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Lay summary
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thesis.tex
32
thesis.tex
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with the world.
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%
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Programs use words from this vocabulary with a preconceived idea of
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their meaning, however, importantly words are just mere syntax. The
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semantics of each word is determined by the operating system
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(typically such that it aligns with the intent of the program).
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their meaning, however, importantly, words are just mere syntax. The
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semantics of each word is determined by the operating
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system (typically such that it aligns with the intent of the
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program).
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This separation of syntax and semantics makes it possible for
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programs and operating systems to evolve independently, because any
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@@ -272,7 +273,20 @@
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to the expectations of the program. It has proven to be a remarkably
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successful model for building and maintaining computer programs.
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\emph{Effect handlers} localise are tiny programmable operating systems
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Conventionally, an operating system has been a complex and
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monolithic single global entity in a computer system.
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%
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However, \emph{effect handlers} are a novel programming abstraction,
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which enables programs to be decomposed into syntax and semantics
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internally, by localising the notion of operating systems. In
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essence, an effect handler is a tiny programmable operating system,
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that a program may use internally to determine the meaning of its
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subprograms. The key property of effect handlers is that they
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compose seamlessly, and as a result the semantics of a program can
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be compartmentalised into several fine-grained and comprehensible
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components. The ability to seamlessly swap out one component for
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another provides a promising basis for modular construction and
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reconfiguration of computer programs.
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In this dissertation I develop the foundations for programming with
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effect handlers. Specifically, I present a practical design for
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two universal implementation strategies for effect handlers, and I
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give a precise mathematical characterisation of the inherent
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computational efficiency of effect handlers.
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% The meaning of words This separation of
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% modular reconfiguration of programs
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% Computer programs interact with the real world by way of \emph{system calls}\dots this interaction
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% is facilitated by the operating system, which is responsible for
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% %
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% Effect handlers provide a modular means for structuring the internal
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% code of computer programs.
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\end{laysummary}
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%% Acknowledgements
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