Designing a Library Application Using Google AppSheet

Introduction: The Power of No-Code in Modern Library Management

In an increasingly digital world, libraries are continually seeking innovative ways to enhance their services and streamline their operations. The integration of technology has become paramount in managing vast collections, engaging with patrons effectively, and ensuring efficient workflows. Traditionally, developing custom software solutions for library management required significant programming expertise and financial investment. However, the emergence of no-code development platforms like Google AppSheet has democratized this process, empowering individuals with domain expertise to create powerful applications without writing a single line of code. This report explores the potential of Google AppSheet in designing a comprehensive library application, highlighting its capabilities and guiding users through the development process. No-code platforms offer libraries the agility to rapidly prototype and deploy solutions tailored to their specific needs, providing a cost-effective alternative to traditional software development and enabling library staff to become active participants in shaping their technological infrastructure.

Demystifying Google AppSheet: A Comprehensive Overview

Google AppSheet is a versatile no-code application development platform that enables users to build custom mobile and web applications from various data sources. These data sources can include familiar tools like Google Sheets and Microsoft Excel, as well as cloud-based databases such as Cloud SQL. The platform’s strength lies in its user-friendly, interactive interface, which allows individuals without extensive programming knowledge to create and customize applications with ease. AppSheet offers multiple pathways to initiate app creation, catering to different user preferences and starting points. Users can begin with a blank canvas, leverage the power of AI assistance through Gemini, connect to existing data, or utilize pre-built templates to accelerate the development process.

The platform provides a rich set of features for customizing various aspects of an application. This includes robust data management capabilities, intuitive tools for designing user-friendly interfaces, options for creating powerful calculations and rules to automate processes, and features for streamlining workflows through AppSheet automations. Applications built with AppSheet are inherently cross-platform, ensuring a consistent experience across iOS, Android, and web browsers. Furthermore, AppSheet supports offline data collection and synchronization, making it suitable for various library environments. Security and governance are also integral to the platform, offering features to manage app ecosystems and ensure data integrity.

A significant advantage of AppSheet for libraries is its seamless integration with Google Workspace tools. Many libraries already utilize Google Sheets for managing data, and AppSheet’s direct connectivity simplifies the process of transforming this data into functional applications without requiring complex integrations or data migration. This tight integration streamlines workflows and enhances collaboration within library teams. Moreover, the introduction of Gemini, an AI-powered collaborator within AppSheet, further lowers the barrier to entry for app development. By allowing users to describe their app ideas in natural language, Gemini can assist in the initial stages of app creation, guiding users through the process and even suggesting appropriate data structures and functionalities. This AI-assisted approach empowers library professionals, regardless of their technical background, to bring their visions for enhanced library services to life.

Core Features and Functionalities of an Effective Library Application

A well-designed library application built with Google AppSheet can incorporate a wide range of features essential for modern library management. These features can be broadly categorized into catalog management, circulation control, member management, and additional functionalities that enhance the overall library experience.

Catalog Management forms the backbone of any library system. An effective AppSheet library application should provide in-depth cataloging and classification capabilities for all types of library holdings, including books, journals, and multimedia resources. This includes the ability to record and manage detailed information such as title, subject, author, ISBN, ISSN, publisher, and publication date. The system should function as an electronic inventory, offering real-time updates on the availability of resources. Advanced search functionalities are crucial for both patrons and librarians, allowing them to efficiently locate resources based on various criteria. Integration with barcode scanning and potentially RFID sensors can significantly enhance the efficiency of inventory management, making tasks like stocktaking and identifying misplaced items quicker and more accurate.

Circulation Control is another vital aspect, encompassing the management of the borrowing and returning of library resources. The application should track which items are currently borrowed, which have been returned, and which are overdue. Automated notifications for due dates and overdue items can help improve the return rate and ensure resources are available for other patrons. Furthermore, the system should facilitate book reservations and the management of holds, allowing patrons to request items that are currently unavailable.

Member Management is essential for maintaining a comprehensive database of library users. This includes storing and managing member details such as name, member ID, contact information, and borrowing history. The application should also support membership registration and renewal processes. User account management features can empower patrons to track their own borrowing history, manage personal preferences, and potentially place holds or renew items themselves. For libraries that charge membership fees or fines for overdue items, the application should also include functionalities for managing these financial aspects.

