Abstract: Deployments of software programs to distributed computing environments can be managed according to some aspects described herein. In one example, a system can receive a deployment specification having deployment parameters that define a target deployment state for a software program deployable to a target computing environment. The system can generate, based on a mapping of the deployment parameters to resource consumption values, a resource consumption estimate associated with the target deployment state of the software program in the target computing environment. The system can generate a deployment metric based on the resource consumption estimate and transmit the deployment metric to a client device. The deployment metric can be usable to manage deployment of the software program.

Abstract: Deployments of software programs to distributed computing environments can be managed according to some aspects described herein. In one example, a system can receive a deployment specification having deployment parameters that define a target deployment state for a software program deployable to a target computing environment. The system can generate, based on a mapping of the deployment parameters to resource consumption values, a resource consumption estimate associated with the target deployment state of the software program in the target computing environment. The system can generate a deployment metric based on the resource consumption estimate and transmit the deployment metric to a client device. The deployment metric can be usable to manage deployment of the software program.

Abstract: The present invention describes a method for production of a renewable, combustible liquid fuel that may be used in internal combustion engines, as a fuel source for electricity generation including turbines and fuel cells, or as a burnable heat source. This fuel is derived from set of biomolecules that are produced under nutrient limitation conditions as those found at a waste water treatment plant. More specifically this invention envisions the use of poly(3-hydroxyalkanoates) (PHA), especially those with monomeric residues ranging in size from C4 to C10 , as feed stream for production of a biofuel.