This paper introduces D-SPACES, a tool for simulating constraint systems with space and extrusion operators. These formalisms are algebraic structures for modeling the concept of space as an operation over elements (the information). Furthermore, it is possible to specify movement of information from one space to another, either belonging to a different entity (the agents) or somewhere else in the space hierarchy. This tool is coded as a c++11 library providing implementations for; a constraint system (cs), a cs with space functions (scs), and a scs with extrusion functions (scs-e). The interfaces to access each implementation are minimal and thoroughly documented. They also offer property-checking methods for verifying conditions on the cs and functions that are cumbersome to check by hand. Finally, D-SPACES provides an implementation of a specific but common type of a scs-e (a boolean algebra) for easy of access and proof of concept regarding these cs. 1 Motivation and Introduction Systems where data moves across a given structure of information are now commonplace. Applications like social networks, forums, or any other that organizes its information in a defined hierarchy are among these systems. In practice, the nature of this information can be reviews, opinions, news, etc., which in turn belong to a certain entity, e.g. users, agents, applications. This relation of ownership can be conceptualized as space, thus a clear understanding of information in spaces and its movement across them is pertinent to the study of these systems. Treating information as knowledge is one option. Here, we have agents knowing facts [1] and uttering opinions and lies [2]. However, to attain a sufficiently generic concept of space we study declarative formalisms. More specifically we use constraint systems (cs), algebraic structures that operate on elements called