Katunori Takesita houmei

## Lesson1.v
module Lesson1( sw, led );
  input [9:0] sw ;
	output [9:0] led ;

	assign led=sw;

endmodule

/*
module Lesson1(

## DE0_pinassign.csv

          
            DE0 Pin Assign
            Direction
            Pin name
            Description
            02:20130124
            @houmei


              # CLOCK

            
              CLOCK_50
              input
              PIN_G21(CLK4)
              50MHz OSC

            
              CLOCK_50_2
              input
              PIN_B12(CLK9)
              50MHz OSC

            
              GPIO0_CLKIN0
              input
              PIN_AB12(CLK12)
              GPIO0(J4-1)

            
              GPIO0_CLKIN2
              input
              PIN_AB12(CLK13)
              GPIO0(J4-3)

            
              GPIO_CLKOUT0
              output
              PIN_AB3(PLL1_CLKOUTn)
              GPIO0(J4-19)

            
              GPIO_CLKOUT1
              output
              PIN_AA3(PLL1_CLKOUTp)
              GPIO0(J4-21)

            
              GPIO1_CLKIN0
              input
              PIN_AB11(CLK14)
              GPIO1(J5-1)

## Skeleton
// terasIC DE0 topmodule skeleton
// onboard I/O 3-button,10-sw,10-LED,4-7SEG
//
module Skeleton(clk,btn,sw,led,hled0,hled1,hled2,hled3,lcd_bl);
  input clk;
	input [2:0] btn;
	input [9:0] sw;
	output [9:0] led;
	output [7:0] hled0;
	output [7:0] hled1;

## bcdall0.v
module bcdall0(BCD3,BCD2,BCD1,BCD0, lampoff);
  input [3:0] BCD3;
	input [3:0] BCD2;
	input [3:0] BCD1;
	input [3:0] BCD0;
	output lampoff;

	assign lampoff=(BCD0==4'd0)&(BCD1==4'd0)&(BCD2==4'd0)&(BCD3==4'd0);
endmodule

## keymatrixscan.ino

int KO[4]={5,6,7,8};
int KI[4]={9,10,11,12};

void setup() {
  pinMode(KI[0],INPUT_PULLUP);
  pinMode(KI[1],INPUT_PULLUP);
  pinMode(KI[2],INPUT_PULLUP);
  pinMode(KI[3],INPUT_PULLUP);
  pinMode(KO[0],OUTPUT);

## SHFTER.v
module SHFTER(clk,GPIO1,GPIO2,GPIO3);
  input clk;
	input [63:0] GPIO1;
	input [63:0] GPIO2;
	output [63:0] GPIO3;

	wire [63:0] indata;
	wire [63:0] val;
	wire [63:0] sftout;

## SHFTER.v
module SHFTER(clk,GPIO1,GPIO2,GPIO3);
  input clk;
	input [63:0] GPIO1;
	input [63:0] GPIO2;
	output [63:0] GPIO3;

	wire [63:0] indata;
	wire [63:0] val;
	wire [63:0] sftout;

## sll64_8_8.v
module sll64_byte (indata,val_nnnnxxx,outdata);
  input [63:0] indata;
	input [3:0] val_nnnnxxx; // shift
	output [63:0] outdata;
	assign outdata=indata<<(val_nnnnxxx<<3);
endmodule

module sll64_8bit (indata,val,outdata);
	input [63:0] indata;
	input [2:0] val; // shift 0-7

## sll64_8_8.v

/*
module sll64_byte (indata,val_nnnnxxx,outdata);
  input [63:0] indata;
	input [3:0] val_nnnnxxx; // shift
	output [63:0] outdata;

	wire [6:0] shift_v;

	assign shift_v={val_nnnnxxx,3'b000};

## msp430blink.ino
// LaunchPad(MSP430G2231),StellarisLaunchPad(LM4F120)
//
void setup() {
  // initialize the digital pin as an output.
  // Pin 14 has an LED connected on most Arduino boards:
  pinMode(RED_LED, OUTPUT);
  pinMode(GREEN_LED, OUTPUT);
  pinMode(PUSH2, INPUT);
}
	module Lesson1( sw, led );
	input [9:0] sw ;
	output [9:0] led ;

	assign led=sw;

	endmodule

	/*
	module Lesson1(
DE0 Pin Assign	Direction	Pin name	Description	02:20130124	@houmei

# CLOCK
CLOCK_50	input	PIN_G21(CLK4)	50MHz OSC
CLOCK_50_2	input	PIN_B12(CLK9)	50MHz OSC
GPIO0_CLKIN0	input	PIN_AB12(CLK12)	GPIO0(J4-1)
GPIO0_CLKIN2	input	PIN_AB12(CLK13)	GPIO0(J4-3)
GPIO_CLKOUT0	output	PIN_AB3(PLL1_CLKOUTn)	GPIO0(J4-19)
GPIO_CLKOUT1	output	PIN_AA3(PLL1_CLKOUTp)	GPIO0(J4-21)
GPIO1_CLKIN0	input	PIN_AB11(CLK14)	GPIO1(J5-1)
	// terasIC DE0 topmodule skeleton
	// onboard I/O 3-button,10-sw,10-LED,4-7SEG
	//
	module Skeleton(clk,btn,sw,led,hled0,hled1,hled2,hled3,lcd_bl);
	input clk;
	input [2:0] btn;
	input [9:0] sw;
	output [9:0] led;
	output [7:0] hled0;
	output [7:0] hled1;
	module bcdall0(BCD3,BCD2,BCD1,BCD0, lampoff);
	input [3:0] BCD3;
	input [3:0] BCD2;
	input [3:0] BCD1;
	input [3:0] BCD0;
	output lampoff;

	assign lampoff=(BCD0==4'd0)&(BCD1==4'd0)&(BCD2==4'd0)&(BCD3==4'd0);
	endmodule

	int KO[4]={5,6,7,8};
	int KI[4]={9,10,11,12};

	void setup() {
	pinMode(KI[0],INPUT_PULLUP);
	pinMode(KI[1],INPUT_PULLUP);
	pinMode(KI[2],INPUT_PULLUP);
	pinMode(KI[3],INPUT_PULLUP);
	pinMode(KO[0],OUTPUT);
	module SHFTER(clk,GPIO1,GPIO2,GPIO3);
	input clk;
	input [63:0] GPIO1;
	input [63:0] GPIO2;
	output [63:0] GPIO3;

	wire [63:0] indata;
	wire [63:0] val;
	wire [63:0] sftout;
	module sll64_byte (indata,val_nnnnxxx,outdata);
	input [63:0] indata;
	input [3:0] val_nnnnxxx; // shift
	output [63:0] outdata;
	assign outdata=indata<<(val_nnnnxxx<<3);
	endmodule

	module sll64_8bit (indata,val,outdata);
	input [63:0] indata;
	input [2:0] val; // shift 0-7
	// LaunchPad(MSP430G2231),StellarisLaunchPad(LM4F120)
	//
	void setup() {
	// initialize the digital pin as an output.
	// Pin 14 has an LED connected on most Arduino boards:
	pinMode(RED_LED, OUTPUT);
	pinMode(GREEN_LED, OUTPUT);
	pinMode(PUSH2, INPUT);
	}