public block_output(string name, Macrocell Macrocell, byte output_address)
{
this.name = name;
this.Macrocell = Macrocell;
this.output_address = output_address;
////////////////////////////////////////////////////////////////////////////////
// Add this block_output to the dictionary
////////////////////////////////////////////////////////////////////////////////
//this.Macrocell.myHashtable.Add(output_address, this);
GreenPAK.myDictionary.Add(output_address, this);
}
public SLG46108(byte[] nvm)
{
matrix_address_length = 5;
////////////////////////////////////////////////////////////////////////////////
// I/O Pads
////////////////////////////////////////////////////////////////////////////////
Power VDD = new Power();
VDD.outputs.Add(new Macrocell.block_output("VDD", VDD, 31));
GPI PIN2 = new GPI();
PIN2.outputs.Add(new Macrocell.block_output("Pin2 EXTERNAL INPUT", PIN2, 1));
GPIO PIN3 = new GPIO();
PIN3.inputs.Add(new Macrocell.block_input("Pin3 EXTERNAL OUTPUT", PIN3, 0));
PIN3.outputs.Add(new Macrocell.block_output("Pin3 EXTERNAL INPUT", PIN3, 2));
GPIO_OE PIN4 = new GPIO_OE();
PIN4.inputs.Add(new Macrocell.block_input("Pin4 EXTERNAL OUTPUT", PIN4, 5));
PIN4.inputs.Add(new Macrocell.block_input("Pin4 OE", PIN4, 10));
PIN4.outputs.Add(new Macrocell.block_output("Pin4 EXTERNAL INPUT", PIN4, 3));
Power GND = new Power();
GND.outputs.Add(new Macrocell.block_output("GND", GND, 0));
GPIO PIN6 = new GPIO();
PIN6.inputs.Add(new Macrocell.block_input("Pin6 EXTERNAL OUTPUT", PIN6, 180));
PIN6.outputs.Add(new Macrocell.block_output("Pin6 EXTERNAL INPUT", PIN6, 24));
GPIO PIN7 = new GPIO();
PIN7.inputs.Add(new Macrocell.block_input("Pin7 EXTERNAL OUTPUT", PIN7, 185));
PIN7.outputs.Add(new Macrocell.block_output("Pin7 EXTERNAL INPUT", PIN7, 25));
GPIO_OE PIN8 = new GPIO_OE();
PIN8.inputs.Add(new Macrocell.block_input("Pin8 EXTERNAL OUTPUT", PIN8, 190));
PIN8.inputs.Add(new Macrocell.block_input("Pin8 OE", PIN8, 195));
PIN8.outputs.Add(new Macrocell.block_output("Pin8 EXTERNAL INPUT", PIN8, 26));
////////////////////////////////////////////////////////////////////////////////
// Combinatorial Logic
////////////////////////////////////////////////////////////////////////////////
LUT_2_bit LUT2_2 = new LUT_2_bit();
LUT2_2.inputs.Add(new Macrocell.block_input("LUT2_2 IN0", LUT2_2, 35));
LUT2_2.inputs.Add(new Macrocell.block_input("LUT2_2 IN1", LUT2_2, 40));
LUT2_2.outputs.Add(new Macrocell.block_output("LUT2_2 OUT", LUT2_2, 6));
LUT_2_bit LUT2_3 = new LUT_2_bit();
LUT2_3.inputs.Add(new Macrocell.block_input("LUT2_3 IN0", LUT2_3, 45));
LUT2_3.inputs.Add(new Macrocell.block_input("LUT2_3 IN1", LUT2_3, 50));
LUT2_3.outputs.Add(new Macrocell.block_output("LUT2_3 OUT", LUT2_3, 7));
LUT_3_bit LUT3_2 = new LUT_3_bit();
LUT3_2.inputs.Add(new Macrocell.block_input("LUT3_2 IN0", LUT3_2, 85));
LUT3_2.inputs.Add(new Macrocell.block_input("LUT3_2 IN1", LUT3_2, 90));
LUT3_2.inputs.Add(new Macrocell.block_input("LUT3_2 IN1", LUT3_2, 95));
LUT3_2.outputs.Add(new Macrocell.block_output("LUT3_2 OUT", LUT3_2, 10));
LUT_3_bit LUT3_3 = new LUT_3_bit();
LUT3_3.inputs.Add(new Macrocell.block_input("LUT3_3 IN0", LUT3_3, 100));
LUT3_3.inputs.Add(new Macrocell.block_input("LUT3_3 IN1", LUT3_3, 105));
LUT3_3.inputs.Add(new Macrocell.block_input("LUT3_3 IN1", LUT3_3, 115));
LUT3_3.outputs.Add(new Macrocell.block_output("LUT3_3 OUT", LUT3_3, 11));
////////////////////////////////////////////////////////////////////////////////
// Counters/Delays
////////////////////////////////////////////////////////////////////////////////
Macrocell CNT0 = new Macrocell();
CNT0.inputs.Add(new Macrocell.block_input("CNT0 IN", CNT0, 150));
CNT0.inputs.Add(new Macrocell.block_input("CNT0/1 EXT CLK IN", CNT0, 160));
CNT0.outputs.Add(new Macrocell.block_output("CNT0 OUT", CNT0, 15));
Macrocell CNT1 = new Macrocell();
CNT1.inputs.Add(new Macrocell.block_input("CNT1 input", CNT1, 155));
CNT1.inputs.Add(new Macrocell.block_input("CNT0/1 EXT CLK IN", CNT1, 160));
CNT1.outputs.Add(new Macrocell.block_output("CNT1 OUT", CNT1, 16));
