Fix document typos and mistakes

Author: szg251

lambda-buffers-codegen/src/LambdaBuffers/Codegen/Rust/Print.hs

@@ -122,8 +122,8 @@ printImports crates =
 
 {- | `collectPackageDeps lbTyImports rsTyImports traitImps ruleImps valImps` collects all the package dependencies.
 
- Note that LB `lbTyImports` and `ruleImps` are wired by the user (as the user decides on the package name for their schemass), so the imports inside the modules
- is different from the crate list in `build.js`. These are returned as a tuple as `(imports, buildDeps)`
+ Note that LB `lbTyImports` and `ruleImps` are wired by the user (as the user decides on the package name for their schemas), so the imports inside the modules
+ is different from the crate list in `build.json`. These are returned as a tuple as `(imports, buildDeps)`
 -}
 collectPackageDeps :: Set PC.QTyName -> Set R.QTyName -> Set R.QTraitName -> Set (PC.InfoLess PC.ModuleName) -> Set R.QValName -> (Set R.CrateName, Set R.CrateName)
 collectPackageDeps lbTyImports rsTyImports traitImps ruleImps valImps =

lambda-buffers-codegen/src/LambdaBuffers/Codegen/Rust/Print/LamVal.hs

@@ -378,13 +378,13 @@ printValueE iTyDefs (LV.CaseTextE txtVal cases otherCase) = printCaseTextE iTyDe
 printValueE iTyDefs (LV.TupleE l r) = printTupleE iTyDefs l r
 printValueE _ (LV.ErrorE err) = throwInternalError $ "LamVal error builtin was called " <> err
 
--- | This is a hack, to help Rust figure out types of closures (lambda expressions)
+-- | HACK(szg251): This is a hack, to help Rust figure out types of closures (lambda expressions)
 printInstance :: MonadPrint m => [R.QTyName] -> PC.TyDefs -> LV.ValueE -> m (Doc ann)
 printInstance [] iTyDefs lamVal = printValueE iTyDefs lamVal
 printInstance argTys iTyDefs (LV.LamE lamVal) = printInstanceLamE argTys iTyDefs lamVal
 printInstance _ _ _ = throwInternalError "LamE expression expected with predefined argument types"
 
--- | This is a hack, to help Rust figure out types of closures (lambda expressions)
+-- | HACK(szg251): This is a hack, to help Rust figure out types of closures (lambda expressions)
 printInstanceLamE :: MonadPrint m => [R.QTyName] -> PC.TyDefs -> (LV.ValueE -> LV.ValueE) -> m (Doc ann)
 printInstanceLamE [] _ _ = throwInternalError "LamE expression expected with predefined argument types"
 printInstanceLamE (argTy : argTys) iTyDefs lamVal = do