Nosql viewer

Author: t | 2025-04-24

NoSQL Viewer (nosqlviewer.exe) - user ratings. NoSQL Viewer is program for popular Big Data NoSQL databases such as MongoDB, Couchbase, Apache Cassandra NoSQL Viewer (nosqlviewer.exe) - awards. NoSQL Viewer is program for popular Big Data NoSQL databases such as MongoDB, Couchbase, Apache Cassandra, CouchDB

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Syntax highlighting. I could view, modify, and analyze my MondoDB database effortlessly with this GUI client.Connection Options: NoSQL Manager supports replica sets, standalone hosts, and sharded clusters. I also found it compatible with multiple databases, such as Amazon Document DB, AzureCosmos DB, and more.Flexible Editor Views: Its editor offers Tree, Table, and JSON view modes.Document Viewing: You get an easy-to-use viewer for MongoDB documents.GridFS Management: It offers a file manager tool that works efficiently with GridFS.MongoDB Object Management: Simple management options for all types of MongoDB objects.Database Import Functionality: Import tables from MySQL and SQL Server databases.Data Export Options: Export documents to CSV, XML, XLSX, and JSON formats.ProsI received SSH tunneling.It offers performance monitoring and analysis tools.ConsI wish it could offer the same level of data durability as traditional SQL databases.Visit NoSQL Manager14-Day Free Trial4) Nucleon Database MasterI particularly appreciate Nucleon Database Master for its power and ease of use in MongoDB administration. As per my research, it is one of the best tools for managing, monitoring, querying, and visualizing relational NoSQL DBMS.Features:Data Export Capabilities: Users can export data into various formats, such as XML, HTML, MS Office, and more. This tool for MongoDB UI also lets you export database structures such as tables, procedures, and views.Data Import Options: I was mighty impressed with its MongoDB editor’s ability to import data from XML, CSV, and SQL Script files without any size limit.Code Enhancement Features: It provides code highlighting, code completion, and text find and replace.Query Flexibility: I noticed that it Oracle NoSQL SDK for JavaAboutThe Oracle NoSQL SDK for Java provides interfaces,documentation, and examples to help develop Javaapplications that connect to the Oracle NoSQLDatabase Cloud Service, Oracle NoSQL Database or to the Oracle NoSQLCloud Simulator (which runs on a local machine). In order torun the Oracle NoSQL Cloud Simulator, a separate download isnecessary from the Oracle NoSQL OTN download page. The Oracle NoSQLDatabase Cloud Service and Cloud Simulator are referred to as the "cloudservice" while the Oracle NoSQL Database is referred to as "on-premise."The API for all environments is the same, with the exception of someenvironment-specific classes and methods, mostly related to authenticationand authorization. The API documentation clearly notes environment-specificinformation.RequirementsJava versions 8 and higher are supported.InstallationThe Oracle NoSQL SDK for Java can be included in a project in 2 ways:Include a dependency in a Maven projectDownload from GitHubInstall as a Project DependencyThis dependency can be used to include the SDK and its dependencies in yourproject. The version changes with each release. com.oracle.nosql.sdk nosqldriver 5.4.17"> com.oracle.nosql.sdk nosqldriver 5.4.17Download from GitHubYou can download the Oracle NoSQL SDK for Java as an archive fromGitHub. The archivecontains the runtime library and its dependencies, examples, andAPI documentation.DocumentationSee Oracle NoSQL SDK for Java javadoc for the latest API documentation.General documentation about the Oracle NoSQL Database and the Oracle NoSQL Database Cloud Service can be found in these locations:Oracle NoSQL Database Cloud ServiceOracle NoSQL Database On PremiseChangesSee CHANGELOG for changes in each release.Connect to the Oracle NoSQL DatabaseThere are 3 environments, or services that can be used by the Oracle NoSQLSDK for Java:Oracle NoSQL Database Cloud ServiceOracle NoSQL Database On-premiseOracle NoSQL Database Cloud SimulatorThe next sections describe how to connect to each and what information isrequired.Connecting to the Oracle NoSQL Database Cloud ServiceThere are 3 ways to authorize an application using the Oracle NoSQL Database Cloud Service:As a cloud user, or User PrincipalAs an Instance Principal, where an instance is a compute instance in the Oracle cloudAs a Resource Principal, where the resource is a programmatic entity in the Oracle cloud such as an OCI FunctionAuthorizing with a User PrincipalYou will need an Oracle Cloud account and credentials to use this SDK. With thisinformation, you'll set up a client configuration to tell your application how tofind the cloud service, and how to properly authenticate.See Authentication to connect to Oracle NoSQL Database for details of credentials you will need to configure an application. This only needs to be done once for any user.You should have the following information in hand:Tenancy OCIDUser OCIDPublic key fingerprintPrivate key fileOptional private key pass phraseYou can supply your user credentials in 2 ways:Using a Configuration FileDirectly in a SignatureProvider constructorSee the Quickstart example below for details on using a User PrincipalAuthorizing with an Instance PrincipalInstance Principal is an IAM service feature that enables instances to be authorized actors (or principals) to perform actions on service resources. Each compute instance has its own identity, and it authenticates using the certificates that are added to it. See Calling Services from an instance for prerequisite steps

