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Flow chart language (FCL) is a simple impe … Flow chart language (FCL) is a simple imperative programming language designed for the purposes of explaining fundamental concepts of program analysis and specialization, in particular, partial evaluation. The language was first presented in 1989 by Carsten K. Gomard and Neil D. Jones. It later resurfaced in their book with Peter Sestoft in 1993, and in John Hatcliff's lecture notes in 1998. The below describes FCL as it appeared in John Hatcliff's lecture notes. FCL is an imperative programming language close to the way a Von Neumann computer executes a program. A program is executed sequentially by following a sequence of commands, while maintaining an implicit state, i.e. the global memory. FCL has no concept of procedures, but does provide conditional and unconditional jumps. FCL lives up to its name as the abstract call-graph of an FCL program is a straightforward flow chart. An FCL program takes as input a finite series of named values as parameters, and produces a value as a result.ameters, and produces a value as a result.
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5386
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Carsten K. Gomard, Neil D. Jones, John Hatcliff
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Flow chart language
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198919931998
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Flow chart language (FCL) is a simple impe … Flow chart language (FCL) is a simple imperative programming language designed for the purposes of explaining fundamental concepts of program analysis and specialization, in particular, partial evaluation. The language was first presented in 1989 by Carsten K. Gomard and Neil D. Jones. It later resurfaced in their book with Peter Sestoft in 1993, and in John Hatcliff's lecture notes in 1998. The below describes FCL as it appeared in John Hatcliff's lecture notes. An FCL program takes as input a finite series of named values as parameters, and produces a value as a result.ameters, and produces a value as a result.
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Flow chart language
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