Niklas Broberg, David Sands
2010 Proceedings of the 37th annual ACM SIGPLAN-SIGACT symposium on Principles of programming languages - POPL '10  
This paper presents Paralocks, a language for building expressive but statically verifiable fine-grained information flow policies. Paralocks combine the expressive power of Flow Locks (Broberg & Sands, ESOP'06) with the ability to express policies involving runtime principles, roles (in the style of role-based access control), and relations (such as "acts-for" in discretionary access control). We illustrate the Paralocks policy language by giving a simple encoding of Myers and Liskov's
more » ... lized Label Model (DLM). Furthermore -and unlike the DLM -we provide an information flow semantics for full Paralock policies. Lastly we illustrate how Paralocks can be statically verified by providing a simple programming language incorporating Paralock policy specifications, and a static type system which soundly enforces information flow security according to the Paralock semantics.
doi:10.1145/1706299.1706349 dblp:conf/popl/BrobergS10 fatcat:s4b47igaenfpljuznibdr3x4fu