vending_machine_board.v

`timescale 1ns / 1ps

module vending_machine_board(clk, reset, BTN1 ,BTN2 ,BTN3, product1, product2, product3, delivered,
							 a,b,c,d,e,f,g,an0,an1,an2,an3);
	
	input clk, reset, BTN1, BTN2, BTN3;		
	output product1, product2, product3, delivered;
	output a,b,c,d,e,f,g,an0,an1,an2,an3;

	wire divClk;
	wire BTN1out, BTN2out, BTN3out;
	wire [6:0] digit1;
	wire [6:0] digit2;
	wire [6:0] digit3;
	wire [6:0] digit4;
	
	clk_divider Div (.clk_in(clk), .rst(reset), .divided_clk(divClk));
	
	debouncer 	DB1 (.clk(divClk), .rst(reset), .noisy_in(BTN1), .clean_out(BTN1out));
	debouncer 	DB2 (.clk(divClk), .rst(reset), .noisy_in(BTN2), .clean_out(BTN2out));
	debouncer 	DB3 (.clk(divClk), .rst(reset), .noisy_in(BTN3), .clean_out(BTN3out));
	
	vending_machine vending (.clk(divClk), .reset(reset), .BTN1(BTN1out), .BTN2(BTN2out), .BTN3(BTN3out), 
							 .product1(product1), .product2(product2), .product3(product3), .delivered(delivered), 
							 .digit1(digit1), .digit2(digit2), .digit3(digit3), .digit4(digit4));
	
	ssd SSD_END(.clk(clk), .reset(reset), 
				.a0(digit1[6]),.a1(digit2[6]),.a2(digit3[6]),.a3(digit4[6]),
				.b0(digit1[5]),.b1(digit2[5]),.b2(digit3[5]),.b3(digit4[5]),
				.c0(digit1[4]),.c1(digit2[4]),.c2(digit3[4]),.c3(digit4[4]),
				.d0(digit1[3]),.d1(digit2[3]),.d2(digit3[3]),.d3(digit4[3]),
				.e0(digit1[2]),.e1(digit2[2]),.e2(digit3[2]),.e3(digit4[2]),
				.f0(digit1[1]),.f1(digit2[1]),.f2(digit3[1]),.f3(digit4[1]),
				.g0(digit1[0]),.g1(digit2[0]),.g2(digit3[0]),.g3(digit4[0]),
				.a(a),.b(b),.c(c),.d(d),.e(e),.f(f),.g(g),.an0(an0),.an1(an1),.an2(an2),.an3(an3));
	
endmodule