Object Oriented Hardware-Software Test Bench For Omtf Diagnosis

In this paper the object oriented hardware-software model and its sample implementation of diagnostics for the Overlap Muon Track Finder trigger for the CMS experiment in CERN is described. It presents realization of testbench for control and diagnosis class of multichannel, distributed measurement systems based on FPGA chips. The testbench fulfils requirements for system's rapid changes, configurability and efficiency. This ability is very significant and desirable by expanded electronic systems. The solution described is a software model based on a method of address space management called the Component Internal Interface (CII). Establishment of stable link between hardware and software, as a purpose of designed and realized programming environment, is presented. The testbench implementation and example of OMTF algorithm test is presented.