feat/connectors-duodigit-enginko-iota

biome.jsonc

@@ -11,7 +11,7 @@
   },
   "organizeImports": { "enabled": true },
   "linter": {
-    "ignore": ["node_modules"],
+    "ignore": ["node_modules", "./decoders/**/v1.0.0/*.ts", "./decoders/**/v1.0.0/payload.js"],
     "enabled": true,
     "rules": {
       "recommended": true,

decoders/connector/duodigit/sx/connector.jsonc

@@ -0,0 +1,13 @@
+{
+  "$schema": "../../../../schema/connector.json",
+  "name": "Duodigit SX",
+  "images": {
+    "logo": "./assets/logo.png"
+  },
+  "versions": {
+    "v1.0.0": {
+      "src": "./v1.0.0/payload.js",
+      "manifest": "./v1.0.0/payload-config.jsonc"
+    }
+  }
+}

decoders/connector/duodigit/sx/description.md

@@ -0,0 +1 @@
+Wireless transmit meter reading data for water, gas, and power over Sigfox

decoders/connector/duodigit/sx/v1.0.0/payload-config.jsonc

@@ -0,0 +1,11 @@
+{
+  "$schema": "../../../../../schema/connector_details.json",
+  "description": "../description.md",
+  "install_text": "##\nThe DUODIGIT SX is a rugged, easy-to-install equipment designed to transmit meter reading data (water, gas and power) through the LPWA Sigfox network. \n\nThe equipment can also be used in alarm systems and event occurrences. \n\nIt has a primary Thionyl Chloride Lithium baery of 6500mA to operate for several years according to the number of daily transmissions.\n##\nApplications:\n* Water metering system\n* Gas metering system;\n* Power measurement system;\n* Alarms;\n",
+  "install_end_text": "",
+  "device_annotation": "",
+  "device_parameters": [],
+  "networks": [
+    "../../../../network/sigfox/v1.0.0/payload.js"
+  ]
+}

