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1. • • MyHDL is a free, open-source package for using Python as a hardware description and verification language. Python is a very high level language, and hardware designers can use its full power to model and simulate their designs. Moreover, MyHDL can convert a design to Verilog or VHDL. This provides a path into a traditional design flow.
     www.myhdl.org/start/overview.html

     Overview - MyHDL

2. People also ask

   What is MyHDL & how does it work?

   • MyHDL is a free, open-source package for using Python as a hardware description and verification language. Python is a very high level language, and hardware designers can use its full power to model and simulate their designs. Moreover, MyHDL can convert a design to Verilog or VHDL. This provides a path into a traditional design flow.

   Overview - MyHDL

   www.myhdl.org/start/overview.html

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   What is the MyHDL project?

   • The goal of the MyHDL project is to empower hardware designers with the elegance and simplicity of the Python language. MyHDL is a free, open-source package for using Python as a hardware description and verification language. Python is a very high level language, and hardware designers can use its full power to model and simulate their designs.

   Overview — MyHDL 0.11 documentation

   docs.myhdl.org/en/stable/manual/preface.html

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   What is MyHDL modeling?

   • The key idea behind MyHDL modeling is the use of Python generators to model hardware concurrency. Generators are best described as resumable functions. MyHDL generators are similar to always blocks in Verilog and processes in VHDL. A hardware module is modeled as a function that returns generators.

   Overview - MyHDL

   www.myhdl.org/start/overview.html

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   Can I use MyHDL for hardware design?

   • With MyHDL, the Python unit test framework can be used on hardware designs. Although unit testing is a popular modern software verification technique, it is still uncommon in the hardware design world. MyHDL can also be used as hardware verification language for Verilog designs, by co-simulation with traditional HDL simulators.

   Overview - MyHDL

   www.myhdl.org/start/overview.html

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   Is MyHDL a hardware verification language?

   • Although unit testing is a popular modern software verification technique, it is still uncommon in the hardware design world. MyHDL can also be used as hardware verification language for Verilog designs, by co-simulation with traditional HDL simulators. Subject to some limitations, MyHDL designs can be converted to Verilog or VHDL.

   Overview - MyHDL

   www.myhdl.org/start/overview.html

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   What is the underlying language of MyHDL?

   • The underlying language is Python, and MyHDL is implemented as a Python package called myhdl. Moreover, it is a design goal to keep the myhdl package as minimalistic as possible, so that MyHDL descriptions are very much “pure Python”. To have Python as the underlying language is significant in several ways:

   Introduction to MyHDL — MyHDL 0.11 documentation

   docs.myhdl.org/en/stable/manual/intro.html

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3. docs.myhdl.org › en › stableIntroduction to MyHDL — MyHDL 0.11 documentation

   docs.myhdl.org › en › stable

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   MyHDL supports sophisticated and high level modeling techniques. This is described in Chapter High level modeling . MyHDL enables the use of modern software verification techniques, such as unit testing, on hardware designs.

   • Reference

     Modeling support functions¶ MyHDL defines a number of...

   • RTL Modeling

     Introduction¶. RTL (Register Transfer Level) is a modeling...

   • Overview

     MyHDL is a free, open-source package for using Python as a...

   • High Level Modeling

     Modeling with bus-functional procedures¶. A bus-functional...

   • What's New in MyHDL 0.7

     Conversion to VHDL/Verilog rewritten with the ast module¶....

   • Python 3 Support

     MyHDL supports Python 3.4 and above. At the moment, core...

   • Unit Testing

     from myhdl import block @block def bin2gray (B, G): # DUMMY...

   • Co-simulation With Verilog

     When using a MyHDL clock and its corresponding HDL signal...

4. www.myhdl.org › start › overviewOverview - MyHDL

   www.myhdl.org › start › overview

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   • Short Description
   • Modeling
   • Simulation and Verification
   • Conversion to Verilog and VHDL

   MyHDL is a free, open-source package for using Python as a hardware descriptionand verification language. Python is a very high level language, and hardwaredesigners can use its full power to model and simulate their designs.Moreover, MyHDL can convert a design to Verilog or VHDL. This provides a pathinto a traditional design flow.

   See full list on myhdl.org

   Python's power and clarity make MyHDL an ideal solution for high levelmodeling. Python is famous for enabling elegant solutions to complex modelingproblems. Moreover, Python is outstanding for rapid application developmentand experimentation. The key idea behind MyHDL modeling is the use of Python generators to modelhardware concurrency. Generators...

   See full list on myhdl.org

   The built-in simulator runs on top of the Python interpreter. It supportswaveform viewing by tracing signal changes in a VCD file. With MyHDL, the Python unit test framework can be used on hardware designs.Although unit testing is a popular modern software verification technique, itis still uncommon in the hardware design world. MyHDL can also be u...

   See full list on myhdl.org

   Subject to some limitations, MyHDL designs can be converted to Verilog or VHDL.This provides a path into a traditional design flow, including synthesis andimplementation. However, the convertible subset is much wider than thestandard synthesis subset, and includes features that can be used for highlevel modeling and test benches. The converter work...

   See full list on myhdl.org

5. docs.myhdl.org › en › stableOverview — MyHDL 0.11 documentation

   docs.myhdl.org › en › stable

   • Cached

   MyHDL is a free, open-source package for using Python as a hardware description and verification language. Python is a very high level language, and hardware designers can use its full power to model and simulate their designs. Moreover, MyHDL can convert a design to Verilog or VHDL.

6. docs.myhdl.org › en › stableThe MyHDL manual — MyHDL 0.11 documentation

   docs.myhdl.org › en › stable

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   Introduction to MyHDL. A basic MyHDL simulation. Signals and concurrency. Parameters, ports and hierarchy. Terminology review. Some remarks on MyHDL and Python. Summary and perspective. Hardware-oriented types. The intbv class.

7. www.myhdl.org › start › whyWhy MyHDL?

   www.myhdl.org › start › why

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   Apr 16, 2022 · MyHDL is a big step towards the unification of the two domains. With Python/MyHDL an algorithm or model designer can explore HDL implementation and an HDL designer can explore algorithm and model design, all within the same environment.

8. myhdl.orgMyHDL

   myhdl.org

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   MyHDL turns Python into a hardware description and verification language, providing hardware engineers with the power of the Python ecosystem. Integrates seamlessly MyHDL designs can be converted to Verilog or VHDL automatically, and implemented using a standard tool flow.

9. www.linuxjournal.com › article › 7542MyHDL: a Python-Based Hardware Description Language

   www.linuxjournal.com › article › 7542

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   Nov 1, 2004 · The MyHDL Project challenges conventional wisdom by making it possible to use Python, a high-level, general-purpose language, for hardware design. This approach lets hardware designers benefit from a well-designed, widely used language and the open-source model behind it.