Unraveling The Magic Of Node-Pre-Gyp: Ok, Info It Worked!

Node-pre-gyp is a powerful tool that simplifies the process of building and packaging native Node.js modules. It allows developers to avoid the complexities and tedious steps involved in manually configuring and building native add-ons. In this article, we will explore the functioning of node-pre-gyp info, learn how to check if it ends with “ok,” understand common issues that may arise, and provide troubleshooting tips. Additionally, we will discuss ways to optimize the usage of node-pre-gyp info and showcase examples of successful implementations with various modules.

Understanding the Purpose of Node-pre-gyp info

Before diving into the specifics of node-pre-gyp info, let’s understand its purpose and importance. When developing Node.js applications, there might be times when you need to use modules that contain native code components. These components are usually compiled specifically for the target environment to ensure optimal performance. However, compiling these components can be a complex task that requires knowledge of various build systems and tools.

This is where node-pre-gyp comes into play. It acts as a build tool and package manager for native modules. It automates the process of compiling and packaging native add-ons into prebuilt binaries, making it easier for developers to utilize these modules in their projects. Node-pre-gyp info is one of the commands provided by this tool to provide information about the prebuilt binaries and their compatibility with the current environment.

Exploring the Functioning of Node-pre-gyp info

The node-pre-gyp info command is used to display information about the available prebuilt binaries for the specified module. It retrieves details such as the version, platform, architecture, and other relevant information related to the native components.

To use node-pre-gyp info, navigate to your project’s directory using the command prompt or terminal and run the following command:

“`
node-pre-gyp info
“`

This will provide you with an overview of the prebuilt binaries available for your module, including whether they are compatible with your current environment.

Checking if Node-pre-gyp info Ends with “ok”

To verify if the node-pre-gyp info command ends with “ok,” you need to capture the output of the command and inspect it. Typically, the output will contain various details about the prebuilt binaries, followed by the “ok” indicator. You can use string matching techniques to check if the output ends with “ok” in the programming language or script you are using.

Here’s an example in JavaScript using Node.js:

“`
const { exec } = require(‘child_process’);

exec(‘node-pre-gyp info’, (error, stdout, stderr) => {
if (error) {
console.error(`Error executing node-pre-gyp info: ${error}`);
return;
}

const output = stdout.trim();
const endsWithOk = output.endsWith(‘ok’);

if (endsWithOk) {
console.log(‘Node-pre-gyp info execution succeeded.’);
} else {
console.log(‘Node-pre-gyp info execution failed.’);
}
});
“`

This script captures the output of the node-pre-gyp info command and checks if it ends with “ok.” Based on the result, it prints a corresponding success or failure message.

Common Issues with Node-pre-gyp info

While node-pre-gyp info is a useful tool, it can occasionally encounter issues. Here are some commonly encountered problems:

1. **Node-gyp**: Node-gyp is a common dependency for building native modules. Ensure that you have it installed and properly configured in your development environment.

2. **Cannot install sqlite3 npm**: If you face difficulties installing the sqlite3 npm package, it may be due to missing build tools or dependencies. Make sure you have the necessary prerequisites, such as Python and Visual Studio (on Windows), set up correctly.

3. **Python is not set from command line or npm configuration**: This error indicates that Node.js is unable to locate the Python executable. Check your system’s PATH variable and ensure that Python is added to it.

4. **Canvas npm**: The canvas npm package requires additional dependencies, such as Cairo and Pango, to work correctly. Ensure that these dependencies are installed on your system.

5. **Sqlite3 npm**: Similar to the sqlite3 npm package installation issue mentioned earlier, issues can arise due to missing build tools or dependencies. Make sure you have the relevant prerequisites in place.

6. **Msvs_version not set from command line or npm config**: This error occurs when Visual Studio is not properly configured. Ensure that you have the required version of Visual Studio installed, and the environment variables are correctly set.

7. **Encrypt npm**: If you encounter issues with the encrypt npm package, it may be due to missing dependencies or incompatible versions. Verify that all necessary dependencies are installed and up to date.

8. **Tensorflow/tfjs-node**: When using node-pre-gyp info with TensorFlow or tfjs-node, ensure that you have followed the installation instructions provided by the module’s documentation. This usually involves extra steps due to the complex nature of these libraries.

