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  4. "type": "group",
  5. "z": "06d093a44e455a57",
  6. "name": "AE200 Interface",
  7. "style": {
  8. "label": true
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  111. "field": "payload",
  112. "fieldType": "msg",
  113. "format": "handlebars",
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  159. "name": "Packet Type",
  160. "property": "payload",
  161. "propertyType": "msg",
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  165. "v": "$exists(payload.Packet.DatabaseManager.ControlGroup.MnetList.MnetRecord)",
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  170. "v": "$exists(payload.Packet.DatabaseManager.Mnet)",
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  173. {
  174. "t": "jsonata_exp",
  175. "v": "$exists(payload.Packet.DatabaseManager.SystemData)",
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  211. "qos": "",
  212. "retain": "true",
  213. "respTopic": "",
  214. "contentType": "",
  215. "userProps": "",
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  228. "name": "debug 94",
  229. "active": false,
  230. "tosidebar": true,
  231. "console": false,
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  233. "complete": "false",
  234. "statusVal": "",
  235. "statusType": "auto",
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  242. "type": "function",
  243. "z": "06d093a44e455a57",
  244. "g": "afd3d04528cf5eb1",
  245. "name": "Climate States",
  246. "func": "const fanModeMapping = { \"AUTO\": \"Auto\", \"LOW\": \"Low\", \"MID2\": \"Medium L\", \"MID1\": \"Medium H\", \"HIGH\": \"High\"};\nconst swingModeMapping = { \"HORIZONTAL\": \"Horizontal\", \"MID0\": \"Mid 0\", \"MID1\": \"Mid 1\", \"MID2\": \"Mid 2\", \"VERTICAL\": \"Vertical\", \"SWING\": \"Swing\", \"AUTO\": \"Auto\" };\nconst modeMapping = {\"OFF\": \"off\", \"COOL\": \"cool\", \"DRY\": \"dry\", \"FAN\": \"fan_only\", \"HEAT\": \"heat\", \"AUTO\": \"auto\", \"AUTOCOOL\": \"auto\", \"AUTOHEAT\": \"auto\", \"LC_AUTO\": \"Auto\", \"HEATRECOVERY\": \"Heat Recovery\", \"BYPASS\": \"Bypass\"};\n\nlet packet = msg.payload.Packet.DatabaseManager[0].Mnet;\nlet ae200_cache = global.get(\"ae200_cache\");\n\npacket.forEach(item => {\n let record = item.$\n if (!record.hasOwnProperty(\"Group\")) {return;}\n let cache = ae200_cache[record.Group];\n \n var baseTopic = \"ae200/mnet_\" + record.Group;\n\n // If we're dealing with AC power or mode state...\n if (cache.Model == \"IC\" && (record.hasOwnProperty(\"Drive\") || record.hasOwnProperty(\"Mode\"))) {\n\n // Mode status message - compute from drive and mode...\n let powerstate = cache.Drive;\n let modestate = cache.Mode;\n\n // Use latest if present...\n if (record.hasOwnProperty(\"Drive\")) { powerstate = record[\"Drive\"]; }\n if (record.hasOwnProperty(\"Mode\")) { modestate = record[\"Mode\"]; }\n\n if (powerstate != \"ON\") {\n node.send({\n payload: \"off\",\n topic: `${baseTopic}/mode/state`\n });\n } else {\n node.send({\n payload: modeMapping[modestate],\n topic: `${baseTopic}/mode/state`\n });\n }\n\n } else {\n \n // Treat drive and mode seperatley...\n \n if (record.hasOwnProperty(\"Drive\")) {\n node.send({\n payload: record[\"Drive\"],\n topic: `${baseTopic}/power/state`\n });\n }\n \n if (record.hasOwnProperty(\"Mode\")) {\n node.send({\n payload: modeMapping[record[\"Mode\"]],\n topic: `${baseTopic}/mode/state`\n });\n }\n\n }\n \n // Manage temp setpoints based on mode...