appSpecific.cpp

// Remote433 specific functions
//
// s60sc 2025

#include "appGlobals.h"


/************************ webServer callbacks *************************/

bool updateAppStatus(const char* variable, const char* value, bool fromUser) {
  // update vars from configs and browser input
  bool res = true;
  int intVal = atoi(value);
  if (fromUser && !strncmp(variable, "dooya", 5)) sendUserCmd(atoi(variable + 5));
  else if (!strcmp(variable, "aopMode")) opMode = (opModes)(intVal + 1); // add one for correct index
  else if (!strcmp(variable, "aRxPin")) rxPin = intVal;
  else if (!strcmp(variable, "bTxPin")) txPin = intVal;
  else if (!strcmp(variable, "cLedPin")) ledPin = intVal;
  else if (!strcmp(variable, "extendPin")) extendPin = intVal;
  else if (!strcmp(variable, "stopPin")) stopPin = intVal;
  else if (!strcmp(variable, "retractPin")) retractPin = intVal;
  else if (!strcmp(variable, "lightPin")) lightPin = intVal;
  else if (!strcmp(variable, "p2Pin")) p2Pin = intVal;
  else if (!strcmp(variable, "bpulseLen")) pulseLen = intVal;
  else if (!strcmp(variable, "fsyncHighPulses")) syncHighPulses = intVal;
  else if (!strcmp(variable, "esyncLowPulses")) syncLowPulses = intVal;
  else if (!strcmp(variable, "dlongSignalPulse")) longSignalPulse = intVal;
  else if (!strcmp(variable, "cshortSignalPulse")) shortSignalPulse = intVal;
  else if (!strcmp(variable, "abitLen")) bitLen = intVal;
  else if (!strcmp(variable, "gmsgGap")) msgGap = intVal;
  else if (!strcmp(variable, "hminSignal")) minSignal = intVal;
  else if (!strcmp(variable, "deviceId")) strncpy(deviceId, value, 24);
  else if (!strcmp(variable, "channelData")) strncpy(channelData, value, 8);
  else if (!strcmp(variable, "stopCmd")) strncpy(commandBits[STOP_ACTION], value, 8);
  else if (!strcmp(variable, "retractCmd")) strncpy(commandBits[RETRACT1], value, 8);
  else if (!strcmp(variable, "extendCmd")) strncpy(commandBits[EXTEND1], value, 8);
  else if (!strcmp(variable, "ledCmd")) strncpy(commandBits[TOGGLE_LED1], value, 8);
  else if (!strcmp(variable, "p2Cmd")) strncpy(commandBits[P2_COMMAND], value, 8);
  return res;
}

void appSpecificWsBinHandler(uint8_t* wsMsg, size_t wsMsgLen) {
  LOG_ERR("Unexpected websocket binary frame");
}

void appSpecificWsHandler(const char* wsMsg) {
  // message from web socket
  int wsLen = strlen(wsMsg) - 1;
  switch ((char)wsMsg[0]) {
    case 'X':
    break;
    case 'H':
      // keepalive heartbeat, return status
    break;
    case 'S':
      // status request
      buildJsonString(wsLen); // required config number
      logPrint("%s\n", jsonBuff);
    break;
    case 'U':
      // update or control request
      memcpy(jsonBuff, wsMsg + 1, wsLen); // remove 'U'
      parseJson(wsLen);
    break;
    case 'K':
      // kill websocket connection
      killSocket();
    break;
    default:
      LOG_WRN("unknown command %c", (char)wsMsg[0]);
    break;
  }
}

void buildAppJsonString(bool filter) {
  // build app specific part of json string
  char* p = jsonBuff + 1;
  *p = 0;
}

esp_err_t appSpecificWebHandler(httpd_req_t *req, const char* variable, const char* value) {
  return ESP_FAIL;
}

esp_err_t appSpecificSustainHandler(httpd_req_t* req) {
  return ESP_OK;
}

void externalAlert(const char* subject, const char* message) {
  // alert any configured external servers
}

bool appDataFiles() {
  // callback from setupAssist.cpp, for any app specific files
  return true;
}

void doAppPing() {
  // if daily alarm occurs
  if (checkAlarm()) {}
}

void OTAprereq() {
  stopPing();
}

/************** default app configuration **************/
const char* appConfig = R"~(
restart~~99~T~na
ST_SSID~~0~T~Wifi SSID name
ST_Pass~~0~T~Wifi SSID password
ST_ip~~0~T~Static IP address
ST_gw~~0~T~Router IP address
ST_sn~255.255.255.0~0~T~Router subnet
ST_ns1~~0~T~DNS server
ST_ns2~~0~T~Alt DNS server
AP_Pass~~0~T~AP Password
AP_ip~~0~T~AP IP Address if not 192.168.4.1
AP_sn~~0~T~AP subnet
AP_gw~~0~T~AP gateway
allowAP~1~0~C~Allow simultaneous AP
timezone~GMT0~0~T~Timezone string: tinyurl.com/TZstring
logType~0~99~N~Output log selection
Auth_Name~~0~T~Optional user name for web page login
Auth_Pass~~0~T~Optional user name for web page password
formatIfMountFailed~0~0~C~Format file system on failure
wifiTimeoutSecs~30~0~N~WiFi connect timeout (secs)
alarmHour~4~99~N~Hour of day for daily actions
usePing~1~0~C~Use ping
aopMode~2~2~S:DOOYA_RX:UNKNOWN_RX:DOOYA_TX:CUSTOM_TX~Protocol mode
dooya1~Extend~2~A~Extend canopy
dooya3~Stop~2~A~Stop canopy
dooya4~Retract~2~A~Retract canopy
dooya6~LED~2~A~Toggle canopy LEDs on / off
dooya8~P2~2~A~Programming remote
aRxPin~1~3~N~Interrupt pin connected to receiver
bTxPin~1~3~N~Output pin connected to transmitter
cLedPin~8~3~N~Pin to display HIGH / LOW pulses
extendPin~3~3~N~Pin to issue Extend command
stopPin~9~3~N~Pin to issue Stop command
retractPin~4~3~N~Pin to issue Retract command
lightPin~10~3~N~Pin to issue Lights command
p2pin~7~3~N~Pin to issue P2 command
deviceId~001011000101011010100000~4~L~24 bit ID of device being controlled
channelData~01110001~4~L~8 bit Channel number 
stopCmd~01010101~4~L~8 bit Stop command
retractCmd~00110011~4~L~8 bit Retract command
extendCmd~00010001~4~L~8 bit Extend command
ledCmd~00001111~4~L~8 bit Lights toggle command
p2Cmd~11001100~4~L~8 bit P2 command
bpulseLen~350~5~N~Pulse length in microseconds
fsyncHighPulses~13~5~N~Number of high pulse durations in sync message
esyncLowPulses~4~5~N~Number of low pulse durations in sync message
dlongSignalPulse~2~5~N~Number of pulse durations in long data bit
cshortSignalPulse~1~5~N~Number of pulse durations in short data bit
abitLen~48~5~N~Total data bits in message
gmsgGap~8~5~N~Separation in millis between each message
hminSignal~50~5~N~Signals in micros below this value are spurious
)~";