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This project notifies the user via SMS when the temperature is above 26C (around 78F). Here we use an ESP32 (HUZZAH32) and the SHTC3 Shield and compare the data in the embedded view using the comparison element and send the SMS via the XBee Cat 1 LTE element. The temp reading is done by the ARDUINO SHIELD SGPC3_SHTC3.
You can send custom SMS notifications, below is an example of what that might look like:
The settings for the SMS destination phone number lives in the XBeeCat1Let element, and the output text can be set in the HumidityLow Debug Print element.
Xbee.atmo
JSONXbee Cat 1 LTE project for Atmosphere IoT. This file can be uploaded and imported as a new project at https://platform.atmosphereiot.com
{
"name": "Xbee",
"createVersion": "2017-08-12",
"description": "Demonstrates Xbee Cellular LTE CAT1 Modem by using Huzzah 32 and SHTC3 sensirion shield to read Humidity value and send it to the cloud and also send an sms to the user if the Humidity decreases below 40% using Xbee.",
"lastModified": "2019-09-27T14:55:09.964Z",
"created": "2019-09-27T14:55:09.964Z",
"meta": {
"projectTypeName": "Huzzah32",
"projectTypeId": "AdafruitHuzzah32"
},
"planes": {
"Adafruit Huzzah32": {
"type": "esp32",
"compilerVersion": "latest",
"variants": [
"AdafruitHuzzah32"
],
"meta": {},
"elements": [
{
"name": "Interval",
"type": "EmbeddedInterval",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\tATMO_INTERVAL_Handle_t intervalHandle;\n ATMO_INTERVAL_AddAbilityInterval(\n\t\tATMO_PROPERTY(Interval, instance), \n\t\tATMO_ABILITY(Interval, interval), \n\t\tATMO_PROPERTY(Interval, time), \n\t\t&intervalHandle\n\t);\n\t\n\treturn ATMO_Status_Success;\n\t",
"interval": "\treturn ATMO_Status_Success;"
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"setup": false,
"interval": false
},
"instance": "ATMO_DRIVERINSTANCE_INTERVAL_INTERVAL1",
"time": "60000"
},
"meta": {
"editorX": 229,
"editorY": 217,
"lastTrigger": "interval"
},
"triggers": {
"triggered": [],
"interval": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "SHTC3Shield",
"targetAbility": "readHumidity"
}
]
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"interval": true
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "interval",
"triggers": [
"interval"
]
}
]
},
{
"name": "SHTC3Shield",
"type": "EmbeddedSHTC3Shield",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\tATMO_SHTI2C_Config_t config;\n\tconfig.i2cDriverInstance = ATMO_PROPERTY(SHTC3Shield, i2cInstance);\n\tconfig.model = ATMO_PROPERTY(SHTC3Shield, model);\n\n\treturn ( ATMO_SHTI2C_Init(&config) == ATMO_SHTI2C_Status_Success ) ? ATMO_Status_Success : ATMO_Status_Fail;\n",
"readTemperature": " float tempC;\n ATMO_SHTI2C_GetTemperature(&tempC);\n ATMO_CreateValueFloat(out, tempC);\n return ATMO_Status_Success;\n",
"readHumidity": " float humidity;\n ATMO_SHTI2C_GetHumidity(&humidity);\n ATMO_CreateValueFloat(out, humidity);\n return ATMO_Status_Success;\n"
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"setup": false,
"readTemperature": false,
"readHumidity": false
},
"i2cInstance": "ATMO_DRIVERINSTANCE_I2C_I2C1",
"model": "ATMO_SHTI2C_SHTCX"
},
"meta": {
"editorX": 327,
"editorY": 215,
"lastTrigger": "humidityRead"
},
"triggers": {
"triggered": [],
"temperatureRead": [],
"humidityRead": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "FloatToInteger",
"targetAbility": "convert"
},
{
"mapping": {},
"targetOrder": [],
"targetElement": "HumidityEvent",
"targetAbility": "sendEvent"
},
{
"mapping": {},
"targetOrder": [],
"targetElement": "Humidity",
"targetAbility": "print"
}
]
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"readTemperature": false,
"readHumidity": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "readTemperature",
"triggers": [
"temperatureRead"
]
},
{
"name": "readHumidity",
"triggers": [
"humidityRead"
]
}
]
},
{
"name": "Humidity",
"type": "EmbeddedDebugPrint",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables",
"debugPrint"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n\t",
"print": "\n if((in != NULL) && (in->type != ATMO_DATATYPE_VOID))\n {\n char str[256];\n unsigned int prependLen = strlen(ATMO_PROPERTY(Humidity, prepend));\n // If there's text to prepend, do that first\n if(prependLen > 0)\n {\n sprintf(str, \"%s: \", ATMO_PROPERTY(Humidity, prepend));\n prependLen += 2; // Adding 2 chars for \": \"\n }\n \n // Grab the string version of the input data, place it after the prepend text\n if(ATMO_GetString(in, str + prependLen, 256 - prependLen) == ATMO_Status_Success)\n {\n ATMO_PLATFORM_DebugPrint(\"%s\\r\\n\", str);\n }\n }\n else\n {\n ATMO_PLATFORM_DebugPrint(\"%s\\r\\n\", ATMO_PROPERTY(Humidity, prepend));\n }\n \n return ATMO_Status_Success;\n "
},
"variables": {},
"embeddedPropertyConversions": {
"prepend": "string"
},
"codeUserChanged": {
"setup": false,
"print": false
},
"prepend": "Humidity"
},
"meta": {
"editorX": 426,
"editorY": 316,
"lastTrigger": "printed"
},
"triggers": {
"triggered": [],
"printed": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"print": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "print",
"triggers": [
"printed"
]
}
]
},
{
"name": "XbeeCat1Lte",
"type": "EmbeddedXbeeLteCat1",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": " XBEE_CAT1_LTE_Config_t config;\n config.uartInstance = ATMO_PROPERTY(XbeeCat1Lte, uartInstance);\n config.driverType.type = ATMO_DRIVERTYPE_UART;\n config.gpioInstance = ATMO_PROPERTY(XbeeCat1Lte, gpioInstance);\n config.resetPin = ATMO_PROPERTY(XbeeCat1Lte, resetPin);\n strncpy(config.phoneNumber, ATMO_PROPERTY(XbeeCat1Lte, phoneNumber), XBEE_CAT1_LTE_MAX_PHONE_LEN);\n\n if(!XBEE_CAT1_LTE_Init(&config, &ATMO_INSTANCE(XbeeCat1Lte, CELLULAR), &ATMO_INSTANCE(XbeeCat1Lte, EMBEDDEDCLOUD)))\n {\n return ATMO_Status_Fail;\n }\n\n return ATMO_Status_Success;",
"sendSms": " return XBEE_CAT1_LTE_SendSMS(in) ? ATMO_Status_Success : ATMO_Status_Fail;"
},
"variables": {},
"embeddedPropertyConversions": {
"phoneNumber": "string"
},
"codeUserChanged": {
"setup": false,
"sendSms": false
},
"uartInstance": "ATMO_DRIVERINSTANCE_UART_UART1",
"gpioInstance": "ATMO_DRIVERINSTANCE_GPIO_GPIO1",
"resetPin": "ATMO_GPIO_NO_PIN",
"phoneNumber": ""
},
"meta": {
"editorX": 726,
