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Smart contracts are programs that implement potentially sophisticatedtransactions on modern blockchain platforms. In the rapidly evolving blockchainenvironment, smart contract programming languages must allow users to writeexpressive programs that manage and transfer assets, yet provide strongprotection against sophisticated attacks. Addressing this need, we presentflexible and reliable abstractions for programming with digital currency in theMove language [Blackshear et al. 2019]. Move uses novel linear [Girard 1987]resource types with semantics drawing on C++11 [Stroustrup 2013] and Rust[Matsakis and Klock 2014]: when a resource value is assigned to a new memorylocation, the location previously holding it must be invalidated. In addition,a resource type can only be created or destroyed by procedures inside itsdeclaring module. We present an executable bytecode language with resources andprove that it enjoys resource safety, a conservation property for programvalues that is analogous to conservation of mass in the physical world.

Resources: A Safe Language Abstraction for Money