Macrocell CNT3 = new Macrocell();
CNT3.inputs.Add(new Macrocell.block_input("CNT3 IN", CNT3, 165));
CNT3.outputs.Add(new Macrocell.block_output("CNT3 OUT", CNT3, 17));
CNT3.outputs.Add(new Macrocell.block_output("CNT3 EDGE DET OUT", CNT3, 18));
////////////////////////////////////////////////////////////////////////////////
// Special Components
////////////////////////////////////////////////////////////////////////////////
Oscillator OSC = new Oscillator();
OSC.inputs.Add(new Macrocell.block_input("OSC POWER DOWN", OSC, 175));
OSC.outputs.Add(new Macrocell.block_output("OSC OUT0", OSC, 20));
OSC.outputs.Add(new Macrocell.block_output("OSC OUT1", OSC, 21));
Power POR = new Power();
POR.outputs.Add(new Macrocell.block_output("POR", POR, 23));
////////////////////////////////////////////////////////////////////////////////
// Combination Function components
////////////////////////////////////////////////////////////////////////////////
Macrocell LUT2_0 = new Macrocell();
LUT2_0.inputs.Add(new Macrocell.block_input("LUT2_0 IN0 / DFF0 CLK", LUT2_0, 15));
LUT2_0.inputs.Add(new Macrocell.block_input("LUT2_0 IN1 / DFF0 DATA", LUT2_0, 20));
LUT2_0.outputs.Add(new Macrocell.block_output("LUT2_0 OUT / DFF0 Q", LUT2_0, 4));
LUT2_0.outputs.Add(new Macrocell.block_output("DFF0 nQ", LUT2_0, 27));
Macrocell LUT2_1 = new Macrocell();
LUT2_1.inputs.Add(new Macrocell.block_input("LUT2_1 IN0 / DFF1 CLK", LUT2_1, 25));
LUT2_1.inputs.Add(new Macrocell.block_input("LUT2_1 IN1 / DFF1 DATA", LUT2_1, 30));
LUT2_1.outputs.Add(new Macrocell.block_output("LUT2_1 OUT / DFF1 Q", LUT2_1, 5));
LUT2_1.outputs.Add(new Macrocell.block_output("DFF1 nQ", LUT2_1, 28));
Macrocell LUT3_0 = new Macrocell();
LUT3_0.inputs.Add(new Macrocell.block_input("LUT3_0 IN0 / DFF2 CLK", LUT3_0, 55));
LUT3_0.inputs.Add(new Macrocell.block_input("LUT3_0 IN1 / DFF2 DATA", LUT3_0, 60));
LUT3_0.inputs.Add(new Macrocell.block_input("LUT3_0 IN2 / DFF2 RST", LUT3_0, 65));
LUT3_0.outputs.Add(new Macrocell.block_output("LUT3_0 OUT / DFF2 Q", LUT3_0, 8));
LUT3_0.outputs.Add(new Macrocell.block_output("DFF2 nQ", LUT2_1, 29));
Macrocell LUT3_1 = new Macrocell();
LUT3_1.inputs.Add(new Macrocell.block_input("LUT3_1 IN0 / DFF3 CLK", LUT3_1, 70));
LUT3_1.inputs.Add(new Macrocell.block_input("LUT3_1 IN1 / DFF3 DATA", LUT3_1, 75));
LUT3_1.inputs.Add(new Macrocell.block_input("LUT3_1 IN2 / DFF3 RST", LUT3_1, 80));
LUT3_1.outputs.Add(new Macrocell.block_output("LUT3_1 OUT / DFF3 Q", LUT3_1, 9));
LUT3_1.outputs.Add(new Macrocell.block_output("DFF3 nQ", LUT2_1, 30));
Macrocell LUT3_4 = new Macrocell();
LUT3_4.inputs.Add(new Macrocell.block_input("LUT3_4 IN0 / Pipe Delay IN", LUT3_4, 115));
LUT3_4.inputs.Add(new Macrocell.block_input("LUT3_4 IN1 / Pipe Delay nRST", LUT3_4, 120));
LUT3_4.inputs.Add(new Macrocell.block_input("LUT3_4 IN2 / Pipe Delay CLK", LUT3_4, 125));
LUT3_4.outputs.Add(new Macrocell.block_output("LUT3_4 OUT / Pipe Delay OUT0", LUT3_4, 12));
LUT3_4.outputs.Add(new Macrocell.block_output("Pipe Delay OUT1", LUT3_4, 13));
Macrocell LUT4_0 = new Macrocell();
LUT4_0.inputs.Add(new Macrocell.block_input("LUT4_0 IN0 / CNT2 EXT CLK input", LUT4_0, 130));
LUT4_0.inputs.Add(new Macrocell.block_input("LUT4_0 IN1 / CNT2 input", LUT4_0, 135));
LUT4_0.inputs.Add(new Macrocell.block_input("LUT4_0 IN2 / CNT2 KEEP input", LUT4_0, 140));
LUT4_0.inputs.Add(new Macrocell.block_input("LUT4_0 IN3 / CNT2 UP input", LUT4_0, 145));
LUT4_0.outputs.Add(new Macrocell.block_output("LUT4_0 OUT / CNT2 OUT", LUT4_0, 14));
////////////////////////////////////////////////////////////////////////////////
// Assign Matrix connections
////////////////////////////////////////////////////////////////////////////////
assign_matrix_connections(nvm, matrix_address_length);
Console.WriteLine("\n\n\n\n");
foreach (matrix_connection m in matrix_connections)
{
Console.WriteLine(m.output.name + " " + m.input.name);
}
}
public block_input(string name, Macrocell Macrocell, int register_address)
{
this.name = name;
this.Macrocell = Macrocell;
this.register_address = register_address;
}