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This SQL to NoSQL converter allows to convert SELECT statment to MongoDB method find.This tool may be useful for those unfamiliar with NOSQL but have SQL knowledge.With basics in SQL, you can easily get the corresponding code in NoSQL.This tool has many limitations, is in beta version, for now, you can only convert SELECT queries.It is just a tool to quickly see the mappings between SQL and NoSQL.The result should be corrected by you before using. The generated NoSQL code should of course not be used directly in your projects, but should be modified and corrected. Non-exhaustive limitations:Joins are not supportedSubqueries are not supportedHandling of parentheses is incorrectNot all operators are supportedGroup by / Aggregation are not supportedAnd many more things ...User guideHow to convert SQL query to MongoDB / NoSQL?Drag and drop your SQL file or copy / paste your SQL text directly into the editor above.Your SQL is automatically converted to NoSQL.In order to download the results you must click on "Download NoSQL" button.You can also copy the NoSQL to the clipboard by clicking on the button "Copy to clipboard".The use of NoSQL databases is quite simple compared to relational databases. Learning SQL takes time, especially for advanced notions.NoSQL is relatively easy to understand and learn.But when you are used to using SQL, it can be a bit confusing at first.This SQL to NoSQL converter can be useful when you discover NoSQL. In a few seconds, you can see the NoSQL code corresponding to our Select query.You can do several live conversions to quickly understand how NoSQL works.Correspondence between SQL statments and mongoDB methods:SELECT statement in SQL corresponds to find in MongoDB.UPDATE statement in SQL corresponds to update (updateOne / updateMany / findOneAndReplace / findOneAndUpdate) in MongoDB. INSERT statement in SQL corresponds to insert (insertOne / insertMany) in MongoDB.DELETE statement in SQL corresponds to remove (deleteOne / deleteMany / findOneAndDelete) in MongoDB. DROP statement in SQL corresponds to drop in MongoDB....MongoDb also offers other methods that may be useful. Do not hesitate to consult the online documentation.NoSQL databases and SQL databases have different architectures, features, and strengths. NoSQL databases have some advantages over SQL databases:Horizontally scalable: Large amounts of data and high levels of traffic by adding more servers to a cluster.Flexible data models: Support flexible and dynamic data models.High performance: Can be faster than SQL databases for certain types of operations (Take advantage of distributed data storage and parallel processing).. NoSQL Viewer (nosqlviewer.exe) - user ratings. NoSQL Viewer is program for popular Big Data NoSQL databases such as MongoDB, Couchbase, Apache Cassandra NoSQL Viewer (nosqlviewer.exe) - awards. NoSQL Viewer is program for popular Big Data NoSQL databases such as MongoDB, Couchbase, Apache Cassandra, CouchDB

