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Abstract. This paper presents the benefits of using a generic FPGA tool set developed at the university of Brest for programming virtual FPGA structures. From a high level FPGA description, the basic FPGA tools such a placer, a router or an editor are automatically generated. The FPGA description is not constrained by any model, so that abstract FPGA structures, such as virtual FPGAs, can directly exploit the tool set as their basic programming tools.