Download certivity keystores manager

An efficient way to open CA KeyStores (TrustStores) of the JREs on the current system is to use Menu File > Open > Open JRE CA KeyStore. There you have a list of the CA Truststores discovered on your system. The discovery of the JREs is done by compiling a list of paths in the following way:The Java property ${java.home} of the JRE CERTivity started with;The system environment variables JAVA_HOME and JRE_HOME;For Windows platforms searching the installed Java JDKs and JREs in the Windows registry;For Unix and Mac we are looking for traditional Java installation directories such as /usr/java for Unix, /usr/lib/jvm for Linux (Debian, RedHat) and for Mac /Library/Java/Home/, /System/Library/Java/JavaVirtualMachines/. Various patterns are then used.You can select a KeyStore from the TrustStore list discovered by CERTivity on your system, or you can select another one by using Menu File > Open > Open JRE CA KeyStore > Other... menu item. In this menu item you have to select the JDK's or JRE's home path, and CERTivity will open the Truststore for you. This new selected Truststore will be added to the menu list, so you will not have to make the selection steps again next time. The maximum list size of JREs CA Keystore can be set in the Tools > Options menu.Before opening the selected JRE CA KeyStore CERTivity will ask for its password. The password depends on the JRE distribution, but generally it has a well known default - changeit.

False require_software_statement: false allow_custom_client_creds: true management_endpoint_authentication: require_mtls: false require_bearer_token: true require_software_statement: false registration_access_token: generate: true lifetime: 86400 scopes: - 'cdr:registration'runtime_db: db2srvsession_cache: type: redis cfg: redis-standaloneserver_connections: - name: db2srv type: db2 database_name: 'secret:isvaop-server/db_db_name' hosts: - hostname: 'secret:isvaop-server/db_hostname' hostport: 'secret:isvaop-server/db_hostport' credential: username: 'secret:isvaop-server/db_username' password: 'secret:isvaop-server/db_password' ssl: certificate: - ks:db2client disable_hostname_verification: true - name: redis-standalone type: redis deployment: model: standalone hosts: - hostname: 'secret:isvaop-server/redis_hostname' hostport: 'secret:isvaop-server/redis_hostport' credential: username: 'secret:isvaop-server/redis_username' password: 'secret:isvaop-server/redis_password' ssl: certificate: - ks:rt_profile disable_hostname_verification: true - name: ldap_staging type: ldap hosts: - hostname: 'secret:isvaop-server/ldap_hostname' hostport: 'secret:isvaop-server/ldap_hostport' credential: bind_dn: 'secret:isvaop-server/ldap_bind_dn' bind_password: 'secret:isvaop-server/ldap_bind_pwd' ssl: certificate: - ks:rt_profile disable_hostname_verification: trueattribute_sources: - id: 1 name: name type: ldap value: displayName scope: subtree filter: (|(|(objectclass=ePerson)(objectclass=person))(objectclass=User)) selector: cn,displayName,mail srv_conn: ldap_staging baseDN: dc=ibm,dc=com - id: 2 name: preferred_username type: ldap value: cn scope: subtree filter: (|(|(objectclass=ePerson)(objectclass=person))(objectclass=User)) selector: cn,displayName,mail srv_conn: ldap_staging baseDN: dc=ibm,dc=com - id: 3 name: email type: ldap value: mail scope: subtree filter: (objectclass=*) selector: cn,displayName,mail srv_conn: ldap_staging baseDN: dc=ibm,dc=comldapcfg: - name: ldap_staging_cfg_01 scope: subtree user_object_classes: top,Person,organizationalPerson,inetOrgPerson filter: (|(|(objectclass=ePerson)(objectclass=person))(objectclass=User)) selector: objectClass,cn,sn,givenName,userPassword srv_conn: ldap_staging attribute: uid baseDN: dc=ibm,dc=comrules: access_policy: - name: default_policy content: 'configmap:isvaop-access-policies/default_policy.js' mapping: - name: pretoken content: 'configmap:isvaop-mapping-rules/pretoken.js' - name: posttoken content: 'configmap:isvaop-mapping-rules/posttoken.js' - name : dcr content: 'configmap:isvaop-mapping-rules/dcr.js' - name: ropc content: 'configmap:isvaop-mapping-rules/ropc.js' - name : notifyuser content: 'configmap:isvaop-mapping-rules/notifyuser.js' - name: checkstatus content: 'configmap:isvaop-mapping-rules/checkstatus.js'clients: - "configmap:isvaop-clients/client01.yml" - "configmap:isvaop-clients/client02.yml" - "configmap:isvaop-clients/client03.yml"keystore: - name: db2client type: p12 content: "secret:isvaop-keystores/db2client.p12" password: "secret:isvaop-keystores/db2client.obf" - name: rt_profile type: zip content: "secret:isvaop-keystores/rt_profile.zip" - name: rt_profile_keys type: pem certificate: - label: cert01 content: "secret:isvaop-keystores/rt_profile_keys_signer_cert01.pem" - label: cert02 content: "secret:isvaop-keystores/rt_profile_keys_signer_cert02.pem" key: - label: key01 content: "secret:isvaop-keystores/rt_profile_keys_personal_key01.pem" - label: key02 content: "secret:isvaop-keystores/rt_profile_keys_personal_key02.pem"Put the configuration file(s) with top-level keys in the same folder, and use the following command to create the ConfigMap:Shelloc create configmap isvaop-config --from-file=./configCreate a service account.Shell## Create a serviceaccount called isvaop.oc create serviceaccount isvaopAssign ConfigMap and Secret read permission to the service account.Create a role with ConfigMap and Secret read permission using the following command:Shelloc create role view-configmap-secret --verb=get,list,watch --resource=secrets,configmaps Create a Rolebinding to assign the role to the service account by using the following command.📘NoteThe RoleBinding applies to specific OpenShift project.Replace <ocp_project> with the actual project.Shelloc create rolebinding --role=view-configmap-secret <ocp_project>-isvaop-view-configmap-secret --serviceaccount=<ocp_project>:isvaopDeploymentTo deploy a running IBM Verify Identity Access OIDC Provider container in a OpenShift environment a deployment descriptor must first be created. The following deployment YAML file (isvaop-deployment.yaml) is a sample that references the configmaps and the secret created that was created in the previous section.Use the following isvaop-deployment.yml to deploy