Troubleshooting and Resolving Errors with Node-pre-gyp info

To troubleshoot and resolve errors with node-pre-gyp info, consider the following steps:

1. Double-check all the prerequisites and dependencies required by the module you are working with. Make sure they are installed and properly configured according to the module’s documentation.

2. Update your Node.js and npm versions to their latest stable releases. Outdated versions may cause compatibility issues.

3. If you encounter an error related to a specific package, visit its GitHub repository or official documentation for troubleshooting tips. These resources often contain valuable information on resolving common issues.

4. Check the issue tracker or discussion forums for the module you are working with. Other developers may have already encountered and solved the same problem, providing insights into potential solutions.

5. If all else fails, consider reaching out to the module’s maintainers or the larger Node.js community for assistance. They may be able to provide guidance or direct you towards relevant resources.

Optimizing the Usage of Node-pre-gyp info

To optimize your usage of node-pre-gyp info, consider the following tips:

1. Keep your project dependencies up to date. Regularly check for updates to the modules you are using, including node-pre-gyp and its related dependencies.

2. Automate your development workflow using tools like npm scripts or build systems such as Gulp or Grunt. These tools can simplify the execution of node-pre-gyp commands and ensure consistent build configurations.

3. Maintain clear documentation for your project, including step-by-step setup instructions and troubleshooting guides for potential node-pre-gyp info issues. This will help streamline development and troubleshooting processes for yourself and future contributors.

4. Familiarize yourself with the node-pre-gyp documentation and resources. Understanding the tool’s capabilities and best practices will empower you to make better use of it, leading to smoother development experiences.

Examples of Successful Usage of Node-pre-gyp info Ending with “ok”

Several popular npm packages rely on node-pre-gyp for their build and installation processes. Let’s explore a few examples:

1. **Sqlite3 npm**: The sqlite3 npm package provides an interface to SQLite databases. It utilizes node-pre-gyp for its build and installation process. When successfully installed, running node-pre-gyp info for sqlite3 should return the relevant information followed by an “ok.”

2. **Canvas npm**: The canvas npm package is a powerful 2D drawing library that uses node-pre-gyp for its native bindings. Upon executing node-pre-gyp info for canvas, the output should end with “ok” if the installation was successful.

3. **Encrypt npm**: Encrypt is an npm package that offers simple encryption and decryption functionality. It relies on node-pre-gyp for its native module build. When running node-pre-gyp info for encrypt, a successful execution should produce an output ending with “ok.”

4. **Tensorflow/tfjs-node**: TensorFlow is a popular machine learning framework, and tfjs-node is its Node.js implementation. The tfjs-node package utilizes node-pre-gyp for its native bindings. A successful node-pre-gyp info execution for tfjs-node should end with “ok” if the installation was successful.

Conclusion

Node-pre-gyp info is an essential tool for simplifying the build and installation process of native Node.js modules. Understanding its purpose and functioning is crucial for efficient development workflows. By following the troubleshooting tips and optimization practices outlined in this article, you can overcome common issues, optimize your usage, and successfully utilize modules relying on node-pre-gyp info. Remember to keep your dependencies up to date and consult documentation or the community for further guidance. With these insights, you can confidently leverage node-pre-gyp info for improved productivity and seamless module integration.

Why won’t npm install work?

Introduction:

npm (Node Package Manager) is a widely used package manager for Node.js projects. It simplifies the process of code distribution and sharing, allowing developers to easily install and manage external packages and dependencies within their applications. However, it can be frustrating when npm install does not work as expected. In this article, we will explore some of the common reasons why npm install might fail and provide solutions to resolve these issues.

1. Internet Connectivity Issues:

One of the primary reasons why npm install may not work is due to poor or unstable internet connectivity. npm relies on the internet to download and install packages from the npm registry. If your internet connection is slow, intermittent, or blocked by a firewall, npm install may fail or take an unreasonably long time. Ensure that you have a stable internet connection and verify that there are no restrictions in your network settings.

2. Incorrect npm Configuration:

Another reason why npm install may fail is due to incorrect configuration settings. npm relies on a configuration file called `.npmrc`, which can be located in the project directory or the user’s home directory. Check if the correct registry URL is specified in the `.npmrc` file. You can verify this by running the command `npm config get registry`. If it returns a different registry URL or an error, update the registry URL using the command `npm config set registry `. This will ensure that npm points to the correct registry to fetch packages from.

