The invention addresses the objective of optimizing performance of a media data carrier interpreting device. This is achieved by a media data carrier interpreting device which comprises means for transforming a machine- interpretable instruction comprised in a media data carrier into a machine-executable code during media content presentation. Said media data carrier comprises a set of machine-interpretable instructions generated according to a method which comprises the steps of generating a first auxiliary set of instructions corresponding to a set of elements wherein the elements are conform with a template and compiling said first auxiliary instruction set. Then, said compiled first auxiliary instruction set is linked with a compiled second auxiliary instruction set corresponding to said template. This method removes the need for runtime parsing and therefore frees processing capacity for runtime transformation of the machine-interpretable instructions into machine-executable code.