// zastanowic sie nad RamAddressRegister - bo moj adres jest troche pokopany - adres ma 8 bitow ale korzysta tylko z 6 (64 miejsca)
public void Run()
{
CounterClass.CounterCable = 0;
CounterClass.CounterAction = 0;
DataBus DataBus = new DataBus();
DataBusHelper BusHelper = new DataBusHelper(DataBus);
BusHelper.PutDataToRegisterA(new byte[] { 1, 0, 1, 0, 1, 0, 1, 0 });
Cable.Join(new Pin()
{
State = 1
}, DataBus.INFromA);
Cable.Join(new Pin()
{
State = 1
}, DataBus.INClock);
BusHelper.SetRamAddress(63); // 0 - 63
Cable.Join(new Pin()
{
State = 1
}, DataBus.INToRam);
Cable.Join(new Pin()
{
State = 1
}, DataBus.INFromRam);
Cable.Join(new Pin()
{
State = 1
}, DataBus.INToB);
int k = 8;
//Ram8 r = new Ram8();
//Cable.Join(new Pin() { State = 1 }, Db.RegisterA.WriteEnable);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput1);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput2);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput3);
////Cable.Join(new Pin() { State = 0 }, registerA.DataInput4);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput5);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput6);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput7);
////Cable.Join(new Pin() { State = 1 }, registerA.DataInput8);
////z A do B
//Cable.Join(new Pin() { State = 1 }, Db.FromA);
//Cable.Join(new Pin() { State = 1 }, Db.ToB);
//// z A do Ramu adres:111111 (64)
//Cable.Join(new Pin() { State = 1 }, Db.FromA);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressColumn1);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressColumn2);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressColumn3);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressRow1);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressRow2);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressRow3);
//Cable.Join(new Pin() { State = 1 }, Db.ToRam);
//// z Ramu adres 000000 (0) do B - skasowanie B
//Cable.Join(new Pin() { State = 0 }, Db.RamAddressColumn1);
//Cable.Join(new Pin() { State = 0 }, Db.RamAddressColumn2);
//Cable.Join(new Pin() { State = 0 }, Db.RamAddressColumn3);
//Cable.Join(new Pin() { State = 0 }, Db.RamAddressRow1);
//Cable.Join(new Pin() { State = 0 }, Db.RamAddressRow2);
//Cable.Join(new Pin() { State = 0 }, Db.RamAddressRow3);
//Cable.Join(new Pin() { State = 1 }, Db.FromRam);
//Cable.Join(new Pin() { State = 0 }, Db.ToB);
//Cable.Join(new Pin() { State = 1 }, Db.ToB);
//// z Ramu adres 11 do B - Przywrocenie stanu B
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressColumn1);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressColumn2);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressColumn3);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressRow1);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressRow2);
//Cable.Join(new Pin() { State = 1 }, Db.RamAddressRow3);
//Cable.Join(new Pin() { State = 0 }, Db.FromRam);
//Cable.Join(new Pin() { State = 1 }, Db.FromRam);
//Cable.Join(new Pin() { State = 0 }, Db.ToB);
//Cable.Join(new Pin() { State = 1 }, Db.ToB);
//int i1 = registerA.DataOutput1.State;
//int i2 = registerA.DataOutput2.State;
//int i3 = registerA.DataOutput3.State;
//int i4 = registerA.DataOutput4.State;
//int i5 = registerA.DataOutput5.State;
//int i6 = registerA.DataOutput6.State;
//int i7 = registerA.DataOutput7.State;
//int i8 = registerA.DataOutput8.State;
//Cable.Join(new Pin() { State = 0 }, registerA.WriteEnable);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput1);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput2);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput3);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput4);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput5);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput6);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput7);
//Cable.Join(new Pin() { State = 0 }, registerA.DataInput8);
//int q1 = registerA.DataOutput1.State;
//int q2 = registerA.DataOutput2.State;
//int q3 = registerA.DataOutput3.State;
//int q4 = registerA.DataOutput4.State;
//int q5 = registerA.DataOutput5.State;
//int q6 = registerA.DataOutput6.State;
//int q7 = registerA.DataOutput7.State;
//int q8 = registerA.DataOutput8.State;
//Cable.Join(new Pin() { State = 1 }, registerA.ReadEnable);
//int w1 = registerA.DataOutput1.State;
//int w2 = registerA.DataOutput2.State;
//int w3 = registerA.DataOutput3.State;
//int w4 = registerA.DataOutput4.State;
//int w5 = registerA.DataOutput5.State;
//int w6 = registerA.DataOutput6.State;
//int w7 = registerA.DataOutput7.State;
//int w8 = registerA.DataOutput8.State;
// 1. zaladowac program do ramu
//Ram8 ram = new Ram8();
//DataBusHelper ramHelper = new DataBusHelper(ram);
//string ins1 = "mov eax, 3";
//byte[] value1 = new byte[] { 1, 0, 0, 0, 0, 0, 0, 1 };
//byte[] value2 = new byte[] { 1, 0, 0, 1, 1, 0, 0, 1 };
//ramHelper.SaveInRam(value1, 0);
//var aa = ramHelper.LoadFromRam(0);
// 2. uruchomic program
// zegar tworzy impulsy, licznik impulsow uruchamia odpowiednia sciezke ktora wykonuje kroki programu
// a) Instruction counter ++
// b) Fetch instruction
// c) decoding
// d) executing
}
public DataBusHelper(DataBus dataBus)
{
this.DataBus = dataBus;
}
