Избавляемся от рутины в Engee

module SILAutomation

import Main.engee
export runSims,buildCUT,buildSILHarness,compare_signals

using DataFrames

function runSims(MIL_Harness::String,SIL_Harness::String)
    MIL_mdl = engee.load("$MIL_Harness.engee", force = true)
    SIL_mdl = engee.load("$SIL_Harness.engee", force = true)
    SILres = engee.run(SIL_mdl)
    MILres = engee.run(MIL_mdl)
    return (MILres,SILres)
end

function buildCUT(CUT::String)::Bool
    status = false;
    try
        abfilter = engee.load("$(CUT).engee")
        engee.set_param!(engee.gcm(),"CreateCFunction"=>true)
        engee.generate_code("$(CUT).engee", "$(CUT)_cg")
        include("$(CUT)_cg/$(CUT)_verification.jl")
        status = true;
    catch ex
        return status
    end
    return status
end

function buildSILHarness(SIL_Harness::String,CUT::String,MIL_Harness::String)
# Create harness (copy contents)
# Guard for old harnesses
    model_names = [m.name for m in engee.get_all_models()];
    if any(model_names .== SIL_Harness)
        engee.close(SIL_Harness,force=true)
    end
    if isfile("$SIL_Harness.engee")
        rm("$SIL_Harness.engee")
    end

    SIL_mdl = engee.create("$SIL_Harness")
    engee.load("$(MIL_Harness).engee")
    engee.copy_contents(MIL_Harness,SIL_Harness)
    engee.delete_block("$SIL_Harness/$CUT")
    try
        engee.copy_block("$(CUT)_verification/C Function","$SIL_Harness/C Function")
    catch error
        show(error)
    end

    engee.open(SIL_Harness)
    #connect SIL Function And prepare simulation
    engee.add_line("ProcessNoiseVariance/1","C Function/1")
    engee.add_line("MeasurementNoiseVariance/1","C Function/2")
    engee.add_line("Add-1/1","C Function/3")
    engee.add_line("C Function/1","Add/2")
    engee.add_line("C Function/1","SysOut/1")
    engee.set_log("C Function/1") 
    engee.set_param!(SIL_mdl,"FixedStep"=>engee.get_param(MIL_Harness,"FixedStep"))
    engee.arrange_system()
    engee.save("$SIL_Harness.engee")
end

function compare_signals(sig_one,sig_two)
    Ds = collect(sig_one);
    Rs = collect(sig_two);
    Cmp = isapprox.(Ds, Rs)
    issynched = all(Cmp.time)
    issimilar = all(Cmp.value) 
    return (issynched, issimilar)
end

end