SmartHomeSystem.v

/*--  *******************************************************
--  Computer Architecture Course, Laboratory Sources 
--  Amirkabir University of Technology (Tehran Polytechnic)
--  Department of Computer Engineering (CE-AUT)
--  https://ce[dot]aut[dot]ac[dot]ir
--  *******************************************************
--  All Rights reserved (C) 2019-2020
--  *******************************************************
--  Student ID  : 9831074
--  Student Name: Leili Barekatain
--  Student Mail: 
--  *******************************************************
--  Additional Comments:
--
--*/

/*-----------------------------------------------------------
---  Module Name: Smart Home System
---  Description: ModuleSmartHomeSystem:
-----------------------------------------------------------*/
`timescale 1 ns/1 ns

module SmartHomeSystem (
	input  arst      , // async  reset
	input  clk       , // clock  posedge
	input  request,
	input  confirm,
	input  gds_din   , // gas detector input
	output [2:0 ] gds_dout   , // gas detector output
	input  [ 1:0] password,
	input  [34:0] confdata,
	input  [31:0] tc_base,
	input  [15:0] adc_data,
	output [31:0] tempc,
	input  [ 7:0] speed,
	output [ 3:0] chs_power,
	output        chs_mode,
	output        pwm_data,
	input  [ 3:0] tcode,
	output [ 3:0] wshade,
	output [ 3:0] lightnum,
	output [15:0] lightstate,
	input         dance_load,
	output [ 7:0] dance_qdata,
	output [ 2:0] dbg_state
	);
	
	wire [ 7:0] tc_ref;
	wire [ 7:0] chs_conf;
	wire [ 3:0] ulight;
	wire [ 3:0] lenght;
	wire [ 7:0] dance_pdata;
	wire        dance_din;
	wire        mem_wren;
	wire [34:0] mem_in;
	wire [34:0] mem_out;
	wire [ 1:0] syskey;

	assign tc_ref = mem_out[7:0];
	assign chs_conf = mem_out[15:8];
	assign lenght = mem_out[23:20];
	assign ulight = mem_out[19:16];
	assign dance_din = mem_out[32];
	assign dance_pdata = mem_out[31:24];
	assign syskey = mem_out[34:33] ;

	TemperatureCalculator Module1 (
	.tc_base (tc_base ),
	.tc_ref  (tc_ref  ),
	.adc_data(adc_data),
	.tempc   (tempc   )
	);

	GasDetectorSensor Module2 (
		.arst(arst), 
		.clk(clk), 
		.din(gds_din), 
		.dout(gds_dout));

	CoolHeatSystem Module3 (
		.arst     (arst     ),
		.clk      (clk      ),
		.speed    (speed    ),
		.chs_conf (chs_conf ),
		.chs_power(chs_power),
		.chs_mode (chs_mode ),
		.pwm_data (pwm_data )
	);

	LightingSystem Module4 (
		.tcode     (tcode     ),
		.ulight    (ulight    ),
		.lenght    (lenght    ),
		.wshade    (wshade    ),
		.lightnum  (lightnum  ),
		.lightstate(lightstate)
	);

	LightDance Module5 (
		.arst(arst), 
		.clk(clk), 
		.din(dance_din), 
		.load(dance_load), 
		.pdata(dance_pdata), 
		.qdata(dance_qdata));

	MemoryUnit Module6 (
		.arst(arst),
		.clk(clk),
		.wren(mem_wren),
		.din(mem_in),
		.dout(mem_out));

	ControlUnit Module7 (
		.arst     (arst     ),
		.clk      (clk      ),
		.request  (request  ),
		.confirm  (confirm  ),
		.password (password ),
		.syskey   (syskey   ),
		.configin (confdata ),
		.configout(mem_in   ),
		.write_en (mem_wren ),
		.dbg_state(dbg_state)
	);


endmodule