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Note: This tutorial requires access to Oracle Cloud. To sign up for a free account, see Get started with Oracle Cloud Infrastructure Free Tier. It uses example values for Oracle Cloud Infrastructure credentials, tenancy, and compartments. When completing your lab, substitute these values with ones specific to your cloud environment. IntroductionOracle Estate Explorer is a tool that enables customers to programmatically evaluate groups of Oracle databases for migration readiness. It is mainly designed to be run on database estates that are managed with Oracle Enterprise Manager, although it is possible to benefit from the tool for databases that are managed by other solutions.Oracle Estate Explorer enables small, medium, and large estates of databases to be explored, analyzed, and prioritized in a highly automated, rapid, and flexible way. The output from Oracle Estate Explorer provides a high-level estate overview of the tested group of databases, ranks them according to their alignment with Oracle Autonomous Database prerequisites and delivers a graded relative effort of any remediation required.The tool is completely open for any code review, modification and use by customers. It is developed and maintained by Oracle Database Product Management team. Customer is fully responsible to license all required and used by Oracle Estate Explorer components – specifically Oracle database.ObjectivesInstall Oracle Estate Explorer tool in Windows environment for Oracle Cloud Infrastructure (OCI)Prerequisites Download and configure Oracle SQLcl. Download and configure Oracle Estate Explorer latest software. Run Oracle Autonomous Database service (shared). Launch Oracle Database APEX interface on Oracle Autonomous Database console by clicking APEX URL and connect to Oracle APEX environment. Task 1: Download SQLcl and Configure it Locally (Windows machine) Download SQLcl. Configure system variable path in the advanced system settings. Task 2: Download Oracle Estate Explorer Latest Software and Configure it Locally (Windows machine) Download and unzip the Oracle Estate

Eloqua Account columns, and then click OK. For example, if you want to add the User Name field, enter $(user.userName) in the User column, and then select the corresponding field from the drop-down list in the Eloqua Account column.Specify the provisioning operations that you want to enable for Eloqua:Note: By default, the Create Account, De-activate Account, and Delete Account check boxes are selected.Create Account: Automatically creates an account in Eloqua when Eloqua access is granted to the corresponding user in Oracle Identity Cloud Service.De-activate Account: Automatically activates or de-activates an account in Eloqua when the corresponding user is activated or de-activated in Oracle Identity Cloud Service.Delete Account: Automatically deletes an account from Eloqua when Eloqua access is revoked from the corresponding user in Oracle Identity Cloud Service.You can now manage Eloqua accounts through Oracle Identity Cloud Service. For more information on performing provisioning tasks, see the Managing Oracle Identity Cloud Service Users and Managing Oracle Identity Cloud Service Groups sections in Administering Oracle Identity Cloud Service.Creating a Flat File for Manually Importing User Accounts from EloquaUse this section to download user data from Eloqua and create a compatible flat file for manually importing user accounts in Oracle Identity Cloud Service.Log in as an administrator to Eloqua. The home page appears.Click the Settings icon.Click Users from the Users and Security section.From the Users drop-down list, select Download Users. The Download Users page appears.From the Export drop-down list, select Export To Excel. The Export To Excel page appears and the download process is initiated. After the download is complete, the Excel file is stored on your local system. This file holds data for all of the User attributes available in Eloqua.Create a new CSV file, add ID, NAME, and ACTIVE column headers, and then copy corresponding data from the file (downloaded in Step 5) based on the mappings described in the following table:This table provides the mapping details, description, and sample values for the Eloqua User attributes.AttributeMap ToDescriptionSample ValueIDUser NameUnique identifierabc.user@sampleapp.comNameUser NameAccount nameabc.user@sampleapp.comACTIVEUser EnabledAccount statustrueYou can now use this CSV file to import user accounts into Oracle Identity Cloud Service. For more information on performing this task, see the Importing User Accounts from a Flat File Using REST APIs section in Administering Oracle Identity Cloud Service.Verifying the IntegrationUse this section to verify that SSO and single log-out (SLO) work when initiated from Oracle Identity Cloud Service (IdP Initiated SSO and IdP Initiated SLO) and Eloqua (SP Initiated SSO and SP Initiated SLO).Verifying Identity Provider Initiated SSO from Oracle Identity Cloud ServiceAccess the Oracle Identity Cloud Service My Console: in using credentials for a user that is assigned to the Eloqua app. Oracle Identity Cloud Service displays a shortcut to Eloqua under My

Last updated on JULY 01, 2024Applies to: Identity Cloud Service (IDCS) - Version N/A to N/AInformation in this document applies to any platform.SymptomsWhen following the documentation Supporting Oracle Fusion Cloud Applications Service Integrations with Oracle Platform as a Service (Doc ID 2785751.1) to enable Federation with Oracle Fusion Applications Cloud Service as Identity Provider and Identity Cloud Service as Service provider, the following error is presented:"Cannot save Identity Provider : The partnerProviderID property specified in the payload is different from the entityID attribute of the Metadata EntityDescriptor element. Correct the partnerProvider property or do not specify the partners providerID."ChangesBefore initiating the process to enable Federation with Oracle Fusion Applications Cloud Service as Identity Provider and Identity Cloud Service as Service provider, a new SAML Identity Provider in Oracle Identity Cloud Service needs to be configured.Use the Oracle Identity Cloud Service console to add and configure a new SAML identity provider.Before getting started, download the SAML provider metadata from the Oracle Fusion Applications Cloud Service identity provider and save it as an xml file.For example, download the metadata from and save it as FA-IdP-metadata.xml.However, unfortunately using the above method leads to having the incorrect IssuerID depicted within the configuration template.Cause To view full details, sign in with your My Oracle Support account. Don't have a My Oracle Support account? Click to get started! In this Document My Oracle Support provides customers with access to over a million knowledge articles and a vibrant support community of peers and Oracle experts.

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