decoders/connector/duodigit/sx/v1.0.0/payload.js

@@ -0,0 +1,251 @@
+function checkStatus(status) {
+  let status_msg = 'Em carga';
+  switch (status) {
+    case 1:
+      status_msg = 'Em falha';
+      break;
+      case 2:
+      status_msg = 'Iniciando';
+      break;
+      case 3:
+      status_msg = 'Impedimento de partida';
+      break;
+      case 4:
+      status_msg = 'Pronto para partir';
+      break;
+      case 5:
+      status_msg = 'Aguardando';
+      break;
+      case 6:
+      status_msg = 'Standby';
+      break;
+      case 7:
+      status_msg = 'Partindo';
+      break;
+      case 8:
+      status_msg = 'Atraso em carga';
+      break;
+      case 10:
+      status_msg = 'Atraso em recarga';
+      break;
+      case 11:
+      status_msg = 'Alívio';
+      break;
+      case 12:
+      status_msg = 'Parando';
+      break;
+  }
+  return status_msg;
+}
+
+const v = payload.find(x => x.variable === 'data');
+
+if (v) {
+  console.log('>>>', v.value);
+  const payload_data = v.value; // scope[6].value;
+
+  console.log('payload_data: ', payload_data);
+
+  const ID1 = `0x${payload_data.charAt(0)}${payload_data.charAt(1)}`;
+  const reg1 = Number(ID1);
+  console.log('FoiID1 ', reg1);
+  const variables = '';
+  // Caso payload_data tipo 00
+  if (ID1 == '0x00') {
+    // Temperatura de descarca 4002-4003
+    const hextemp1 = `0x${payload_data.charAt(2)}${payload_data.charAt(3)}${payload_data.charAt(4)}`;
+    const Temp_Descarga_min = Number(hextemp1);
+    console.log('Foi2 ', Temp_Descarga_min);
+    const hextemp2 = `0x${payload_data.charAt(5)}${payload_data.charAt(6)}${payload_data.charAt(7)}`;
+    const Temp_Descarga_max = Number(hextemp2);
+    console.log('Foi3 ', Temp_Descarga_max);
+    const hextemp3 = `0x${payload_data.charAt(8)}${payload_data.charAt(9)}${payload_data.charAt(10)}`;
+    const Temp_Descarga_med = Number(hextemp3);
+    console.log('Foi4 ', Temp_Descarga_med);
+
+    // Pressão de Saída 4004-4005
+    const hextemp4 = `0x${payload_data.charAt(11)}${payload_data.charAt(12)}`;
+    const Pre_out_min = Number(hextemp4);
+    console.log('Foi2 ', Pre_out_min);
+    const hextemp5 = `0x${payload_data.charAt(13)}${payload_data.charAt(14)}`;
+    const Pre_out_max = Number(hextemp5);
+    console.log('Foi3 ', Pre_out_max);
+    const hextemp6 = `0x${payload_data.charAt(15)}${payload_data.charAt(16)}`;
+    const Pre_out_med = Number(hextemp6);
+    console.log('Foi4 ', Pre_out_med);
+
+    // Pressão de Interna 4006-4007
+    const hextemp7 = `0x${payload_data.charAt(17)}${payload_data.charAt(18)}`;
+    const Pre_in_min = Number(hextemp7);
+    console.log('Foi5 ', Pre_out_min);
+    const hextemp8 = `0x${payload_data.charAt(19)}${payload_data.charAt(20)}`;
+    const Pre_in_max = Number(hextemp8);
+    console.log('Foi6 ', Pre_out_max);
+    const hextemp9 = `0x${payload_data.charAt(21)}${payload_data.charAt(22)}`;
+    const Pre_in_med = Number(hextemp9);
+    console.log('Foi7 ', Pre_in_med);
+
+    // Status operação 4196
+    const hextemp20 = (`0x${payload_data.charAt(23)}`);
+    const Status_op = Number(hextemp20);
+    console.log('Foi8 ', Status_op);
+
+    const variables1 = [{
+      variable: 'Temp_Descarga_min',
+      value: Temp_Descarga_min / 100,
+      unit: '°C',
+    }, {
+      variable: 'Temp_Descarga_max',
+      value: Temp_Descarga_max / 100,
+      unit: '°C',
+    }, {
+      variable: 'temp_celsius', // Temp_Descarga_med
+      value: Temp_Descarga_med / 100,
+      unit: '°C',
+    }, {
+      variable: 'Pre_out_min',
+      value: Pre_out_min / 100,
+      unit: 'Bar',
+    }, {
+      variable: 'Pre_out_max',
+      value: Pre_out_max / 100,
+      unit: 'Bar',
+    }, {
+      variable: 'pressure_bar', //Pre_out_med
+      value: Pre_out_med / 100,
+      unit: 'Bar',
+    }, {
+      variable: 'Pre_in_min',
+      value: Pre_in_min / 100,
+      unit: 'Bar',
+    }, {
+      variable: 'Pre_in_max',
+      value: Pre_in_max / 100,
+      unit: 'Bar',
+    }, {
+      variable: 'Pre_in_med',
+      value: Pre_in_med / 100,
+      unit: 'Bar',
+    }, {
+      variable: 'Status_msg',
+      value:  Status_op,
+      metadata: {
+        status: Status_op
+      }
+    }];
+    payload = payload.concat(variables1);
+  }
+
+  // Caso payload_data tipo 01
+  if (ID1 == '0x01') {
+    // Vazão do compressor 3F15
+    const hextemp10 = `0x${payload_data.charAt(2)}${payload_data.charAt(3)}${payload_data.charAt(4)}${payload_data.charAt(5)}`;
+    const Vz_comp_min = Number(hextemp10);
+    console.log('Foi9 ', Vz_comp_min);
+    const hextemp11 = `0x${payload_data.charAt(6)}${payload_data.charAt(7)}${payload_data.charAt(8)}${payload_data.charAt(9)}`;
+    const Vz_comp_max = Number(hextemp11);
+    console.log('Foi10 ', Vz_comp_max);
+    const hextemp12 = `0x${payload_data.charAt(10)}${payload_data.charAt(11)}${payload_data.charAt(12)}${payload_data.charAt(13)}`;
+    const Vz_comp_med = Number(hextemp12);
+    console.log('Foi11 ', Vz_comp_med);
+
+    // Horas totais de operação 400E-400F
+    const hextemp13 = `0x${payload_data.charAt(14)}${payload_data.charAt(15)}${payload_data.charAt(16)}${payload_data.charAt(17)}${payload_data.charAt(18)}`;
+    const H_total_op = Number(hextemp13);
+    console.log('Foi12 ', H_total_op);
+
+    // Horas em carga 4012-4013
+    const hextemp14 = `0x${payload_data.charAt(19)}${payload_data.charAt(20)}${payload_data.charAt(21)}${payload_data.charAt(22)}${payload_data.charAt(23)}`;
+    const H_total_carga = Number(hextemp14);
+    console.log('Foi13 ', H_total_carga);
+
+    const variables2 = [{
+      variable: 'Vz_comp_min',
+      value: Vz_comp_min,
+      unit: ' ',
+    }, {
+      variable: 'Vz_comp_max',
+      value: Vz_comp_max,
+      unit: ' ',
+    }, {
+      variable: 'Vz_comp_med',
+      value: Vz_comp_med,
+      unit: ' ',
+    }, {
+      variable: 'horasop',
+      value: H_total_op,
+      unit: 'h',
+    }, {
+      variable: 'horascarga',
+      value: H_total_carga,
+      unit: 'h',
+    }];
+    payload = payload.concat(variables2);
+  }
+
+  // Caso payload_data tipo 02
+  if (ID1 == '0x02') {
+    // Horas de manutenção1 4018 -1500
+    const hextemp15 = `0x${payload_data.charAt(2)}${payload_data.charAt(3)}${payload_data.charAt(4)}${payload_data.charAt(5)}`;
+    const H_manut_1 = Number(hextemp15);
+    console.log('Foi14 ', H_manut_1);
+
+    // Horas de manutenção2 4019 -1500
+    const hextemp16 = `0x${payload_data.charAt(6)}${payload_data.charAt(7)}${payload_data.charAt(8)}${payload_data.charAt(9)}`;
+    const H_manut_2 = Number(hextemp16);
+    console.log('Foi15 ', H_manut_2);
+
+    // Horas de manutenção3 401A -1500
+    const hextemp17 = `0x${payload_data.charAt(10)}${payload_data.charAt(11)}${payload_data.charAt(12)}${payload_data.charAt(13)}`;
+    const H_manut_3 = Number(hextemp17);
+    console.log('Foi16 ', H_manut_3);
+
+    // Horas de manutenção4 401B -1500
+    const hextemp18 = `0x${payload_data.charAt(14)}${payload_data.charAt(15)}${payload_data.charAt(16)}${payload_data.charAt(17)}`;
+    const H_manut_4 = Number(hextemp18);
+    console.log('Foi17 ', H_manut_4);
+
+    // Horas de manutenção4 401C -1500
+    const hextemp19 = `0x${payload_data.charAt(18)}${payload_data.charAt(19)}${payload_data.charAt(20)}${payload_data.charAt(21)}`;
+    const H_manut_5 = Number(hextemp19);
+    console.log('Foi18 ', H_manut_5);
+
+    const variables3 = [{
+      variable: 'H_manut_1',
+      value: H_manut_1,
+      unit: 'h',
+    }, {
+      variable: 'H_manut_2',
+      value: H_manut_2,
+      unit: 'h',
+    }, {
+      variable: 'H_manut_3',
+      value: H_manut_3,
+      unit: 'h',
+    }, {
+      variable: 'H_manut_4',
+      value: H_manut_4,
+      unit: 'h',
+    }, {
+      variable: 'H_manut_5',
+      value: H_manut_5,
+      unit: 'h',
+    }];
+    payload = payload.concat(variables3);
+  }
+
+  // Caso payload_data tipo 03
+  if (ID1 == '0x03') {
+    // Horas de manutenção1 4018
+    const hextemp20 = `0x${payload_data.charAt(2)}${payload_data.charAt(3)}${payload_data.charAt(4)}${payload_data.charAt(5)}`;
+    const Alarme = Number(hextemp20);
+    console.log('Foi19 ', Alarme);
+
+    const variables4 = [{
+      variable: 'Alarme',
+      value: Alarme,
+      unit: '',
+    }];
+    payload = payload.concat(variables4);
+  }
+}

