ryu10

TOP_MODULE=oneshottmr_sim
OUT_FILE=test.out

# compile
iverilog -g2012  \
    -o ${OUT_FILE} \
    -s ${TOP_MODULE} ./scenario.sv ../src/oneshottmr.v
# ./oneshottmr_orig.v
# ../src/oneshottmr.v

ryu10

//////////////////////////////////////////////////////////////
// module :oneshottmr_sim
/////////////////////////////////////////////////////////////
`timescale 1ns/1ps

module oneshottmr_sim;

// Create clock
parameter CLK_E_1MHz = 1000; // ns

ryu10

// Verilog one-shot counter module

module oneshottmr 

(
    input clk,
    input reset_n,
    input trigger,
    output reg q_n
);

ryu10

[
  [
    {
      "t": "#000000\n\n#0a0000"
    },
    "o\n+/-\nPara\nSS\nL MGN",
    {
      "t": "#000000",
      "a": 5
    },

ryu10

{

Online Pascal Compiler.Code, Compile,
    Run and Debug Pascal program online.Write your code in this editor and
    press "Run" button to execute it.}


program asciiart;
var 
    x, y, i, i2, flag:integer;

ryu10

--- hex2bin/libcrc.h	2023-05-21 01:35:20.711215991 +0100
+++ hex2bin.new/libcrc.h	2023-05-21 01:21:23.359661817 +0100
@@ -24,7 +24,7 @@
 #ifndef _LIBCRC_H_
 #define _LIBCRC_H_
 
-void *crc_table;
+extern void *crc_table;
 
 void init_crc8_normal_tab(uint8_t polynom);

ryu10

***
* PIA - CA1 Interrupt
*
* RyuStudio Nov. 2022
***
*
* Lambda-2022 PIA Adrs
p0da      equ $f008       ; PIA0 DA
p0ca      equ p0da+1      ; PIA0 CA
p0db      equ p0da+2      ; PIA0 DB

ryu10

***
* PIA - Blink All ports
*
* RyuStudio Nov. 2022
***
*
* Lambda-2022 PIA Adrs
p0da      equ $f008       ; PIA0 DA
p0ca      equ p0da+1      ; PIA0 CA
p0db      equ p0da+2      ; PIA0 DB

ryu10

{
    // See https://go.microsoft.com/fwlink/?LinkId=733558
    // for the documentation about the tasks.json format
    "version": "2.0.0",
    "windows": {
        "options": {
            "shell": {
                "executable": "cmd.exe",
                "args": [
                    "/d", "/c"

ryu10

void displayHex(unsigned int d0){
  (d0 & 0x0001)?digitalWrite(2, HIGH):digitalWrite(2, LOW);
  (d0 & 0x0002)?digitalWrite(3, HIGH):digitalWrite(3, LOW);
  (d0 & 0x0004)?digitalWrite(4, HIGH):digitalWrite(4, LOW);
  (d0 & 0x0008)?digitalWrite(5, HIGH):digitalWrite(5, LOW);
  digitalWrite(6, LOW);
  digitalWrite(6, HIGH); // data latched
}

unsigned int data=0;