"editorY": 266,
"lastTrigger": "smsSent"
},
"triggers": {
"triggered": [],
"smsSent": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"sendSms": false
},
"implements": [
"embeddedCloud",
"cellular"
],
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "sendSms",
"triggers": [
"smsSent"
]
}
]
},
{
"name": "HumidityEvent",
"type": "EmbeddedCloudEvent",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables",
"embeddedCloud"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n \n\t\n\treturn ATMO_Status_Success;\n ",
"sendEvent": "\n \n\tif( ATMO_CLOUD_SendEvent(ATMO_PROPERTY(HumidityEvent, instance), ATMO_ELEMENT_NAME(HumidityEvent), in, 100) != ATMO_CLOUD_Status_Success )\n { \n return ATMO_Status_Fail;\n }\n\n\treturn ATMO_Status_Success;\n\t"
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"setup": false,
"sendEvent": false
},
"instance": "ATMO_DRIVERINSTANCE_EMBEDDEDCLOUD_XbeeCat1Lte"
},
"meta": {
"editorX": 426,
"editorY": 115,
"lastTrigger": "eventSent"
},
"triggers": {
"triggered": [],
"eventSent": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"sendEvent": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "sendEvent",
"triggers": [
"eventSent"
]
}
]
},
{
"name": "LessThan40",
"type": "EmbeddedComparison",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n\t",
"evaluate": "\n\tbool conditionTrue = false;\n\n\t// Convert property to same type as input\n\tATMO_Value_t targetStr;\n\tATMO_Value_t targetNum;\n\t\n\tATMO_InitValue(&targetStr);\n\tATMO_InitValue(&targetNum);\n\tATMO_CreateValueString(&targetStr, ATMO_PROPERTY(LessThan40, target));\n\tATMO_CreateValueConverted(&targetNum, in->type, &targetStr);\n\t\n\tif(ATMO_CompareValues(in, &targetNum, ATMO_PROPERTY(LessThan40, condition), &conditionTrue) != ATMO_Status_Success)\n\t{\n\t\tATMO_Value_t value;\n\t\tATMO_InitValue(&value);\n\t\tATMO_TriggerHandler(ATMO_TRIGGER(LessThan40, invalidType), NULL);\n\t\tATMO_FreeValue(&value);\n\t\tATMO_FreeValue(&targetStr);\n\t\tATMO_FreeValue(&targetNum);\n\t\treturn ATMO_Status_Fail;\n\t}\n\n\tATMO_FreeValue(&targetStr);\n\tATMO_FreeValue(&targetNum);\n\n\n\tATMO_Value_t value;\n\tATMO_InitValue(&value);\n\tATMO_CreateValueCopy(&value, in);\n\tATMO_TriggerHandler(conditionTrue ? ATMO_TRIGGER(LessThan40, conditionTrue) : ATMO_TRIGGER(LessThan40, conditionFalse), &value);\n\tATMO_FreeValue(&value);\t\t\n\n\treturn ATMO_Status_Success;\n\t"
},
"variables": {},
"embeddedPropertyConversions": {
"target": "string"
},
"codeUserChanged": {
"setup": false,
"evaluate": false
},
"condition": "ATMO_LESS_THAN",
"target": "40"
},
"meta": {
"editorX": 525,
"editorY": 216,
"lastTrigger": "conditionTrue"
},
"triggers": {
"triggered": [],
"conditionTrue": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "Function",
"targetAbility": "trigger"
}
],
"conditionFalse": [],
"invalidType": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"evaluate": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "evaluate",
"triggers": []
}
]
},
{
"name": "HumidityLow",
"type": "EmbeddedDebugPrint",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables",
"debugPrint"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n\t",
"print": "\n if((in != NULL) && (in->type != ATMO_DATATYPE_VOID))\n {\n char str[256];\n unsigned int prependLen = strlen(ATMO_PROPERTY(HumidityLow, prepend));\n // If there's text to prepend, do that first\n if(prependLen > 0)\n {\n sprintf(str, \"%s: \", ATMO_PROPERTY(HumidityLow, prepend));\n prependLen += 2; // Adding 2 chars for \": \"\n }\n \n // Grab the string version of the input data, place it after the prepend text\n if(ATMO_GetString(in, str + prependLen, 256 - prependLen) == ATMO_Status_Success)\n {\n ATMO_PLATFORM_DebugPrint(\"%s\\r\\n\", str);\n }\n }\n else\n {\n ATMO_PLATFORM_DebugPrint(\"%s\\r\\n\", ATMO_PROPERTY(HumidityLow, prepend));\n }\n \n return ATMO_Status_Success;\n "
},
"variables": {},
"embeddedPropertyConversions": {
"prepend": "string"
},
"codeUserChanged": {
"setup": false,
"print": false
},
"prepend": "Humidity Low"
},
"meta": {
"editorX": 722,
"editorY": 151,
"lastTrigger": "printed"
},
"triggers": {
"triggered": [],
"printed": []
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"print": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "print",
"triggers": [
"printed"
]
}
]
},
{
"name": "FloatToInteger",
"type": "EmbeddedDataTypeConversion",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\treturn ATMO_Status_Success;",
"setup": "\n\treturn ATMO_Status_Success;\n\t",
"convert": "\n return ATMO_CreateValueConverted(out, ATMO_PROPERTY(FloatToInteger, type), in);\n "
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"setup": false,
"convert": false
},
"type": "ATMO_DATATYPE_INT"
},
"meta": {
"editorX": 425,
"editorY": 214,
"lastTrigger": "converted"
},
"triggers": {
"triggered": [],
"converted": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "LessThan40",
"targetAbility": "evaluate"
}
]
},
"interruptAbilities": {
"trigger": false,
"setup": false,
"convert": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
},
{
"name": "setup",
"triggers": []
},
{
"name": "convert",
"triggers": [
"converted"
]
}
]
},
{
"name": "Function",
"type": "EmbeddedFunction",
"variants": [
"embedded",
"triggers",
"abilities",
"properties",
"variables"
],
"properties": {
"errorData": {},
"code": {
"trigger": "\tint humidity = 0;\nATMO_GetInt(in, &humidity);\n\nchar buf[64];\n\nsprintf(buf, \"Humidity Low : %d%%\\r\\n\", humidity);\n \nATMO_CreateValueString(out, buf);\n\treturn ATMO_Status_Success;\n"
},
"variables": {},
"embeddedPropertyConversions": {},
"codeUserChanged": {
"trigger": true
}
},
"meta": {
"editorX": 627,
"editorY": 215,
"lastTrigger": "triggered"
},
"triggers": {
"triggered": [
{
"mapping": {},
"targetOrder": [],
"targetElement": "XbeeCat1Lte",
"targetAbility": "sendSms"
},
{
"mapping": {},
"targetOrder": [],
"targetElement": "HumidityLow",
"targetAbility": "print"
}
]
},
"interruptAbilities": {
"trigger": false
},
"abilities": [
{
"name": "trigger",
"triggers": [
"triggered"
]
}
]
}
],
"libraries": {
"xbeecat1": {
"libName": "xbeecat1",
"manufacturer": "Digi",
"description": "XBee Cellular LTE CAT1 Modem",
"type": "Cellular",
"icon": "",
"image": "",
"version": "",
"eelVersion": "3",
