Build Apps in One Prompt! Quick Setup Guide for GPT-Engineer

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Build Apps in One Prompt! Quick Setup Guide for GPT-Engineer

Table of Contents

  1. Introduction
  2. The New AI Coding Partner: GPT Engineer
  3. Installation Process of GPT Engineer
  4. Creating a New Conda Environment
  5. Installing Necessary Modules
  6. Defining the Project Prompt
  7. Obtaining the OpenAI API Key
  8. Running the GPT Engineer
  9. Clarifying Questions and Output Generation
  10. Evaluating the Features and Limitations
  11. Conclusion

The New AI Coding Partner: GPT Engineer


In recent years, advancements in artificial intelligence (AI) have revolutionized various aspects of our lives. One such groundbreaking development is the emergence of AI coding partners. These AI models are designed to assist developers in creating code and projects efficiently. In this article, we will explore one such AI coding partner called GPT Engineer.

The New AI Coding Partner: GPT Engineer

GPT Engineer is a relatively new project that aims to take the AI assistant development world to the next level. It builds upon the concept of small developer, which was an impressive first attempt at having AI describe a project and write code. However, GPT Engineer addresses several shortcomings present in small developer, making it a highly promising tool for developers.

Installation Process of GPT Engineer

Before we dive into the capabilities of GPT Engineer, let's first understand how to install it. To ensure smooth installation without any Python and module versioning issues, the use of conda is recommended. The following steps outline the installation process:

  1. Clone the GPT Engineer repository from its GitHub page.
  2. Open the terminal and navigate to the cloned repository.
  3. Create a new conda environment using a recent version of Python.
  4. Activate the environment to begin installation.
  5. Install all necessary modules using the provided command.

Creating a New Conda Environment

To avoid conflicts with existing Python installations and module versions, it is crucial to create a separate conda environment for GPT Engineer. This step ensures a clean and controlled environment for the installation process. By executing a few simple commands, you can set up a new conda environment and activate it:

  1. Open the terminal.
  2. Navigate to the cloned GPT Engineer repository.
  3. Execute the command conda create --name gpt-enge python=3.11.3 to create the new environment.
  4. Activate the newly created environment using the command conda activate gpt-enge.
  5. Verify the successful activation of the environment.

Installing Necessary Modules

With the conda environment activated, it's time to install the required modules for GPT Engineer. Using the following command, you can ensure that the correct Python version associated with the conda environment is used:

python -m pip install -r requirements.txt

This command installs all the necessary packages and dependencies needed for GPT Engineer to function properly. Make sure to execute this command in the terminal within the GPT Engineer directory.

Defining the Project Prompt

Once the installation process is complete, it's time to define the project prompt for GPT Engineer. The project prompt serves as a description of the type of project you want GPT Engineer to generate code for. While defining the project prompt, you can be as detailed as necessary. However, GPT Engineer also prompts for clarifying questions, which allows you to provide additional context and specifications.

Obtaining the OpenAI API Key

To utilize the capabilities of GPT Engineer, you will need an OpenAI API key. If you don't have one yet, you can easily obtain it by signing up for an OpenAI account and generating the API key. Remember to keep your API key secure and rotate it regularly for security purposes.

Running the GPT Engineer

With the project prompt defined and the API key obtained, you are ready to run GPT Engineer and witness its code generation abilities in action. Simply execute the following command in the terminal, replacing "example" with the name of your project folder:

python example

Running this command initiates the code generation process. GPT Engineer analyzes the project prompt, asks for clarifying questions if necessary, and generates the code accordingly.

Clarifying Questions and Output Generation

One remarkable aspect of GPT Engineer is its ability to ask clarifying questions based on the project prompt. These questions help to gather additional information and ensure more accurate code generation. By providing detailed responses to these clarifications, you can guide GPT Engineer towards satisfying your project requirements.

As GPT Engineer processes the clarifications and builds the code accordingly, it outputs the generated code files. These files encompass the various components and structures defined in the project prompt, delivering a complete project tailored to your specifications.

Evaluating the Features and Limitations

While GPT Engineer offers impressive capabilities, it is essential to evaluate its features and limitations. Although it excels at generating code based on project prompts, it currently lacks the ability to read and iterate on existing code bases. However, future updates and enhancements may address this limitation, making GPT Engineer an even more versatile and indispensable tool.


GPT Engineer introduces a revolutionary way for developers to leverage the power of AI in their coding endeavors. By providing detailed project prompts, developers can harness the capabilities of GPT Engineer to generate code and project structures efficiently. While it may have certain limitations, GPT Engineer holds immense potential for assisting developers and streamlining the coding process.


  • GPT Engineer is a new AI coding partner designed to assist developers in code generation.
  • The installation process of GPT Engineer involves cloning the repository and setting up a conda environment.
  • With a defined project prompt and the OpenAI API key, GPT Engineer generates code tailored to project specifications.
  • GPT Engineer asks clarifying questions to ensure accurate code generation.
  • Evaluating the features and limitations of GPT Engineer is essential to understand its capabilities fully.


Q: Can GPT Engineer read and iterate on existing code bases? Currently, GPT Engineer does not have the capability to read and iterate on existing code bases. However, this functionality may be added in future updates.

Q: Is the generated code by GPT Engineer production-ready? The generated code by GPT Engineer serves as a starting point and requires further refinement and optimization based on specific project requirements. It is recommended to review and test the generated code thoroughly before deploying it in a production environment.

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