Open Text Holdings, Inc.

Open Text Corporation

Dhatchana Moorthy Sekar

Systems and methods for containerization are provided. Various embodiments provide containerization systems and methods deploying an initial container image associated with a startup script, a pre-service script and post-service script. This deployment includes executing the startup script associated with the initial container image, and the executing including copying configuration information for the initial container image into a volume and generating a marker file for the initial container image. The containerization systems and methods also deploying a main container image associated with a startup script. This deployment includes executing the startup script associated with the main container image and copying the configuration information from the volume to a local system. This deployment also includes executing the main container, including executing the pre-service script associated with the initial container image, configuring the main container, executing a main service, and executing the post-service script associated with the initial container image.

Customizable containerization framework system and method

Systems and methods for containerization are provided. Various embodiments provide containerization systems and methods that The method includes deploying an initial container image associated with a startup script, a pre-service script and post-service script. This deployment Further, the method includes executing the startup script associated with the initial container image, and the executing including copying configuration information for the initial container image into a volume and generating a marker file for the initial container image. The containerization systems and methods The method also includes deploying a main container image associated with a startup script. This deployment The method also includes executing the startup script associated with the main container image and copying the configuration information from the volume to a local system. This deployment alse Additionally, the method includes executing the main container, including executing the pre-service script associated with the initial container image, configuring the main container, executing a main service, and executing the post-service script associated with the initial container image.

The disclosure provides efficient scalability and high availability of applications in a container orchestration cloud environment. A readiness orchestrator monitors the readiness of an application. Configuration data is managed by a configuration cache manger and can be stored locally or in a centralized database. The configuration for each subsystem is managed using a fully-qualified domain name (FQDN). The FQDN can be obtained using a Domain Name System (DNS) service. The load data of a content server (CS) subsystem and an independent Java method server (iJMS) subsystem are obtained and stored in the database. A helper pod is adapted for auto-scaling depending upon the load data and the configuration data of the CS subsystem and the iJMS subsystem to thereby maintain high availability of the CS subsystem and the iJMS subsystem in the container orchestration cloud environment.

Systems and methods for efficient scalability and high availability of applications in container orchestration cloud environment

Embodiments of a services application on web services platform that employs embodiments of a database architecture for use in multitenant environments that replicates the same schema in the context of a database are disclosed. These schemas can be accessed using a database access object corresponding to the database and a particular schema for a particular tenant. In particular, the object identifier used to access the objects of the schema may be algorithmically generated based on the tenant.

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Bengaluru, India

Dhatchana Moorthy Sekar