"shoppingCartLinks": {
"digikey": {
"links": {
"info": "https://www.digikey.com/short/pj30c5"
},
"cartData": {
"part": "602-1976-ND",
"source": "dkstudio",
"qty": "1"
}
}
},
"requires": [
"embedded",
"uart",
"uptime"
],
"elements": [
{
"name": "XbeeCat1Lte",
"type": "EmbeddedXbeeLteCat1",
"icon": "EmbeddedCellularConnection.svg",
"implements": [
"embeddedCloud",
"cellular"
],
"helpPageHref": "https://developer.atmosphereiot.com/documents/elements/digixbeeltecat1.html",
"defaultAbility": "sendSms",
"defaultTrigger": "smsSent",
"hidden": false,
"abilities": [
{
"name": "setup",
"hidden": true,
"code": " XBEE_CAT1_LTE_Config_t config;\n config.uartInstance = ATMO_PROPERTY(undefined, uartInstance);\n config.driverType.type = ATMO_DRIVERTYPE_UART;\n config.gpioInstance = ATMO_PROPERTY(undefined, gpioInstance);\n config.resetPin = ATMO_PROPERTY(undefined, resetPin);\n strncpy(config.phoneNumber, ATMO_PROPERTY(undefined, phoneNumber), XBEE_CAT1_LTE_MAX_PHONE_LEN);\n\n if(!XBEE_CAT1_LTE_Init(&config, &ATMO_INSTANCE(undefined, CELLULAR), &ATMO_INSTANCE(undefined, EMBEDDEDCLOUD)))\n {\n return ATMO_Status_Fail;\n }\n\n return ATMO_Status_Success;"
},
{
"name": "sendSms",
"triggers": [
"smsSent"
],
"code": " return XBEE_CAT1_LTE_SendSMS(in) ? ATMO_Status_Success : ATMO_Status_Fail;"
}
],
"properties": [
{
"name": "uartInstance",
"input": "driverInstance",
"driverType": "uart"
},
{
"name": "gpioInstance",
"input": "driverInstance",
"driverType": "gpio"
},
{
"name": "resetPin",
"input": "number",
"value": "ATMO_GPIO_NO_PIN"
},
{
"name": "phoneNumber",
"input": "text",
"embeddedConversion": "string",
"value": ""
}
],
"triggers": [],
"variables": [],
"language": {
"en-US": {
"EmbeddedXbeeLteCat1": "XBee Cellular LTE CAT1",
"uartInstance": "UART Driver Instance",
"resetPin": "Reset Pin",
"gpioInstance": "GPIO Driver Instance",
"phoneNumber": "Destination Phone Number",
"sendSms": "Send SMS",
"smsSent": "SMS Sent"
}
}
}
],
"files": {
"common": {
"headers": {
"xbeecat1lte.h": "#ifndef __XBEE_CAT1_LTE_H_\n#define __XBEE_CAT1_LTE_H_\n\n#include \"../app_src/atmosphere_platform.h\"\n#include \"../tcpclient/tcpclient.h\"\n#include \"../cellular/cellular.h\"\n#include \"../http/http.h\"\n#include \"../atmo/core.h\"\n\n#ifdef __cplusplus\n\textern \"C\"{\n#endif\n\n#define XBEE_CAT1_LTE_MAX_PHONE_LEN 20\n\ntypedef struct {\n ATMO_DriverInstanceHandle_t uartInstance;\n ATMO_DriverInstanceHandle_t gpioInstance;\n ATMO_GPIO_Device_Pin_t resetPin;\n ATMO_DriverInstanceHandle_t spiInstance; // FUTURE\n ATMO_CORE_DeviceHandle_t driverType; // FUTURE\n char phoneNumber[XBEE_CAT1_LTE_MAX_PHONE_LEN + 1];\n} XBEE_CAT1_LTE_Config_t;\n\nATMO_BOOL_t XBEE_CAT1_LTE_Init(XBEE_CAT1_LTE_Config_t *config, ATMO_DriverInstanceHandle_t *cellularInstance, ATMO_DriverInstanceHandle_t *cloudInstance);\nATMO_BOOL_t XBEE_CAT1_LTE_SendSMS(ATMO_Value_t *data);\n\nATMO_Status_t XBEE_CAT1_LTE_TCP_CLIENT_AddDriverInstance(ATMO_DriverInstanceHandle_t *instanceNumber);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_Init(ATMO_DriverInstanceData_t *instance);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_DeInit(ATMO_DriverInstanceData_t *instance);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_SetConfiguration(ATMO_DriverInstanceData_t *instance, const ATMO_TCP_CLIENT_Config_t *config);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_Connect(ATMO_DriverInstanceData_t *instance, const char *host, unsigned int port, ATMO_BOOL_t useSSL);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_Disconnect(ATMO_DriverInstanceData_t *instance);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(ATMO_DriverInstanceData_t *instance, ATMO_TCP_CLIENT_ConnectionStatus_t *status);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_WriteBytes(ATMO_DriverInstanceData_t *instance, uint8_t *data, unsigned int dataLen);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_SetReceiveCallback(ATMO_DriverInstanceData_t *instance, ATMO_Callback_t cb);\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_GetNumAvailableBytes(ATMO_DriverInstanceData_t *instance, uint32_t *numBytes, uint8_t **bytePtr);\n\nATMO_Status_t XBEE_CAT1_LTE_CELLULAR_AddDriverInstance(ATMO_DriverInstanceHandle_t *instanceNumber);\nATMO_CELLULAR_Status_t XBEE_CAT1_LTE_CELLULAR_Init(ATMO_DriverInstanceData_t *instance);\nATMO_CELLULAR_Status_t XBEE_CAT1_LTE_CELLULAR_DeInit(ATMO_DriverInstanceData_t *instance);\nATMO_CELLULAR_Status_t XBEE_CAT1_LTE_CELLULAR_GetConnectionStatus(ATMO_DriverInstanceData_t *instance, ATMO_CELLULAR_ConnectionStatus_t *status);\n\n#ifdef __cplusplus\n\t}\n#endif\n\n#endif"
},
"objects": {
"xbeecat1lte.c": "#include \"xbeecat1lte.h\"\n#include \"../app_src/atmosphere_platform.h\"\n\nstatic XBEE_CAT1_LTE_Config_t _XBEE_CAT1_LTE_Config;\n\n/* Timeout for general AT commands */\n#define XBEE_CAT1_TIMEOUT_MS 2000\n\n/* Timeout for HTTP requests */\n#define XBEE_CAT1_HTTP_TIMEOUT_MS 15000\n\n/* Buffer for HTTP responses */\n#define XBEE_CAT1_HTTP_BUF_SIZE 600\n#define XBEE_CAT1_HTTP_RESP_BUF_SIZE 256\n\n/* Number of times to retry entering command mode */\n#define XBEE_CAT1_CMD_MODE_NUM_RETRIES 3\n\nstatic const ATMO_TCP_CLIENT_DriverInstance_t xbeeTcpClientDriverInstance =\n {\n XBEE_CAT1_LTE_TCP_CLIENT_Init,\n XBEE_CAT1_LTE_TCP_CLIENT_DeInit,\n XBEE_CAT1_LTE_TCP_CLIENT_SetConfiguration,\n XBEE_CAT1_LTE_TCP_CLIENT_Connect,\n XBEE_CAT1_LTE_TCP_CLIENT_Disconnect,\n XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus,\n XBEE_CAT1_LTE_TCP_CLIENT_WriteBytes,\n XBEE_CAT1_LTE_TCP_CLIENT_SetReceiveCallback,\n XBEE_CAT1_LTE_TCP_CLIENT_GetNumAvailableBytes\n };\n\nstatic const ATMO_CELLULAR_DriverInstance_t xbeeCellularDriverInstance =\n {\n XBEE_CAT1_LTE_CELLULAR_Init,\n XBEE_CAT1_LTE_CELLULAR_DeInit,\n XBEE_CAT1_LTE_CELLULAR_GetConnectionStatus\n };\n\n/* Callback for TCP Client RX Data. Registered by HTTP driver */\nstatic ATMO_Callback_t _XBEE_CAT1_TCP_CLIENT_RxCB = NULL;\n\nstatic uint32_t _XBEE_CAT1_TCP_CLIENT_NumBytesAvailable = 0;\nstatic ATMO_DriverInstanceHandle_t _XBEE_CAT1_HTTPInstance = 0;\n\n/* Response buffers */\nstatic char _XBEE_CAT1_RespBuf[XBEE_CAT1_HTTP_BUF_SIZE];\nstatic char _XBEE_CAT1_HttpPacketBuf[ATMO_HTTP_DEFAULT_PACKETBUF_SIZE];\n\n/* Global to indicate if the modem is busy with a