Abstract: Data is received at a release automation system indicating a project opened in an integrated development environment (IDE) on another system. A deployment model of the release automation system is identified as associated with the project, the deployment model including at least a definition of a workflow to be executed to perform automated deployment of applications and a definition of an environment including one or more target computing systems. Data is received at the release automation system indicating a user interaction with the IDE and a particular definition within the deployment model is determined as being relevant to the user interaction and the project. An interface between the IDE and the release automation system is used to cause information from the particular definition to be presented in a graphical user interface of the IDE based on the user interaction.

Abstract: According to at least one embodiment, an application environment is provisioned. In some embodiments, a stack template is accessed in response to a request to provision the application environment, with the stack template defining provider-independent configuration information for a particular stack. A deployment target template corresponding to the stack template is accessed, with the deployment target template defining provider-independent configuration information for middleware. A provisioning workflow is selected based at least on stack provider information indicated by the stack template, with the stack provider information indicating an infrastructure for provisioning the particular stack indicated by the stack template. A stack is provisioned on the infrastructure based on the selected workflow, the stack template, and the stack provider information, and middleware is then on the provisioned stack based on the deployment target template.

Abstract: A method for supervising a chat connection between at least two terminals is provided. The method includes verification of first conditions, including a camera at each terminal is operated, video streams of each camera are live streams, and/or each video stream contains images of a live person. The connection is allowed if all of the first conditions are met and if one second condition is met. A second condition can include one first subset of the persons is identified as belonging to one defined restricted group and an identity of a second subset of the persons is determined at least on the basis of facial and/or body features and the identified second person is classified as an allowed exception. The method also includes a pre-defined reaction if any of the first conditions and/or all of the second conditions are not met.

Abstract: A method for supervising a chat connection between at least two terminals is provided. The method includes verification of first conditions, including a camera at each terminal is operated, video streams of each camera are live streams, and/or each video stream contains images of a live person. The connection is allowed if all of the first conditions are met and if one second condition is met. A second condition can include one first subset of the persons is identified as belonging to one defined restricted group and an identity of a second subset of the persons is determined at least on the basis of facial and/or body features and the identified second person is classified as an allowed exception. The method also includes a pre-defined reaction if any of the first conditions and/or all of the second conditions are not met.