FujiNet Commodore Programming

10 PRINT CHR$(147)
20 OPEN 1,15,15,"ADAPTERCONFIG"
30 INPUT#1,S$:PRINT;
40 PRINT "    SSID: ";S$
50 INPUT#1,H$:PRINT;
60 PRINT "HOSTNAME: ";H$
70 INPUT#1,I$:PRINT;
80 PRINT "      IP: ";I$
90 INPUT#1,N$:PRINT;
100 PRINT " NETMASK: ";N$
110 INPUT#1,G$:PRINT;
120 PRINT " GATEWAY: ";G$
130 INPUT#1,D$:PRINT;
140 PRINT "     DNS: ";D$
150 INPUT#1,M$:PRINT;
160 PRINT "     MAC: ";M$
170 INPUT#1,B$:PRINT;
180 PRINT "   BSSID: ";B$
190 INPUT#1,V$:PRINT;
200 PRINT "     VER: ";V$
210 CLOSE1
220 END

Raw variant

For other languages that can handle structured binary data, an alternate payload can be used:

Payload: "ADAPTERCONFIG:RAW
Response: The adapter configuration as a binary structure specified below.

struct
{
    char ssid[33];
    char hostname[64];
    unsigned char localIP[4];
    unsigned char gateway[4];
    unsigned char netmask[4];
    unsigned char dnsIP[4];
    unsigned char macAddress[6];
    unsigned char bssid[6];
    char fn_version[15];
} cfg;

Example C program

#include <cx16.h>
#include <cbm.h>
#include <stdio.h>

/**
 * The current network adapter configuration
 */
typedef struct
{
  char ssid[33];
  char hostname[64];
  unsigned char localIP[4];
  unsigned char gateway[4];
  unsigned char netmask[4];
  unsigned char dnsIP[4];
  unsigned char macAddress[6];
  unsigned char bssid[6];
  char fn_version[15];
} AdapterConfig;

AdapterConfig ac;

void main(void)
{ 
  cbm_open(15,15,15,"adapterconfig:raw"); 
  cbm_read(15,&ac,sizeof(AdapterConfig));
  cbm_close(15);
  
  printf("%11s %s\n","SSID:",ac.ssid);
  printf("%11s %s\n","HOSTNAME:",ac.hostname);
  printf("%11s %u.%u.%u.%u\n","IP:",ac.localIP[0],ac.localIP[1],ac.localIP[2],ac.localIP[3]);
  printf("%11s %u.%u.%u.%u\n","NETMASK:",ac.netmask[0],ac.netmask[1],ac.netmask[2],ac.netmask[3]);
  printf("%11s %u.%u.%u.%u\n","GATEWAY:",ac.gateway[0],ac.gateway[1],ac.gateway[2],ac.gateway[3]);
  printf("%11s %u.%u.%u.%u\n","DNS:",ac.dnsIP[0],ac.dnsIP[1],ac.dnsIP[2],ac.dnsIP[3]);
  printf("%11s %02X:%02X:%02X:%02X:%02X:%02X\n","MAC:",ac.macAddress[0],ac.macAddress[1],ac.macAddress[2],ac.macAddress[3],ac.macAddress[4],ac.macAddress[5]);
  printf("%11s %02X:%02X:%02X:%02X:%02X:%02X\n","BSSID:",ac.bssid[0],ac.bssid[1],ac.bssid[2],ac.bssid[3],ac.bssid[4],ac.bssid[5]);
  printf("%11s %s\n\n","FNVER:",ac.fn_version);
}

Set SSID

Payload: "SETSSID:,"

Important

The SSID is case sensitive, be aware when converting PETSCII to ASCII characters.

Example from BASIC

OPEN 1,15,15,"SETSSID:MyNetwork,mypassword":CLOSE1

RAW variant

An alternative payload, "SETSSID:RAW:" can be used to send the SSID and password as a fixed block of 97 characters, to allow for handling special characters, as seen in the structure below:

struct
{
    char ssid[33];
    char password[64];
} cfg;

The contents of this structure are immediately appended after SETSSID:RAW: and must be 97 characters exactly. Both ssid and password are expected to be NULL padded.

Get SSID

Payload: "GETSSID" Response: A single line of text containing the currently configured SSID

Example BASIC Program

10 OPEN 1,15,15,"GETSSID"
20 INPUT#1,S$
21 CLOSE1
30 ? "SSID: ";S$
40 END

Scan for networks

Payload: "SCAN" Response: A single number indicating number of discovered networks.

Example BASIC program

10 OPEN 1,15,15,"SCAN"
20 INPUT#1,N
30 CLOSE1
40 PRINT "# OF NETWORKS FOUND: ";N
50 END

Get Scan result from a SCAN

Payload: "SCANRESULT:[:RAW]" Response: "SSID",RSSI

num is the result # of recent scan, must be less than the total # of entries returned.
RAW specifies to send back the data using the following data structure:

struct
{
    char ssid[32]; // Null terminated and padded
    unsigned char rssi;
} result;

Example BASIC program

60 OPEN 1,15,15,"SCANRESULT:1"
70 INPUT#1,S$,R:REM GET SSID and RSSI
71 CLOSE 1
80 ? "SSID: ";S$;" RSSI: ";R

Get WIFI status

Payload: "WIFISTATUS" Response: 3 = CONNECTED, 6 = DISCONNECTED

Example BASIC program

10 OPEN 1,15,15,"WIFISTATUS"
20 INPUT #1,S
30 CLOSE 1
40 PRINT "WIFI STATUS IS ";
50 IF S=3 THEN PRINT "CONNECTED"
60 IF S=6 THEN PRINT "DISCONNECTED"
70 END

Mount Host Slot

Mount the host entered at slot 0-7. Needs to be done before a device slot can use something from a host slot.

Payload: "MOUNTHOST:<0-7>"

Example BASIC program

OPEN 1,15,15,"MOUNTHOST:1":CLOSE1:REM MOUNT SECOND HOST SLOT

Mount Device Slot

Mount the device configured at device slot 0-4 with given mode (1 = read, 2 = write), these correspond to IEC devices 8 to 11, respectively.

Payload: "MOUNTDRIVE:<0-3>:"

Example BASIC program

OPEN 1,15,15,"MOUNTDRIVE:0":CLOSE1:REM MOUNT FIRST CONFIGURED DEVICE SLOT

Open Directory

Opens a directory for a mounted host slot 0-7, so it can be listed, and sets its path and optional filter pattern. The directory entries can be read via the READDIR command. The NULL character ($00) can be substituted for the ~ (pi) character, the CONFIG program does this.

Payload: "OPENDIR:<0-7>:[~FILTER]"

Example BASIC program

OPEN1,15,15,"OPENDIR:0:/~*.D64":CLOSE1:REM OPEN DIR FOR HOST SLOT 1, AND RETURN MATCHING *.D64 FILES

This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

Join us on Discord: https://discord.gg/7MfFTvD