Using aqua data studio for mongodb1/10/2024 ![]() If you want to show all collections in the Local database, excluding the ones with prefix SURVEY, then you will need to change your main filter to Include All and secondary filter to -SURVEY*. Using the drop-down at the top of the Filter Tab, quickly change your database or folder View. The user can define filters for each of the Collections, Indexes, Roles, Users. Object folder filter works on an individual folder inside a particular database. Example folders: Collections, Indexes, Roles, and Users. Reconnect to see the changes.įilter databases work on the list of databases inside the Databases folder.įilter folders work on the list of folders inside a particular database. Use options to INCLUDE or EXCLUDE all databases and folders.Įnter the database or folder name in the specified text area and click Save. Sometimes you would like to view only specific database collections. Default folders are Collections, Indexes, Roles, and Users. You can Create, Edit or Delete Object folders. Exclude Objects: A list of objects to exclude after the main filter is applied.Include Objects: A list of objects to include after the main filter is applied.Filter Objects: Allows the user to specify the main schema browser filter for object types, on whether to include or exclude all.Exclude Databases: A list of databases to exclude after the main filter is applied.Include Databases: A list of databases to include after the main filter is applied.Filter Databases: Allows the user to specify the main schema browser filter for databases, on whether to include or exclude all.Go to the Filter Tab and make changes in the Options. Using Filters Options in Registration (Filter Tab)Įdit the Server Properties, to use FILTER options for a Server in Aqua Data Studio:Ĭlick the Item which displays Server Properties. Using the Keyboard combination "CTRL + SHIFT + P", you may quickly access Server Properties and edit Tab Color option. Right-click the Server - A Popup Menu appears.Ĭlick the Item which displays Server Properties.īased on the Server Type, you can edit the Tab Color option to identify your environments. To Identify Server Environments, whether it is a Production, Development or Test, use Tab Color feature : MongoDB: MongoSQL Query Reference, MongoDB SQL Mapping, MongoDB SHOW Commands & MongoShell Server Connections (Connection Monitor Tab).Using Advanced Properties (Advanced Tab).Using Filters Options in Registration (Filter Tab).Get ready to explore the Usage of find() in MongoDB Query Document in our upcoming tutorial.MongoDB registrations should be straight forward. ![]() Each time when we call the Object ID, it creates a unique hexadecimal value. The object ID is a combination of time, random value and counter value. We can also extract the hexadecimal value as a string from the object ID. We can generate an object ID manually and we can also define a hexadecimal value according to our requirement. Object ID is treated as a primary key within the MongoDB collection and is generated automatically. In the following image, you can observe how it works. To extract the unique hexadecimal as a string from the objectID, you have to use “.str” as postfix. When you call the Object ID, it will not return you the string, rather it will return you the whole method having the unique hexadecimal value. Thus it will return the same object ID by which we get to know that we can specify a particular hexadecimal value for an individual object ID.Ĭode y = ObjectId(“5bf142459b72e12b2b1b2cd”) In this scenario, we will define an object ID with a hexadecimal value as a parameter of the method.Īs you can observe, in the following image we are defining the value of “y” variable as a predefined object ID. In the above example, it’s just declaring the object ID without any parameter as a method. If you want to define your own unique hexadecimal value then MongoDB will enable you to perform this action. Each time it will return a unique hexadecimal value and when we call only the “x”, it will return the last stored hexadecimal value.įrom this experiment, we get to know that, each time when we call ObjectID, it will reserve a specific location within the virtual memory for a record. In the above image, you can observe that we are declaring an objectID method as a value for “x” variable multiple times. In the below image you can observe that we are declaring a variable having object ID method as a value and it will return unique hexadecimal. In simple words, we can say that object ID is a unique identifier for each record. To create a new objectID manually within the MongoDB you can declare objectId as a method.
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