static void Main(string[] args)
{
using (var sim = new Simulation()) {
var tester = new Tester();
var formatter = new MessageFormat();
formatter.Message = tester.Message;
tester.axi_Message = formatter.axi_mes;
var converter = new FormatConverter();
converter.paddedBuffer = formatter.paddedBuffer;
formatter.axi_pad = converter.axi_pad;
var round1 = new Round1();
round1.In = converter.Out;
converter.axi_out = 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 combinator = new Combiner();
combinator.In = round8.Out;
round8.axi_out = combinator.axi_in;
tester.Digest = combinator.Final;
combinator.axi_final = tester.axi_Digest;
sim.AddTopLevelInputs(tester.Message, tester.axi_Digest)
.AddTopLevelOutputs(combinator.Final, tester.axi_Message)
.AddTicker(s => Console.WriteLine($"Ticks {Scope.Current.Clock.Ticks}"))
.BuildCSVFile()
.BuildGraph()
.BuildVHDL()
.Run();
}
}
static void Main(string[] args)
{
using (var sim = new Simulation()) {
// Nice to be able to test buffer sizes
// Console.WriteLine(str);
var tester = new Tester();
var formatter = new MessageFormat();
formatter.Message = tester.Message;
tester.axi_Message = formatter.axi_mes;
var converter = new FormatConverter();
converter.paddedBuffer = formatter.paddedBuffer;
formatter.axi_pad = converter.axi_pad;
var roundF1 = new RoundF1();
roundF1.IN = converter.Out;
converter.axi_out = roundF1.axi_in;
var roundF2 = new RoundF2();
roundF2.IN = roundF1.Out;
roundF1.axi_out = roundF2.axi_in;
var roundF3 = new RoundF3();
roundF3.IN = roundF2.Out;
roundF2.axi_out = roundF3.axi_in;
var roundF4 = new RoundF4();
roundF4.IN = roundF3.Out;
roundF3.axi_out = roundF4.axi_in;
var roundG1 = new RoundG1();
roundG1.IN = roundF4.Out;
roundF4.axi_out = roundG1.axi_in;
var roundG2 = new RoundG2();
roundG2.IN = roundG1.Out;
roundG1.axi_out = roundG2.axi_in;
var roundG3 = new RoundG3();
roundG3.IN = roundG2.Out;
roundG2.axi_out = roundG3.axi_in;
var roundG4 = new RoundG4();
roundG4.IN = roundG3.Out;
roundG3.axi_out = roundG4.axi_in;
var roundH1 = new RoundH1();
roundH1.IN = roundG4.Out;
roundG4.axi_out = roundH1.axi_in;
var roundH2 = new RoundH2();
roundH2.IN = roundH1.Out;
roundH1.axi_out = roundH2.axi_in;
var roundH3 = new RoundH3();
roundH3.IN = roundH2.Out;
roundH2.axi_out = roundH3.axi_in;
var roundH4 = new RoundH4();
roundH4.IN = roundH3.Out;
roundH3.axi_out = roundH4.axi_in;
var roundI1 = new RoundI1();
roundI1.IN = roundH4.Out;
roundH4.axi_out = roundI1.axi_in;
var roundI2 = new RoundI2();
roundI2.IN = roundI1.Out;
roundI1.axi_out = roundI2.axi_in;
var roundI3 = new RoundI3();
roundI3.IN = roundI2.Out;
roundI2.axi_out = roundI3.axi_in;
var roundI4 = new RoundI4();
roundI4.IN = roundI3.Out;
roundI3.axi_out = roundI4.axi_in;
var combinator = new Combiner();
combinator.I = roundI4.Out;
roundI4.axi_out = combinator.axi_in;
tester.Digest = combinator.Final;
combinator.axi_final = tester.axi_Digest;
sim.AddTopLevelInputs(tester.Message, tester.axi_Digest)
.AddTopLevelOutputs(combinator.Final, tester.axi_Message)
.AddTicker(s => Console.WriteLine($"Ticks {Scope.Current.Clock.Ticks}"))
.BuildCSVFile()
.BuildGraph()
.BuildVHDL()
.Run();
}
}