Beyond these core features, an effective library application can include an Online Public Access Catalogue (OPAC), providing a user-friendly interface for patrons to search and browse the library’s collection online. Purchase Management features can aid librarians in efficiently acquiring new books and managing the process of removing outdated or irrelevant materials. Reporting and Analytics capabilities can provide valuable insights into various aspects of library operations, such as circulation statistics, acquisition trends, budget management, and resource usage, enabling data-driven decision-making. A key overarching requirement is a user-friendly and self-service interface that is simple to navigate and use for individuals with varying levels of technical expertise. The need for both staff and patron-facing interfaces suggests that the AppSheet application might need to incorporate user roles and permissions to provide tailored experiences and functionalities.

Inspiration and Foundations: Exploring Existing AppSheet Resources and Templates

When embarking on the development of a library application with AppSheet, it can be beneficial to explore existing resources and templates for inspiration and a potential starting point. AppSheet itself offers a library of app templates that users can copy and customize. While a specific template for a library application might not be immediately available, users can search for templates related to inventory management or asset tracking, as these often share similar underlying data structures and functionalities with library resource management. These templates can provide valuable insights into how to structure data, design user interfaces, and implement core features that can be adapted for a library context.

If a directly relevant template is not found within AppSheet, users have the option to start building their application from scratch using a blank app or by connecting to their existing data source. This approach offers maximum flexibility in tailoring the application to the library’s unique requirements. Additionally, exploring templates on other no-code platforms like Glide and Jotform can provide further inspiration for design elements, user interface layouts, and feature implementations that can be adapted within the AppSheet environment.

Beyond templates, various online resources can offer valuable guidance and ideas. Community forums dedicated to AppSheet, as well as broader no-code development communities, often contain discussions, examples, and tutorials related to building different types of applications, including those with library-like functionalities. Searching these platforms for keywords like “library app,” “inventory management,” or “asset tracking” can yield helpful insights and solutions to common development challenges. By leveraging these existing resources, users can gain a solid foundation for their AppSheet library application, saving time and effort in the initial design and development phases.

Structuring Your Library Data: Designing the AppSheet Database

The foundation of any effective AppSheet application lies in a well-designed data structure. This involves carefully planning the tables, columns, and records that will store and organize the library’s information. For a library application, it is generally recommended to create separate tables for key entities such as Books, Members, Loans, and potentially Library Branches, especially if the library has multiple locations. This separation of data into distinct tables helps to ensure data integrity, reduce redundancy, and improve the overall efficiency of the application.

Each table will require specific columns to hold relevant information. For the Books table, essential columns might include Book ID (serving as the primary key and a unique identifier for each book), Title, Author, ISBN, Genre, Publisher, Publication Year, the total Number of Copies available, and the current Availability Status (e.g., checked in, checked out). The Members table would typically include columns such as Member ID (the primary key for unique identification), Name, Address, Email, Phone Number, Membership Type, and the date of Registration. The Loans table would track the circulation of books and would require columns like Loan ID (the primary key), Book ID (as a reference to the Books table), Member ID (as a reference to the Members table), the Checkout Date, the Due Date, and the actual Return Date. If the library operates across multiple locations, a Library Branches table could include columns for Branch ID (primary key), Name, Address, and Contact Information.

It is crucial to designate a primary key for each table. The primary key serves as a unique identifier for each record within the table, ensuring that every book, member, loan, or branch can be uniquely identified. Additionally, reference columns are used to establish relationships between tables. For instance, the Loans table uses Book ID and Member ID as reference columns, linking each loan record to a specific book in the Books table and a specific member in the Members table. This establishes one-to-many relationships, where one book can be associated with multiple loan records, and one member can have multiple loan records over time.

Google Sheets is often a convenient initial data source for AppSheet applications due to its ease of use and seamless integration with the platform. For users familiar with spreadsheets, setting up the data structure in Google Sheets can be a straightforward process. When preparing data in Google Sheets for AppSheet, it is important to follow best practices to ensure optimal performance and functionality. This includes using clean table layouts with clear and concise column headers, avoiding long or complex names, and ensuring consistency in data formatting within each column. It is also recommended to use columns for distinct categories of information and to enter each record as a new row in the respective sheet.

