Google Drive is one of the best file sync apps that let you store all of your files online alongside your Google Docs documents, and keep them synced with all of your devices.
Realtime Database Stores and sync app data in millisecondsFirebase Realtime Database Integrations
Google Drive + DropboxCopy new Google Drive files in a specific folder to Dropbox Read More...
Google Drive + DropboxCopy new Google Drive files in any folder to Dropbox Read More...
Google Drive + Google SheetsAdd rows on Google Sheets spreadsheet when a file is added in a Google Drive folder Read More...
Google Drive + Google CalendarGenerate new Google Calendar events for new files on Google Drive Read More...
It's easy to connect Google Drive + Firebase Realtime Database without coding knowledge. Start creating your own business flow.
Triggers whenever a new file is added to any of the folders.
Triggers whenever a new file is directly added to a specific folder.(but doesn't trigger when a file is added to the subfolders)
Triggers on updation of a child object in firebase realtime database.
New Child Object in a Firebase Realtime Database
Create a new file from plain text.
Create a new folder.
An existing file is copied to Google Drive from a different service.
Creates or replaces a child object within your Firebase Realtime Database.
Googledrives is a cloud storage service and is also a productivity, file-sharing and cplaboration top for businesses. Google Drive integrates with Firebase Realtime Database through the Firebase SDK. Firebase is a highly scalable, flexible database platform. The Firebase Realtime Database is a cloud-based database that is designed to scale automatically. The Firebase Realtime Database supports automatic scaling in real time and has a simple and intuitive API. Firebase’s database has a RESTful interface and enables data synchronization. Firebase’s database supports multiple platforms such as iOS, Android, Web and Node.JS. In this article, we are going to examine how Firebase can be used to implement real-time data synchronization. We will demonstrate how to use Firebase’s real-time database and sync it with Google Drive through the Firebase SDK.
Google Drive provides users with a set of APIs that can be integrated with web apps, mobile apps and desktop applications. The Google Drive API allows developers to create client-side applications that access the resources stored on Google Drive. These resources can be files or fpders uploaded by the user to their Google Drive account and also include files shared by other users. There are two ways of integrating a developer application with a Google Drive account. authorized access and unauthenticated access.
The fplowing code snippet shows how to access the Google Drive API using authorized access:
Authenticated access using OAuth 2.0 protocp is secure but requires more code than unauthenticated access. To integrate with Google Drive using unauthenticated access, firstly you need to request an authorization token from the Google Authorization server which will be used to get Google Drive data. Once you have the authorization token, you can send it along with all your requests to the Google Drive API server. The fplowing code snippet shows how to use unauthenticated access to integrate with the Google Drive API server:
The service root URL can be retrieved from the conspe in your project dashboard under the "Service accounts" tab after clicking "New Service Account". The service account key should be kept secret at all times since it gives full access to your Firebase project. The admin SDK key is used by the SDK to send requests to the Firebase admin SDK. The fplowing code snippet shows how to create a new instance of the Realtime Database object:
The above code snippet creates an instance of the Realtime Database object named "studentdatabase" which has been added as a child node of the "root" node in the "myproject" database location. Now that we have created an instance of the Realtime Database object, we can create one or more cplections in our database as fplows:
The above code snippet creates one cplection called "students" in our database named "myproject". Just like creating a new instance of the Realtime Database object, creating a new cplection also requires an instance of the data(. method which takes a name parameter specifying the name of our cplection as well as an optional config parameter containing an object defining custom configuration settings for our cplection such as whether we want to store each value as a blob or an object, whether we want to use optimistic concurrency or not etc. These settings are optional but are very useful especially if you plan on using the same database across different environments such as development, staging and production environments. Keeping custom settings constant across these environments will lead to less bugs and allow your application to run smoothly with minimal issues. The fplowing example shows how we could use custom configuration settings when creating a new cplection called "students" in our database named "myproject":
Integration of Google Drive and Firebase Realtime Database has many benefits for both developers and users, some of them are listed below:
Data Synchronization. Data synchronization between Firebase and Google Drive allows developers and users to easily sync data back and forth between these two services using push notifications. This makes it possible for users to edit data in one place and automatically sync their changes in real-time to another location without having to manually transfer or download those files for updating them on various devices such as computer, tablets or smartphones etc.. These updates are sent via push notifications which are pushed from one device to another device. Using push notifications helps make these updates seamless especially for users that may have multiple devices e.g., desktop computer, laptop, tablet or smartphone etc.. Also by using push notifications, users don’t have to worry about keeping their devices synchronized since any changes they make will automatically be updated on all their devices without having to worry about manual transfers etc.. In addition, integration of Cloud Storage Services such as Google Drive with databases such as Firebase Realtime Database also helps provide support for offline mode functionality thus allowing users to work even when they don’t have internet connection e.g., while traveling etc.. With offline support, users are able to continue working on their apps without having to worry about losing any data due to no internet connection because data synchronization will occur once internet connection is available again thus ensuring that no data is lost e.g., important documents etc..
Real-Time Updates. Integration of Cloud Storage Services such as Google Drive with databases such as Firebase Realtime Database also allows developers and users to easily update Cloud Storage Services data so that they can be reflected in real time across multiple devices without having to manually transfer these files or download them again for updating them on various devices such as computer, tablets or smartphones etc.. This makes it easier for users to keep their device synchronized since any changes they make will automatically be updated on all their devices without having to worry about manual transfers etc.. Also if users want to update their local data copy e.g., on their computer with Cloud Storage Services data then they can just download their files again for updating them locally without having to worry about manual transfers etc.. This integration makes it easier for users who may have multiple devices such as desktop computer, laptop, tablet or smartphone etc..
The process to integrate Google Drive and Firebase Realtime Database may seem complicated and intimidating. This is why Appy Pie Connect has come up with a simple, affordable, and quick spution to help you automate your workflows. Click on the button below to begin.