Integrate PostgreSQL with Arthur Online

Appy Pie Connect allows you to automate multiple workflows between PostgreSQL and Arthur Online

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About PostgreSQL

PostgreSQL is a robust, open-source database engine with a sophisticated query optimizer and a slew of built-in capabilities, making it an excellent choice for production databases.

About Arthur Online

Arthur Online is a one-of-a-kind property management system. It brings together property managers, tenants, contractors, agents, and owners in one place.

Want to explore PostgreSQL + Arthur Online quick connects for faster integration? Here’s our list of the best PostgreSQL + Arthur Online quick connects.

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Connect PostgreSQL + Arthur Online in easier way

It's easy to connect PostgreSQL + Arthur Online without coding knowledge. Start creating your own business flow.

  • Triggers
  • New Column

    Triggered when you add a new column.

  • New Row

    Triggered when you add a new row.

  • New Row (Custom Query)

    Triggered when new rows are returned from a custom query that you provide. Advanced Users Only

  • New Document

    Triggers on the creation of a new document.

  • New Task

    Triggers when a new task is added.

  • New Tenancy

    Triggers when a new tenancy is added.

  • New Viewing

    Triggers when a new viewing is added.

  • Unit Becomes Available to Let

    Triggers when a unit becomes available to let.

  • Updated Task

    Triggers when a task is updated.

  • Updated Tenancy

    Triggers when a tenancy is updated.

  • Updated Viewing

    Triggers when a viewing is updated.

  • Actions
  • Create Row

    Adds a new row.

  • Update Row

    Updates an existing row.

How PostgreSQL & Arthur Online Integrations Work

  1. Step 1: Choose PostgreSQL as a trigger app and authenticate it on Appy Pie Connect.

    (30 seconds)

  2. Step 2: Select "Trigger" from the Triggers List.

    (10 seconds)

  3. Step 3: Pick Arthur Online as an action app and authenticate.

    (30 seconds)

  4. Step 4: Select a resulting action from the Action List.

    (10 seconds)

  5. Step 5: Select the data you want to send from PostgreSQL to Arthur Online.

    (2 minutes)

  6. Your Connect is ready! It's time to start enjoying the benefits of workflow automation.

Integration of PostgreSQL and Arthur Online

PostgreSQL

PostgreSQL is a free relational database management system (DBMS. that uses extensible SQL-based language. It has been developed by the PostgreSQL Global Development Community since 1989. The PostgreSQL project includes a large cplection of users, contributors, companies, and other organizations.

Arthur Online

Arthur Online is an online educational game for kids ages 5 to 12. It is designed to help children develop their reading, writing, math, and critical thinking skills. Arthur Online was created by WGBH Boston, an independent nonprofit public broadcasting service. Arthur was created by Marc Brown.

Integration of PostgreSQL and Arthur Online

Integration of PostgreSQL and Arthur Online can be done in various ways. Such as integrating them into one server/computer or integrating them into different servers/computers.

Having them on one server/computer will require both PostgreSQL and Arthur Online to share the same data files. PostgreSQL will also need access to the user ids and passwords of the registered users of Arthur Online so that it can be able to create and modify records in the Arthur Online database when requested by a user. This is how they will be integrated in this scenario:

PostgreSQL will work in the background and react according to what is happening in Arthur Online. For example, if someone wants to login to Arthur Online then the user id and password will be sent to PostgreSQL via a form in Arthur Online. PostgreSQL will then verify the user id and password and allow the user access to Arthur Online if he is found in its database. If not allowed PostgreSQL will return an error message saying that the user id and password do not exist in its database or that they are invalid. If allowed PostgreSQL will create a record of the login and store it in its database and update its current time and date. Then it will send all the necessary information back to Arthur Online via another form and then the person will be allowed access to Arthur Online. When that person logs out then another form will be sent back to PostgreSQL via Arthur Online and then PostgreSQL will delete the record from its database.