Entity	Column Name	Data Type	Primary Key	Reference Table	Description
Books	Book ID	Text	Yes		Unique identifier for each book
Books	Title	Text	No		Title of the book
Books	Author	Text	No		Author of the book
Books	ISBN	Text	No		International Standard Book Number
Books	Genre	Text	No		Genre or category of the book
Books	Publisher	Text	No		Publisher of the book
Books	Publication Year	Number	No		Year the book was published
Books	Number of Copies	Number	No		Total number of copies of the book in the library
Books	Availability Status	Enum	No		Current status of the book (e.g., Checked In, Checked Out)
Members	Member ID	Text	Yes		Unique identifier for each library member
Members	Name	Text	No		Full name of the library member
Members	Address	Text	No		Address of the library member
Members	Email	Email	No		Email address of the library member
Members	Phone Number	Phone	No		Phone number of the library member
Members	Membership Type	Enum	No		Type of membership (e.g., Student, Faculty, Public)
Members	Registration Date	Date	No		Date the member registered with the library
Loans	Loan ID	Text	Yes		Unique identifier for each loan transaction
Loans	Book ID	Ref	No	Books	Reference to the specific book borrowed
Loans	Member ID	Ref	No	Members	Reference to the library member who borrowed the book
Loans	Checkout Date	Date	No		Date the book was borrowed
Loans	Due Date	Date	No		Date the book is due to be returned
Loans	Return Date	Date	No		Date the book was actually returned (can be blank if not yet returned)
Library Branches	Branch ID	Text	Yes		Unique identifier for each library branch
Library Branches	Name	Text	No		Name of the library branch
Library Branches	Address	Text	No		Address of the library branch
Library Branches	Contact Information	Text	No		Contact details for the library branch (e.g., phone number, email address)

Crafting an Intuitive User Experience: Interface Design Principles in AppSheet

Creating an intuitive and user-friendly interface is paramount for the success of the library application, ensuring ease of use for both librarians and patrons. AppSheet offers a variety of view types that can be configured to present library data in an accessible and engaging manner. For displaying the book catalog, deck or gallery views are excellent choices as they can showcase book covers along with essential information like titles and authors, providing a visually appealing browsing experience. Table views are well-suited for presenting lists of members and current loans, offering a structured overview of the data. Detail views can be utilized to display comprehensive information for individual books and members, including all relevant attributes and related records.

User-friendly forms are crucial for data input tasks such as adding new books, registering members, and recording borrowing and return transactions. AppSheet’s form view allows for customization of field order, display options, and input types, ensuring a smooth data entry process. To enhance the application’s visual appeal and align it with the library’s identity, users can customize the app’s branding by selecting themes, accent colors, logos, and fonts within the AppSheet editor. Conditional formatting can be a powerful tool for highlighting important information, such as indicating the availability status of books in the catalog or visually flagging overdue loans in the circulation control view.

Actions play a significant role in creating an interactive user experience by enabling quick navigation and the execution of specific tasks. For a library app, actions could include buttons for checking out a book, initiating the return process, or navigating to a member’s profile. Drawing inspiration from existing library app UI examples and utilizing available component libraries can further enhance the design and usability of the AppSheet application. Adhering to general UI design best practices, such as maintaining consistent spacing, limiting the number of options presented at once, focusing each screen on a single primary task, and ensuring that interactive elements like buttons are easily accessible, will contribute to a more positive user experience. Furthermore, configuring searchable columns for relevant fields like book title, author, ISBN, and member name will enable users to efficiently find the information they need within the application.

AppSheet’s flexibility in offering various view types allows for tailoring the interface to cater to the specific needs and preferences of different user groups. Librarians, for example, might benefit from detailed table views for managing the library’s inventory and circulation, while patrons might prefer more visually oriented gallery views for browsing through the book catalog. By leveraging the UI branding features available in AppSheet , libraries can create an application that not only is functional but also reflects their unique brand and fosters a sense of familiarity for their users.

Implementing Key Library Operations with AppSheet’s No-Code Tools

AppSheet’s no-code tools empower users to implement the core operations of a library directly within the platform.

Catalog Management: Adding, Searching, and Displaying Books: Adding new books to the library’s catalog can be facilitated through the creation of user-friendly forms in AppSheet. These forms can be designed to capture all the necessary details about a book, such as its title, author, ISBN, genre, publication year, and number of copies. AppSheet’s built-in search functionality can be easily configured by marking relevant columns as “Searchable” in the column properties. This allows users to quickly find books within the application by entering keywords related to the title, author, ISBN, or genre. Book information can then be displayed in various view types depending on the desired user experience. A gallery view, for instance, can showcase books with their cover images, providing a visually appealing way for patrons to browse the collection. For librarians needing detailed information, a table view or a detail view can present all the recorded attributes of a book. Furthermore, AppSheet supports the integration of barcode scanning, which can streamline the process of adding books to the catalog by quickly capturing their ISBNs.