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Values: json, jsonc, none, table, tsv, yaml, yamlc Name or ID of subscription. You can configure the default subscription using az account set -s NAME_OR_ID. Increase logging verbosity. Use --debug for full debug logs. az cosmosdb copy complete Completes an online container copy job. az cosmosdb copy complete --account-name --job-name --resource-group Examples Complete job j1 az cosmosdb copy complete -g "rg1" --account-name "acc1" --job-name "j1" Required Parameters Azure Cosmos DB account name where the job is created. Use --dest-account value from create job command. Name of the container copy job. Name of resource group. You can configure the default group using az configure --defaults group=. Global Parameters Increase logging verbosity to show all debug logs. Show this help message and exit. Only show errors, suppressing warnings. Output format. Accepted values: json, jsonc, none, table, tsv, yaml, yamlc Name or ID of subscription. You can configure the default subscription using az account set -s NAME_OR_ID. Increase logging verbosity. Use --debug for full debug logs. az cosmosdb copy create Creates a container copy job. az cosmosdb copy create --resource-group --src-account [--dest-account] [--dest-cassandra] [--dest-mongo] [--dest-mongo-vcore] [--dest-nosql] [--job-name] [--mode] [--src-cassandra] [--src-mongo] [--src-nosql] Examples Copy Azure Cosmos DB API for NoSQL container in same account az cosmosdb copy create -g "rg1" --job-name "j1" --src-account "acc1" --dest-account "acc1" --src-nosql database=db1 container=c1 --dest-nosql database=db2 container=c2 Copy Azure Cosmos DB API for NoSQL container in different account az cosmosdb copy create -g "rg1" --job-name "j1" --src-account "acc1" --dest-account "acc2" --src-nosql database=db1 container=c1 --dest-nosql database=db2 container=c2 Copy Azure Cosmos Skip to main content This browser is no longer supported. Upgrade to Microsoft Edge to take advantage of the latest features, security updates, and technical support. Use NoSQL databases as a persistence infrastructure Article09/10/2024 In this article -->TipThis content is an excerpt from the eBook, .NET Microservices Architecture for Containerized .NET Applications, available on .NET Docs or as a free downloadable PDF that can be read offline.When you use NoSQL databases for your infrastructure data tier, you typically do not use an ORM like Entity Framework Core. Instead you use the API provided by the NoSQL engine, such as Azure Cosmos DB, MongoDB, Cassandra, RavenDB, CouchDB, or Azure Storage Tables.However, when you use a NoSQL database, especially a document-oriented database like Azure Cosmos DB, CouchDB, or RavenDB, the way you design your model with DDD aggregates is partially similar to how you can do it in EF Core, in regards to the identification of aggregate roots, child entity classes, and value object classes. But, ultimately, the database selection will impact in your design.When you use a document-oriented database, you implement an aggregate as a single document, serialized in JSON or another format. However, the use of the database is transparent from a domain model code point of view. When using a NoSQL database, you still are using entity classes and aggregate root classes, but with more flexibility than when using EF Core because the persistence is not relational.The difference is in how you persist that model. If you implemented your domain model based on POCO entity classes, agnostic to the infrastructure persistence, it might look like you could move to a different persistence infrastructure, even from relational to NoSQL. However, that should not be your goal. There are always constraints and trade-offs in the different database technologies, so you will not be able to have the same model for relational or NoSQL databases. Changing persistence models is not a trivial task, because transactions and persistence operations will be very different.For example, in a document-oriented database, it is okay for an aggregate root to have multiple child collection properties. In a relational database, querying multiple child collection properties is not easily optimized, because you get a UNION ALL SQL statement back from EF. Having the same domain model for relational databases or NoSQL databases is not simple, and you should not try to do it. You really have to design your

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To set up Instance Principal.See the Quickstart example below for code details for using an Instance Principal.Authorizing with a Resource PrincipalResource Principal is an IAM service feature that enables the resources to be authorized actors (or principals) to perform actions on service resources. You may use Resource Principal when calling Oracle NoSQL Database Cloud Service from other Oracle Cloud service resource such as Functions. See Accessing Other Oracle Cloud Infrastructure Resources from Running Functions for how to set up Resource Principal.See the Quickstart example below for code details for using a Resource Principal.Connecting to the Oracle NoSQL Database On-premiseThe on-premises configuration requires a running instance of Oracle NoSQLDatabase. In addition a running proxy service is required. SeeOracle NoSQL Database Downloads for downloads, and seeInformation about the proxyfor proxy configuration information.On-premise authorization requires use of StoreAccessTokenProviderSee the Quickstart example below for code details for connecting on-premise.Connecting to the Oracle NoSQL Database Cloud SimulatorWhen you develop an application, you may wish to start withOracle NoSQL Database Cloud Simulator.The Cloud Simulator simulates the cloud service and lets you write and testapplications locally without accessing the Oracle NoSQL Database Cloud Service.You may run the Cloud Simulator on localhost.See the Quickstart example below for code details for connecting to the Cloud Simulator.Authorization for the Cloud Simulator is a simple no-op class implemented directlyin the Quickstart example.LoggingAddional logging can be enabled using a java properties file. For full details, see"Logging in the SDK" at following is a quick start tutorial to run a simple program in all supportedenvironments. It requires access to the Oracle NoSQL Database Cloud Service,a running on-premises Oracle NoSQL Database instance, or a running OracleNoSQL Cloud Simulator instance. As a standalone program it will run most easilyusing a download version of the Oracle NoSQL SDK for Java.Copy this example into a local file named Quickstart.javaIf using directly-supplied cloud service credentials edit the file, addingcredentials in the appropriateSignatureProvider constructor. The default cloud service behavior looks for credentials in $HOME/.oci/config.Compile Quickstart.java">$ javac -cp Quickstart.javaRunUsing the cloud service on region us-ashburn-1 Quickstart -service cloud -endpoint us-ashburn-1">$ java -cp .: Quickstart -service cloud -endpoint us-ashburn-1Using a non-secure on-premises service on endpoint Quickstart -service onprem -endpoint java -cp .: Quickstart -service onprem -endpoint a Cloud Simulator instance on endpoint Quickstart -service cloudsim -endpoint java -cp .: Quickstart -service cloudsim -endpoint is code in the example for using Instance Principal and Resource Principal authorization for the cloudservice but it is not enabled via a command line option. There is an additional, optional argument to thecommand line that allows specification of a compartment to use, where the compartment is an OCID. Thisis required if using Instance Principal or Resource Principal authorization. -endpoint \ * [-compartment ] * * The endpoint and arguments vary with the environment. * * This quick start does not directly support a secure on-premise * environment. See the examples for details on that environment. */public class Quickstart { private String endpoint; private String service; /* required for Instance/Resource Principal auth and OKE workload identity */ private

