Are you looking for an efficient way to get an overview of all shared drives and their access permissions within your organization? Whether you’re navigating a company reorganization or implementing security procedures, accessing this information can be challenging.
This post from Niek Waarbroek highlights the important of auditing Google Shared Drive permissions. This can be a challenge to do using the Google Workspace Admin Console, especially if you have lots of Shared Drives.
To help Niek has shared a Google Sheet with Apps Script code that automatically generates a list of all shared drives and their associated root level permissions.
Shared Drive auditing is bit of a niche subject, but I encourage you to have a look at the post and script as it has some nice features which could be applicable to other projects. For example, there is a gaspTimeManager to make sure the script doesn’t go beyond the script execution limit.
Using Google Apps Script scoped authentication to interact with Google Cloud resources without a service account
A key feature of Google Apps Script is its integration into Google Cloud. The default behaviour when any Apps Script project is created is that an associated Google Cloud project is created and configured. This default project is not accessible to the user and for most scripts, the user doesn’t need to worry about any of the configurations such as enabling APIs and configuring authentication settings.
Other key aspects are identity and authentication. The default behaviour for scripts is usually to run as the account executing the script, Apps Script automatically determining what authorisation is required for different Google services based on an automatic scan of your code or from what scopes have been set explicitly in the Apps Script manifest file.
The last piece in the puzzle is the .getOAuthToken() method which is part of the ScriptApp Service:
Gets the OAuth 2.0 access token for the effective user. … The token returned by this method only includes scopes that the script currently needs. Scopes that were previously authorized but are no longer used by the script are not included in the returned token. If additional OAuth scopes are needed beyond what the script itself requires, they can be specified in the script’s manifest file.
What this means is in script projects we can borrow an access token to use other services that the effective user has access to and have been declared in the script project scopes. For example, if my Google account [email protected] has been added to another Google Cloud project with the Google Cloud Storage service enabled, I can use Apps Script to generate a token to use the Cloud Storage service in that project.
To help illustrate this, here are two examples for interacting with Google Cloud Storage buckets to upload and download files to Google Drive.
Use Google Apps Script to automate actions on Bluesky Social using their API.
I’ve largely given up on X (formerly Twitter) and there are now numerous alternatives including Bluesky Social. If you would like to automate posting and getting messages from Bluesky Stéphane Giron provides a guide on how to communicate with Bluesky Social API using Google Apps Script. It includes detailed steps on how to obtain an app password, authenticate with Bluesky, retrieve messages for a user, and post a new message. The post also includes code snippets for each step, making it easy if you want to modify this integration to your own needs.
Create a Chatbot answering user questions based on your documents. RAG implementation with multiturn using Vertex AI Search and Apps Script
More GenAI, this time from Stéphane Giron looking at how Apps Script can be used to provide the glue for a Google Chat app powered by Vertex AI Search. In this example you can see how unstructured data like PDF documents can easily be uploaded to a Cloud Storage folder, which then become the knowledge base for the Chat app. The post includes a Google Apps Script snippet for sending messages to the Vertex AI Search API as well as instructions on how to create the chatbot, including how to import data into Vertex AI Search and how to integrate the chatbot into Google Chat.
The post is a great summary of what is possible when combining Google Chat and Vertex AI Search. If you are interested in finding out more about what is possible using Vertex AI Search with follow-ups Google provide a comprehensive guide.
Using Google Gemini API with Google Sheets to create personalized mail merges. An exploration in generative AI ‘function calling’
Google latest generative AI solution, Gemini, includes the capability to declare functions that the LLM can use in it’s response. The response includes the name of the function and the parameters the script needs to run the function.
The function isn’t executed by the LLM, but run with your code, which creates really interesting opportunities for Google Apps Script solutions. In particular, given user identity and authorisation is an integral part of Apps Script and how it integrates with other Google services it means solutions like personalised mail merges can be created in a couple of lines of code.