Borrowing and Return System: Tracking Loans and Managing Availability: Implementing a borrowing and return system involves creating actions within AppSheet to manage these transactions. When a book is borrowed, a data-change action can be triggered to update the “Availability Status” of the book record to “Checked Out”. Simultaneously, a new record can be created in the “Loans” table, capturing the Member ID, Book ID, and the checkout date. Reference columns in the Loans table link the member and book records, establishing the relationship between the borrower and the borrowed item. The return process can be managed similarly, with an action to update the book’s “Availability Status” back to “Checked In” and recording the return date in the “Loans” table. Barcode scanning can also be utilized to expedite the checkout and return processes by quickly identifying books. To further enhance the system, AppSheet’s automation features can be employed to send automated notifications to members reminding them of upcoming due dates or alerting them about overdue books.

Action Name	Table	Action Type	Description	Key Configuration
Borrow Book	Books	Data: set the value of some columns in this row	Updates the book’s status to “Checked Out”	Set “Availability Status” to “Checked Out”
Borrow Book	Loans	Data: add a new row to this table	Creates a new loan record	Set “Book ID” to., “Member ID” to [Member ID Input], “Checkout Date” to TODAY()
Return Book	Books	Data: set the value of some columns in this row	Updates the book’s status to “Checked In”	Set “Availability Status” to “Checked In”
Return Book	Loans	Data: set the value of some columns in this row	Updates the loan record with the return date	Set “Return Date” to TODAY() where =. and [Member ID] = [Member ID Input] and is blank
Add New Member	Members	Data: add a new row to this table	Creates a new member record with information from the registration form	Configure “Set these columns” with fields from the member registration form

Member Management: Registration, Profiles, and History: Creating a member registration form in AppSheet allows the library to collect all the necessary information from new members. This form can include fields for name, address, email, phone number, and membership type. Detail views can be used to display comprehensive member profiles, including their contact information and a history of the books they have borrowed, which can be accessed through related records from the Loans table. Managing member data involves the ability to add new members, update their information, and potentially deactivate or remove members as needed. Implementing user roles and permissions within AppSheet can control access to different features and data based on the user’s role (e.g., librarian vs. patron), ensuring data security and appropriate levels of access.

Testing and Deployment: Ensuring a Smooth Launch of Your Library App

Before making the library application accessible to users, thorough testing is essential to ensure its functionality and reliability. AppSheet offers several methods for testing the application during the development process. The app preview feature allows developers to interact with a live version of the app directly within their browser, simulating the user experience on different devices (mobile, tablet, desktop). Previewing the app as an individual user, after sharing it with specific email addresses, enables developers to test the application from the perspective of different user roles and permissions. Additionally, testing the app install link on actual mobile devices is crucial to ensure the app installs and opens correctly. It’s important to note the potential differences in app behavior between running in a browser and on a mobile device, particularly regarding offline data caching and device-specific features like barcode scanning. Before the final launch, running a deployment check within the AppSheet editor is highly recommended to identify any critical errors or warnings that might hinder the app’s functionality.

Once testing is complete and the application is deemed ready for use, the deployment process can be initiated. AppSheet offers different deployment options to suit various needs. For internal use within a library team or organization, instant deployment provides a quick and easy way to distribute the app by sending users an install link via email. Clicking this link guides users through the process of installing the AppSheet Hosting app (if they don’t already have it) and accessing the library application. For broader public access, such as making the app available to all library patrons, traditional deployment through app stores like Google Play Store and Apple App Store might be necessary. This requires creating a branded version of the app with custom branding elements. AppSheet also allows developers to share the app with specific users or entire domains by entering their email addresses or domain names in the share settings. This provides granular control over who can access and use the library application.

Best Practices for Building and Maintaining a Scalable AppSheet Library Application

To ensure the library application is robust, scalable, and maintainable over time, it is essential to adhere to best practices throughout the development process. This includes careful data modeling and normalization to structure the data efficiently and avoid redundancy. Using unique IDs for each record and following consistent naming conventions for tables, columns, and actions will improve the readability and maintainability of the application.

Optimizing app performance is crucial for a positive user experience, especially as the library’s data and user base grow. This can be achieved by selecting efficient data providers, reducing the amount of data transferred during sync operations, minimizing complex calculations and the use of virtual columns, and strategically implementing security filters to limit the data accessed by users.

