ROBO 3T TUTORIAL INSTALL
ROBO 3T TUTORIAL LICENSE
ROBO 3T TUTORIAL DOWNLOAD

You can right click on the database, the database collections, the database functions and the database users to view more functionalities that can be accessed from Robo 3T. Upon successful authentication, you will land on Robo 3T user interface with your databases and collections displayed on the left panel. You will first be prompted to enter SSH credentials. If all is well, save the connection and click connect to login to MongoDB database.

NOTE: This tutorial works for an existing MongoDB database given appropriate credentials. Next, click the Test button to test the connection to the MongoDB database. Docker provides a MongoDB server image that satisfies this requirement. Under SSH tab, check Use SSH tunnel and configure the server SSH login details. To connect to a MongoDB database, click Create to create a new database connection.Ī database connection settings then opens up where you can define the name of the connection, the MongoDB connection Address.Ĭlick Authentication tab and set the database name and the login credentials. When you press Finish, Robo 3T GUI opens up.

ROBO 3T TUTORIAL LICENSE

Once logged in, launch Robo 3T robomongoĪccept End User License Agreement and press Next to proceed. If you are using an headless server, you can SSH to your MongoDB server with X forwarding enabled. In this guide, Robo 3t is symlinked as robomongo in our guide. Hence, to verify access using MongoDB locally, simply, in your desktop based CentOS 8, open the terminal and launch Robo 3T as non privileged user. If you were used to Robomongo, you can as well choose symlink to Robo 3T to robomongo by running the command ln -s /opt/robomongo/bin/robo3t /usr/local/bin/robomongo Testing MongoDB Access using Robo 3Tīy default, MongoDB allows local access only. To be able to run Robo 3T binary on your PATH, create a symbolic link of Robo 3T on binary as shown below ln -s /opt/robomongo/bin/robo3t /usr/local/bin/robo3t The Robo 3T executable binary is located under the bin directory. ls /opt/robomongo/ bin CHANGELOG COPYRIGHT DESCRIPTION include lib LICENSE You can list the contents of the Robomongo directory. tar xzf robo3t-1.3.1-linux-x86_ -C /opt/robomongo -strip-components=1

Next, extract Robo 3T to the directory created above.

ROBO 3T TUTORIAL DOWNLOAD

Once the download is complete, you need to extract the Robo 3T (Robomongo) binary.Ĭreate a directory under /opt directory to store Robomongo binary and libraries.

ROBO 3T TUTORIAL INSTALL

and can be downloaded as wget Extract and Install Robo 3T binary To install the latest release version of Robo 3T, download the binary tarball from the Robo 3T downloads. Install MongoDB 4 on Fedora 30/29/CentOS 7 Install Robo 3T MongoDB GUI Tool on CentOS 8 Download Robo 3T for Linux See in a second.Install MongoDB Community Edition on CentOS 8 Let's go on and next talk about aggregate() method and about its syntax. Again this is a high level and later in the course we will dire in deeper details. So we have large set of documents, then we make it smaller and smaller and at the end we will get some groups of those documents. We can match persons that live for example just in USA and then group by state and in the results we will get documents, each document will represent certain state and each document will contain quantity of the persons that live in certain state. For example each country, for example we have collection of persons. And as a result of operation you will get new documents and each document will represent each group. For example by age, by score, by state, by country and so on. You can group matched documents based on certain condition. As a result of the group operation you will get brand new documents. Then you can take this subset of the documents and perform group operation. This match query can produce subset of the documents. First we can perform Match operation like we did in 'find()' or 'update()' methods. Let's suppose at the beginning we have some documents in the collection. We will not dire too deeply in details now, just high-level overview. Let's first look at an aggregation process.

Robo 3t tutorial