static void Main(string[] args)
{
using (var sim = new Simulation()) {
var tester = new Tester();
var round1 = new Round1();
round1.PlainText = tester.PlainText;
tester.axi_Text = round1.axi_in;
var round2 = new Round2();
round2.In = round1.Out;
round1.axi_out = round2.axi_in;
var round3 = new Round3();
round3.In = round2.Out;
round2.axi_out = round3.axi_in;
var round4 = new Round4();
round4.In = round3.Out;
round3.axi_out = round4.axi_in;
var round5 = new Round5();
round5.In = round4.Out;
round4.axi_out = round5.axi_in;
var round6 = new Round6();
round6.In = round5.Out;
round5.axi_out = round6.axi_in;
var round7 = new Round7();
round7.In = round6.Out;
round6.axi_out = round7.axi_in;
var round8 = new Round8();
round8.In = round7.Out;
round7.axi_out = round8.axi_in;
var round9 = new Round9();
round9.In = round8.Out;
round8.axi_out = round9.axi_in;
var round10 = new Round10();
round10.In = round9.Out;
round9.axi_out = round10.axi_in;
var round11 = new Round11();
round11.In = round10.Out;
round10.axi_out = round11.axi_in;
tester.Cipher = round11.Out;
round11.axi_out = tester.axi_Cipher;
sim.AddTopLevelInputs(tester.PlainText, round11.axi_out)
.AddTopLevelOutputs(round11.Out, tester.axi_Text)
.AddTicker(s => Console.WriteLine($"Ticks {Scope.Current.Clock.Ticks}"))
.BuildCSVFile()
.BuildGraph()
.BuildVHDL()
.Run();
}
}
static void Main(string[] args)
{
using (var sim = new Simulation()) {
var tester = new Tester();
var setup = new Round1();
setup.seed = tester.State;
setup.axi_out = tester.axi_Stream;
var round1 = new RoundOdd();
round1.In = setup.Out;
setup.axi_out = round1.axi_in;
var round2 = new RoundEven();
round2.In = round1.Out;
round1.axi_out = round2.axi_in;
var round3 = new RoundOdd();
round3.In = round2.Out;
round2.axi_out = round3.axi_in;
var round4 = new RoundEven();
round4.In = round3.Out;
round3.axi_out = round4.axi_in;
var round5 = new RoundOdd();
round5.In = round4.Out;
round4.axi_out = round5.axi_in;
var round6 = new RoundEven();
round6.In = round5.Out;
round5.axi_out = round6.axi_in;
var round7 = new RoundOdd();
round7.In = round6.Out;
round6.axi_out = round7.axi_in;
var round8 = new RoundEven();
round8.In = round7.Out;
round7.axi_out = round8.axi_in;
var round9 = new RoundOdd();
round9.In = round8.Out;
round8.axi_out = round9.axi_in;
var round10 = new RoundEven();
round10.In = round9.Out;
round9.axi_out = round10.axi_in;
var round11 = new RoundOdd();
round11.In = round10.Out;
round10.axi_out = round11.axi_in;
var round12 = new RoundEven();
round12.In = round11.Out;
round11.axi_out = round12.axi_in;
var round13 = new RoundOdd();
round13.In = round12.Out;
round12.axi_out = round13.axi_in;
var round14 = new RoundEven();
round14.In = round13.Out;
round13.axi_out = round14.axi_in;
var round15 = new RoundOdd();
round15.In = round14.Out;
round14.axi_out = round15.axi_in;
var round16 = new RoundEven();
round16.In = round15.Out;
round15.axi_out = round16.axi_in;
var round17 = new RoundOdd();
round17.In = round16.Out;
round16.axi_out = round17.axi_in;
var round18 = new RoundEven();
round18.In = round17.Out;
round17.axi_out = round18.axi_in;
var round19 = new RoundOdd();
round19.In = round18.Out;
round18.axi_out = round19.axi_in;
var roundC = new RoundCombine();
roundC.In = round19.Out;
round19.axi_out = roundC.axi_in;
var XOR = new RoundXOR();
XOR.In = roundC.Out;
roundC.axi_out = XOR.axi_in;
tester.HashStream = XOR.Out;
tester.axi_State = setup.axi_in;
XOR.axi_out = tester.axi_Stream;
sim.AddTopLevelInputs(tester.State, tester.axi_Stream)
.AddTopLevelOutputs(tester.HashStream, tester.axi_State)
.AddTicker(s => Console.WriteLine($"Ticks {Scope.Current.Clock.Ticks}"))
.BuildCSVFile()
.BuildGraph()
.BuildVHDL()
.Run();
}
}