Maintaining the application involves periodically updating the app definition to incorporate new features or address bugs, managing different versions of the app, and actively seeking and addressing user feedback. Regular testing and monitoring of the deployed application will help identify any performance issues or unexpected behavior, allowing for timely fixes and improvements. AppSheet provides features for managing app versions, allowing developers to test new changes without impacting the stable version used by most users. Numerous resources are available for learning more about AppSheet, including official tutorials, comprehensive documentation, and active community forums where users can seek help and share best practices.

Conclusion: Transforming Library Services Through No-Code Innovation

Google AppSheet presents a powerful opportunity for libraries to create customized and efficient management applications without the complexities of traditional coding. Its intuitive interface, robust feature set, and seamless integration with Google Workspace tools make it an ideal platform for addressing the unique needs of modern libraries. By following the guidance and leveraging the resources outlined in this report, library professionals can effectively design, build, deploy, and maintain a scalable library application that enhances their services, streamlines their operations, and ultimately empowers them to better serve their communities. The era of no-code development has opened new avenues for innovation within the library sector, and AppSheet stands at the forefront of this transformative movement.

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Share: The Essentials – AppSheet Help, https://support.google.com/appsheet/answer/10104983?hl=en 71. Appsheet Episode 45: How to do running balance for your transactions. – YouTube, https://m.youtube.com/watch?v=juk5FCSBtuI&pp=ygUPI2FwcHNoZWV0YmFoYXNh 72. MASTER LINKTOFORM() and Other Deep Links in AppSheet …, https://m.youtube.com/watch?v=0c2W1yA9_TU&pp=ygUeI2dvb2dsZV9zaGVldF9saW5rX2dvb2dsZV9mb3Jt 73. Appsheet Episode 44: How to view user’s own data using slice. – YouTube, https://www.youtube.com/watch?v=i8UymkcxPB8 74. AppSheet Budget Tool Tutorial #6. Add a split transactions capability. | by Mark Eklund, https://medium.com/@thriving_chiffon_gnu_714/appsheet-budget-tool-tutorial-6-53bafe1b92e9 75. AppSheet Budget Tool Tutorial #4. Add category creation support. | by Mark Eklund, https://medium.com/@thriving_chiffon_gnu_714/appsheet-budget-tool-tutorial-4-110eac4c9786 76. Work Order App built with AppSheet | Weekly Webinar – YouTube, https://www.youtube.com/watch?v=ICK7Fpl7eGs 77. Events: The Essentials – AppSheet Help, https://support.google.com/appsheet/answer/11445188?hl=en 78. How to Create Login Page in AppSheet? – Cloudasta Help Center, https://help.cloudasta.com/how-to-create-login-page-in-appsheet 79. Create and deploy branded apps for iOS – AppSheet Help, https://support.google.com/appsheet/answer/10105764?hl=en 80. File Management with AppSheet – Real Estate App – YouTube, https://www.youtube.com/watch?v=IidYmj9o2co 81. Manage team membership – AppSheet Help, https://support.google.com/appsheet/answer/11938918?hl=en 82. About your organization and teams – AppSheet Help, https://support.google.com/appsheet/answer/13691133?hl=en 83. Managing user permissions – Google Cloud Community, https://www.googlecloudcommunity.com/gc/AppSheet-Q-A/Managing-user-permissions/m-p/834514 84. How to Control AppSheet Access within Your Team – YouTube, https://www.youtube.com/watch?v=s9S4kIjlb9o 85. User Settings: The Essentials – AppSheet Help – Google Help, https://support.google.com/appsheet/answer/10106760?hl=en 86. Security: The Essentials – AppSheet Help – Google Help, https://support.google.com/appsheet/answer/10105078?hl=en 87. Test apps – AppSheet Help – Google Help, https://support.google.com/appsheet/answer/11998579?hl=en 88. Can AppSheet Apps Be Tested Before Being Published? – Steegle, https://www.steegle.com/appsheet/insights/app-testing 89. Publish your AppSheet App | Google Cloud Skills Boost, https://www.cloudskillsboost.google/focuses/32750?parent=catalog 90. Sharing and deploying your