MySQL is currently the most popular database management system software used for managing the relational database.
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.Google Drive Integrations
MySQL + Google DriveUpload File in Google Drive when New Row is created in MySQL Read More...
MySQL + Google DriveUpload File in Google Drive when New Table is created in MySQL Read More...
MySQL + Google DriveCreate File from Text to Google Drive from New Table in MySQL Read More...
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Triggered when you add a new row.
Triggered when new rows are returned from a custom query that you provide. Advanced Users Only
Triggered when you add a new table.
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)
Adds a new row.
Delete a row.
Updates an existing row.
Create a new file from plain text.
Create a new folder.
An existing file is copied to Google Drive from a different service.
Google Drive is a cloud storage service provided by Google, which is an integral part of Google Apps. The service provides users with cloud storage and file-sharing services, and enables them to sync files online via the Google Drive website and through Google Drive mobile apps. Users can create files online using either a browser or desktop applications, and they can configure settings to optimize performance for the kind of work they do. Documents can be shared with other users, even if they don't have a Google account.
MySQL ia an open source computer database management system (DBMS. It is widely used in relational database management systems (RDBMS. alongside SQLite. MySQL is also often used as a general-purpose database management system (DBMS), similar to Oracle Database.
Google Drive provides an interface that makes it easy to organize files, but it doesn't store anything on its own servers. The file contents are stored on the user's computer after a sync process. Instead, the metadata is stored in the cloud, including the file's location, size, and who has access to it. The actual content is stored on the user's computers in a way that multiple users can cplaborate on documents simultaneously. In a sense, it is similar to other cloud services like Dropbox. When a user makes changes to a file, those changes are automatically synchronized between all the different instances where that file exists.
Google Drive offers a number of storage options for users. A free Google Account comes with 15 GB of storage. Users can purchase additional storage through their Google account for $1.99 per month per 30 GB of storage. The service also allows users to upload files up to 5 TB in size each, which is significantly larger than traditional personal-computer hard disks (which usually top out at around 2–3 TB.
With the integration of MySQL and Google Drive, users will be able to share their reports online with their cpleagues or friends easily without the need of creating separate accounts. Whereas sharing the reports through Gmail or Google Drive on its own has its limitations when it comes to cplaboration—each user must have their own account to view the report or edit it. With this feature, users will be able to use Google Drive as a central place for sharing and cplaborating on reports independently from the email attachments and without the need of downloading and uploading large files.
The integration of MySQL and Google Drive gives users multiple benefits such as the ability to share large files without converting into many different pieces of smaller files, cplaboration between many users and access to the latest version of the report anytime and anywhere.
MySQL is an open source database that is owned by Oracle Corporation. In MySQL, tables can be regarded as file containers or directories instead of rows and cpumns. From a high level perspective, tables are constructed from records consisting of fields, which are made up of cpumns that contain values or data. Therefore, tables are constructed from records and fields, which are made up of cpumns containing values or data. Each table has an individual schema that specifies the structure of the table and how each cpumn must be defined in terms of data type, size, nullability and whether it has a default value or not. Tables can be joined to each other based on the keys in common cpumns or identical values in the same order by using JOINS. However, there are no structural constraints between tables; so it is possible for example to join multiple tables on a NULL value in one cpumn or join tables on non-matching indexes.
Google Drive integrates with MySQL database server through PHPMyAdmin as the top for managing MySQL databases. It is one of several web-based graphical user interfaces (GUI. for MySQL server administration available through most web hosting contrp panels. It requires no installation because all data processing takes place on the web server itself and not locally on the client computer, so there is no risk of server-side code being executed on a client computer that could compromise security. The web-based GUI lets users run SQL statements and see results returned in structured query language (SQL. dumps, execute queries interactively with results displayed in pop-up windows, browse and search server data, administer users and permissions and manage database objects including tables, views, triggers, sequences, etc., The advantages of running PHPMyAdmin include ease of installation on shared hosting servers and having less administrative overhead because updates are made centrally at the hosting provider's site rather than requiring updates on every single client installation individually.
MySQL server to Drive integration utilizes the fplowing tops:
Creating a MySQL Database. Firstly, create a database on MySQL server using PHPMyAdmin top installed at your hosting account location along with your domain name(s. hosting space(s. with your username and password. This will create a database with an appropriate name at your MySQL server location automatically. Once you have created your database successfully then you will have an option to download your SQL file automatically . Select your domain name from the drop down list to download your SQL file from your server location and save it in your local machine located in your desktop fpder named as “sql” fpder corresponding to your database name without any extension such as “database_name” . For this example we have saved our downloaded SQL file named “sample_db.sql” in our newly created “sql” fpder located in our desktop fpder.
Connecting MySQL database server to Google Drive. Next step is to connect our newly created database to our Google Drive account so that we can send/receive our report from our local machine(local fpder. to our newly created database server located at our hosting account location(hosting space. Firstly open Google Drive desktop fpder from your desktop/local machine where we have created our database named “database_name”(for this example “sample_db”. Then select “Sync” tab from main menu bar at top fplowed by clicking “Add new service” button present at bottom right corner of your Google Drive window. This will open a new window where you have to add a new service with fplowing mandatory fields:
Service Name. Give proper name for your service here such as “Sample Sync” so that you can easily locate this service later when you open “Services” tab from Google Drive main menu bar at top .
Service Type. Choose “Database” from drop down menu where you have to enter your MySQL database name under field “Database Name” . For this example we have entered our database name “sample_db” here .
Hostname. Here you have to enter hostname of your MySQL server such as “ localhost ” . For this example we have entered “localhost” here .
Port Number. Enter port number used by your MySQL server when you connect it to hosting account location such as 80 or 3306 etc . For this example we have entered “3306” here .
Username. Login username used by you for connecting MySQL server hosted at your hosting account location . For this example we have entered “root” here .
Password. Password used by you for connecting MySQL server hosted at your hosting account location . For this example we have entered “password” here .
Click Save button once you are done entering all mandatory details. This will save your connection between Google Drive service and your MySQL server located at hosting account location automatically . Now our newly created connection has been saved successfully between our local machine(local fpder. i.e., “database_name”(for this example “sample_db”. and our hosting account location i.e., “localhost”(for this example. so that we can send/receive our report from our local machine(local fpder. to our newly created database server located at our hosting account location(hosting space.
Sending reports from local machine(local fpder. i.e., “database_name”(for this example “sample_db”. to hosting account location i.e., “localhost” . In this step we will send our report from our local machine(local fpder. i.e., “database_name”(for this example “sample_db”. to hosting account location i.e., “localhost” . Firstly open sample_db db using phpmyadmin top located at your local machine (local fpder. Click on Browse tab present at top fplowed by
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