//create or update the specified asset.
void ATTDevice::AddAsset(int id, String name, String description, bool isActuator, String type)
{
// Make a HTTP request:
_client->println("PUT /asset/" + _deviceId + (char)(id + 48) + " HTTP/1.1");
_client->print(F("Host: "));
_client->println(_serverName);
_client->println(F("Content-Type: application/json"));
_client->print(F("Auth-ClientKey: "));_client->println(_clientKey);
_client->print(F("Auth-ClientId: "));_client->println(_clientId);
_client->print(F("Content-Length: "));
{ //make every mem op local, so it is unloaded asap
int length = name.length() + description.length() + type.length() + _deviceId.length();
if(isActuator)
length += 8;
else
length += 6;
if(type[0] == '{')
length += 64;
else
length += 77;
_client->println(length);
}
_client->println();
_client->print(F("{\"name\":\""));
_client->print(name);
_client->print(F("\",\"description\":\""));
_client->print(description);
_client->print(F("\",\"is\":\""));
if(isActuator)
_client->print(F("actuator"));
else
_client->print(F("sensor"));
if(type[0] == '{'){
_client->print(F("\",\"profile\": "));
_client->print(type);
}
else{
_client->print(F("\",\"profile\": { \"type\":\""));
_client->print(type);
_client->print(F("\" }"));
}
_client->print(F(", \"deviceId\":\""));
_client->print(_deviceId);
_client->print(F("\" }"));
_client->println();
_client->println();
delay(ETHERNETDELAY);
GetHTTPResult(); //get the response from the server and show it.
}
//create or update the specified asset.
void ATTDevice::AddAsset(int id, String name, String description, bool isActuator, String type)
{
// Make a HTTP request:
{
String idStr(id);
_client->println("PUT /device/" + _deviceId + "/asset/" + idStr + " HTTP/1.1");
}
_client->print(F("Host: "));
_client->println(_serverName);
_client->println(F("Content-Type: application/json"));
_client->print(F("Auth-ClientKey: "));_client->println(_clientKey);
_client->print(F("Auth-ClientId: "));_client->println(_clientId);
int typeLength = type.length();
_client->print(F("Content-Length: "));
{ //make every mem op local, so it is unloaded asap
int length = name.length() + description.length() + typeLength;
if(isActuator)
length += 8;
else
length += 6;
if (typeLength == 0)
length += 39;
else if(type[0] == '{')
length += 49;
else
length += 62;
_client->println(length);
}
_client->println();
_client->print(F("{\"name\":\""));
_client->print(name);
_client->print(F("\",\"description\":\""));
_client->print(description);
_client->print(F("\",\"is\":\""));
if(isActuator)
_client->print(F("actuator"));
else
_client->print(F("sensor"));
if(typeLength == 0)
_client->print(F("\""));
else if(type[0] == '{'){
_client->print(F("\",\"profile\": "));
_client->print(type);
}
else{
_client->print(F("\",\"profile\": { \"type\":\""));
_client->print(type);
_client->print(F("\" }"));
}
_client->print(F("}"));
_client->println();
_client->println();
unsigned long maxTime = millis() + 1000;
while(millis() < maxTime) //wait, but for the minimum amount of time.
{
if(_client->available()) break;
else delay(10);
}
GetHTTPResult(); //get the response from the server and show it.
}