\n \n switch (cache.Mode) {\n \n case \"AUTO\":\n case \"AUTOHEAT\":\n \n node.send({\n payload: \"None\",\n topic: `${baseTopic}/temperature/state`\n });\n\n node.send({\n //payload: record[\"SetTemp1\"],\n payload: cache.SetTemp1,\n topic: `${baseTopic}/temperature_high/state`\n });\n \n node.send({\n //|payload: record[\"SetTemp2\"],\n payload: cache.SetTemp2,\n topic: `${baseTopic}/temperature_low/state`\n });\n \n break;\n \n case \"HEAT\":\n \n node.send({\n //|payload: record[\"SetTemp2\"],\n payload: cache.SetTemp2,\n topic: `${baseTopic}/temperature/state`\n });\n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature_high/state`\n });\n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature_low/state`\n });\n \n \n break;\n \n case \"COOL\":\n case \"DRY\":\n \n node.send({\n //payload: record[\"SetTemp1\"],\n payload: cache.SetTemp1,\n topic: `${baseTopic}/temperature/state`\n });\n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature_high/state`\n });\n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature_low/state`\n });\n \n break;\n\n default:\n \n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature/state`\n });\n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature_high/state`\n });\n \n node.send({\n payload: null,\n topic: `${baseTopic}/temperature_low/state`\n });\n \n break;\n \n }\n\n // Current temperature message\n if (record.hasOwnProperty(\"InletTemp\")) {\n var currentTemp = record[\"InletTemp\"];\n let currentTempMsg = {\n payload: currentTemp,\n topic: `${baseTopic}/current_temperature`\n };\n node.send(currentTempMsg);\n }\n\n // Fan speed message...\n if (record.hasOwnProperty(\"FanSpeed\")) {\n var fanSpeed = record[\"FanSpeed\"]; \n if (cache.Model == \"LC\") {\n \n // Percentage mapping for Lossnay...\n let fanSpeedMsg = {\n payload: Object.keys(fanModeMapping).indexOf(fanSpeed),\n topic: `${baseTopic}/fan_speed/state`\n };\n node.send(fanSpeedMsg);\n \n } else {\n \n // Level map for AC units...\n\n let mappedFanSpeed = fanModeMapping[fanSpeed];\n let fanSpeedMsg = {\n payload: mappedFanSpeed,\n topic: `${baseTopic}/fan_mode/state`\n };\n node.send(fanSpeedMsg);\n\n }\n }\n\n // Swing mode message\n if (record.hasOwnProperty(\"AirDirection\")) {\n var airDirection = record[\"AirDirection\"];\n let mappedSwingMode = swingModeMapping[airDirection];\n let swingModeMsg = {\n payload: mappedSwingMode,\n topic: `${baseTopic}/swing_mode/state`\n };\n node.send(swingModeMsg);\n }\n \n // Filter sign mode message\n if (record.hasOwnProperty(\"FilterSign\")) {\n let filterSignMsg = {\n payload: record[\"FilterSign\"],\n topic: `${baseTopic}/filter_sign/state`\n };\n node.send(filterSignMsg);\n }\n \n // Error sign mode message\n if (record.hasOwnProperty(\"ErrorSign\")) {\n let errorSignMsg = {\n payload: record[\"ErrorSign\"],\n topic: `${baseTopic}/error_sign/state`\n };\n node.send(errorSignMsg);\n }\n \n});\n\nreturn null;\n",
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  267. "name": "Websocket Status",
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  283. "g": "afd3d04528cf5eb1",
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  287. "datatype": "auto-detect",
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  305. "z": "06d093a44e455a57",