There is also another way of integrating them via different servers/computers which will mean that neither can access each others data files directly. This way will be more secure since no one can access your data from anywhere else other than where he/she is allowed access to. Then there is no need for PostgreSQL to have access to the usernames and passwords of the registered users of Arthur Online only a link between them would be needed so that when a user wants to login to Arthur Online then he/she would have to pass through PostgreSQL first before being allowed access to Arthur Online. In this scenario, PostgreSQL would work in the background receiving requests from users wanting to login to Arthur Online and then it would pass them on to Arthur Online via a link between the two. This link could be an HTTP link where data can be sent from one source to another via web forms or any other type of link that could allow data to be passed from one source to another without having direct access to each others data files. Here is how it would work:

The user would wish to login to Arthur Online and then he/she would enter his/her username and password into a form on a web page delivered by PostgreSQL which could be accessed over the internet using any browser such as Mozilla Firefox or Microsoft Internet Explorer etc. The page would contain its own unique embedded forms for submission back to PostgreSQL after successful login submission which would then forward the information onto Arthur Online for verification. After successful verification of credentials by Arthur Online then the user would be allowed access to it. When the user tries to logout then another form would be passed back to PostgreSQL via another unique embedded form for submission back to it. PostgreSQL would check if the person logging out was logged in or not in its database and if not logged in then it would deny access because he/she isn’t authorized by any means including an error message saying that the username and password were incorrect. If the person was logged in then PostgreSQL would deactivate his/her account by deleting his/her record from its database and then it would send confirmation back to Arthur Online that the person is now logged out successfully.

Benefits of Integration of PostgreSQL and Arthur Online

One of the many benefits of integration between these two databases is security. Since database security is very important especially with children’s data like in Arthur Online where every minor detail about every single child who plays this game is stored in its database then proper security measures should have been put into place before implementing this integration method. Security must not be compromised at all costs because maintaining privacy is key here since these are kids who are playing this game therefore it is vital that their privacy remain intact at all times while playing this game so that nothing bad happens because of inadequate security measures being applied while integrating these two databases together. Another advantage of integrating these two databases together is performance enhancement both databases can use each others capabilities so they can share processing power thus allowing them work faster while performing their duties while maintaining optimum security at all times so not to compromise privacy while doing so keeping privacy intact at all times during integration process or even after integration, this added performance boost should not come at the expense of compromising privacy though but rather should enhance it even further while maintaining optimal security measures at all times while integrating these two databases together. Integration of these two databases could also enable secure remote administration i.e., administrators could manage both databases from one central location rather than managing separate ones which can become very labor intensive especially when there are several thousand players using both databases at any given time plus adding new features could become very cumbersome if they are managed separately especially when these features are not compatible with each other due to changes made by one side while changes were made by another side when they were managed separately making integration necessary when they were managed separately also when you add new features on one side then you have to add them on the other side as well when managing each separately which can become very costly in terms of maintenance cost such as outsourcing human resources for maintenance purposes when you add new features or services on one side but not on the other side when they were managed separately also when you add new features on one side but not on the other side when they were managed separately management may become difficult due to lack of compatibility between these features and services on both sides when managing each separately so integrate these databases together via secure remote administration thus making management much easier saving costs due to less manpower required for maintenance purposes when integrating these two databases together saving time since integration means that both databases can share processing power thus allowing them work faster while performing their duties while maintaining optimum security at all times such as when a user wants to login to Arthur Online then PostgreSQL will receive this request via a HTTP link between them and then forward it along with verifying credentials using another HTTP link to Arthur Online if credentials are valid then user will be granted access otherwise denied access at which point PostgreSQL will receive confirmation from Arthur Online and prepare a response which can take up valuable time if they are managed separately especially if they are managed from different locations which can become very costly in terms of maintenance cost such as outsourcing human resources for maintaining security measures while managing each separately which can become very costly not just financially but also in terms of lost time because these maintenance tasks should have been done manually but if done manually then they can take up valuable time especially if they are managed from different locations going back and forth between locations sometimes every day sometimes every hour sometimes every minute which can become very costly because you have people traveling from one location to another each journey costing money each wasted minute costing money which equals a lot of money over a period of time so save time by integrating these two databases together thus enabling secure remote administration thus making management much easier since these two databases can share processing power thus allowing them work faster while performing their duties while maintaining optimum security at all times such as when a user wants to login to Arthur Online then PostgreSQL will receive this request via a HTTP link between them and then forward it along with verifying credentials using another HTTP link to Arthur Online if credentials are valid then user will be granted access otherwise denied access at which point PostgreSQL will receive confirmation from Arthur Online and prepare a response thus enabling secure remote administration thus making management much easier saving costs due to less manpower required for maintenance purposes when integrating these two databases together saving time since integration means that both databases can share processing power thus allowing them work faster while performing their duties while maintaining optimum security at all times such as when a user wants to login to Arthur Online then PostgreSQL will receive this request via a HTTP link between them and then forward it along with verifying credentials using another HTTP link to Arthur Online if credentials are valid then user will

The process to integrate PostgreSQL and Arthur Online 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.

Page reviewed by: Abhinav Girdhar  | Last Updated on February 01,2023 11:04 am