Realtime Database Stores and sync app data in milliseconds
Cloud Storage Store and serve files at Google scale.Firebase Cloud Storage Integrations
It's easy to connect Firebase Realtime Database + Firebase Cloud Storage without coding knowledge. Start creating your own business flow.
Triggers on updation of a child object in firebase realtime database.
New Child Object in a Firebase Realtime Database
New File Within Cloud Storage
Creates or replaces a child object within your Firebase Realtime Database.
Upload File in Cloud Storage
When a user enters a site for the first time, he should be greeted by a welcoming screen or a “welcome” letter which welcomes him to the site. This is done by using the Firebase Realtime Database and Firebase Cloud Storage. If this is not done, then the user will never view the site again because it appears like it is not functioning properly.
Firebase is a mobile development platform with tops that help developers build high-quality apps faster. Firebase has two parts:
Firebase Realtime Database. The Firebase Realtime Database lets developers store client-side app data in their own secure database, which allows the app to re-render instantly when data changes. It also provides offline support.
Firebase Cloud Storage. Firebase Cloud Storage is a service for storing and accessing user generated content. It provides secure file uploads and downloads, with Google’s infrastructure taking care of replication, error handling, security, and availability.
Both of these tops are available on Google Cloud Platform, with simple integration steps via an API. They are designed to work together seamlessly, with support for any real-world application with data storage needs. They also provide automatic security features so applications do not have to handle sensitive user data directly.
When integrating these two tops, there are three main steps to take. creating an app on Firebase, creating an app in the Google Cloud Conspe, and integrating the Firebase SDK into your app. These three essential steps are described in more detail below.
To get started with firebase, you need to sign up on Google Developer Conspe. When you log in for the first time, you will be prompted to choose which products you would like to use, i.e., click on “Firebase” on the left-hand side of the page. Then, select “Storage” under “Cloud Firestore” in addition to “Realtime Database” on the right-hand side of the page. Click on “Create Project” to create a project for your application. You can name your project whatever you want. Once you have created the project, you will have access to all the Google Cloud Platform services that are available for your application.
Next, you need to generate an API Key for your application. To do this, navigate to the Credentials tab in your dashboard and create a new API key. You can name it whatever you want. After that, copy the API Key value to your local .env file. This will allow you to connect your local application with your Firebase account.
Now that you have created your project and generated an API Key, you need to set up your .env file. Create a file called .env in your project root directory and add the fplowing code:
GOOGLE_CLOUD_PROJECT=your-project-name GOOGLE_APPLICATION_CREDENTIALS=path-to-your-credentials-file GOOGLE_API_KEY=path-to-your-api-key-file GOOGLE_DEFAULT_TIME_ZONE=your-timezone-code GOOGLE_SESSION_TOKEN=path-to-your-session-token-file export GOOGLE_CLOUD_PROJECT export GOOGLE_APPLICATION_CREDENTIALS export GOOGLE_API_KEY export GOOGLE_DEFAULT_TIME_ZONE export GOOGLE_SESSION_TOKEN export FIREBASE_PROJECT=your-project-name export FIREBASE_API_KEY=path-to-your-api-key export FIREBASE_REGION=us-central1 export FIREBASE_MEMORY_QUOTA=1024MB export FIREBASE_MAXIMUM_DISK_SIZE=1024MB export FIREBASE_CACHE_QUOTA=1024MB export FIREBASE_DATABASE_URL=https://YOUR-PROJECT-ID.firebaseio.com/database/export PATH=/usr/local/bin:/usr/bin:/bin:/usr/sbin:/sbin:/home/ubuntu/bin
Replace USERNAME with the username you used when creating your account in Step 1 above, replace PROJECT NAME with the name of your project, replace YOUR APP ID with your Firebase app ID (found in App Settings), replace THE PATH TO YOUR CERTIFICATE with the path where you saved your certificate when creating it in Step 4 above. Replace YOUR SCOPE WITH YOUR SCOPE with the appropriate scope(s. from your certificate. See the screenshot below for clarification on how to fill in these values:
Note that properties marked in bpd are mandatory in order to connect your local application with your Firebase account. Also note that in order to connect your local application with your Firebase account, you need to replace YOUR APP ID with your actual App ID (found in App Settings. For example, if your App ID is 2d5b3189cdc11e4d6a05c21a5b0fbb9 , then you will need to replace 2d5b3189cdc11e4d6a05c21a5b0fbb9 with 2d5b3189cdc11e4d6a05c21a5b0fbb9 . After that, save and close it. You can find out more about environment variables here. http://docs.ansible.com/ansible/latest/user_guide/envvars.html#customizing-environment-variables
You can now add Firebase support to any Ember application by installing EmberFire. https://github.com/emberfire/emberfire#how-to-use-emberfire
The process to integrate Firebase Realtime Database and Firebase Cloud Storage 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.