  306. "g": "afd3d04528cf5eb1",
  307. "name": "Availability",
  308. "func": "msg.payload = msg.status.fill === \"green\" ? \"online\" : \"offline\";\nmsg.topic = \"ae200/availability\";\nreturn msg;",
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  326. "z": "06d093a44e455a57",
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  328. "name": "Retain",
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  330. "qos": "",
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  332. "respTopic": "",
  333. "contentType": "",
  334. "userProps": "",
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  345. "z": "06d093a44e455a57",
  346. "g": "afd3d04528cf5eb1",
  347. "name": "AE-200 Web Socket",
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  358. "g": "afd3d04528cf5eb1",
  359. "name": "Status Request",
  360. "func": "var mnetRecords = msg.payload.Packet.DatabaseManager[0].ControlGroup[0].MnetList[0].MnetRecord;\n\nvar xml = '<?xml version=\"1.0\" encoding=\"UTF-8\" ?>\\n';\nxml += '<Packet>\\n';\nxml += ' <Command>getRequest</Command>\\n';\nxml += ' <DatabaseManager>\\n';\n\nfor (var i = 0; i < mnetRecords.length; i++) {\n var record = mnetRecords[i];\n var group = record[\"$\"][\"Group\"];\n\n // Full known set of states...\n //xml += '<Mnet Group=\"' + group + '\" Drive=\"*\" Vent24h=\"*\" Mode=\"*\" VentMode=\"*\" ModeStatus=\"*\" SetTemp=\"*\" SetTemp1=\"*\" SetTemp2=\"*\" SetTemp3=\"*\" SetTemp4=\"*\" SetTemp5=\"*\" SetHumidity=\"*\" InletTemp=\"*\" InletHumidity=\"*\" AirDirection=\"*\" FanSpeed=\"*\" RemoCon=\"*\" DriveItem=\"*\" ModeItem=\"*\" SetTempItem=\"*\" FilterItem=\"*\" AirDirItem=\"*\" FanSpeedItem=\"*\" TimerItem=\"*\" CheckWaterItem=\"*\" FilterSign=\"*\" Hold=\"*\" EnergyControl=\"*\" EnergyControlIC=\"*\" SetbackControl=\"*\" Ventilation=\"*\" VentiDrive=\"*\" VentiFan=\"*\" Schedule=\"*\" ScheduleAvail=\"*\" ErrorSign=\"*\" CheckWater=\"*\" TempLimitCool=\"*\" TempLimitHeat=\"*\" TempLimit=\"*\" CoolMin=\"*\" CoolMax=\"*\" HeatMin=\"*\" HeatMax=\"*\" AutoMin=\"*\" AutoMax=\"*\" TurnOff=\"*\" MaxSaveValue=\"*\" RoomHumidity=\"*\" Brightness=\"*\" Occupancy=\"*\" NightPurge=\"*\" Humid=\"*\" Vent24hMode=\"*\" SnowFanMode=\"*\" InletTempHWHP=\"*\" OutletTempHWHP=\"*\" HeadTempHWHP=\"*\" OutdoorTemp=\"*\" BrineTemp=\"*\" HeadInletTempCH=\"*\" BACnetTurnOff=\"*\" AISmartStart=\"*\" Model=\"*\" SubModel=\"*\" GroupType=\"*\" IcKind=\"*\" AutoModeSW=\"*\" AutoModeSWEx=\"*\" DryModeSW=\"*\" FanModeSW=\"*\" SetbackModeSW=\"*\" FanSpeedSW=\"*\" FanAutoSW=\"*\" FanExLowSW=\"*\" AirDirectionSW=\"*\" AirStageSW=\"*\" AirAutoSW=\"*\" SwingSW=\"*\" VentilationSW=\"*\" BypassSW=\"*\" LcAutoSW=\"*\" HeatRecoverySW=\"*\" MidTempSW=\"*\" LowTempSW=\"*\" HeatingSW=\"*\" HeatingEcoSW=\"*\" HotWaterSW=\"*\" AntiFreezeSW=\"*\" CoolingSW=\"*\" TempRange1Low1=\"*\" TempRange1High1=\"*\" TempRange1Low2=\"*\" TempRange1High2=\"*\" TempRange1Low3=\"*\" TempRange1High3=\"*\" TempRange1Low4=\"*\" TempRange1High4=\"*\" TempRange1Low5=\"*\" TempRange1High5=\"*\" Deadband=\"*\" TempDetail=\"*\" TempDetailC=\"*\" TempDetail_C=\"*\" HumiditySW=\"*\" HoldSW=\"*\" ProhibitSW=\"*\" NightPurgeSW=\"*\" Vent24hSW=\"*\" HumidSW=\"*\" HumidAutoSW=\"*\" FanExHighSW=\"*\" HumidOffSW=\"*\" FanHumidSW=\"*\" CoolHumidSW=\"*\" AISmartStartSW=\"*\" RemoConProhibitSW=\"*\" />\\n';\n\n // Currently needed...\n xml += '<Mnet Group=\"' + group + '\" Drive=\"*\" Mode=\"*\" SetTemp1=\"*\" SetTemp2=\"*\" InletTemp=\"*\" AirDirection=\"*\" FanSpeed=\"*\" FilterSign=\"*\" Schedule=\"*\" ErrorSign=\"*\" Model=\"*\" />\\n' \n \n}\n\nxml += ' </DatabaseManager>\\n';\nxml += '</Packet>\\n';\n\nmsg = {payload: xml}\n\nreturn msg;",
