anchor.diff:        match testMethodResult with
         | Success test when test.IsPassed -> ()
         | Success test ->
  -        do! printer.WriteLineAsync(sprintf "method: %s" test.Name)
  +        do! printer.WriteLineAsync(sprintf "Method: %s" test.Name)
           use indenting = printer.AddIndent()
           for  (i, test) in test.Tests |> Seq.indexed do
             do! printTestAsync i test
         | Failure testError ->
           let methodName = testError |> TestError.methodName
  -        do! printer.WriteLineAsync(sprintf "method: %s" methodName)
  +        do! printer.WriteLineAsync(sprintf "Method: %s" methodName)
           use indenting = printer.AddIndent()
           return! printTestErrorAsync testError
       }
  
positive.code:       if testClassResult |> TestClassResult.isAllPassed |> not then
          let (testClass, testMethodResults) = testClassResult
          do! printSeparatorAsync ()
          do! printer.WriteLineAsync(sprintf "type: %s" testClass.Type.FullName)
          use indenting = printer.AddIndent()
          for (testIndex, testMethodResult) in testMethodResults |> Seq.indexed do
            do! testMethodResult |> printTestMethodResultAsync testIndex
  
negative.code:       | AssertionTest assertionResult ->
          return! printAssertionResultAsync i test.Name assertionResult
        | GroupTest tests ->
          do! printer.WriteLineAsync(sprintf "Group: %s" test.Name)
          use indenting = printer.AddIndent()
          for (i, test) in tests |> Seq.indexed do
            do! printTestAsync i test
  