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We focus on control constructs that allow programmers define actions to beperformed when respective conditions are met without requiring the explicitevaluation and testing of conditions as part of an imperative algorithm. Suchelements are commonly referred as declarative, not theoretically related todeclarative languages. We introduce declarative constructs in the C++ language,presenting the translation method to standard C++. The innovative feature ofour method is the accommodation of l-values involving arbitrary pointer / arrayexpressions and objects, supporting immediate runtime evaluation upon contentupdate even if such l-values bind to variant storage locations at runtime. Toaccomplish this we define 'l-value redefinition graphs', capturing storagebinding dependencies among variables, being the floor-plan of our codegeneration and runtime management approach.

Translating declarative control elements to imperative using 'l-value redefinition graphs'