tschak909

/**
 * screen_char_draw(Coord, ch, count) - Output buffer from ch* of length count as PLATO characters
 */
screen_char_draw(Coord, ch, count)
padPt* Coord;
unsigned char* ch;
unsigned char count;
{
  short offset; /* due to negative offsets */
  unsigned short x;      /* Current X and Y coordinates */

tschak909

/* Heatmap program for X11 */
/* cc -oheatmap heatmap.c -lX11 */

#include <X11/Xlib.h>
#include <X11/Xutil.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>

#define X_OFFSET 128

tschak909

/* Heatmap Program */

#include <stdio.h>
#include <dos.h>

double vernum, gini_gks();

static int devices[]={1};

int errfil, idunit, maxxras, maxyras;

tschak909

/* Heatmap program */

#include "obdefs.h"
#include "define.h"
#include "gemdefs.h"
#include "osbind.h"

#define WI_KIND (MOVER|CLOSER|NAME)

int h[16][16];

tschak909

package main

import (
        "fmt"
        "io/ioutil"
        "log"
        "net/http"
)

func helloWorld(w http.ResponseWriter, r *http.Request) {

tschak909

import asyncio

writers = []

def forward(writer, addr, message):
    for w in writers:
        if w != writer:
            w.write(f"{addr!r}: {message!r}\n".encode())

async def handle(reader, writer):

tschak909

        ;; Called to do burst read from GETB

GETBR:  LDA     ZICBAL          ; Get requested dest buffer from IOCB
        STA     READCB+4        ; ...and put into DCB
        LDA     ZICBAH          ; ...
        STA     READCB+5        ; ...
        LDA     ZICBLL          ; Get Requested Length
        STA     READCB+8        ; and stuff into DCB as DBYT/DAUX
        STA     READCB+10       ; ...
        LDA     ZICBLH          ; ...

tschak909

Hello, everyone.

I’ve spent the last year with a team of people developing the firmware for an ESP32 based super-peripheral for the Atari 8-bit systems called #FujiNet. We have successfully taken this hardware to completion, and because both the hardware and software for this project are completely open sourced without commercial restriction, there are now multiple vendors producing #FujiNet devices for that community. 

Now we want to take what we’ve learned, and apply it to the Commodore 64, for a device that plugs into the IEC and user ports, to provide the same functionality.

The firmware that drives #FujiNet could be very well adapted for the C64 and the serial 488 bus, as well as integrating quite nicely into the Kernal to provide networked disk, printing, wi-fi modem, and network card functionalities, all within the same device.

More info can be found here: http://fujinet.online/  and we have opened up a discord channel to discuss for #other-platforms. We’d love to hear from anyone who would be inte

tschak909

19:50:00.585 > CF: 71 4f 06 80 47
19:50:00.586 > checksum_ok
19:50:00.586 > sioNetwork::sio_process 0x4f 'O': 0x06, 0x80
19:50:00.588 > sioNetwork::sio_open()
19:50:00.588 > ACK!
19:50:00.588 > <-SIO read 256
19:50:00.588 > ACK!
19:50:00.610 > parseURL: N:Congo*.*
19:50:00.610 > parseURL isValidURL: TNFS://HOMESOFT.IRATA.ONLINE/C/Congo*.*
19:50:00.618 > Open: TNFS://HOMESOFT.IRATA.ONLINE/C/Congo*.*

tschak909

0100 ; BINARY LOAD MENU PROGRAM
0110 ; NAME OBJECT FILE D:AUTORUN.SYS
0120 ;
0130 ; RICHARD J. KALAGHER
0140 ; AUGUST 7, 1983
0150 ;
0160  .OPT NOEJECT
0170 ;
0180 ; EQUATES
0190 ;