Provide some features helpful for WebGPU Development
WebGPU Dev Extension Extension
* Print Debug Errors at their source.
* Throw on encoder errors
* Dump Shaders of WebGPU programs
* Show entire shader on shader error
* Log which type of GPU is being used on requestAdapter
* Force low-power or high-performance GPU
* Show how many devices are currently active on the page
* Add Descriptors to Objects
* Show bit names for GPUTexture.usage and GPUBuffer.usage in DevTools
* Block Features
* Disable WebGPU (to test your fallback)
* Remove WebGPU (to test your fallback)
* Add API Breakpoints
* skip rAF frames
* multiply time
Details
* Print Debug Errors at their Source
Errors in WebGPU are usually handled asynchronously which means the actual command that generated the error is often unknown. This extension adds early error checking so that hopefully you'll get an error stack at the place the error was generated making it easier to fix bugs
* Throw on Encoder Errors
Normally command buffer encoders, pass encoders, render bundle encoders only
generate an error when you finish the command encoder. Enable the WebGPU-Debug-Helper
to throw on these types of errors.
* Dump Shaders of WebGPU programs
See the shader of the current page.
* Log which type of GPU is being used on requestAdapter
Prints the adapterInfo on each call to requestAdapter. This lets you see which GPU was used on a dual GPU machine as well as if compatibility mode was requested.
* Force low-power or high-performance GPU
Force low-power or high-performance GPU selection for a page.
* Show how many devices are currently active on the page
Prints a running total of the number of devices currently active on a page.
* Add Descriptors to Objects
Adds the descriptors used to create many objects to those objects. For example: When you call `createView` on a texture you pass in a descriptor. That descriptor is
not reflected in the view itself which can make it hard to see what's going on.
This adds that data onto the view so you can inspect it in the debugger or in the error messages printed by \"Show Errors\". Similarly, bindGroups, bindGroupLayouts,
pipelines, pipelineLayouts, pass encoders, query sets, samplers, shader modules,
external textures, ...
* Block Features
Lets you block webgpu features. For example, type in `shader-f16` and the shader-f16 feature will be blocked. You can use this to test that your code, that is supposed to run without the feature, actually runs without the feature.
* Disable or Remove the WebGPU API
Lets you test that you gracefully handle both the API returning null and the API not existing.
* API Breakpoints
Adds a `debugger` statement to the specified WebGPU API functions. Want to know where the page is calling importExternalTexture? Add a breakpoint.
Source at https://github.com/greggman/webgpu-dev-extension
Source Manifest.json
How to download and manually install WebGPU Dev Extension extension for Chrome
Looking for a way to install WebGPU Dev Extension extensions for Chrome, you can search for them in the Chrome Web Store, clicking the "Add to Chrome" button, and following the straightforward process.
However, you may need to install WebGPU Dev Extension extensions manually, this article outlines two simple methods to effortlessly install WebGPU Dev Extension extensions, whether they come as unpacked folders in compressed formats like .zip or as .crx files.
Method 1: Download WebGPU Dev Extension extension and manually install through Drag &Drop
If you ever need to manually install a WebGPU Dev Extension extension for Chrome, don't worry, it's a simple process. Just follow these easy steps, and you will have your extension ready to use in no time.
Step 1: Download the WebGPU Dev Extension Extension by clicking the "Download CRX" button on the website.
Look for the WebGPU Dev Extension extension you wish to install. Go to the website and download the WebGPU Dev Extension extension package, which is usually a .CRX file and comes in a zipped file. Here ".crx" file is the format for WebGPU Dev Extension extension that contains all the data.
Step 2: Extract &Arrange Files
Once the file is downloaded, extract that file into its own folder. Similarly, give that extension files a permanent home. In other words, keep it in a folder that you don't accidentally delete it because these files will be needed to make that extension work.
Step 3: Go to the Chrome Extensions Page
Open Google Chrome and in the address bar, type chrome://extensions; it will open the Google Chrome extensions page. Make sure that "My extensions" is selected in the sidebar.
Step 4: Drag and Drop the Extension
Now, go to the folder where you extracted the WebGPU Dev Extension extension and drag &drop the extension file from there anywhere onto the extension page within Google Chrome.
Step 5: Complete the Installation
Once you drag and drop the extension file, follow the steps that Google Chrome takes you through. Similarly, if the extension file is of .crx file format, you will be required to review the permissions and then add the extension.
Now, you can manage that added extension as you would like to with any other Chrome extension that you added through Chrome Webstore. Its icon will also appear in the Google Chrome Menu on the right side of the address bar once you activate it.
Method 2: Download WebGPU Dev Extension extension for Chrome and install in Developer Mode
This is another method to install WebGPU Dev Extension extension manually, but the twist is that here, you install by enabling the developer mode option provided in Google Chrome. This mode is commonly used for testing extensions or running unpublished tools.
Step 1: Download the WebGPU Dev Extension extension file
Select and download the WebGPU Dev Extension extension by clicking the 'Download CRX' button on the website.
Step 2: Extract the downloaded contents
Convert the file to a ZIP file if it is in CRX format then extract the WebGPU Dev Extension extension zip file or folder that you downloaded. Make sure you extract it using the same folder name and keep it safely in another folder, so you don't delete it by mistake. The extracted folder will be needed to keep your WebGPU Dev Extension extension running.
Step 3: Open Chrome Extension Setting Page
In the address bar of Google Chrome, type chrome://extensions and open the Chrome Extension Page.
Step 4: Enable Developer Mode
After opening the Chrome Extension page, look at the top right side, and you will find the toggle option of "Developer mode."Simply enable that developer mode option.
Step 5: Load the Unpacked Extension
Once you enable the developer mode option, you will see the menu of Load Unpacked, Pack Extensions and Update. From that, select the option "Load unpacked."
Step 6: Select the Extension Folder
Once the pop-up opens upon clicking Load unpacked, select the WebGPU Dev Extension extension directory and click on the "Select Folder "button.
Step 7: Confirm and Install
After you select an extension folder of a Google Chrome extension you're installing manually, confirm its installation for the final time and let the installation complete.
Conclusion
Here we've made a step-by-step guide on How to manually install WebGPU Dev Extension extension in 2 ways. We hope this guide proves helpful.
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