
-        return $ lastCount + localBlockCount;
+        return $ lastCount + boolToInt isBlocked;
     } {
         return 0;
     }

data/scenarios/Challenges/Ranching/_powerset/setup.sw

@@ -138,13 +138,9 @@ Fisher-Yates would be more efficient, but requires a physical array.
 def naiveRandomStack = \valueFunc. \maxval. \bitmask. \n.
     val <- if (n > 1) {
         nextRandomVal <- getUnusedRandom maxval bitmask;
-
-        // Recursion bug workaround (see #1032):
-        let blahNextRandomVal = nextRandomVal in
-
         let newBitmask = bitmask + shiftLeft 1 nextRandomVal in
         naiveRandomStack valueFunc maxval newBitmask $ n - 1;
-        return blahNextRandomVal;
+        return nextRandomVal;
     } {
         // We're at the peak of the stack.
         // Now we unwind it.

data/scenarios/Challenges/Sliding Puzzles/_sliding-puzzle/maintainer.sw

@@ -60,12 +60,8 @@ def getIndexesTotal = \boardWidth. \boardHeight. \n.
         let idx = n - 1 in
         teleport self (idx/boardHeight, -(mod idx boardWidth));
         valueHere <- getValueHere;
-
-        // This reassignment has to happen before the
-        // recursive call due to #1032
-        let valueHereBlah = valueHere in
         runningTotal <- getIndexesTotal boardWidth boardHeight $ n - 1;
-        return $ valueHereBlah + runningTotal;
+        return $ valueHere + runningTotal;
     } {
         return 0;
     }

data/scenarios/Challenges/_gallery/setup.sw

@@ -73,13 +73,9 @@ Fisher-Yates would be more efficient, but requires a physical array.
 def naiveRandomStack = \valueFunc. \maxval. \bitmask. \n.
     val <- if (n > 1) {
         nextRandomVal <- getUnusedRandom maxval bitmask;
-
-        // Recursion bug workaround (see #1032):
-        let blahNextRandomVal = nextRandomVal in
-
         let newBitmask = bitmask + shiftLeft 1 nextRandomVal in
         naiveRandomStack valueFunc maxval newBitmask $ n - 1;
-        return blahNextRandomVal;
+        return nextRandomVal;
     } {
         // We're at the peak of the stack.
         // Now we unwind it.

data/scenarios/Challenges/_lights-out/assistant.sw

@@ -189,13 +189,8 @@ def prepareBoardAllRows = \abortFunc. \boardWidth. \rowIdx.
             return (0, 0);
         } {
             advanceRowViaTeleport;
-
-            // This reassignment has to happen before the recursive
-            // "prepareBoardAllRows" call due to #1032
-            let rowCommonCountFoo = rowCommonCount in
             totalCommonCount <- prepareBoardAllRows abortFunc boardWidth $ rowIdx - 1;
-
-            return $ sumTuples rowCommonCountFoo totalCommonCount
+            return $ sumTuples rowCommonCount totalCommonCount
         }
     } {
         return (0, 0);