`include "sdvd_defs.sv"
import sdvd_defs::SPEED;
module nexys_a7_top(
    input logic CLK100MHZ, CPU_RESETN,
    input logic BTNC, BTNR,
    output logic CA,CB,CC,CD,CE,CF,CG,
    output logic [7:0] AN
);

// Active high reset
wire reset;
assign reset = ~CPU_RESETN;

logic clk_1khz, clk_10hz;
logic seconds_pulse;

SPEED speed;

// Map C{A-G} to an array of 7-segment displays
wire [6:0] segments [7:0];
wire [2:0] segment_mux_select;

// These segments are currently unused
assign segments[7] = 0;
assign segments[6] = 0;
assign {CA,CB,CC,CD,CE,CF,CG} = ~segments[segment_mux_select];

logic [$clog2(60)-1:0] seconds;
logic [$clog2(60)-1:0] minutes;
logic [$clog2(60)-1:0] hours;

low_freq_clock_gen clockGen(CLK100MHZ, reset, speed, clk_1khz, clk_10hz, seconds_pulse);

// Count the number on seconds, hours, and minutes elapsed
// If the speed is faster this will pulse more often than once a second
// but will still theoretically be a second of video time
always_ff @(posedge seconds_pulse) begin
    if (reset) begin
        seconds <= 0;
        minutes <= 0;
        hours <= 0;
    end
    else if (seconds == 59) begin
        seconds <= 0;
        if (minutes == 59) begin
            minutes <= 0;
            hours <= hours + 1;
        end
        else
            minutes <= minutes + 1;
    end
    else
        seconds <= seconds + 1;
end

display_anode_driver anodeDriver(clk_1khz,reset,AN,segment_mux_select);

seconds_display secondsSegment (seconds, segments[1], segments[0]);
seconds_display minutesSegment (minutes, segments[3], segments[2]);
seconds_display hoursSegment (hours, segments[5], segments[4]);

// Run the playback speed state machine at a lower rate
// Gets rid of button bouncing
playback_controller playbackController (clk_10hz,reset,BTNC, BTNR, speed);





endmodule