Verification Playground is a free web tool for engineers to learn and share coding in SystemVerilog, Verilog, VHDL, C++/SystemC, and other HDLs. It offers hands-on exposure to simulation and synthesizing code with a simple click. Users can run playgrounds without logging in and view the results using EPWave, a browser-based wave viewer.
Sign-up Form and Email Verification
This playground is designed to test email verification features that are common for many modern applications. When you sign up, a random code is sent to your email address and you must then enter it on a confirmation page to complete the sign-up process.
Use this playground to write automated tests that target these elements in your own application. This can help you to improve your testing speed and quality.
Saved Playgrounds
When you are logged in, 먹튀검증소 this button appears on the right of each playground that you have saved. Clicking on it creates a new copy of the current playground that you can share with others. You can also delete a saved playground at any time.
The current playground is saved including code, the bottom 200 lines of results, and options you've selected. The playground will be reloaded when you click on the Save button or if you change the code example but didn't save it.
Adding Files and Documentation to Your Playground
EDA Playground supports multiple files, up to a total character limit of 1,000,000. These can be HDL source files or text files to be used as inputs to the design and testbench.
Adding Documentation to Your Playground
When creating a playground, you can add information about the playground, such as its name and description. You can also add links to code examples that were created on EDA Playground.
Using EPWave with Your Playground
When you run playgrounds on EDA Playground, you can view waves for your design in EPWave. This feature is useful for verifying the results of a simulation, analyzing the wave shapes, or displaying results in the simulator's graphical output pane.
The EPWave browser-based wave viewer is an excellent way to view the resulting signals and the wave shapes. It is easy to set up a simulation, then open EPWave and see the signals from your design.
The EDA Playground server runs the code and displays its results on your computer screen in real time. You can then save the code and results on the server for viewing later, and you can also share the static link to your playground with others.
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