Follow the source link to find out more about function calling and exploring Gemini’s capabilities with data in Google Sheets.
You’ve made a formula, but someone deleted it. It may be annoying to restore your formula. You are not always able to protect a range with formulas, as protection will also forbid users from sorting range, adding new rows, hiding rows, etc.
Let’s create our formula protection with the help of a few formulas and app script code.
Google Sheets are fantastic for collaboration, the downside however can be that other people can break stuff. The Protected Sheets and Ranges can help with this, but there might be times when you need an alternative solution. If you find yourself in this situation Max Makhrov has come to the rescue with a solution to rewrite formula if they are accidentally deleted. You can find out more in the source post link. As a bonus Max includes a named Google Sheets function, FormulasMap, which can be used to export functions in a range to another sheet.
Imagen: An photo image which has a laptop with a spreadsheet application which appears to have rays of light
This is the second part exploring the GenAI capabilities in Google Sheets. In this part learn how you can make an Enhanced Smart Fill for Google Sheets
Google recently announced the latest feature for Duet AI for Google Workspace with Enhanced Smart Fill, which uses GenAI in Google Sheets to generate content based on data and the patterns entered by the user.
Continuing a previous post exploring the PaLM 2 API and LLM capabilities in Google Sheets, this post looks provides a Google Sheet template for experimenting with LLM prompts and spreadsheet data, including how you could make a ‘Enhanced Smart Fill’-like star review generator.
The post includes everything you need to get started, with you only having to make your own MakerSuite API key.
From one simple prompt with Duet AI for AppSheet you are able to create a well structured application.
I recently had the pleasure of the opportunity to speak at DevFest Scotland. My topic was how you can use code with Google’s ‘no-code’ solution AppSheet. You can see some of the ways this is achievable in my shared slides. Whilst there are coding opportunities with AppSheet and having some coding/data schema knowledge is useful, I would argue that this is increasingly becoming less important.
In this post on the CTS Medium I share how Duet AI for AppSheet has hugely reduced the entry point for app creation. As part of this I share how a simple request to the Duet AI for AppSheet assistant of ‘an easy way for volunteers to borrow a laptop’ becomes the starting point for a well structured application. Having introduced AppSheet to a number of customers I can’t emphasise enough how big a step this is in the democratisation of app creation. Exciting times!
[Thanks to Christian Schalk and the AppSheet team for early access to Duet AI for AppSheet and providing input on the source post].
In Google Apps Script, the ability to track and record actions, errors, and performance metrics is crucial for both developers and users. However, the built-in logging mechanisms often fall short regarding accessibility and ease of use. This is where Local Google Apps Script Logging comes into play, offering a streamlined and integrated approach to capturing script activities.
Google Apps Script has a couple of logging options, including the native Apps Script execution log, to setting up a Cloud Developer Console project and using Cloud Logging and Error Reporting. There are a couple of alternative Apps Script logging solutions out there, like Peter Herrmann’s BetterLog. Here’s the latest alternative Apps Script logging solution from Dimitris Paxinos called LocalLogger.
LocalLogger has some nice features including built-in severity colour coding and customisable email notifications. Even if you don’t need a alternative logging solution the code is well structured and includes a way to mimic an Enum list. You can find all the code and a video explaining LocalLogger via the source link 👇🏻
Use Google Apps Script to automate email-based expense tracking. Store and track your receipts entirely through Gmail, Drive and Sheets
Here’s a nice tutorial on how to create an email-based expense tracking system using Google Apps Script. The solution allows users to submit expense reports via email, which are then automatically processed and stored in a Google Sheet with attachments stored in Google Drive.
The blog post by Joshua Mustill provides detailed instructions on how to set up the system, including how to create the Gmail labels and filters, the Google Sheet and the Apps Script code. There are some nice features in the code you might want to use in other projects including the creation of date based Google Drive folders for storing Gmail attachments.