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  362. "timeout": 0,
  363. "noerr": 0,
  364. "initialize": "",
  365. "finalize": "",
  366. "libs": [],
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  378. "z": "06d093a44e455a57",
  379. "g": "afd3d04528cf5eb1",
  380. "name": "",
  381. "props": [
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  383. "p": "payload"
  384. },
  385. {
  386. "p": "topic",
  387. "vt": "str"
  388. }
  389. ],
  390. "repeat": "",
  391. "crontab": "",
  392. "once": false,
  393. "onceDelay": 0.1,
  394. "topic": "",
  395. "payload": "",
  396. "payloadType": "date",
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  405. {
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  407. "type": "change",
  408. "z": "06d093a44e455a57",
  409. "g": "afd3d04528cf5eb1",
  410. "name": "Get Cache",
  411. "rules": [
  412. {
  413. "t": "set",
  414. "p": "payload",
  415. "pt": "msg",
  416. "to": "ae200_cache",
  417. "tot": "global"
  418. }
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  420. "action": "",
  421. "property": "",
  422. "from": "",
  423. "to": "",
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  441. "console": false,
  442. "tostatus": false,
  443. "complete": "false",
  444. "statusVal": "",
  445. "statusType": "auto",
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  448. "wires": []
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  868. "func": "\n// Define the device information once\nvar ha_device = {\n identifiers: [\"AE200_Controller\"],\n manufacturer: \"Mitsubishi\",\n name: \"AE-200\",\n model: \"AE-200\"\n};\n\nlet ae200_cache = global.get(\"ae200_cache\");\n\nObject.entries(ae200_cache).forEach(([group, device]) => {\n\n var name = device.GroupNameWeb;\n var uniqueId = \"mnet_\" + group;\n var baseTopic = `ae200/${uniqueId}`;\n\n // Create base discovery message with common properties\n let configMsg = {\n payload: {\n name: name,\n object_id: uniqueId,\n device: ha_device,\n availability_topic: \"ae200/availability\",\n payload_available: \"online\",\n payload_not_available: \"offline\",\n unique_id: uniqueId,\n platform: \"mqtt\" // Adjusted inside conditionals if needed\n },\n topic: \"\" // Adjusted later based on model\n };\n \n if (device.Model === \"IC\") {\n \n // AC Unit (climate entity)\n Object.assign(configMsg.payload, {\n modes: [\"off\", \"cool\", \"dry\", \"fan_only\", \"heat\", \"auto\"],\n mode_command_topic: `${baseTopic}/mode/set`,\n mode_state_topic: `${baseTopic}/mode/state`,\n \n temperature_state_topic: `${baseTopic}/temperature/state`,\n temperature_command_topic: `${baseTopic}/temperature/set`,\n temperature_high_state_topic: `${baseTopic}/temperature_high/state`,\n temperature_high_command_topic: `${baseTopic}/temperature_high/set`,\n temperature_low_state_topic: `${baseTopic}/temperature_low/state`,\n temperature_low_command_topic: `${baseTopic}/temperature_low/set`,\n current_temperature_topic: `${baseTopic}/current_temperature`,\n \n