anchor.diff:              let left, stmts = com.TransformAsExpr(ctx, expr)
               Expression.call (func, [ left ]), stmts
   
  +        | Fable.Call(Fable.Get(expr, Fable.FieldGet(fieldName="charCodeAt"), _, _), info, _, range) ->
  +            let func = Expression.name("ord")
  +            let value, stmts = com.TransformAsExpr(ctx, expr)
  +            Expression.call (func, [ value ]), stmts
  +
           | Fable.Call(callee, info, _, range) ->
               transformCall com ctx range callee info
   
  
positive.code:             else
                  let varDeclStatement = multiVarDeclaration ctx [for v in declaredVars -> ident com ctx v, None]
                  varDeclStatement @ body
          printfn "Args: %A" (args, body)
          args |> List.map (ident com ctx >> Arg.arg), body
  
      let declareEntryPoint _com _ctx (funcExpr: Expression) =
  
negative.code:             |> fun (ids, values, ids') ->
                  ctx.BoundVars.Bind(ids')
                  (Expression.tuple(ids), Expression.tuple(values))
  
          [ Statement.assign([ids], values) ]
  
      let varDeclaration (ctx: Context) (var: Expression) (isMutable: bool) value =
          match var with
          | Name({Id=id}) -> ctx.BoundVars.Bind([id])
          | _ -> ()
          [ Statement.assign([var], value) ]
  
      let restElement (var: Python.Identifier) =
  