command. This is to avoid sending a command while it's already sending a command. */\nstatic ATMO_BOOL_t _XBEE_CAT1_Busy = false;\n\nstatic ATMO_TCP_CLIENT_ConnectionStatus_t _XBEE_CAT1_ConnectionStatus = ATMO_TCP_CLIENT_Disconnected;\n\nstatic uint32_t _XBEE_CAT1_GuardTimeMs = 1000;\nstatic ATMO_BOOL_t _XBEE_CAT1_WaitingForResponse = false;\n\n/**\n * @brief Private functions\n * \n */\nstatic void _XBEE_CAT1_LTE_Flush();\nstatic ATMO_TCP_CLIENT_Status_t _XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(ATMO_DriverInstanceData_t *instance, ATMO_TCP_CLIENT_ConnectionStatus_t *status);\nstatic ATMO_BOOL_t XBEE_CAT1_LTE_EnterCommandMode();\nstatic ATMO_BOOL_t XBEE_CAT1_LTE_SendAtCommand(const char *cmd, const char *params);\nstatic ATMO_BOOL_t XBEE_CAT1_LTE_ExitCommandMode();\n\n/* Flush the buffer. This currently has some issues with Arduino */\nstatic void _XBEE_CAT1_LTE_Flush()\n{\n ATMO_UART_FlushRx(_XBEE_CAT1_LTE_Config.uartInstance);\n}\n\nstatic void _XBEE_CAT1_LTE_CheckForResponse(void *data)\n{\n static ATMO_BOOL_t lastWaitingForResponse = false;\n static uint64_t startTime = 0;\n static uint64_t timeSinceStart = 0; // Overall timeout to jump out in case of error\n static uint64_t lastNewByteTime = 0;\n static uint32_t lastNBytesAvailable = 0;\n\n if (!_XBEE_CAT1_WaitingForResponse)\n {\n return;\n }\n\n // Transitioned into waiting for resp\n if (_XBEE_CAT1_WaitingForResponse && !lastWaitingForResponse)\n {\n startTime = ATMO_PLATFORM_UptimeMs();\n timeSinceStart = 0;\n }\n\n // No resp received in time\n if (timeSinceStart > XBEE_CAT1_HTTP_TIMEOUT_MS)\n {\n _XBEE_CAT1_WaitingForResponse = false;\n _XBEE_CAT1_Busy = false;\n return;\n }\n\n // After the first byte is received, it should be a constant stream of data.\n // If no bytes have been received for a few loops after the initial byte has been received. The transfer is done.\n ATMO_UART_CheckForData(_XBEE_CAT1_LTE_Config.uartInstance);\n timeSinceStart = ATMO_PLATFORM_UptimeMs() - startTime;\n\n unsigned int nBytesAvailable = 0;\n ATMO_UART_NumRxBytesAvailable(_XBEE_CAT1_LTE_Config.uartInstance, &nBytesAvailable);\n\n if (nBytesAvailable > 0 && (nBytesAvailable != lastNBytesAvailable))\n {\n lastNewByteTime = ATMO_PLATFORM_UptimeMs();\n }\n\n ATMO_BOOL_t respReceived = false;\n\n // It's been awhile since a new byte has been received\n if (nBytesAvailable > 0 && (nBytesAvailable == lastNBytesAvailable))\n {\n if (ATMO_PLATFORM_UptimeMs() - lastNewByteTime > 1000)\n {\n respReceived = true;\n }\n }\n\n lastNBytesAvailable = nBytesAvailable;\n\n if (respReceived)\n {\n// ATMO_PLATFORM_DebugPrint(\"RX Complete: %s\\r\\n\", _XBEE_CAT1_RespBuf);\n\n // Only care about the 1st line and data after the headers\n char *firstLineEnd = strchr((char *)_XBEE_CAT1_RespBuf, '\\r');\n\n if (firstLineEnd == NULL)\n {\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n *firstLineEnd = 0;\n strcpy(_XBEE_CAT1_HttpPacketBuf, _XBEE_CAT1_RespBuf);\n\n // Find data\n firstLineEnd++;\n\n char *dataStart = strstr(firstLineEnd, \"\\r\\n\\r\\n\");\n\n if (dataStart == NULL)\n {\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n strcat(_XBEE_CAT1_HttpPacketBuf, dataStart);\n\n// ATMO_PLATFORM_DebugPrint(\"Resp Buffer: %s\\r\\n\", _XBEE_CAT1_HttpPacketBuf);\n _XBEE_CAT1_TCP_CLIENT_NumBytesAvailable = strlen(_XBEE_CAT1_HttpPacketBuf) + 1;\n\n if (_XBEE_CAT1_TCP_CLIENT_RxCB != NULL)\n {\n ATMO_AddCallbackExecute(_XBEE_CAT1_TCP_CLIENT_RxCB, NULL);\n }\n\n _XBEE_CAT1_Busy = false;\n _XBEE_CAT1_WaitingForResponse = false;\n }\n\n lastWaitingForResponse = _XBEE_CAT1_WaitingForResponse;\n}\n\nstatic ATMO_TCP_CLIENT_Status_t _XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(ATMO_DriverInstanceData_t *instance, ATMO_TCP_CLIENT_ConnectionStatus_t *status)\n{\n // Return \"disconnected\" if currently busy\n if (_XBEE_CAT1_Busy == true)\n {\n *status = ATMO_TCP_CLIENT_Disconnected;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n _XBEE_CAT1_Busy = true;\n\n if (!XBEE_CAT1_LTE_EnterCommandMode())\n {\n ATMO_PLATFORM_DebugPrint(\"Failed to enter command mode\\r\\n\");\n _XBEE_CAT1_Busy = false;\n *status = ATMO_TCP_CLIENT_Disconnected;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n // Connected to the internet?\n if (!XBEE_CAT1_LTE_SendAtCommand(\"ATAI\", NULL))\n {\n _XBEE_CAT1_Busy = false;\n *status = ATMO_TCP_CLIENT_Error;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n uint32_t statusInt = strtoul(_XBEE_CAT1_RespBuf, NULL, 16);\n\n if (!XBEE_CAT1_LTE_ExitCommandMode())\n {\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n if (statusInt == 0x0)\n {\n *status = ATMO_TCP_CLIENT_Connected;\n }\n else\n {\n *status = ATMO_TCP_CLIENT_Disconnected;\n }\n\n _XBEE_CAT1_ConnectionStatus = *status;\n\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nstatic ATMO_BOOL_t XBEE_CAT1_LTE_EnterCommandMode()\n{\n uint32_t i;\n for (i = 0; i < XBEE_CAT1_CMD_MODE_NUM_RETRIES; i++)\n {\n _XBEE_CAT1_LTE_Flush();\n\n // There must be at least 1 second preceding entering command mode according to the spec\n ATMO_PLATFORM_DelayMilliseconds(_XBEE_CAT1_GuardTimeMs);\n\n ATMO_BOOL_t responseReceived = false;\n uint32_t nBytesSent = 0;\n ATMO_UART_WriteBlocking(_XBEE_CAT1_LTE_Config.uartInstance, \"+++\", strlen(\"+++\"), &nBytesSent, 1000);\n\n uint64_t startTime = ATMO_PLATFORM_UptimeMs();\n uint64_t currentTime = 0;\n unsigned int nBytesAvailable = 0;\n\n // Wait for either a response or the timeout\n while (!responseReceived && (currentTime < XBEE_CAT1_TIMEOUT_MS))\n {\n // Keep the system moving\n ATMO_UART_CheckForData(_XBEE_CAT1_LTE_Config.uartInstance);\n currentTime = ATMO_PLATFORM_UptimeMs() - startTime;\n\n // Since the UART driver is using our RX buffer, it will just be filled by the UART driver\n // So, no data copying\n ATMO_UART_NumRxBytesAvailable(_XBEE_CAT1_LTE_Config.uartInstance, &nBytesAvailable);\n\n // Every response in command mode will end with a single \\r\n if (nBytesAvailable > 0)\n {\n if (strcmp(_XBEE_CAT1_RespBuf, \"OK\\r\") == 0)\n {\n return true;\n }\n }\n }\n }\n return false;\n}\n\nstatic ATMO_BOOL_t XBEE_CAT1_LTE_SendAtCommand(const char *cmd, const char *params)\n{\n _XBEE_CAT1_LTE_Flush();\n uint32_t tmp = 0;\n ATMO_BOOL_t responseReceived = false;\n uint32_t cmdLen = strlen(cmd);\n\n ATMO_UART_WriteBlocking(_XBEE_CAT1_LTE_Config.uartInstance, cmd, strlen(cmd), &tmp, 1000);\n\n // Write AT command parameters if there are any\n if (params != NULL)\n {\n ATMO_UART_WriteBlocking(_XBEE_CAT1_LTE_Config.uartInstance, \" \", 1, &tmp, 1000);\n ATMO_UART_WriteBlocking(_XBEE_CAT1_LTE_Config.uartInstance, params, strlen(params), &tmp, 1000);\n }\n\n ATMO_UART_WriteBlocking(_XBEE_CAT1_LTE_Config.uartInstance, \"\\r\", 1, &tmp, 1000);\n\n uint32_t currentTime = 0;\n uint32_t startTime = ATMO_PLATFORM_UptimeMs();\n unsigned int nBytesAvailable = 0;\n\n // Wait for either a response or the timeout\n while (!responseReceived && (currentTime < XBEE_CAT1_TIMEOUT_MS))\n {\n ATMO_UART_CheckForData(_XBEE_CAT1_LTE_Config.uartInstance);\n currentTime = ATMO_PLATFORM_UptimeMs() - startTime;\n ATMO_UART_NumRxBytesAvailable(_XBEE_CAT1_LTE_Config.uartInstance, &nBytesAvailable);\n\n if (nBytesAvailable > 0)\n {\n if (_XBEE_CAT1_RespBuf[nBytesAvailable - 1] == '\\r')\n {\n responseReceived = true;\n }\n }\n }\n\n if (!responseReceived)\n {\n return false;\n }\n\n if (params != NULL)\n {\n // Should have received an OK back\n if (strcmp(_XBEE_CAT1_RespBuf, \"OK\\r\") != 0)\n {\n return false;\n }\n }\n\n return true;\n}\n\nstatic ATMO_BOOL_t XBEE_CAT1_LTE_ExitCommandMode()\n{\n return XBEE_CAT1_LTE_SendAtCommand(\"ATCN\", NULL);\n}\n\nATMO_BOOL_t XBEE_CAT1_LTE_AutoBaud()\n{\n ATMO_UART_BaudRate_t baudRates[] = {ATMO_UART_BaudRate_9600, ATMO_UART_BaudRate_2400, ATMO_UART_BaudRate_1200, ATMO_UART_BaudRate_4800, ATMO_UART_BaudRate_19200,\n ATMO_UART_BaudRate_38400, ATMO_UART_BaudRate_57600, ATMO_UART_BaudRate_115200, ATMO_UART_BaudRate_230400, ATMO_UART_BaudRate_460800, ATMO_UART_BaudRate_921600};\n unsigned int currentBaudIndex = 0;\n\n ATMO_BOOL_t baudFound = false;\n\n while (!baudFound && baudRates[currentBaudIndex] != ATMO_UART_BaudRate_921600)\n {\n ATMO_PLATFORM_DebugPrint(\"Trying baud: %lu\\r\\n\", baudRates[currentBaudIndex]);\n ATMO_UART_Peripheral_t uartConfig;\n ATMO_UART_GetDefaultConfig(&uartConfig);\n uartConfig.baudRate = baudRates[currentBaudIndex];\n uartConfig.rxBuffer = false;\n uartConfig.customBuffer = (uint8_t *)_XBEE_CAT1_RespBuf;\n uartConfig.customBufferSize = XBEE_CAT1_HTTP_BUF_SIZE * sizeof(char);\n if(ATMO_UART_SetConfiguration(_XBEE_CAT1_LTE_Config.uartInstance, &uartConfig) != ATMO_UART_Status_Success)\n {\n // Try the next baud\n currentBaudIndex++;\n continue;\n }\n\n if (_XBEE_CAT1_LTE_Config.resetPin != ATMO_GPIO_NO_PIN)\n {\n ATMO_PLATFORM_DebugPrint(\"Resetting XBEE\\r\\n\");\n ATMO_GPIO_SetPinState(_XBEE_CAT1_LTE_Config.gpioInstance, _XBEE_CAT1_LTE_Config.resetPin, ATMO_GPIO_PinState_Low);\n ATMO_PLATFORM_DelayMilliseconds(500);\n ATMO_GPIO_SetPinState(_XBEE_CAT1_LTE_Config.gpioInstance, _XBEE_CAT1_LTE_Config.resetPin, ATMO_GPIO_PinState_High);\n ATMO_PLATFORM_DelayMilliseconds(500);\n }\n\n if (XBEE_CAT1_LTE_EnterCommandMode())\n {\n ATMO_PLATFORM_DebugPrint(\"Baud Found! Changing to 9600\\r\\n\");\n XBEE_CAT1_LTE_SendAtCommand(\"ATBD\", \"3\");\n XBEE_CAT1_LTE_SendAtCommand(\"ATWR\", NULL); // write to NVM\n XBEE_CAT1_LTE_SendAtCommand(\"ATGT\", \"2\"); // Set guard time lower\n _XBEE_CAT1_GuardTimeMs = 2;\n XBEE_CAT1_LTE_ExitCommandMode();\n\n if (uartConfig.baudRate != ATMO_UART_BaudRate_9600)\n {\n uartConfig.baudRate = ATMO_UART_BaudRate_9600;\n ATMO_UART_SetConfiguration(_XBEE_CAT1_LTE_Config.uartInstance, &uartConfig);\n }\n baudFound = true;\n break;\n }\n else\n {\n currentBaudIndex++;\n }\n }\n\n if (!baudFound)\n {\n ATMO_PLATFORM_DebugPrint(\"Autobaud failed\\r\\n\");\n }\n\n return baudFound;\n}\n\nATMO_BOOL_t XBEE_CAT1_LTE_Init(XBEE_CAT1_LTE_Config_t *config, ATMO_DriverInstanceHandle_t *cellularInstance, ATMO_DriverInstanceHandle_t *cloudInstance)\n{\n // ATMO_INTERVAL_AddCallbackInterval(0, _XBEE_CAT1_LTE_TimeKeeper, 1000, NULL);\n memcpy(&_XBEE_CAT1_LTE_Config, config, sizeof(_XBEE_CAT1_LTE_Config));\n\n ATMO_PLATFORM_DebugPrint(\"Initializing XBEE\\r\\n\");\n\n ATMO_UART_Peripheral_t uartConfig;\n ATMO_UART_GetDefaultConfig(&uartConfig);\n uartConfig.baudRate = ATMO_UART_BaudRate_9600;\n uartConfig.rxBuffer = false;\n uartConfig.isBinaryData = false;\n uartConfig.rxTrim = false;\n uartConfig.customBuffer = (uint8_t *)_XBEE_CAT1_RespBuf;\n uartConfig.customBufferSize = XBEE_CAT1_HTTP_BUF_SIZE * sizeof(char);\n strcpy(uartConfig.splitRegex, \".*\\r\");\n\n ATMO_PLATFORM_DebugPrint(\"UArt Instance: %d\\r\\n\", config->uartInstance);\n\n if(ATMO_UART_Init(config->uartInstance) != ATMO_UART_Status_Success)\n {\n ATMO_PLATFORM_DebugPrint(\"UART Init Failed\\r\\n\");\n return false;\n }\n\n if(ATMO_UART_SetConfiguration(config->uartInstance, &uartConfig) != ATMO_UART_Status_Success)\n {\n ATMO_PLATFORM_DebugPrint(\"UART Set config failed\\r\\n\");\n return false;\n }\n\n if (_XBEE_CAT1_LTE_Config.resetPin != ATMO_GPIO_NO_PIN)\n {\n ATMO_GPIO_Config_t gpioConf;\n gpioConf.initialState = ATMO_GPIO_PinState_High;\n gpioConf.pinMode = ATMO_GPIO_PinMode_Output_PushPull;\n ATMO_GPIO_SetPinConfiguration(_XBEE_CAT1_LTE_Config.gpioInstance, _XBEE_CAT1_LTE_Config.resetPin, &gpioConf);\n }\n\n ATMO_PLATFORM_DebugPrint(\"Attempting autobaud...\\r\\n\");\n \n if(!XBEE_CAT1_LTE_AutoBaud())\n {\n return false;\n }\n\n ATMO_DriverInstanceHandle_t tcpClientInstance = 0;\n if(XBEE_CAT1_LTE_TCP_CLIENT_AddDriverInstance(&tcpClientInstance) != ATMO_Status_Success)\n {\n return false;\n }\n\n if(ATMO_TCP_CLIENT_Init(tcpClientInstance) != ATMO_TCP_CLIENT_Status_Success)\n {\n return false;\n }\n\n if(ATMO_HTTP_Init(tcpClientInstance, (uint8_t *)_XBEE_CAT1_HttpPacketBuf, ATMO_HTTP_DEFAULT_PACKETBUF_SIZE * sizeof(char), &_XBEE_CAT1_HTTPInstance) != ATMO_HTTP_Status_Success)\n {\n return false;\n }\n\n if(XBEE_CAT1_LTE_CELLULAR_AddDriverInstance(cellularInstance) != ATMO_Status_Success)\n {\n return false;\n }\n \n if(ATMO_CELLULAR_Init(*cellularInstance) != ATMO_CELLULAR_Status_Success)\n {\n return false;\n }\n\n if(ATMO_CLOUD_TCP_AddDriverInstanceByType(cloudInstance, *cellularInstance, ATMO_DRIVERTYPE_CELLULAR, _XBEE_CAT1_HTTPInstance, ATMO_DRIVERINSTANCE_DEFAULT, ATMO_DRIVERINSTANCE_DEFAULT) != ATMO_Status_Success)\n {\n return false;\n }\n\n if(ATMO_CLOUD_Init(*cloudInstance, false) != ATMO_CLOUD_Status_Success)\n {\n return false;\n }\n\n ATMO_PLATFORM_DebugPrint(\"XBEE Init complete\\r\\n\");\n\n ATMO_AddTickCallback(_XBEE_CAT1_LTE_CheckForResponse);\n\n return true;\n}\n\nATMO_BOOL_t XBEE_CAT1_LTE_SendSMS(ATMO_Value_t *data)\n{\n if (_XBEE_CAT1_Busy == true)\n {\n ATMO_PLATFORM_DebugPrint(\"Client busy...