fan_mode_state_topic: `${baseTopic}/fan_mode/state`,\n fan_mode_command_topic: `${baseTopic}/fan_mode/set`,\n fan_modes: [\"Auto\", \"Low\", \"Medium L\", \"Medium H\", \"High\"],\n \n swing_mode_state_topic: `${baseTopic}/swing_mode/state`,\n swing_mode_command_topic: `${baseTopic}/swing_mode/set`,\n swing_modes: [\"Horizontal\", \"Mid 0\", \"Mid 1\", \"Mid 2\", \"Vertical\", \"Swing\", \"Auto\"],\n \n min_temp: 14,\n max_temp: 26,\n temp_step: 0.5,\n temperature_unit: \"C\",\n //platform: \"mqtt\"\n });\n \n configMsg.topic = `homeassistant/climate/${uniqueId}/config`;\n \n } else if (device.Model === \"LC\") {\n \n // Lossnay Unit (fan entity)\n Object.assign(configMsg.payload, {\n state_topic: `${baseTopic}/power/state`,\n command_topic: `${baseTopic}/power/set`,\n\n percentage_state_topic : `${baseTopic}/fan_speed/state`,\n percentage_command_topic : `${baseTopic}/fan_speed/set`,\n speed_range_min: 1,\n speed_range_max: 4,\n //fan_modes: [\"LOW\", \"MID2\", \"MID1\", \"HIGH\"],\n \n preset_mode_state_topic: `${baseTopic}/mode/state`,\n preset_mode_command_topic: `${baseTopic}/mode/set`,\n preset_modes : [\"Auto\", \"Heat Recovery\", \"Bypass\"],\n //platform: \"fan\"\n });\n \n configMsg.topic = `homeassistant/fan/${uniqueId}/config`;\n \n }\n \n // Output the configuration message\n configMsg.payload = JSON.stringify(configMsg.payload);\n node.send([configMsg, null]);\n \n // Now let's add a filter sign for this...\n if (device.Model === \"IC\") {\n \n let filterMsg = {\n payload: {\n name: name + \" Filter\",\n object_id: uniqueId + \"_filter\",\n device: ha_device,\n availability_topic: \"ae200/availability\",\n payload_available: \"online\",\n payload_not_available: \"offline\",\n unique_id: uniqueId + \"_filter\",\n state_topic: `${baseTopic}/filter_sign/state`,\n payload_on: \"ON\",\n payload_off: \"OFF\",\n device_class: \"problem\",\n icon: \"mdi:air-filter\",\n },\n topic: `homeassistant/binary_sensor/${uniqueId}/filter_sign/config`\n };\n \n // Output the configuration message\n filterMsg.payload = JSON.stringify(filterMsg.payload);\n node.send([filterMsg, null]);\n \n }\n \n // And finally, and error sign...\n let errorMsg = {\n payload: {\n name: name + \" Error\",\n object_id: uniqueId + \"_error\",\n device: ha_device,\n availability_topic: \"ae200/availability\",\n payload_available: \"online\",\n payload_not_available: \"offline\",\n unique_id: uniqueId + \"_error\",\n state_topic: `${baseTopic}/error_sign/state`,\n payload_on: \"ON\",\n payload_off: \"OFF\",\n device_class: \"problem\", // Marks as a problem in HA\n icon: \"mdi:alert-circle-outline\",\n },\n topic: `homeassistant/binary_sensor/${uniqueId}/error_sign/config`\n };\n\n\n // Output the configuration message\n errorMsg.payload = JSON.stringify(errorMsg.payload);\n node.send([errorMsg, null]);\n \n \n});\n\nreturn null;\n",
  869. "outputs": 1,
  870. "timeout": 0,
  871. "noerr": 0,
  872. "initialize": "",
  873. "finalize": "",
  874. "libs": [],
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  877. "wires": [
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  882. ]
  883. },
  884. {
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  886. "type": "mqtt out",
  887. "z": "06d093a44e455a57",
  888. "g": "afd3d04528cf5eb1",
  889. "name": "Retain",
  890. "topic": "",
  891. "qos": "",
  892. "retain": "true",
