Problem Exporting Copilot with Custom Connection
I have a clean environment in which I have created a single solution, "Xero4Copilot", that contains a single agent "Executive Summary". This agent uses a Custom Connector "Odatalink_report", which is created from a tested Swagger file. The Agent uses two endpoints from the connector as tools. The Agent is using the tools well, with no configuration errors. I wanted to clarify the problem before calling for help, hence the clean install and intro. When I export the solution, I get a failure, the GUI gives the same answer, this is the output from PAC CLI: PS C:\Users\mike\Downloads> pac solution export -n Xero4Copilot Connected as email address removed for privacy reasons Connected to... Xero4CopilotDev Starting Solution Export... Microsoft PowerPlatform CLI Version: 1.50.1+gabb74d2 (.NET Framework 4.8.9221.0) Online documentation: https://aka.ms/PowerPlatformCLI Feedback, Suggestions, Issues: https://github.com/microsoft/powerplatform-build-tools/discussions Error: Exporting connection reference mike_executiveSummary.shared_mike-5fodatalink-5freport-5f24577e437a5ff0b6.a4cd806a-ef0b-4680-acf3-34e5b779930f for a custom connector requires the custom connector to be added to a dataverse solution. Please add connector shared_mike-5fodatalink-5freport-5f24577e437a5ff0b6 to a solution and retry. I've tried various adds of components, but this does not really seem to be the problem. I have reduced the problem to a single area of interest: I was wondering if I need to register that Custom Connector or add some metadata. Any thoughts on how to resolve this problem? I've decided to call it a problem and see if it is an issue, haha! TIA MikeMy Journey to Create my first Custom Connector for a Web API from within Visual Studio
Did you see the video from Daniel and Marcel: Create a Custom Connector for your Web API from within Visual Studio? It's excellent, I recommend it. I thought it was perfect for me, as a veteran developer I created and own tons of APIs for all kinds of stuff. Making those APIs more accessible and easier to use seems like a great idea. Therefore immediately after watching the video, I opened my Visual Studio to give it a try. This post is about my journey to create my first Custom Connector, because it didn't work on the first try.Enhancing Your Power Apps with AI: Create a Custom Connector with ChatGPT's API
As organizations strive to create more personalized and engaging experiences for their users, the use of AI-powered solutions has become increasingly popular. With the rise of low-code platforms such as Power Apps, developers and citizen developers alike can easily build and deploy custom apps that leverage AI capabilities. One such AI solution is ChatGPT, a state-of-the-art natural language processing model developed by OpenAI. In this blog, I'll show you how to create a custom connector using ChatGPT's API and integrate it into your Power Apps. With this custom connector, you can leverage ChatGPT's state-of-the-art natural language processing technology to enhance your app's functionality and deliver a seamless user experience. So, let's dive in and see how you can bring the power of ChatGPT to your Power Apps!How to Build an AI-Powered Developer Newsletter with Power Platform and ChatGPT3
Build a developer newsletter with Power Platform and ChatGPT3 to help developers stay up to date with the latest trends in technology. This solution will do the heavy lifting by taking advantage of the power of ChatGPT3 and Power Platform. You can generate a newsletter by following the steps outlined in this guide such as signing up for the OpenAI API, creating an adaptive card, and building a solution in Power Automate. Once the solution is established, you can run it and adjust the trigger to get the desired results. Use ChatGPT3 to generate a newsletter from the text input from Teams, and use Power Automate to send an email to the desired recipients.
Creating Microsoft Graph custom connector in Power Apps
How can Power Apps bring positive changes to the education system? One can create learning games in a cohesive system. Students can choose which subject they want to work on. They’ll demonstrate that they’ve learned the skill in question, and collect points. One can create a variety of different apps that tackle different learning processes. If there are children with dyslexia, coping strategies for the disorder can be incorporated into the program. One can create a smart tracking system to keep up with student proficiency by flagging various questions and exercises with different proficiency tags when creating them.
