AppSheet development

How to use the SVG Icon Tool

How to use the SVG Icon Tool

By Aris Azhar|2024-02-04T20:27:06+08:00January 30th, 2024|Categories: Appsheet, Tips and Tricks|Tags: app aesthetics improvement, app design enhancement, app design tips, app interface improvement, app visual identity, AppSheet app customization, AppSheet app design, AppSheet app projects, AppSheet design best practices, AppSheet design themes, AppSheet development, AppSheet icon integration, AppSheet UI customization, AppSheet user interface, AppSheet visual elements, creating engaging app interfaces, creative app design, custom icon design, custom SVG icons, designing intuitive interfaces, effective icon usage, enhancing app visuals, enhancing user interfaces, graphic design in apps, high-quality app icons, integrating SVG into AppSheet, intuitive app icons, mobile app aesthetics, mobile interface design, optimizing app design, scalable app graphics, scalable icons in apps, scalable vector graphics, SVG color customization, SVG customization, SVG for mobile apps, SVG icon library, SVG icon selection, SVG icon tips, SVG Icon Tool, SVG size customization, SVG stroke adjustment, UI design for apps, user experience design, user-friendly app design, vector graphics for apps, vector icon customization, vector icons in AppSheet, visual app development, visual engagement in apps|

Elevate Your AppSheet Applications with SVG Icons: A Comprehensive Guide In the realm of app development, the visual appeal of an application is just as important as its functionality. SVG (Scalable Vector Graphics) icons play a pivotal role in enhancing the user interface, offering crisp, scalable images that maintain quality on any display size. This guide delves into the SVG Icon Tool, a resource designed to help AppSheet developers seamlessly integrate SVG icons into their projects. Introduction to SVG Icons in AppSheet SVG icons are vector-based images that provide several advantages over traditional bitmap images, including scalability, smaller

Delete Google Drive Files from Appsheet

Delete Google Drive Files from Appsheet

By Aris Azhar|2024-02-06T00:18:40+08:00January 7th, 2024|Categories: Appscript, Tips and Tricks|Tags: advanced Google Drive management, Apps Script file automation, Apps Script file listing, Apps Script for Drive cleanup, Apps Script tutorial, AppSheet automation tutorial, AppSheet development, AppSheet file management, AppSheet Google Drive automation, AppSheet integration, automate cleaning Google Drive, automate file deletion, automate Google Drive tasks, automated file management system, clean up Google Drive script, custom Google Drive solutions, delete files from Google Drive, file deletion automation, file management automation, Google Apps Script development, Google Apps Script file handling, Google Apps Script for beginners, Google Apps Script guide, Google Apps Script projects, Google Apps Script tutorial, Google Drive Apps Script, Google Drive Apps Script integration, Google Drive cleanup, Google Drive decluttering script, Google Drive efficiency, Google Drive file deletion script, Google Drive file management, Google Drive maintenance, Google Drive organization, Google Drive script tutorial, Google Drive tips and tricks, Google Sheets and Drive integration, Google Sheets automation, Google Sheets data to AppSheet, Google Sheets file inventory, Google Sheets scripting, Google Sheets to Google Drive, improve Google Drive organization, manage Google Drive with Apps Script, managing digital files efficiently, managing Drive files with Sheets, optimizing Google Drive space, scripting for Google Drive, streamline Google Drive workflow|

Mastering File Management with Google Apps Script This tutorial is crafted for users looking to automate the deletion of files from Google Drive using Google Apps Script. We begin by exploring how to programmatically list your Google Drive files in a Google Sheet. This setup not only provides a visual inventory of your files but also serves as a bridge to AppSheet, enabling a seamless workflow for marking files you wish to delete. Step-by-Step Guide to Automating Google Drive Cleanup Listing Google Drive Files in a Google Sheet Setting Up: Start by identifying the

Custom Data Masking in Appsheet

Custom Data Masking in Appsheet

By Aris Azhar|2024-02-03T21:18:38+08:00December 2nd, 2023|Categories: Appsheet, Tips and Tricks|Tags: advanced AppSheet functionalities, app development security, AppSheet development, AppSheet formula guide, AppSheet security features, AppSheet tutorials, AppSheet user interface, confidentiality in apps, custom app formulas, custom data obfuscation, custom security measures, customizable data protection, data masking best practices, Data masking in AppSheet, data obfuscation techniques, data privacy in applications, data protection techniques, Data security best practices, data security in no-code apps, enhancing data privacy, enhancing user trust, formula-based data masking, implementing data security, improving app security, no-code development security, partial data visibility, partial password masking, password field customization, password input feedback, password management in apps, password protection, password visibility, protecting user passwords, secure and user-friendly apps, secure AppSheet applications, secure data storage, secure password handling, secure user experiences, secure virtual columns, security and usability in apps, security tips for AppSheet, sensitive data masking, sensitive information protection, tailoring data visibility, user data confidentiality, user data security, user verification methods, user-friendly security features, virtual column usage|

In the realm of app development, safeguarding user data without compromising usability is paramount. Data masking represents a crucial technique in achieving this balance, especially concerning sensitive information like passwords. This tutorial delves into the concept of custom data masking within AppSheet applications, focusing on a practical formula to partially hide passwords while leaving the last three characters visible for user verification. Implementing Custom Data Masking in AppSheet: A Guide to Partial Password Visibility In the realm of app development, safeguarding user data without compromising usability is paramount. Data masking represents a crucial technique

How to calculate workdays between two dates

How to calculate workdays between two dates

By Aris Azhar|2024-02-02T11:45:01+08:00October 28th, 2023|Categories: Appsheet, Lowcode, Tips & Tricks|Tags: Advanced AppSheet techniques, AppSheet app design, AppSheet best practices, AppSheet calculation expressions, AppSheet community resources, AppSheet conditional expressions, AppSheet data handling, AppSheet database management, AppSheet development, AppSheet expressions, AppSheet for beginners, AppSheet formula examples, AppSheet formulas, AppSheet integrations, AppSheet programming, AppSheet tutorials, AppSheet UI/UX design, AppSheet user guides, AppSheet workflow tips, Automating work schedules, Building scheduling apps, Business app customization, Business calendar management, Business day tracking, Business efficiency apps, Business operations apps, Calculating business days, Custom app solutions, Custom business apps, Customizable calendar apps, Date calculations in AppSheet, Date functions in no-code platforms, Date manipulation in apps, Date range calculations, Developing with AppSheet, Dynamic date calculations, Efficiency tools in AppSheet, Holiday scheduling in apps, Managing business deadlines, mobile app development, No-code app development, No-code development tips, no-code platforms, Productivity app development, Project management tools, Time management apps, Time tracking in AppSheet, Time-sensitive app features, WORKDAYS() function, Workflow automation|

ROUND((TOTALHOURS([End Date]-[Start Date])/24)+1) This portion calculates the difference between the End Date and Start Date in hours and then divides it by 24 to get the total number of days. It rounds the result and adds 1 to consider the starting day. ROUND((TOTALHOURS(WORKDAY([Start Date],ROUND((TOTALHOURS([End Date]-[Start Date])/24)+1))-[Start Date])/24)+1) This part calculates the number of working days between the Start Date and the projected end day (after considering the total days calculated in part 1). The WORKDAY function returns a date by adding a number of workdays to the Start Date. Non-weekend days are generally considered workdays, but note that this doesn’t account for holidays. This part

AppSheet development

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