TinyTask Continuous Playback Not Working? Fix Loops That Run Once
Quick answer: Confirm that you selected a repeat count greater than one or Infinite Loop, then test a two-action macro for three repetitions. If that works, the loop control is fine and the original workflow is failing to reset its application state.
A loop has two jobs: TinyTask Pro must repeat the recording, and the target application must return to a state where the same actions still make sense. Many “loop not working” cases are actually reset problems after the first successful pass.
Test with a finite count first. Infinite playback hides mistakes and makes diagnosis harder.
In this guide
- Confirm the playback mode
- Make the workflow return to its starting state
- Remove hidden stop triggers
- Slow down unstable loops
- Design safer loop counts
- When to rebuild the macro
- Frequently asked questions
Confirm the playback mode
Load the intended macro, select a repeat count such as three, and verify that the control is applied before you press Play. If your release offers Run Once, Repeat N Times and Infinite Loop, make sure Run Once is no longer selected.
Create a simple Notepad test that types one character, presses Enter and repeats three times. Successful repetition proves that the loop engine works in a basic context. Compare your controls with the current TinyTask Pro feature documentation.
Make the workflow return to its starting state
At the end of each pass, the cursor, selected cell, open page and active window should be where the next pass expects them. A workflow that submits a form and lands on a confirmation page cannot repeat the same clicks until it navigates back.
Add an explicit reset sequence: return to the starting sheet, select the next row, reopen the form or restore the original tab. Test the transition from the end of pass one to the beginning of pass two more carefully than any other part.
Remove hidden stop triggers
In TinyTask Pro 3.0, ESC is the emergency stop. If the recording uses ESC as part of the task, playback may end instead of continuing. Re-record that portion using a close button or another navigation path.
Check for hotkey conflicts, security prompts and applications running at a different privilege level. A loop can also terminate when the target window closes or focus moves to a notification.
Slow down unstable loops
Pass one may succeed because the page was already loaded, while later passes wait for navigation, calculations or a new browser request. Reduce playback speed and perform each action only after the target is ready during recording.
Use a small batch and observe it. If failures appear after several repetitions, look for accumulating conditions: an expanding spreadsheet selection, modal dialogs, browser memory use, rate limits or data rows with a different format.
Design safer loop counts
Use a finite count that matches the number of prepared rows. Infinite mode is suitable only when the process is designed for continuous operation and you can supervise it. Always know how to stop a runaway TinyTask loop.
- Test 3 repetitions with dummy data.
- Review the output.
- Increase to 10.
- Pause and check again.
- Run larger batches only after the reset step is stable.
When to rebuild the macro
Re-record if the workflow relies on shifting windows, variable page layouts or many corrective mouse movements. Use keyboard navigation where it produces a more stable path, and start each run from a documented setup state.
For spreadsheet work, record a single complete row including the move to the next row. The TinyTask loop automation guide provides the broader workflow pattern.
Frequently asked questions
Why does TinyTask run only once when I selected a loop?
First verify the repeat control with a tiny test macro. If that repeats, your original macro probably lacks a reliable end-to-start reset.
Can ESC inside my recording stop the loop?
Yes, in releases where ESC is the emergency stop. Use another action for closing menus or canceling dialogs.
Should I use Infinite Loop for spreadsheet rows?
A finite count tied to the number of prepared rows is safer. Infinite playback can continue into empty or unrelated data.