I keep forgetting what I have in the freezer. At first I used Google Sheets to keep track of it, but I wanted something that was easy to consult and update on my smartphone. So I turned to AppSheet! Here’s a tutorial to follow to make a similar tracking solution.
This post on the Google Developers blog covers the basic steps for creating an AppSheet app using AppSheet Databases, which are currently in public preview. I’ve recently also been having a play with AppSheet Databases, and I’ve been impressed with the improved performance whilst also keeping them simple to use. I’ve encountered a some issues when setting up columns as references so not ready for prime time yet. Projects like the one mentioned in this post are a great way to ‘kick the tyres’ and experience yourself.
Bulk read and write a number of key-value pairs in the User Properties store. Extract to an Object for ease of use elsewhere in your code.
Access User Properties and put the values into an Object
The following Google Apps Script is a few snippets of some larger code where I needed to write (and then later read back) a number of User Properties in one go. Rather than creating multiple single write requests it is more efficient to do this in bulk.
I also needed a way to bulk read/extract these values later so I implemented a JavaScript Object that would allow me to easily call the Property name and get its value in return.
I use Google Apps Script to support staff and students in my job. I enjoy dabbling with creating tools to help with automation and I freely share my learning experiences on my blog, where I also have a number of useful Google Add-ons: www.pbainbridge.co.uk
In Google Workspace gam is probably the ‘go to’ tool command line tool which allows administrators to easily manage domain and user settings. Recently I was asked about how you can keep gam generated reports up-to-date using Google Apps Script. It’s worth remember that gam uses public Google Workspace APIs when it performs actions and reports. In this post I show you a pattern for building script to keep gam reports fresh.
AppSheet is headlined as a no-code platform but this doesn’t mean for developers there aren’t coding opportunities. In this post I’ll be sharing AppSheetApp, a Google Apps Script helper library we’ve made at CTS which makes it easy to use the AppSheet API in your own AppSheet apps. As part of this I’ll highlight how this library has made our AppSheet powered Grab n Go Chromebook loaner solution immediately scalable and data source agnostic.
In this post the worlds of AppSheet and Apps Script collide, the resulting fusion is a library which makes it easier to integrate external data and events into your AppSheet app. This solution hopefully makes it a lot easier for developers and low coders to do more with AppSheet creating the possibility to use one (or a couple) of lines of code to interact with your app and not worry which data source your app is using. This post has more details of how you can get started and an example of the impact its already making with an alternative Grab n Go Chromebook loaner solution I’ve been part of at CTS.
Did you know? We’re offering 20% off registrations for our FIRST public AppSheet no-code-along! ⭐️
With AppSheet, you can simplify business processes without ever needing to write a single line of code. This can help you out if you have users managing data on mobile devices, getting lost in spreadsheets, or even still using pen and paper!
Our two part course will include hands-on experience of building a simple app alongside our in-house expert Martin Hawksey as well as covering all the basics you need to get your creative juices flowing!
Don’t sleep on it, this offer is only available until the end of March. Sign up today to secure your discount
If you are still unsure where to start with Google’s no/low code platform, AppSheet, on 3 + 5 May I’ll be joining Tim McLardy to help you get started on your journey as part of our two part ‘no-code along’. There is a discount if you register in March and Tim and I will be working extra hard to make sure you get the most out of the session.
For read-heavy applications that don’t involve components external to Apps Script accessing the cache and don’t exceed the CacheService limits, use CacheService. For write-heavy applications or for when some external parts require access to the same cache, use Spreadsheet App.
An interesting report from Ignacio Lopezosa Serrano on the relative performance of CacheService and SpreadsheetApp for reading/writing data with Google Apps Script. Some surprising results and something I think to be kept in mind is how these tests compare to ‘real world’ conditions. As also pointed out in the post there are some service limitations of CacheService to keep in mind particularly around storage size limits.
This is a sample script for exporting Google Docs files (Spreadsheets, Documents, and so on) in PDF format with batch requests using Google Apps Script.
As a reference sample situation, in order to export 100 Google Document files as PDF files, when I tested this sample script, the processing time was about 150 seconds and no error occurred. And, I confirmed that 100 valid PDF files were created in my Google Drive.
Kanshi Tanaike has been busy again, this time looking at how you can handle batch exports from Google Docs, Sheets and Slides using Google Apps Script. There is quite a bit of engineering to get your head around but if you are looking for a copy/paste solution everything is well commented for you to drop this code into your own project. If you’d like more context about the solution there is a related post on Stack Overflow.
Learn how to sort Google Sheet tabs in ascending and descending order with Google Apps Script Magic. Code and video inside!
Latest from Scott Donald, this time Scott is looking at Google Sheets tab sorting with Google Apps Script. Hepefully something for everyone in this post and for me it was learning about JavaScript’s Intl.Collator(), which allows language sensitive string comparisons.
If you have ever worked with Google Apps Script (GAS), you may have found yourself in this situation. You want to move some files from some Google service to another, e.g., from Drive to a Google Cloud Storage Bucket. You get the file’s contents using GAS’s built-in service in the form of a Byte array. You pass this byte array to the URLFetchApp.fetch() function in the body.
All is going good and well, but then you notice. Why is it taking 30 seconds to upload a 10MB file? Am I doing something wrong? Is GAS not meant for this?
Don’t panic. I’ve been there, and I decided to take a closer look. Here’s what I found.
In this article Ignacio Lopezosa takes a deep dive into how to handle bytes in Google Apps Script, sharing his journey in finding a solution on how to share (large) files.