Hosts: - hostname: 'secret:isvaop-server/redis_hostname' hostport: 'secret:isvaop-server/redis_hostport' credential: username: 'secret:isvaop-server/redis_username' password: 'secret:isvaop-server/redis_password' ssl: certificate: - ks:rt_profile disable_hostname_verification: true - name: ldap_staging type: ldap hosts: - hostname: 'secret:isvaop-server/ldap_hostname' hostport: 'secret:isvaop-server/ldap_hostport' credential: bind_dn: 'secret:isvaop-server/ldap_bind_dn' bind_password: 'secret:isvaop-server/ldap_bind_pwd' ssl: certificate: - ks:rt_profile disable_hostname_verification: trueattribute_sources: - id: 1 name: name type: ldap value: displayName scope: subtree filter: (|(|(objectclass=ePerson)(objectclass=person))(objectclass=User)) selector: cn,displayName,mail srv_conn: ldap_staging baseDN: dc=ibm,dc=com - id: 2 name: preferred_username type: ldap value: cn scope: subtree filter: (|(|(objectclass=ePerson)(objectclass=person))(objectclass=User)) selector: cn,displayName,mail srv_conn: ldap_staging baseDN: dc=ibm,dc=com - id: 3 name: email type: ldap value: mail scope: subtree filter: (objectclass=*) selector: cn,displayName,mail srv_conn: ldap_staging baseDN: dc=ibm,dc=comldapcfg: - name: ldap_staging_cfg_01 scope: subtree user_object_classes: top,Person,organizationalPerson,inetOrgPerson filter: (|(|(objectclass=ePerson)(objectclass=person))(objectclass=User)) selector: objectClass,cn,sn,givenName,userPassword srv_conn: ldap_staging attribute: uid baseDN: dc=ibm,dc=comrules: access_policy: - name: default_policy content: 'configmap:isvaop-access-policies/default_policy.js' mapping: - name: pretoken content: 'configmap:isvaop-mapping-rules/pretoken.js' - name: posttoken content: 'configmap:isvaop-mapping-rules/posttoken.js' - name : dcr content: 'configmap:isvaop-mapping-rules/dcr.js' - name: ropc content: 'configmap:isvaop-mapping-rules/ropc.js' - name : notifyuser content: 'configmap:isvaop-mapping-rules/notifyuser.js' - name: checkstatus content: 'configmap:isvaop-mapping-rules/checkstatus.js'clients: - "configmap:isvaop-clients/client01.yml" - "configmap:isvaop-clients/client02.yml" - "configmap:isvaop-clients/client03.yml"keystore: - name: db2client type: p12 content: "secret:isvaop-keystores/db2client.p12" password: "secret:isvaop-keystores/db2client.obf" - name: rt_profile type: zip content: "secret:isvaop-keystores/rt_profile.zip" - name: rt_profile_keys type: pem certificate: - label: cert01 content: "secret:isvaop-keystores/rt_profile_keys_signer_cert01.pem" - label: cert02 content: "secret:isvaop-keystores/rt_profile_keys_signer_cert02.pem" key: - label: key01 content: "secret:isvaop-keystores/rt_profile_keys_personal_key01.pem" - label: key02 content: "secret:isvaop-keystores/rt_profile_keys_personal_key02.pem"Put the configuration file(s) with top-level keys in the same folder, and use the following command to create the ConfigMap:oc create configmap isvaop-config --from-file=./configCreate a service account.## Create a serviceaccount called isvaop.oc create serviceaccount isvaopAssign ConfigMap and Secret read permission to the service account.Create a role with ConfigMap and Secret read permission using the following command:oc create role view-configmap-secret --verb=get,list,watch --resource=secrets,configmaps Create a Rolebinding to assign the role to the service account by using the following command.📘NoteThe RoleBinding applies to specific OpenShift project.Replace with the actual project.oc create rolebinding --role=view-configmap-secret -isvaop-view-configmap-secret --serviceaccount=:isvaopTo deploy a running IBM Verify Identity Access OIDC Provider container in a OpenShift environment a deployment descriptor must first be created. The following deployment YAML file (isvaop-deployment.yaml) is a sample that references the configmaps and the secret created that was created in the previous section.Use the following isvaop-deployment.yml to deploy the service.## ## A demo deployment description for the isvaop container. This deployment## descriptor has dependencies on the file-based configuration.#### ## A demo deployment description for the isvaop-new container. This deployment## descriptor has dependencies on the file-based configuration.##apiVersion: apps/v1kind: Deploymentmetadata: name: isvaop labels: app: isvaopspec: selector: matchLabels: app: isvaop replicas: 1 template: metadata: labels: app: isvaop annotations: version:

RAC databases. Oracle RAC takes full advantage of parallel processing by distributing parallel processing across all available instances. The number of processes that can participate in parallel operations depends on the degree of parallelism assigned to each table or index. Data Security Considerations in Oracle RAC Learn about transparent data encryption and Microsoft Windows firewall considerations for Oracle RAC data security. Transparent Data Encryption and KeystoresLearn about transparent data encryption and keystores in Oracle RAC. Windows Firewall ConsiderationsLearn about Microsoft Windows firewall considerations. Securely Run ONS Clients Using WalletsYou can configure and use SSL certificates to set up authentication between the ONS server in the database tier and the notification client in the middle tier. Transparent Data Encryption and Keystores Learn about transparent data encryption and keystores in Oracle RAC. Oracle Database enables Oracle RAC nodes to share the keystore (wallet). This eliminates the need to manually copy and synchronize the keystore across all nodes. Oracle recommends that you create the keystore on a shared file system. This allows all instances to access the same shared keystore. Oracle RAC uses keystores in the following ways: Any keystore operation, such as opening or closing the keystore, performed on any one Oracle RAC instance is applicable for all other Oracle RAC instances. This means that when you open and close the keystore for one instance, then it opens and closes the keystore for all Oracle RAC instances.Starting with Oracle Database 23ai, the parameter ENCRYPTION_WALLET_LOCATION is desupported.To store and retrieve the TDE wallet, use the WALLET_ROOT structure (introduced with Oracle Database 18c). A master key rekey performed on one instance is applicable for all instances. When a new Oracle RAC node comes up, it is aware of the current keystore open or close status. Do not issue any keystore ADMINISTER KEY MANAGEMENT SET KEYSTORE OPEN or CLOSE SQL statements while setting up or changing the master key. Oracle does not support the use of individual TDE wallets for each Oracle RAC node. Instead, use shared wallets for TDE in the Oracle RAC environment. This enables all of the instances to access the same shared software keystore. Windows Firewall Considerations Learn about Microsoft Windows firewall considerations. By default, all installations of Windows Server 2003 Service Pack 1 and higher enable the Windows Firewall to block virtually all TCP network ports to incoming connections. As a result, any Oracle products that listen for incoming connections on a TCP port will not receive any of those connection requests, and the clients making those connections will report errors. Depending upon which Oracle products you install and how they are used, you may need to perform additional Windows post-installation configuration tasks so that the Firewall products are functional

Unity Distribution PortalDistributing your game with UDP Important The Unity Distribution Portal (UDP) is shutting down on February 17th, 2025. Access to the UDP Web console and services will be permanently deactivated on this date. To download your keystores and instructions on how to republish your games directly to app stores, visit the UDP overview page. If you have any questions about your account, submit a ticket with Unity Customer Support.UDP implementationUnity recommends implementing UDP in your game development cycle towards the end of the development cycle, for example when you have decided what your game’s purchasable in-app products will be. This makes it easier to implement UDP in your back-catalog games to give them a new lease of life on new app stores.You can implement UDP in your game in one of the following ways.Using the UDP Package onlyUsing the UDP package and Unity IAPAbbreviation of Unity In App PurchaseSee in Glossary package (for Unity IAP package versions 2.0.0+)Using Unity IAP only (for Unity IAP package versions 1.22.0–1.23.5)The implementation you choose does not affect the UDP console.Using the UDP PackageThis implementation is similar to the Google Play In-App Billing implementation. If you have previously configured your game for Google Play then Unity recommends using the UDP package.The UDP package is available from Unity Package Manager or from the Unity Asset Store.For standalone UDP package installations, see Installing the UDP package.Using the UDP package and Unity IAPThe Unity IAP package version 2.0.0 and above does not contain the UDP DLL. This requires the UDP package version 2.0.0 and above. From these versions on, install the UDP package and install the Unity IAP package from the Asset Store.Using Unity IAPIf your game already uses Unity IAP, you can continue to use the Unity IAP package.Note: Unity recommends using the UDP package