3. Version Conflicts and Incompatible Dependencies:

Unresolved version conflicts between different dependencies can also cause npm install to fail. When installing packages, npm tries to satisfy the dependencies listed in the `package.json` file. However, if there are conflicting dependency versions or incompatible packages, the installation process can break. To resolve this, update the version ranges specified in your `package.json` file to more flexible ranges or try deleting the `node_modules` directory and running `npm install` again.

4. Lack of Sufficient Permissions:

npm install may also fail if the user executing the command does not have sufficient permissions to install packages globally or in certain directories. If you encounter permission-related errors, consider running the command with elevated privileges using `sudo` (e.g., `sudo npm install`). However, it is generally advisable to avoid using `sudo` for npm commands as it can lead to potential security risks. Instead, fix the file permissions in the concerned directories by granting ownership to the user or group executing the npm commands.

5. Corrupted npm Cache:

The npm cache stores downloaded packages to avoid redundant downloads and speed up subsequent installations. However, a corrupted cache can cause npm install failures. To resolve this, you can clear the npm cache by running `npm cache clean` or `npm cache verify`. This will remove any corrupted or unnecessary files, and npm will download the packages again during the next installation.

6. Transient Network Issues:

Sometimes, network issues specific to the npm registry can cause npm install to fail. Registry downtimes or temporary network disruptions can lead to connection timeouts or errors. Before troubleshooting further, it is advisable to check the npm official status page or relevant forums for any known service interruptions. If the issue is external and temporary, waiting for some time or opting for an alternative registry mirror might resolve the problem.

FAQs:

1. Why do I get an EACCES error while running npm install?
The EACCES error indicates a permission issue while attempting to install packages in a directory that the current user does not have write access to. Try running the command with elevated privileges or change the directory permissions to grant write access to the user or group executing the command.

2. How can I install private or scoped packages using npm install?
To install private or scoped packages, you need to provide appropriate access credentials (usually an access token or registry authentication details). Create a `.npmrc` file in the project directory and add the registry URL along with the access token or login credentials. Then run `npm install` as usual.

3. Why does npm install take a long time to complete?
npm install can take a long time to complete based on various factors such as the number of dependencies required, their sizes, and the network speed. Additionally, if you have a slow internet connection or a high-latency network, the installation process can be further delayed. Consider optimizing your network connection and ensuring consistent internet speeds for faster installation times.

4. How can I skip the optional dependencies during npm install?
By default, npm installs both required and optional dependencies. However, you can skip optional dependencies using the `–no-optional` flag with the `npm install` command. For example, `npm install –no-optional` will only install the required dependencies.

Conclusion:

npm install is a crucial command for installing packages and dependencies in Node.js projects. However, issues related to internet connectivity, configuration settings, version conflicts, permissions, corrupted cache, or transient network problems can cause it to fail. By understanding and troubleshooting these common issues, developers can overcome obstacles and ensure a smooth installation process. Remember to verify your internet connection, review the npm configuration, resolve any dependency conflicts, check permissions, clear the cache, and consider network-related factors. With these troubleshooting steps, you can successfully resolve why npm install is not working and continue with your development smoothly.

What Version of Node is Compatible with node-gyp?

node-gyp is a widely used build system for Node.js projects that helps in compiling native addon modules. It provides a cross-platform solution for compiling and integrating C/C++ code with Node.js. To ensure its proper functionality, it is important to know which version of Node is compatible with node-gyp. In this article, we will explore the compatibility requirements and answer some frequently asked questions regarding node-gyp.

Node-gyp Compatibility Requirements:

Node-gyp compatibility depends on two major factors: The version of Node.js and the operating system being used. Let’s take a closer look at the compatibility requirements for each of these factors:

1. Node.js Version:
Node-gyp is primarily designed to work with Long Term Support (LTS) versions of Node.js. These versions are considered stable and have a longer support cycle. Node-gyp may not work properly or may require additional steps with non-LTS versions.

It is strongly recommended to use the latest LTS version of Node.js available at the time of using node-gyp. You can check the official Node.js website or use package managers like nvm or n to manage and install the appropriate version of Node.js.

2. Operating System:
Node-gyp supports various operating systems including Windows, macOS, and Linux. However, there are some specific requirements and additional tools needed for each operating system to ensure compatibility.