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BasicTableExample e.g.$ java -cp .:../lib/nosqldriver.jar BasicTableExample us-ashburn-1The region argument will change depending on which region you use.Run using the Oracle NoSQL Database On-premiseRunning against the on-premises Oracle NoSQL Database on-premises requiresa running instance of the database and running proxy service. See above.Run against a not-secure proxy and store, with the proxy running on port 80:$ java -cp .:../lib/nosqldriver.jar BasicTableExample -useKVProxyWhen using a secure proxy and store the proxy will generally run on port 443 andrequires SSL configuration. In addition the store requires a valid user andpassword which must have been created via administrative procedures.Assumptions for this command:a driver.trust file in the current directory with the password "123456"user "driver" with password "Driver.User@01". This user must have been createdin the store and must have permission to create and use tables.Run the command:$ java -Djavax.net.ssl.trustStorePassword=123456 \ -Djavax.net.ssl.trustStore=driver.trust -cp .:../lib/nosqldriver.jar \ BasicTableExample -useKVProxy -user driver \ -password Driver.User@01Run using the Oracle NoSQL Database Cloud SimulatorRun against the Oracle NoSQL Cloud Simulator using its default endpointof localhost:8080, assuming that the Cloud Simulator has been started. Ifstarted on a different host or port adjust the endpoint accordingly.$ java -cp .:../lib/nosqldriver.jar BasicTableExample localhost:8080LicenseSee the LICENSE file.The THIRD_PARTY_LICENSES file contains thirdparty notices and licenses.HelpOpen an issue in the Issues pagePost your question on the Oracle NoSQL Database Community.Email to nosql_sdk_help_grp@oracle.comWhen requesting help please be sure to include as much detail as possible,including version of the SDK and simple, standalone example code as needed.ContributingSee CONTRIBUTING for details.SecuritySee SECURITY for details.. NoSQL Viewer (nosqlviewer.exe) - user ratings. NoSQL Viewer is program for popular Big Data NoSQL databases such as MongoDB, Couchbase, Apache Cassandra

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NoSQL (short for "Not Only SQL") is an alternative to traditional databases, focused on capturing and processing large amounts of data.There are several types of NoSQL databases, each with a unique approach to data modeling and different uses cases.In this tutorial, we will provide a brief overview of multiple NoSQL database types and list some of the popular examples for each one.NoSQL Database TypesThe four most popular types of NoSQL databases are key-value databases, document-based databases, graph-based databases, and wide column-based databases:Key-Value DatabasesKey-value databases organize data in pairs of keys and values, where each key is tied to a specific object, representing a data field. Providing a key allows you to view the data stored in the object it is paired with.This is the simplest and most scalable type of NoSQL database, offering flexibility and improved performance.Document-Based NoSQL DatabasesDocument-based databases also use key-value pairs they store into documents. These documents are further grouped into collections based on their content and use.These databases most commonly store data as JSON, XML, BSON, or YAML forms, usually without implementing a schema. This approach makes them suitable for cases that require a flexible structure and the ability to quickly add and retrieve data.Graph-Based DatabasesGraph-based databases represent data as a collection of nodes (data elements) connected by edges. In this data structure, nodes contain pieces of data, while edges define relationships between them. This database type is commonly used to represent relationships between different data entries, such as friend connections on social networks. Users can perform complex queries and directly pull multiple pieces of data at the same time.Wide Column-Based DatabasesWide column-based databases store data into separate columns, similar to how data is stored in tables with relational databases. Unlike relational databases, wide-column databases do not use predefined keys or column names.This allows for variations in column names, even within the same table. It is also easy to add large amounts of data as new columns, or group existing ones into column families.Object DatabasesObject databases store data elements as objects to be used in object-oriented programming. They are designed to work with programming languages like Python, Ruby, Delphi, Java, etc.Grid and Cloud DatabasesGrid and cloud databases use a data grid - a network of systems working with data accessible through the cloud.This type of database works with both SQL and NoSQL data models and is typically offered as a database-as-a-service.Multi-Model DatabasesFinally, multi-model databases combine the