  893. "respTopic": "",
  894. "contentType": "",
  895. "userProps": "",
  896. "correl": "",
  897. "expiry": "",
  898. "broker": "188340c12e25adf5",
  899. "x": 1350,
  900. "y": 320,
  901. "wires": []
  902. },
  903. {
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  905. "type": "debug",
  906. "z": "06d093a44e455a57",
  907. "g": "afd3d04528cf5eb1",
  908. "name": "debug 99",
  909. "active": false,
  910. "tosidebar": true,
  911. "console": false,
  912. "tostatus": false,
  913. "complete": "false",
  914. "statusVal": "",
  915. "statusType": "auto",
  916. "x": 800,
  917. "y": 400,
  918. "wires": []
  919. },
  920. {
  921. "id": "c7653e4292c70726",
  922. "type": "debug",
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  924. "g": "afd3d04528cf5eb1",
  925. "name": "debug 3",
  926. "active": false,
  927. "tosidebar": true,
  928. "console": false,
  929. "tostatus": false,
  930. "complete": "false",
  931. "statusVal": "",
  932. "statusType": "auto",
  933. "x": 300,
  934. "y": 460,
  935. "wires": []
  936. },
  937. {
  938. "id": "4bd563752b45384c",
  939. "type": "function",
  940. "z": "06d093a44e455a57",
  941. "g": "afd3d04528cf5eb1",
  942. "name": "Cache Empty?",
  943. "func": "if (typeof global.get(\"ae200_cache\") !== \"object\") {\n return msg;\n} else {\n return null;\n}",
  944. "outputs": 1,
  945. "timeout": 0,
  946. "noerr": 0,
  947. "initialize": "",
  948. "finalize": "",
  949. "libs": [],
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  951. "y": 60,
  952. "wires": [
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  958. {
  959. "id": "b704ebbbe4c5e9db",
  960. "type": "inject",
  961. "z": "06d093a44e455a57",
  962. "g": "afd3d04528cf5eb1",
  963. "name": "Startup",
  964. "props": [
  965. {
  966. "p": "payload"
  967. },
  968. {
  969. "p": "topic",
  970. "vt": "str"
  971. }
  972. ],
  973. "repeat": "",
  974. "crontab": "",
  975. "once": true,
  976. "onceDelay": "2",
  977. "topic": "",
  978. "payload": "",
  979. "payloadType": "date",
  980. "x": 140,
  981. "y": 60,
  982. "wires": [
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  986. ]
  987. },
  988. {
  989. "id": "9ee1a86948c818e6",
  990. "type": "websocket-client",
  991. "path": "ws://10.10.0.15/b_xmlproc/",
  992. "tls": "",
  993. "wholemsg": "false",
  994. "hb": "30",
  995. "subprotocol": "b_xmlproc",
  996. "headers": [
  997. {
  998. "keyType": "other",
  999. "keyValue": "Origin",
  1000. "valueType": "other",
  1001. "valueValue": "null"
  1002. }
  1003. ]
  1004. },
  1005. {
  1006. "id": "188340c12e25adf5",
  1007. "type": "mqtt-broker",
  1008. "name": "TC MQTT",
  1009. "broker": "10.10.0.45",
  1010. "port": "1883",
  1011. "clientid": "",
  1012. "autoConnect": true,
  1013. "usetls": false,
  1014. "protocolVersion": "4",
  1015. "keepalive": "60",
  1016. "cleansession": true,
  1017. "autoUnsubscribe": true,
  1018. "birthTopic": "",
  1019. "birthQos": "0",
  1020. "birthPayload": "",
  1021. "birthMsg": {},
  1022. "closeTopic": "",
  1023. "closeQos": "0",
  1024. "closePayload": "",
  1025. "closeMsg": {},
  1026. "willTopic": "",
  1027. "willQos": "0",
  1028. "willPayload": "",
  1029. "willMsg": {},
  1030. "userProps": "",
  1031. "sessionExpiry": ""
  1032. }
  1033. ]
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