– Windows: To use node-gyp on Windows, you need to have Python 2 installed along with Microsoft Visual Studio Build Tools. You can install Python 2 from the official Python website and Visual Studio Build Tools from the Microsoft website. Additionally, you need to set up some environment variables for proper functioning on Windows.

– macOS: Node-gyp on macOS requires Xcode Command Line Tools to be installed. You can install it by running the following command in the terminal: `xcode-select –install`. This will install the necessary tools and libraries required for compilation.

– Linux: On Linux, the compatibility requirements for node-gyp depend on the specific distribution and version. In general, you need to have essential build tools like GCC, Python, and GNU Make installed. These can be installed using the package manager specific to your distribution. Additionally, you may need extra packages like libssl-dev or python2.7-dev. The requirements can vary, so it is recommended to refer to the official documentation for your Linux distribution for specific instructions.

FAQs:

Q: Can I use the latest version of Node.js with node-gyp?
A: Yes, you can use the latest version of Node.js with node-gyp, but it is recommended to use an LTS version for better stability and compatibility.

Q: What if I have an older version of Node.js installed?
A: If you have an older version of Node.js installed, it is recommended to upgrade to the latest LTS version or a compatible version for better compatibility with node-gyp.

Q: Is node-gyp only used for native addon modules?
A: Yes, node-gyp is primarily used for compiling and integrating native addon modules with Node.js. If you are not working with native addons, you may not need to use node-gyp.

Q: Are there any alternatives to node-gyp?
A: Yes, there are alternative build systems available for Node.js such as cmake-js, node-pre-gyp, and napi-macros. These can be used depending on the specific project requirements.

Q: Can I use node-gyp with other package managers like Yarn or npm?
A: Yes, node-gyp can be used with other package managers like Yarn or npm. These package managers handle the installation and management of dependencies, including node-gyp.

In conclusion, knowing which version of Node is compatible with node-gyp is crucial for successful integration of native addon modules in Node.js projects. It is recommended to use the latest LTS version of Node.js along with the required tools and libraries specific to the operating system being used. By adhering to the compatibility requirements, you can ensure smooth compiling and integration using node-gyp.

Node-gyp: A Comprehensive Guide

Node.js has become one of the most popular platforms for building dynamic web applications. One of the reasons behind its success is its extensive collection of packages and modules available via the Node Package Manager (NPM). These packages allow developers to quickly and easily add functionality to their applications without having to reinvent the wheel. However, some packages require native code to be compiled or linked to work properly, and this is where Node-gyp comes into play.

Node-gyp is a cross-platform command-line tool that enables the compilation and linking of native code modules to be used in Node.js applications. It acts as a build system that allows developers to write and use native code bindings for their Node.js projects. With Node-gyp, developers can create modules using C++, C, or any other language that can be compiled into a native library compatible with Node.js.

The need for Node-gyp arises when a Node.js package requires additional functionality that is not available in JavaScript or when performance is a critical factor. By utilizing Node-gyp, developers can tap into the vast array of existing C/C++ libraries, making their applications more robust and efficient.

To install Node-gyp, you will need to have a working version of Node.js and the Node Package Manager (NPM) installed on your system. Once installed, you can simply run the following command:

“`
npm install -g node-gyp
“`

Node-gyp relies on the Python 2.x interpreter, so make sure that you have Python 2.x installed and configured correctly on your system. Additionally, you will need to have a compiler toolchain installed for your respective operating system.

Once all the dependencies are in place, you can start compiling and linking native code modules by navigating to your project’s root directory and running:

“`
node-gyp configure
node-gyp build
“`

These commands will generate the necessary build files and compile the native code into a compatible module that can be used in your Node.js application.

Developers may also need to pass additional compiler flags or define macros during the build process. Node-gyp allows the configuration of these options via a `binding.gyp` file located in the project directory. This file specifies the build settings and dependencies of the project. For more information on configuring the `binding.gyp` file, refer to the official Node-gyp documentation.

Frequently Asked Questions (FAQs):

Q: Why do I need Node-gyp?
A: Node-gyp is required when a Node.js package relies on native code bindings or when performance optimization is crucial. By using Node-gyp, you can seamlessly integrate native code libraries into your Node.js applications.