app with AppSheet – YouTube, https://www.youtube.com/watch?v=S3sFMlJz-Iw&pp=0gcJCfcAhR29_xXO 91. Create and deploy branded apps for Android – AppSheet Help, https://support.google.com/appsheet/answer/10104994?hl=en 92. Deploy: The Essentials – AppSheet Help, https://support.google.com/appsheet/answer/10104495?hl=en 93. Deploying your first AppSheet App Tutorial 2023 | The Daily NoCode Brief | Ep. 21, https://www.youtube.com/watch?v=-0oiTwgxwoA 94. Share resources with your team – AppSheet Help, https://support.google.com/appsheet/answer/10104795?hl=en 95. FAQs | Google AppSheet, https://about.appsheet.com/faq/ 96. What issues do I need to keep in mind while using AppSheet? – Reddit, https://www.reddit.com/r/AppSheet/comments/199nce4/what_issues_do_i_need_to_keep_in_mind_while_using/ 97. Re: Appsheet Work Standard Protocol – Page 2 – Google Cloud Community, https://www.googlecloudcommunity.com/gc/Tips-Tricks/Appsheet-Standard-Naming-Protocol/m-p/860725 98. Improve the speed of Sync – AppSheet Help, https://support.google.com/appsheet/answer/10104985?hl=en 99. App performance: Core concepts – AppSheet Help, https://support.google.com/appsheet/answer/10105761?hl=en 100. Scaling Apps with AppSheet | GDE Office Hours – YouTube, https://www.youtube.com/watch?v=QhcJ1KAckiw 101. Appsheet Apps Speed – Google Cloud Community, https://www.googlecloudcommunity.com/gc/AppSheet-Q-A/Appsheet-Apps-Speed/td-p/233329/jump-to/first-unread-message 102. FlutterFlow vs Appsheet: A comparison for 2025 – LowCode Agency, https://www.lowcode.agency/blog/flutterflow-vs-appsheet 103. Manage identical apps – AppSheet Help, https://support.google.com/appsheet/answer/10100703?hl=en 104. Maintain a stable version of an app – AppSheet Help, https://support.google.com/appsheet/answer/10104791?hl=en 105. Maintenance Repair – AppSheet, https://www.appsheet.com/samples/This-app-allows-a-repair-person-to-service-tenant-maintenance-requests?appGuidString=15dde686-50e2-4e64-b1b6-af15809c7df9 106. AppSheet Office Hours: App Lifecycle Management – YouTube, https://www.youtube.com/watch?v=WmZ-mP36pUU 107. Equipment Maintenance App for the Manufacturing Industry | Weekly Webinar – YouTube, https://www.youtube.com/watch?v=vfh6nz7GY-w 108. Mastering Appsheet: from Beginner to Pro: Melehi, Daniel – Amazon.com, https://www.amazon.com/Mastering-Appsheet-Beginner-Daniel-Melehi/dp/B0C1J5P8RF 109. Mastering Google Appsheet : from Beginner to Pro (Guides For No Code Applications), https://www.amazon.com/Mastering-Google-Appsheet-Beginner-Applications-ebook/dp/B0C2J5SRPS 110. Share: Appsheet learning materials from basic to advanced 98 pages, https://www.googlecloudcommunity.com/gc/Tips-Tricks/Share-Appsheet-learning-materials-from-basic-to-advanced-98/m-p/810562 111. Get started by using the quick start tutorials – AppSheet Help – Google Help, https://support.google.com/appsheet/answer/13474783?hl=en 112. Get started with AppSheet for admins – Google Help, https://support.google.com/appsheet/answer/13860489?hl=en 113. Registration Form – AppSheet, https://www.appsheet.com/samples/Sample-App-for-Class-Registration-?appGuidString=ceae4d85-1309-4b7f-ae41-e4079de6533b 114. WEB APP Google Sheets Library Management System Part 2 – YouTube, https://www.youtube.com/watch?v=_Lne8etYbcM 115. AppSheet Integrations – YouTube, https://www.youtube.com/watch?v=IwXwEV7HT3M 116. AppSheet DATETIME Expression() – YouTube, https://www.youtube.com/watch?v=Abni1cJPjv0 117. Calling Apps Script from AppSheet Automations – YouTube, https://www.youtube.com/watch?v=-0ETflTeIO0 118. Make your AppSheet app Faster – Linking Multiple Small Apps Together – YouTube, https://www.youtube.com/watch?v=qbOsYZUhQhY 119. Combining Google AppSheet with Google Apps Script | Aryan Irani – YouTube, https://www.youtube.com/watch?v=E0z0grid5pk 120. Timesheet App built with AppSheet | Weekly Webinar – YouTube, https://www.youtube.com/watch?v=aGavMnAe1sg 121. POS Application Tutorial With Codeigniter 4 | 04-E Sales | Keyboard Shortcuts and Triggers, https://www.youtube.com/watch?v=u_-BA_eOdb8 122. App design 101 – AppSheet Help, https://support.google.com/appsheet/answer/10099795?hl=en 123. 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