MySQL is currently the most popular database management system software used for managing the relational database.
Vimeo is a video-sharing platform that allows members to view, upload and share videos. It has a lot of privacy and group features.Vimeo Integrations
MySQL + VimeoUpload a video in Vimeo when New Row (Custom Query) is created in MySQL Read More...
It's easy to connect MySQL + Vimeo without coding knowledge. Start creating your own business flow.
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.
Taggers when you likes a video.
Triggers when new video is added that matches the search.
Triggers when a user (your choice) posted a video.
Triggers when i added a video
Adds a new row.
Delete a row.
Updates an existing row.
Upload a video on your vimeo account.
MySQL is an open source database that was created in 1995 by two Finnish software developers at the Internet company called “Cobalt”. MySQL is a relational database management system (RDBMS), developed by Oracle Corporation, which stores data in tables that are organized into databases. The name “MySQL” is a combination of “My” and “SQL”. The first version of MySQL was released on 16 May 1995 under the GNU General Public License. The latest version of MySQL is 5.7, which was released on 10 June 2015.
Features of MySQL:
· Fast performance
· Reliable and secure
· Open source and free to use
· Easy to install and use
· Support for multiple languages
· Easy to use web based administration interface
· Scalable from small to very large databases
· International character support for Unicode and Latin1
· Non-blocking MySQL server threading model for high concurrency and throughput
· Multithreaded slave replication grid – ability to read up to date data from one or more slaves – typically used for read-only systems such as reporting, monitoring, etc. – helps eliminate the need for a separate replication server which could be a single point of failure.
· Replication supports asynchronous, semi-synchronous and synchronous replication modes. An example of asynchronous replication is master-slave replication with replicate_do_table=false where the slave does not block waiting for updates. Semi-synchronous replication allows reads to be served from a (semi-)synchronous replica without the need to wait for binary logging and replay to occur first. Replicas can also serve read queries if they have been explicitly replicated from the master, e.g., using mysqlbinlog —local —master-data=2 (note. this requires MySQL 5.0.51a or later. Synchronous replication provides the highest level of data safety, as transactions will be written to disk before the replication thread acknowledges them as completed. Once a transaction has been written to disk it cannot be lost; if the master crashes and fails before the transaction is replicated to any slaves it will be possible to replay the transaction against the master and apply it to the slave once it replicates. A synchronous replica may also execute queries to return either committed data or provide read-only access to uncommitted data, depending on user configuration and replication settings. In this case, the replica may not be 100% consistent with the master, but all changes will eventually propagate. This mode is safe for reads because it ensures irrevocable data consistency once a query returns, even if the master crashes after returning the result but before having logged it to disk. It is especially important for reporting applications, where it would otherwise be necessary to ensure that queries are idempotent, or else wait for both logs and binlogs to be replayed up to the moment of execution before each query. However, some queries are not idempotent by nature, e.g., DELETE FROM tbl_name WHERE somecp = 7. Also, even with synchronous replication some query results might still be lost if someone had changed data between executing the query and receiving the results due to lack of locking. If no locking happens, you can not rely on committed data until you have received binlogged data for it! If no binlogging happens, you can not rely on committed data being replicated unless your application does explicit locking! For more information on synchronous replication see http://dev.mysql.com/doc/refman/5.7/en/replication-synchronous.html . Replication can be made fully synchronous with --replicate-rewrite-db , although this would prevent statement based logging from being used effectively on the master. Statement based logging can be enabled with --log-slave-updates . When using statement based logging, you should not enable --replicate-rewrite-db because the binlogs would contain SQL statements rather than row events. With row events you can make use of cost based optimization (see Section 8.8, “Optimizer Hints”. which is useful for statement based replication (if repeated statement execution occurs within a transaction you should still use statement based replication rather than row events. If you want to be able to run updates directly on the master without replicating them first, you can do so by setting --replicate-do-db=none (or equivalently by setting replicate_do_table = false. in addition to setting --replicate-rewrite-db=none . Remember that even though occurrences of deletes will not be replicated directly unless you set --replicate-do-db=none , occurrences of inserts will always be replicated directly because they must be replicated in order for transactions to become atomic. For more information on row based replication see http://dev.mysql.com/doc/refman/5.7/en/replication-row-based.html . For more information on statement based replication see http://dev.mysql.com/doc/refman/5.7/en/replication-statement-based.html . For more information on row based logging see http://dev.mysql.com/doc/refman/5.7/en/server-system-variables.html#sysvar_row_based_replication . For more information on statement based logging see http://dev.mysql.com/doc/refman/5.7/en/server-system-variables.html#sysvar_log_slave_updates . For more information on binlogging and replication see http://dev.mysql.com/doc/refman/5.7/en/replication-binary-logging.html . For more information on replication see http://dev.mysql.com/doc/refman/5.7/en/replication-overview.html . For more information on replication filtering using --replicate-do-db and other options see http://dev.mysql.com/doc/refman/5.7/en/replication-filtering-options.html .
MySQL is used by many users worldwide including government agencies and Fortune 500 companies like Facebook and Yahoo!. It powers popular services like WordPress, AdWords and YouTube. WordPress. WordPress is a free and open source blogging top written in PHP which runs on a MySQL database WordPress powers over 25% of websites in the world including WhiteHouse blogs and NASA blogs YouTube. YouTube is a free video sharing website owned by Google which uses MySQL as its database engine AdWords. AdWords is an advertising service provided by Google which uses MySQL as its database engine Twitter. Twitter is a microblogging service that offers social networking features including messaging, status updates, photo sharing and much more that also uses MySQL as their database engine Facebook. Facebook is a social networking site that offers social networking features including messaging, status updates, photo sharing and much more that also uses MySQL as their database engine These are only a few examples of companies using MySQL in production today, there are many others too numerous to list here
Vimeo is a video hosting service where users can upload, share and view videos in HD quality up to 4K respution in flash format or streaming format in MP4 format in Vimeo's proprietary player or HTML5 player that has been embedded in external sites such as CNNiReport, Epicurious, PBSideLine and TED Talks among others in addition to embedding players in their own sites for media distribution purposes among other uses such as personal videos sharing among families and friends among other applications such as documentary films among other uses such as documentaries among other applications such as short films among other applications such as short live concerts among other uses such as live concert recordings among other uses such as live concerts among other applications such as live performances among other applications such as speech recordings among other applications such as schop seminars among other applications such as educational videos among other applications such as lectures among other applications such as conference presentations among other applications such as business live presentations among other applications such as business conference presentations among other applications such as educational conference presentations among other applications such as business conference presentations among other applications such use of Vimeo for these purposes include among others its excellent quality of playing videos in HD quality up to 4K respution in flash format or streaming format in MP4 format in Vimeo's proprietary player or HTML5 player that has been embedded in external sites such as CNNiReport, Epicurious, PBSideLine and TED Talks while also supporting full screen
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