decoders/connector/mcf/lw12co2/v1.0.0/payload-config.jsonc → decoders/connector/enginko/lw12co2/v1.0.0/payload-config.jsonc

@@ -7,7 +7,7 @@
   "device_parameters": [],
   "networks": [
     "../../../../network/lorawan-everynet/v1.0.0/payload.js",
-    "../../../../network/lorawan-loriot/v1.0.0/payload.js",
+    "../../../../network/lorawan-loriot-/v1.0.0/payload.js",
     "../../../../network/lorawan-machineq/v1.0.0/payload.js",
     "../../../../network/lorawan-orbiwise/v1.0.0/payload.js",
     "../../../../network/lorawan-kerlink/v1.0.0/payload.js",
@@ -20,6 +20,6 @@
     "../../../../network/lorawan-swisscom/v1.0.0/payload.js",
     "../../../../network/lorawan-chirpstack/v1.0.0/payload.js",
     "../../../../network/lorawan-helium/v1.0.0/payload.js",
-    "../../../../network/lorawan-brdot/v1.0.0/payload.js"
+    "../../../../network/lorawan-brdot-/v1.0.0/payload.js"
   ]
-}
+}

decoders/connector/iota/dp1/connector.jsonc

@@ -0,0 +1,13 @@
+{
+  "$schema": "../../../../schema/connector.json",
+  "name": "IOTA DP1",
+  "images": {
+    "logo": "./assets/logo.png"
+  },
+  "versions": {
+    "v1.0.0": {
+      "src": "./v1.0.0/payload.js",
+      "manifest": "./v1.0.0/payload-config.jsonc"
+    }
+  }
+}