\\r\\n\");\n return false;\n }\n\n ATMO_TCP_CLIENT_ConnectionStatus_t connStatus; \n if( _XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(NULL, &connStatus) != ATMO_TCP_CLIENT_Status_Success || connStatus != ATMO_TCP_CLIENT_Connected)\n {\n ATMO_PLATFORM_DebugPrint(\"Not connected: %d\\r\\n\", connStatus);\n _XBEE_CAT1_Busy = false;\n return false;\n }\n\n _XBEE_CAT1_Busy = true;\n\n if (!XBEE_CAT1_LTE_EnterCommandMode())\n {\n _XBEE_CAT1_Busy = false;\n return false;\n }\n\n // Set IP mode to \"SMS\"\n if (!XBEE_CAT1_LTE_SendAtCommand(\"ATIP\", \"2\"))\n {\n _XBEE_CAT1_Busy = false;\n return false;\n } \n\n // Set destination phone number\n if (!XBEE_CAT1_LTE_SendAtCommand(\"ATP#\", _XBEE_CAT1_LTE_Config.phoneNumber))\n {\n _XBEE_CAT1_Busy = false;\n return false;\n } \n\n if (!XBEE_CAT1_LTE_ExitCommandMode())\n {\n _XBEE_CAT1_Busy = false;\n return false;\n }\n\n ATMO_Value_t strValue;\n ATMO_InitValue(&strValue);\n ATMO_CreateValueConverted(&strValue, ATMO_DATATYPE_STRING, data);\n\n // Send data\n ATMO_UART_WriteStringBlocking(_XBEE_CAT1_LTE_Config.uartInstance, (const char *)strValue.data);\n\n ATMO_FreeValue(&strValue);\n\n _XBEE_CAT1_Busy = false;\n return true;\n}\n\nATMO_Status_t XBEE_CAT1_LTE_TCP_CLIENT_AddDriverInstance(ATMO_DriverInstanceHandle_t *instanceNumber)\n{\n static ATMO_DriverInstanceData_t xbeeTcpClientDriverInstanceData;\n\n xbeeTcpClientDriverInstanceData.name = \"\";\n xbeeTcpClientDriverInstanceData.initialized = false;\n xbeeTcpClientDriverInstanceData.instanceNumber = 0;\n\n return ATMO_TCP_CLIENT_AddDriverInstance(&xbeeTcpClientDriverInstance, &xbeeTcpClientDriverInstanceData, instanceNumber);\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_Init(ATMO_DriverInstanceData_t *instance)\n{\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_DeInit(ATMO_DriverInstanceData_t *instance)\n{\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_SetConfiguration(ATMO_DriverInstanceData_t *instance, const ATMO_TCP_CLIENT_Config_t *config)\n{\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(ATMO_DriverInstanceData_t *instance, ATMO_TCP_CLIENT_ConnectionStatus_t *status)\n{\n _XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(instance, status);\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_Connect(ATMO_DriverInstanceData_t *instance, const char *host, unsigned int port, ATMO_BOOL_t useSSL)\n{\n if (_XBEE_CAT1_Busy == true)\n {\n ATMO_PLATFORM_DebugPrint(\"Client busy...\\r\\n\");\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n _XBEE_CAT1_Busy = true;\n if (!XBEE_CAT1_LTE_EnterCommandMode())\n {\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n // Set the host\n if (!XBEE_CAT1_LTE_SendAtCommand(\"ATDL\", host))\n {\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n // Set the port\n char portStr[32];\n sprintf(portStr, \"%X\", port);\n\n if (!XBEE_CAT1_LTE_SendAtCommand(\"ATDE\", portStr))\n {\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n char ipProtoStr[2] = {0};\n if (useSSL)\n {\n ipProtoStr[0] = '4';\n }\n else\n {\n ipProtoStr[0] = '1';\n }\n\n if (!XBEE_CAT1_LTE_SendAtCommand(\"ATIP\", ipProtoStr))\n {\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n if (!XBEE_CAT1_LTE_ExitCommandMode())\n {\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n _XBEE_CAT1_Busy = false;\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_Disconnect(ATMO_DriverInstanceData_t *instance)\n{\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_WriteBytes(ATMO_DriverInstanceData_t *instance, uint8_t *data, unsigned int dataLen)\n{\n if (_XBEE_CAT1_Busy == true)\n {\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n _XBEE_CAT1_Busy = true;\n _XBEE_CAT1_LTE_Flush();\n\n uint32_t nBytesSent = 0;\n _XBEE_CAT1_TCP_CLIENT_NumBytesAvailable = 0;\n\n if (ATMO_UART_WriteBlocking(_XBEE_CAT1_LTE_Config.uartInstance, (const char *)data, dataLen, &nBytesSent, 1000) != ATMO_UART_Status_Success)\n {\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n if (nBytesSent != dataLen)\n {\n return ATMO_TCP_CLIENT_Status_Fail;\n }\n\n // Start receive process\n _XBEE_CAT1_WaitingForResponse = true;\n\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_SetReceiveCallback(ATMO_DriverInstanceData_t *instance, ATMO_Callback_t cb)\n{\n _XBEE_CAT1_TCP_CLIENT_RxCB = cb;\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_TCP_CLIENT_Status_t XBEE_CAT1_LTE_TCP_CLIENT_GetNumAvailableBytes(ATMO_DriverInstanceData_t *instance, uint32_t *numBytes, uint8_t **bytePtr)\n{\n *numBytes = _XBEE_CAT1_TCP_CLIENT_NumBytesAvailable;\n *bytePtr = (uint8_t *)_XBEE_CAT1_HttpPacketBuf;\n return ATMO_TCP_CLIENT_Status_Success;\n}\n\nATMO_Status_t XBEE_CAT1_LTE_CELLULAR_AddDriverInstance(ATMO_DriverInstanceHandle_t *instanceNumber)\n{\n static ATMO_DriverInstanceData_t xbeeCellularDriverInstanceData;\n\n xbeeCellularDriverInstanceData.name = \"\";\n xbeeCellularDriverInstanceData.initialized = false;\n xbeeCellularDriverInstanceData.instanceNumber = 0;\n\n return ATMO_CELLULAR_AddDriverInstance(&xbeeCellularDriverInstance, &xbeeCellularDriverInstanceData, instanceNumber);\n}\n\nATMO_CELLULAR_Status_t XBEE_CAT1_LTE_CELLULAR_Init(ATMO_DriverInstanceData_t *instance)\n{\n return ATMO_CELLULAR_Status_Success;\n}\n\nATMO_CELLULAR_Status_t XBEE_CAT1_LTE_CELLULAR_DeInit(ATMO_DriverInstanceData_t *instance)\n{\n return ATMO_CELLULAR_Status_Success;\n}\n\nATMO_CELLULAR_Status_t XBEE_CAT1_LTE_CELLULAR_GetConnectionStatus(ATMO_DriverInstanceData_t *instance, ATMO_CELLULAR_ConnectionStatus_t *status)\n{\n ATMO_TCP_CLIENT_ConnectionStatus_t tcpStatus;\n\n if (XBEE_CAT1_LTE_TCP_CLIENT_GetConnectionStatus(NULL, &tcpStatus) != ATMO_TCP_CLIENT_Status_Success)\n {\n return ATMO_CELLULAR_Status_Fail;\n }\n\n *status = (tcpStatus == ATMO_TCP_CLIENT_Connected) ? ATMO_CELLULAR_ConnectionStatus_Connected : ATMO_CELLULAR_ConnectionStatus_Disconnected;\n return ATMO_CELLULAR_Status_Success;\n}"
}
}
},
"md5": "98b4b34b94868ff147c8aee18f42594c"
},
