Abstract: In some implementations, a code testing device may receive, from a first device associated with a developer, a first instruction to merge a first code branch. The code testing device may perform a first set of tests, associated with a first environment, in response to the first instruction. The code testing device may merge the first code branch based on the first set of tests resulting in a passing outcome for the first code branch. The code testing device may receive, from a second device associated with a reviewer, a second instruction to deploy the merged first code branch. The code testing device may perform a second set of tests, associated with a second environment, in response to the second instruction. The code testing device may deploy the merged first code branch based on the second set of tests resulting in a passing outcome for the merged first code branch.

Abstract: A method, apparatus, and computer-readable medium are described that gather information from subnets of a virtual private cloud, compare the information of the subnets to criteria of components of a service, and identify selected subnets that comport with the criteria. The subnets may be associated with different availability zones. The selection of any subnet may affect the subnets available for the next selection. The process may dynamically adjust for previous subnet selections and may be available as a service. Based on a call to the service with criteria of the components, the service may request information regarding the subnets and return an identified list of subnets for the components. The process may accommodate services during development stages and during deployment stages and/or account for primary and secondary subnet assignments. By dynamically adjusting the available subnets, delays in subnet selection and subsequent deployment may be reduced.

Abstract: In some implementations, a container processing device may receive a universal container base image, the universal container base image including a first set of instructions associated with an operating system associated with multiple applications. The container processing device may create a container based on the first set of instructions included in the universal container base image. The container processing device may receive an application-specific code separate from the universal container base image, the application-specific code including a second set of instructions associated with an application, of the multiple applications. The container processing device may inject the second set of instructions into the container during a runtime of the container. The container processing device may execute the application based on at least the first set of instructions included in the container and the second set of instructions included in the container.

Abstract: A method, apparatus, and computer-readable medium are described that gather information from subnets of a virtual private cloud, compare the information of the subnets to criteria of components of a service, and identify selected subnets that comport with the criteria. The subnets may be associated with different availability zones. The selection of any subnet may affect the subnets available for the next selection. The process may dynamically adjust for previous subnet selections and may be available as a service. Based on a call to the service with criteria of the components, the service may request information regarding the subnets and return an identified list of subnets for the components. The process may accommodate services during development stages and during deployment stages and/or account for primary and secondary subnet assignments. By dynamically adjusting the available subnets, delays in subnet selection and subsequent deployment may be reduced.

Abstract: A method, apparatus, and computer-readable medium are described that gather information from subnets of a virtual private cloud, compare the information of the subnets to criteria of components of a service, and identify selected subnets that comport with the criteria. The subnets may be associated with different availability zones. The selection of any subnet may affect the subnets available for the next selection. The process may dynamically adjust for previous subnet selections and may be available as a service. Based on a call to the service with criteria of the components, the service may request information regarding the subnets and return an identified list of subnets for the components. The process may accommodate services during development stages and during deployment stages and/or account for primary and secondary subnet assignments. By dynamically adjusting the available subnets, delays in subnet selection and subsequent deployment may be reduced.