decoders/connector/iota/dp1/description.md

@@ -0,0 +1 @@
+Differential pressure sensors measures difference in pressures delivered to two inputs and transmits the measurements in regular intervals using Sigfox

decoders/connector/iota/dp1/v1.0.0/payload-config.jsonc

@@ -0,0 +1,11 @@
+{
+  "$schema": "../../../../../schema/connector_details.json",
+  "description": "../description.md",
+  "install_text": "##\nRegular measurement of differential pressure is important in industries using filters to clean air or water. \n\nFor example in the HVAC industry it helps to improve service quality and reduce costs of filters and their replacement by providing information on the level of filter dirt.\n\nThe device is available in indoor and outdoor version.\n##\nMore information about this device can be found [here.](http://iota-devices.com/) \n##\n",
+  "install_end_text": "",
+  "device_annotation": "",
+  "device_parameters": [],
+  "networks": [
+    "../../../../network/sigfox/v1.0.0/payload.js"
+  ]
+}

decoders/connector/iota/ds1-hd/connector.jsonc

@@ -0,0 +1,13 @@
+{
+  "$schema": "../../../../schema/connector.json",
+  "name": "IOTA DS1 HD",
+  "images": {
+    "logo": "./assets/logo.png"
+  },
+  "versions": {
+    "v1.0.0": {
+      "src": "./v1.0.0/payload.js",
+      "manifest": "./v1.0.0/payload-config.jsonc"
+    }
+  }
+}

decoders/connector/iota/ds1-hd/description.md

@@ -0,0 +1 @@
+Heavy duty mechanical door sensor for monitoring of access to normally-closed objects using Sigfox

decoders/connector/iota/ds1-hd/v1.0.0/payload-config.jsonc

@@ -0,0 +1,11 @@
+{
+  "$schema": "../../../../../schema/connector_details.json",
+  "description": "../description.md",
+  "install_text": "##\nHeavy-duty outdoor IOTA door sensor, equipped with SIGFOX wireless transmission module, allows to detect if and when doors are opened/closed.\n\nIt is being used mostly to monitor doors/flaps in objects that are located remotely, to make sure doors/flaps are properly closed. \n\nWhen doors are opened or closed, the device instantly sends a message that can be pushed as email/sms or visualised in an application.  \n\nThe mechanical switch used in the device eliminates false alarms and provides high resistance against tamper.\n##\nThe device has also additional features:\n* informs weekly about state of battery („awake” message)\n* detects movements/shocks (optionally).\n##\nMore information about this device can be found [here.](http://iota-devices.com/) \n",
+  "install_end_text": "",
+  "device_annotation": "",
+  "device_parameters": [],
+  "networks": [
+    "../../../../network/sigfox/v1.0.0/payload.js"
+  ]
+}

decoders/connector/iota/ds1/connector.jsonc

@@ -0,0 +1,13 @@
+{
+  "$schema": "../../../../schema/connector.json",
+  "name": "IOTA DS1",
+  "images": {
+    "logo": "./assets/logo.png"
+  },
+  "versions": {
+    "v1.0.0": {
+      "src": "./v1.0.0/payload.js",
+      "manifest": "./v1.0.0/payload-config.jsonc"
+    }
+  }
+}

decoders/connector/iota/ds1/description.md

@@ -0,0 +1 @@
+Mechanical door sensor for monitoring of access to normally-closed objects using Sigfox

decoders/connector/iota/ds1/v1.0.0/payload-config.jsonc

@@ -0,0 +1,11 @@
+{
+  "$schema": "../../../../../schema/connector_details.json",
+  "description": "../description.md",
+  "install_text": "##\nIOTA door sensor, equipped with SIGFOX wireless transmission module, allows to detect if and when doors are opened/closed. \n\nIt is being used mostly to monitor doors/flaps in objects that are located remotely, to make sure doors/flaps are properly closed. \n\nWhen doors are opened or closed, the device instantly sends a message that can be pushed as email/sms or visualised in an application.  \n\nThe mechanical switch used in the device eliminates false alarms and provides high resistance against tamper.\n##\nThe device has also additional features:\n* informs weekly about state of battery („awake” message)\n* detects movements/shocks (optionally).\n##\nMore information about this device can be found [here.](http://iota-devices.com/) ",
+  "install_end_text": "",
+  "device_annotation": "",
+  "device_parameters": [],
+  "networks": [
+    "../../../../network/sigfox/v1.0.0/payload.js"
+  ]
+}