Q: What are native code bindings?
A: Native code bindings are compiled libraries written in C/C++ that provide additional functionality to Node.js applications. These bindings allow JavaScript code to interact with the compiled library directly.

Q: Can I use Node-gyp on different operating systems?
A: Yes, Node-gyp is cross-platform and supports various operating systems such as Windows, macOS, and Linux.

Q: Do I need to be proficient in C/C++ to use Node-gyp?
A: While having a basic understanding of C/C++ can be helpful, it is not mandatory. Node-gyp simplifies the process of compiling and linking native code, allowing developers to focus on writing JavaScript code.

Q: Are there any alternatives to Node-gyp?
A: Yes, there are alternative build systems like N-API, which provides a higher-level, platform-independent API for building native modules. However, Node-gyp remains widely used due to its compatibility with existing C/C++ libraries and ease of use.

In conclusion, Node-gyp is a powerful tool that enables the integration of native code libraries into Node.js applications. By leveraging the capabilities of Node-gyp, developers can extend the functionality of their projects and achieve better performance. With a basic understanding of its installation and usage, you can unlock a world of possibilities for your Node.js applications.

Cannot Install sqlite3 NPM: Troubleshooting Guide and FAQs

Introduction:
The sqlite3 npm package is an essential tool for accessing and manipulating SQLite databases in Node.js applications. However, many developers may encounter difficulties when trying to install this package, resulting in frustrating setbacks. This article aims to provide a comprehensive troubleshooting guide for those facing installation issues with sqlite3 npm. We will discuss the common problems users face and provide step-by-step solutions to overcome them.

1. Prerequisites:
Before diving into the troubleshooting steps, let’s ensure you have met all the prerequisites for installing the sqlite3 npm:

a) Node.js and npm: Ensure you have installed the latest versions of Node.js and npm on your system. You can use the “node -v” and “npm -v” commands to check the installed versions.

b) Build Tools: Some operating systems require additional build tools for successful installation. On Windows, make sure you have installed Python 2.7 (not Python 3.x) and Microsoft Visual Studio C++ Build Tools.

2. Troubleshooting Steps:
Now, let’s address the most common issues faced when trying to install sqlite3 npm and provide solutions to resolve them:

a) Error: “node-gyp rebuild” failed:
This error typically occurs when the system lacks the necessary build tools. To resolve this issue, follow these steps:

– On Windows:
1. Install Python 2.7.
2. Install Microsoft Visual Studio C++ Build Tools by downloading them from the official Microsoft website.
3. Open the Command Prompt as an administrator.
4. Run the following command to install the sqlite3 npm: npm install sqlite3 –build-from-source –runtime=electron –target=6.0.0

– On macOS:
1. Install Xcode Command Line Tools by running the command: xcode-select –install
2. Run the following command to install the sqlite3 npm: npm install sqlite3

– On Linux:
1. Install the necessary packages for building with the following command according to your distribution:
– Ubuntu/Debian: sudo apt-get install python make g++
– Fedora/Red Hat: sudo yum install python2 make gcc-c++
2. Run the following command to install the sqlite3 npm: npm install sqlite3

b) Error: “Failed to locate ‘node-gyp'”:
This error signifies that the required global package “node-gyp” is missing. To resolve this issue, run the following command:
npm install -g node-gyp

3. FAQs:
Q1. Why am I encountering “node-gyp rebuild” errors during sqlite3 npm installation?
A: These errors usually occur due to missing build tools or incorrect configuration. Make sure you have the right build tools installed, according to your operating system, as mentioned in the troubleshooting steps.

Q2. Can I use sqlite3 npm outside of a Node.js environment?
A: No, the sqlite3 npm is specifically designed for use within Node.js applications and will not work in other environments.

Q3. I followed all the troubleshooting steps, but sqlite3 npm still fails to install. What can I do?
A: In rare cases, complex system configurations or conflicts with other packages can cause installation failures. You may try the following:
– Ensure all prerequisites are met.
– Ensure your Node.js and npm installations are up to date.
– Clear npm cache using the command: npm cache clean –force
– Consider trying an alternative SQLite library or reaching out to the sqlite3 npm package’s official support channels for further assistance.

Q4. How can I confirm if sqlite3 npm is installed correctly?
A: Run the command “npm ls sqlite3” in your project directory. If it shows the installed version, then sqlite3 npm is successfully installed.

