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Containers as the unit of application delivery are the 'next big thing' inthe software development world. They enable developers to create an executableimage containing an application bundled with all its dependencies which a usercan run inside a controlled environment with virtualized resources. Complexworkflows for business-critical applications and research environments requirea high degree of reproducibility which can be accomplished using uniquelyidentified images as units of computation.  It will be shown in this thesis that the most widely used approaches tocreate an image from pre-existing software or from source code lack the abilityto provide idiomaticity in their use of the technology as well as properreproducibility safe-guards. In the first part, existing approaches areformalized and discussed and a new approach is introduced. The approaches arethen evaluated using a suite of three different examples.  This thesis provides a framework for formalizing operations involving alayered file system, containers and images, and a novel approach to thecreation of images using utility containers and layer donning fulfilling theidiomaticity and reproducibility criteria.

Idiomatic and Reproducible Software Builds using Containers for Reliable Computing