private static void SaveJEDECFileTest()
{
var testgal = new GAL16V8();
testgal.LoadPDS("LogicConsole.Data.hex_display.pds");
testgal.SaveJEDEC(@"c:\temp\testjedecoutput.jed");
}
public void parse_for_inputs()
{
var circuit = new GAL16V8();
circuit.LoadPDS("GALCircuits.Tests.Data.hex_display.pds");
Assert.Equal(17, circuit.Fuses[0]);
Assert.Equal(33, circuit.Fuses[1]);
Assert.Equal(41, circuit.Fuses[2]);
Assert.Equal(58, circuit.Fuses[3]);
Assert.Equal(65, circuit.Fuses[4]);
Assert.Equal(76, circuit.Fuses[5]);
Assert.Equal(90, circuit.Fuses[6]);
}
public void parse_output_inverted()
{
var circuit = new GAL16V8();
circuit.LoadPDS("GALCircuits.Tests.Data.hex_display.pds");
Assert.True(circuit.Fuses.Contains(2048));
Assert.True(circuit.Fuses.Contains(2049));
Assert.True(circuit.Fuses.Contains(2050));
Assert.True(circuit.Fuses.Contains(2051));
Assert.True(circuit.Fuses.Contains(2052));
Assert.True(circuit.Fuses.Contains(2053));
Assert.True(circuit.Fuses.Contains(2054));
Assert.True(circuit.Fuses.Contains(2055));
}
public void hex_display_pds_jed_compare_ptd_fuses()
{
var hexDisplayPds = new GAL16V8();
hexDisplayPds.LoadPDS("GALCircuits.Tests.Data.hex_display.pds");
var hexDisplayJed = new GAL16V8();
hexDisplayJed.LoadJEDEC("GALCircuits.Tests.Data.hex_display.jed");
// compare matrix fuses
for (int i = 2128; i < 2192; i++)
{
var pdsVersion = hexDisplayPds.Fuses.Contains(i);
var jedVersion = hexDisplayJed.Fuses.Contains(i);
Assert.Equal(pdsVersion, jedVersion);
}
}
public void hex_display_pds_jed_compare_fuse_count()
{
var hexDisplayPds = new GAL16V8();
hexDisplayPds.LoadPDS("GALCircuits.Tests.Data.hex_display.pds");
var hexDisplayJed = new GAL16V8();
hexDisplayJed.LoadJEDEC("GALCircuits.Tests.Data.hex_display.jed");
// total matrix fuses
int totalPdsMatrixFuses = (from a in hexDisplayPds.Fuses where a < 2048 select a).Count();
int totalJedMatrixFuses = (from a in hexDisplayJed.Fuses where a < 2048 select a).Count();
Assert.Equal(totalPdsMatrixFuses, totalJedMatrixFuses);
// total fuses
Assert.Equal(hexDisplayPds.Fuses.Count, hexDisplayJed.Fuses.Count);
}
public void hex_display_test_w_pds_file(int d3, int d2, int d1, int d0, int A, int B, int C, int D, int E, int F, int G)
{
var hexDisplay = new GAL16V8();
hexDisplay.LoadPDS("GALCircuits.Tests.Data.hex_display.pds");
hexDisplay.I1.Add(0); // RBI
hexDisplay.I2.Add(d0); // D0
hexDisplay.I3.Add(d1); // D1
hexDisplay.I4.Add(d2); // D2
hexDisplay.I5.Add(d3); // D3
hexDisplay.I6.Add(0); // IC
hexDisplay.I7.Add(0); // LT
Assert.Equal(A, hexDisplay.O19(0)); // A
Assert.Equal(B, hexDisplay.O18(0)); // B
Assert.Equal(C, hexDisplay.O17(0)); // C
Assert.Equal(D, hexDisplay.O16(0)); // D
Assert.Equal(E, hexDisplay.O15(0)); // E
Assert.Equal(F, hexDisplay.O14(0)); // F
Assert.Equal(G, hexDisplay.O12(0)); // G
}
public void lamp_test()
{
var hexDisplay = new GAL16V8();
hexDisplay.LoadJEDEC("GALCircuits.Tests.Data.hex_display.jed");
hexDisplay.I1.Add(0); // RBI
hexDisplay.I2.Add(5); // D0
hexDisplay.I3.Add(0); // D1
hexDisplay.I4.Add(0); // D2
hexDisplay.I5.Add(0); // D3
hexDisplay.I6.Add(0); // IC
hexDisplay.I7.Add(5); // LT
Assert.Equal(0, hexDisplay.O19(0)); // A
Assert.Equal(0, hexDisplay.O18(0)); // B
Assert.Equal(0, hexDisplay.O17(0)); // C
Assert.Equal(0, hexDisplay.O16(0)); // D
Assert.Equal(0, hexDisplay.O15(0)); // E
Assert.Equal(0, hexDisplay.O14(0)); // F
Assert.Equal(0, hexDisplay.O12(0)); // G
}