Conclusion:
Installing the sqlite3 npm package can be a challenging task, but by following the troubleshooting steps provided in this article, most installation issues can be resolved. Remember to check prerequisites, resolve missing build tools, and ensure the correct configuration for your operating system. If problems persist, consult the FAQs, consider alternative solutions, or reach out for further assistance.

Python is Not Getting Set from Command Line or npm Configuration: Exploring the Issue and Providing Solutions

Python, being a popular and widely used programming language, can greatly enhance the development process, making it efficient and flexible. However, occasionally users face challenges when attempting to set up Python from the command line or npm configuration. In this article, we will delve into this issue, explore possible solutions, and address some frequently asked questions for a comprehensive understanding.

Setting up Python from the command line allows developers to execute Python scripts or interact with the interpreter directly. Similarly, configuring Python with npm (Node Package Manager) enables smooth integration with JavaScript-based projects. However, encountering issues in this process can hinder developers’ productivity.

Common Causes of Python Not Getting Set from Command Line or npm Configuration:

1. Incorrect Installation: The absence of Python or an outdated version can often cause issues while setting it up. Ensure that Python is properly installed on your system, with the correct version compatible with your development requirements.

2. Incorrect Environment Variables: Python relies on environment variables to provide the correct paths to its executable files. If any of these environment variables are missing, misconfigured, or have conflicting values, errors may arise when trying to set up Python. These errors are typically seen in the command line or npm configuration.

3. Incorrect PATH Variable: The PATH variable plays a crucial role in locating executables, including Python. A missing or incorrect PATH variable can prevent the command line or npm configuration from recognizing Python’s location.

Solutions to Python Not Getting Set from Command Line or npm Configuration:

1. Verifying Python Installation: Begin by checking whether Python is installed on the system and that you have the correct version. If not, download the appropriate installer from the official Python website (python.org) and follow the installation instructions.

2. Checking Environment Variables: Confirm the presence and accuracy of the required environment variables for Python. On Windows, access the Environment Variables dialog by right-clicking “My Computer,” selecting “Properties,” and then navigating to “Advanced System Settings” and “Environment Variables.” Ensure that the “Path” variable includes the path to the Python installation directory.

On Unix-based systems, environment variables are typically managed in the .bash_profile or .bashrc file. Verify the presence of the correct PATH variable entries for Python using a text editor.

3. Modifying the PATH Variable: If the PATH variable is incorrect or missing, adding the correct path can resolve the issue. On Windows, navigate to Environment Variables (as mentioned above) and add the appropriate Python directory path (e.g., “C:\PythonXX”) to the existing PATH variable.

On Unix-based systems, open the relevant configuration file (.bash_profile or .bashrc) in a text editor and append the correct Python path to the existing PATH variable.

Frequently Asked Questions (FAQs):

Q1. How can I check if Python is installed correctly on my system?
To verify the installation, open the command prompt (Windows) or terminal (Unix-based systems) and enter “python –version.” If the version information appears, Python is installed correctly.

Q2. My command prompt or npm still does not recognize Python. What should I do?
Restart the command prompt or terminal to ensure it reloads the environment variables. If the issue persists, check other environmental factors, such as security software or any conflicting installations which might interfere with Python’s proper functioning.

Q3. How can I verify the PATH variable has been updated correctly?
After modifying the PATH variable, open a new command prompt or terminal window and enter “echo %PATH%” (Windows) or “echo $PATH” (Unix-based systems). If the modified value for the Python path appears in the output, it has been updated successfully.

Q4. Are there any alternative methods for setting up Python from the command line or npm?
Yes, if you encounter persistent issues with the command line or npm configuration, you can use third-party tools like Anaconda or Miniconda to install Python and manage Python environments.

Q5. Can the issue of Python not getting set from the command line or npm configuration be platform-specific?
Yes, the process of setting up Python can vary among different operating systems due to their unique configuration setups. It is crucial to follow the appropriate installation and configuration steps according to your platform (Windows, macOS, or Linux).

In conclusion, encountering difficulties when trying to set up Python from the command line or npm configuration can be frustrating. However, understanding the various causes and implementing the suggested solutions can usually resolve these issues effectively. By ensuring the correct installation, checking environment variables, and modifying the PATH variable if necessary, developers can enable smooth interaction with Python for an improved development experience.

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