"shtc3shield": {
"libName": "shtc3shield",
"manufacturer": "Sensirion",
"description": "SHTC1 Humidity Temperature sensors",
"type": "Temperature Sensor",
"icon": "",
"image": "",
"version": "",
"eelVersion": "1",
"shoppingCartLinks": {
"digikey": {
"links": {
"info": "https://www.digikey.com/short/ph8hc4"
},
"cartData": {
"part": "1649-1114-ND",
"partid": "5872297",
"source": "dkstudio",
"qty": "1"
}
}
},
"requires": [
"embedded",
"i2c"
],
"elements": [
{
"name": "SHTC3Shield",
"type": "EmbeddedSHTC3Shield",
"icon": "EmbeddedTempHumidity.svg",
"defaultAbility": "readTemperature",
"defaultTrigger": "temperatureRead",
"hidden": false,
"abilities": [
{
"name": "setup",
"hidden": true,
"code": "\tATMO_SHTI2C_Config_t config;\n\tconfig.i2cDriverInstance = ATMO_PROPERTY(undefined, i2cInstance);\n\tconfig.model = ATMO_PROPERTY(undefined, model);\n\n\treturn ( ATMO_SHTI2C_Init(&config) == ATMO_SHTI2C_Status_Success ) ? ATMO_Status_Success : ATMO_Status_Fail;\n"
},
{
"name": "readTemperature",
"triggers": [
"temperatureRead"
],
"code": " float tempC;\n ATMO_SHTI2C_GetTemperature(&tempC);\n ATMO_CreateValueFloat(out, tempC);\n return ATMO_Status_Success;\n"
},
{
"name": "readHumidity",
"triggers": [
"humidityRead"
],
"code": " float humidity;\n ATMO_SHTI2C_GetHumidity(&humidity);\n ATMO_CreateValueFloat(out, humidity);\n return ATMO_Status_Success;\n"
}
],
"properties": [
{
"name": "i2cInstance",
"input": "driverInstance",
"driverType": "i2c"
},
{
"name": "model",
"input": "select",
"inputOptions": [
"ATMO_SHTI2C_SHTCX",
"ATMO_SHTI2C_SHT3X"
],
"value": "ATMO_SHTI2C_SHTCX"
}
],
"triggers": [],
"variables": [],
"language": {
"en-US": {
"EmbeddedSensirionSHTI2C": "SHTx Climate",
"i2cInstance": "I2C Driver Instance",
"readTemperature": "Read Temperature",
"temperatureRead": "Temperature Read",
"readHumidity": "Read Humidity",
"humidityRead": "Humidity Read",
"setup": "Setup",
"model": "Model",
"ATMO_SHTI2C_SHTCX": "SHTCx",
"ATMO_SHTI2C_SHT3X": "SHT3x",
"EmbeddedSHTC3Shield": "SHTC3 Climate (Sensirion)"
}
}
}
],
"variants": [
{
"libName": "shtclick",
"shoppingCartLinks": {
"digikey": {
"links": {
"info": "https://www.digikey.com/product-detail/en/mikroelektronika/MIKROE-2101/1471-1616-ND/6100142"
},
"cartData": {
"part": "1471-1616-ND",
"source": "dkstudio",
"qty": "1"
}
}
},
"elements": [
{
"name": "SHTClick",
"type": "EmbeddedSHTClick",
"properties": {
"1": {
"name": "model",
"value": "ATMO_SHTI2C_SHT3X"
}
},
"language": {
"en-US": {
"EmbeddedSHTClick": "SHT Click"
}
}
}
]
},
{
"libName": "sht3xbreakout",
"shoppingCartLinks": {
"digikey": {
"links": {
"info": "https://www.digikey.com/short/ph199m"
},
"cartData": {
"part": "1528-1540-ND",
"source": "dkstudio",
"qty": "1"
}
}
},
"elements": [
{
"name": "SHT3xBreakout",
"type": "EmbeddedSHT3xBreakout",
"properties": {
"1": {
"name": "model",
"value": "ATMO_SHTI2C_SHT3X"
}
},
"language": {
"en-US": {
"EmbeddedSHT3xBreakout": "SHT3 Climate (Adafruit)"
}
}
}
]
},
{
"libName": "shtc3shield",
"shoppingCartLinks": {
"digikey": {
"links": {
"info": "https://www.digikey.com/short/ph8hc4"
},
"cartData": {
"part": "1649-1114-ND",
"source": "dkstudio",
"qty": "1"
}
}
},
"elements": [
{
"name": "SHTC3Shield",
"type": "EmbeddedSHTC3Shield",
"language": {
"en-US": {
"EmbeddedSHTC3Shield": "SHTC3 Climate (Sensirion)"
}
}
}
]
},
{
"libName": "shtc1shield",
"shoppingCartLinks": {
"digikey": {
"links": {
"info": "https://www.digikey.com/short/ph8h7b"
},
"cartData": {
"part": "1649-1113-ND",
"source": "dkstudio",
"qty": "1"
}
}
},
"elements": [
{
"name": "SHTC1Shield",
"type": "EmbeddedSHTC1Shield",
"language": {
"en-US": {
"EmbeddedSHTC1Shield": "SHTC1 Climate (Sensirion)"
}
}
}
]
}
],
"files": {
"common": {
"headers": {
"shti2c.h": "#ifndef _ATMO_SHTI2C_H_\n#define _ATMO_SHTI2C_H_\n\n#include \"../app_src/atmosphere_platform.h\"\n#include \"../i2c/i2c.h\"\n\nenum {\n ATMO_SHTI2C_SHTCX = 0,\n ATMO_SHTI2C_SHT3X,\n ATMO_SHI2C_NumModels\n};\n\ntypedef enum {\n ATMO_SHTI2C_Status_Success = 0x00u, // Common - Operation was successful\n ATMO_SHTI2C_Status_Fail = 0x01u, // Common - Operation failed\n ATMO_SHTI2C_Status_Initialized = 0x02u, // Common - Peripheral already initialized\n ATMO_SHTI2C_Status_Invalid = 0x03u, // Common - Invalid operation or result\n ATMO_SHTI2C_Status_NotSupported = 0x04u, // Common - Feature not supported by platform\n} ATMO_SHTI2C_Status_t;\n\ntypedef struct {\n ATMO_DriverInstanceHandle_t i2cDriverInstance;\n unsigned int model;\n} ATMO_SHTI2C_Config_t;\n\n/**\n * Initialize SHTI2C Driver\n *\n * @param[in] config - Device configuration (optional)\n */\nATMO_SHTI2C_Status_t ATMO_SHTI2C_Init(ATMO_SHTI2C_Config_t *config);\n\n/**\n * Set basic device configuration\n *\n * @param[in] config\n */\nATMO_SHTI2C_Status_t ATMO_SHTI2C_SetConfiguration(const ATMO_SHTI2C_Config_t *config);\n\n/**\n * Get device configuration\n *\n * @param[out] config\n */\nATMO_SHTI2C_Status_t ATMO_SHTI2C_GetConfiguration(ATMO_SHTI2C_Config_t *config);\n\n/**\n * Get Temperature in degrees celsius\n *\n * @param[out] temperature\n */\nATMO_SHTI2C_Status_t ATMO_SHTI2C_GetTemperature(float *temperatureCelsius);\n\n/**\n * Get Relative Humidity in percent\n *\n * @param[out] relative humidity\n */\nATMO_SHTI2C_Status_t ATMO_SHTI2C_GetHumidity(float *humidity);\n\n\n#endif\n"
},
"objects": {
"shti2c.c": "// This is an adaption of:\n// https://github.com/Sensirion/arduino-ess/blob/master/sensirion_ess.cpp\n//\n// Based on IR Thermoclick example\n//\n// Author: Johannes Winkelmann, jw@smts.ch\n//\n\n#include \"shti2c.h\"\n\n#define SHTC1_ADDR (0x70)\n#define SHT3X_ADDR (0x44)\n\n#define SHT_CMD_LENGTH (2)\n#define SHT_DATA_LENGTH (6)\n\n#define SHT_UPDATE_THRESHOLD_MS 800\n\n#define SHT_MEASUREMENT_DELAY 100\n\nstatic uint64_t sLastSHTUpdateMs = 0;\n\nstatic float sHumidityCache = 0;\nstatic float sTemperatureCache = 0;\n\nstatic uint8_t i2cAddress[ATMO_SHI2C_NumModels] = {SHTC1_ADDR, SHT3X_ADDR};\nstatic uint8_t measDelay[ATMO_SHI2C_NumModels] = {SHT_MEASUREMENT_DELAY, SHT_MEASUREMENT_DELAY};\nstatic uint8_t measCmd[ATMO_SHI2C_NumModels][SHT_CMD_LENGTH] = {{0x78, 0x66}, {0x24, 0x00}};\n\ntypedef struct\n{\n\tATMO_SHTI2C_Config_t config;\n\tATMO_BOOL_t configured;\n} ATMO_SHTI2C_Priv_Config;\n\nstatic ATMO_SHTI2C_Priv_Config _ATMO_SHTI2C_config;\n\nstatic ATMO_I2C_Peripheral_t _ATMO_SHTI2C_i2cConfig =\n{\n\t.operatingMode = ATMO_I2C_OperatingMode_Master,\n\t.baudRate = ATMO_I2C_BaudRate_Standard_Mode\n};\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_updateSHT_Internal();\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_Init( ATMO_SHTI2C_Config_t *config )\n{\n\tif ( config ) // Did the user supply a configuration?