Temporal Workflow simple example

100%

Temporal Workflow simple example

✓ Published0🌍 Public

Last edited Dec 31, 2024

Created on Dec 31, 2024

This example demonstrates a minimal Temporal workflow where a workflow interface defines a greeting method and an implementation class returns the greeting string. The code shows how a worker registers the workflow implementation with a task queue and starts polling, while a separate starter creates a workflow client, specifies workflow options like task queue and workflow ID, and invokes the method. Using Temporal’s `WorkflowClient`, `WorkerFactory`, and `Worker` APIs, the example illustrates the separation between workflow definition, worker execution, and client-side invocation, with the workflow result printed after execution. The source is a gist by Abhay-Joshi-Git.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist eeac85f83bbc682a4f2d

This example demonstrates how to run a simple inline Web Worker that greets a user by name, with a fallback to executing the worker script on the main thread when the browser lacks necessary APIs. It uses a `<script type="javascript/worker">` block for the worker code and the `runWorkerJs` helper, which checks for `Blob`, `BlobBuilder`, `URL.createObjectURL`, and `Worker` support. If those are available, it creates a worker from the script’s text and posts a parameter object; otherwise, it evals the script in a proxy scope. The result updates the page body text.

PPhilippe Rivière

54% match

Loading thumbnail…

Gist 69a9d27f495ef695f39947559d3ead66

This example demonstrates a Kotlin-based reactive flow pipeline that emits a sequence of eight "Hello" messages at 700-millisecond intervals. The visualization pairs two components: an `Activity_Flow.kt` file that subscribes to a lifecycle-scoped `Flow` collector, and a `ViewModel_Flow.kt` file that defines the `triggerFlow()` function using the `flow` builder with `repeat` and `delay` operators. The code highlights the use of Kotlin coroutines and the Flow API for asynchronous, time-based data streaming, though it does not render any graphical output.

HHsuHsiaoHsuan

47% match

Loading thumbnail…

Gist 7facf6eee4cdc2d78b333fb54eafc2c9

This example demonstrates a dynamic task-management interface that updates in response to simulated HTTP polling data. The visualization shows a table of devices and their associated tasks, where each periodic response adds new tasks to existing devices or introduces entirely new device rows. Users can click on individual tasks to complete them, removing them from the display to free up space for future updates. The implementation uses plain JavaScript with a custom `getResponse` function to generate random device-task assignments, and the UI is built directly via the DOM API without external libraries, featuring a clean two-column layout for professional presentation.

WWill Carter

46% match

Loading thumbnail…

Constructing Visualizations 2025 workspace

This example demonstrates a minimal HTML starter workspace with a centered greeting message. The page renders large text using plain CSS styling, while the JavaScript file logs a simple console message upon load. The visualization uses no external libraries, relying solely on native HTML, CSS, and JavaScript to display its static content.

NNJ Smith

45% match

Loading thumbnail…

Gist ad9d134855a9dc2af500b27ddb3f89ba

This example demonstrates a complete Internet of Things workflow, showing how to collect, store, and visualize sensor data from a smart agriculture scenario. It uses an InfluxDB time-series database running on an Amazon EC2 instance to manage temperature, humidity, luminosity, and soil moisture readings. The data is generated by a Mockaroo CSV export and imported through the InfluxDB CLI, then queried with InfluxQL and the Flux language’s `aggregateWindow` function. The final step renders interactive trend charts in the InfluxDB dashboard, illustrating the full path from raw sensor simulation to analytical visualization.

IIoTeacher

45% match

Loading thumbnail…

Gist f29bf45f379305fcac53a379776bc295

This example demonstrates a timed alert as a simple interaction test, showing how the code uses `setTimeout` to trigger a JavaScript alert after a three-second delay. The accompanying function `window.asdf` is defined but not invoked, leaving its intended behavior unspecified. The visualization relies on plain JavaScript and the browser’s native alert API rather than any external data or rendering library. The code is minimal, acting as a functional probe for event timing and global function scope.

PPatrick Wojda

44% match

Loading thumbnail…

Fork of Activity6_Task3

This example demonstrates the "Hello World" starting point for the VizHub V3 Runtime Environment, showcasing continuous hot reloading with interactive widgets. The code exports a `main` function that takes a `container` DIV element and sets its `innerHTML` to display text with a font size defined by the `fontSize` variable, which can be adjusted in real time by Alt-dragging the number in the editor. This streamlined setup eliminates the need for an `index.html` file, making it a simple foundation for building interactive visualizations.

SSreeKohaliPatel@my.unt.edu

44% match

Loading thumbnail…

Worktime

This example displays placeholder text in an SVG canvas, serving as a starting template for data visualization projects. The visualization renders a simple monospace message, "Edit the code below to change me!", using D3.js v4 to append a text element to an SVG container. The code demonstrates basic D3 selection and SVG attribute manipulation, setting the text position, font size, and font family. The chart is built from scratch within the HTML document, using d3.select to target the body element and append the SVG with fixed dimensions.

BBrunoDumas

44% match