\n\t{\n\t\tATMO_SHTI2C_SetConfiguration( config );\n\t}\n\telse\n\t{\n\t\t_ATMO_SHTI2C_config.configured = false;\n\t}\n\n\t// initial calls to update function to set lastUpdate variables\n\tATMO_SHTI2C_updateSHT_Internal();\n\n\treturn ATMO_SHTI2C_Status_Success;\n}\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_SetConfiguration( const ATMO_SHTI2C_Config_t *config )\n{\n\tif ( config == NULL )\n\t{\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\tif ( ATMO_I2C_SetConfiguration( config->i2cDriverInstance, &_ATMO_SHTI2C_i2cConfig ) == ATMO_I2C_Status_Fail )\n\t{\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\tmemcpy( &_ATMO_SHTI2C_config.config, config, sizeof( ATMO_SHTI2C_Config_t ) );\n\t_ATMO_SHTI2C_config.configured = true;\n\n\treturn ATMO_SHTI2C_Status_Success;\n}\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_GetConfiguration( ATMO_SHTI2C_Config_t *config )\n{\n\tif ( config == NULL || !_ATMO_SHTI2C_config.configured )\n\t{\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\tmemcpy( config, &_ATMO_SHTI2C_config.config, sizeof( ATMO_SHTI2C_Config_t ) );\n\treturn ATMO_SHTI2C_Status_Success;\n}\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_ReadData_Internal( uint8_t addr, uint8_t *cmd, uint16_t cmdLength,\n uint8_t *data, uint16_t dataLength, uint16_t measurementDelay )\n{\n\tATMO_I2C_Status_t readStatus;\n\treadStatus = ATMO_I2C_MasterWrite( _ATMO_SHTI2C_config.config.i2cDriverInstance,\n\t addr, NULL, 0,\n\t cmd, cmdLength,\n\t 0 );\n\n\tif ( readStatus != ATMO_I2C_Status_Success )\n\t{\n\t\tATMO_PLATFORM_DebugPrint(\"I2C write error\\r\\n\");\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\tATMO_PLATFORM_DelayMilliseconds( measurementDelay );\n\n\treadStatus = ATMO_I2C_MasterRead( _ATMO_SHTI2C_config.config.i2cDriverInstance,\n\t addr, NULL, 0, data, dataLength, 0 );\n\n\tif ( readStatus != ATMO_I2C_Status_Success )\n\t{\n\t\tATMO_PLATFORM_DebugPrint(\"I2C Read error\\r\\n\");\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\treturn ATMO_SHTI2C_Status_Success;\n}\n\nuint8_t ATMO_SHTI2C_CheckCrc_Internal( const uint8_t *data, uint8_t len )\n{\n\t// adapted from SHT21 sample code from http://www.sensirion.com/en/products/humidity-temperature/download-center/\n\n\tuint8_t crc = 0xff;\n\tuint8_t byteCtr;\n\n\tfor ( byteCtr = 0; byteCtr < len; ++byteCtr )\n\t{\n\t\tcrc ^= ( data[byteCtr] );\n\t\tuint8_t bit = 0;\n\t\tfor ( bit = 8; bit > 0; --bit )\n\t\t{\n\t\t\tif ( crc & 0x80 )\n\t\t\t{\n\t\t\t\tcrc = ( crc << 1 ) ^ 0x31;\n\t\t\t}\n\t\t\telse\n\t\t\t{\n\t\t\t\tcrc = ( crc << 1 );\n\t\t\t}\n\t\t}\n\t}\n\n\treturn crc;\n}\n\n// - SHT\nATMO_SHTI2C_Status_t ATMO_SHTI2C_updateSHT_Internal()\n{\n\tuint64_t now = ATMO_PLATFORM_UptimeMs();\n\n\tif ( ( now - sLastSHTUpdateMs ) < SHT_UPDATE_THRESHOLD_MS )\n\t{\n\t\t// reuse cached values\n\t\treturn ATMO_SHTI2C_Status_Success;\n\t}\n\n\tsLastSHTUpdateMs = now;\n\n\tif ( !_ATMO_SHTI2C_config.configured )\n\t{\n\t\tATMO_PLATFORM_DebugPrint(\"Not configured\\r\\n\");\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\tuint8_t data[SHT_DATA_LENGTH] = { 0 };\n\tuint8_t cmd[SHT_CMD_LENGTH] = { 0x78, 0x66 };\n\n\tif ( ATMO_SHTI2C_ReadData_Internal( i2cAddress[_ATMO_SHTI2C_config.config.model], measCmd[_ATMO_SHTI2C_config.config.model],\n\t SHT_CMD_LENGTH, data,\n\t SHT_DATA_LENGTH,\n\t measDelay[_ATMO_SHTI2C_config.config.model] ) != ATMO_SHTI2C_Status_Success )\n\t{\n\t\tATMO_PLATFORM_DebugPrint(\"Read fail\\r\\n\");\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\tif ( ATMO_SHTI2C_CheckCrc_Internal( data + 0, 2 ) != data[2] ||\n\t ATMO_SHTI2C_CheckCrc_Internal( data + 3, 2 ) != data[5] )\n\t{\n\t\tATMO_PLATFORM_DebugPrint(\"CRC mismatch\\r\\n\");\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\t// mTemperature = mA + mB * (val / mC);\n\tuint16_t rawTemp = ( data[0] << 8 ) | data[1];\n\tsTemperatureCache = ( float )( -45 + ( 175.0 * rawTemp / 65535.0 ) );\n\n\t// mHumidity = mX * (val / mY);\n\tuint16_t rawHumidity = ( data[3] << 8 ) | data[4];\n\tsHumidityCache = ( float )( 100.0 * rawHumidity / 65535.0 );\n\n\treturn ATMO_SHTI2C_Status_Success;\n}\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_GetTemperature( float *temperatureCelsius )\n{\n\tif ( ATMO_SHTI2C_updateSHT_Internal() != ATMO_SHTI2C_Status_Success )\n\t{\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\t*temperatureCelsius = sTemperatureCache;\n\n\treturn ATMO_SHTI2C_Status_Success;\n}\n\n\nATMO_SHTI2C_Status_t ATMO_SHTI2C_GetHumidity( float *humidity )\n{\n\tif ( ATMO_SHTI2C_updateSHT_Internal() != ATMO_SHTI2C_Status_Success )\n\t{\n\t\treturn ATMO_SHTI2C_Status_Fail;\n\t}\n\n\t*humidity = sHumidityCache;\n\n\treturn ATMO_SHTI2C_Status_Success;\n}\n"
}
}
},
"md5": "ad206e66b91523e891f77099dd544ac1"
}
},
"drivers": {
"adc": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_ADC_ADC1"
}
],
"ble": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_BLE_BLE1"
}
],
"block": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_BLOCK_BLOCK1"
}
],
"embeddedCloud": [
{
"id": 1,
"name": "ATMO_DRIVERINSTANCE_CLOUD_WIFI"
},
{
"name": "ATMO_DRIVERINSTANCE_EMBEDDEDCLOUD_XbeeCat1Lte"
}
],
"datetime": [],
"filesytem": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_FILESYSTEM_FILESYSTEM1"
}
],
"gpio": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_GPIO_GPIO1"
}
],
"http": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_HTTP_HTTP1",
"primary": true
}
],
"i2c": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_I2C_I2C1",
"primary": true
}
],
"interval": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_INTERVAL_INTERVAL1"
}
],
"nfc": [],
"pwm": [
{
"id": 0,
"name": "ATMO_DRIVERINSTANCE_PWM_PWM1"
...
This file has been truncated, please download it to see its full contents.
Kanika Shetty
Posted by 
Adam Sphere
Adam Sphere
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