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converters.ino
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converters.ino
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void displayAttribute(uint8_t SQN, uint16_t u16SrcAddr, uint16_t u16ClusterId, uint16_t u16AttribId, byte u8AttribType, byte* au8AttribData, byte u8AttribIndex, uint16_t u16AttrSize)
{
attr_response += "{Date Time: ";
attr_response += timeStringBuff;
attr_response += "{SQN: 0x" + String(SQN, DEC);
attr_response += ";ShortAddr: " + u16toStr(u16SrcAddr);
attr_response += ";Cluster ID: " + u16toStr(u16ClusterId);
attr_response += ";Attribute ID: " + u16toStr(u16AttribId);
attr_response += ";Attribute Size: " + u16toStr(u16AttrSize);
attr_response += ";Attribute Type: " + u8toStr(u8AttribType)+ ";";
/*
clusterList.Add(0x0000, " (General: Basic)");
clusterList.Add(0x0001, " (General: Power Config)");
clusterList.Add(0x0002, " (General: Temperature Config)");
clusterList.Add(0x0003, " (General: Identify)");
clusterList.Add(0x0004, " (General: Groups)");
clusterList.Add(0x0005, " (General: Scenes)");
clusterList.Add(0x0006, " (General: On/Off)");
clusterList.Add(0x0007, " (General: On/Off Config)");
clusterList.Add(0x0008, " (General: Level Control)");
clusterList.Add(0x0009, " (General: Alarms)");
clusterList.Add(0x000A, " (General: Time)");
clusterList.Add(0x000F, " (General: Binary Input Basic)");
clusterList.Add(0x0020, " (General: Poll Control)");
clusterList.Add(0x0019, " (General: OTA)");
clusterList.Add(0x0101, " (General: Door Lock");
clusterList.Add(0x0201, " (HVAC: Thermostat)");
clusterList.Add(0x0202, " (HVAC: Fan Control)");
lusterList.Add(0x0204, " (HVAC: Thermostat UI Config)");
clusterList.Add(0x0300, " (Lighting: Color Control)");
clusterList.Add(0x0400, " (Measurement: Illuminance)");
clusterList.Add(0x0402, " (Measurement: Temperature)");
clusterList.Add(0x0403, " (Measurement: Pressure)");
clusterList.Add(0x0405, " (Measurement: Relative Humidity)");
clusterList.Add(0x0406, " (Measurement: Occupancy Sensing)");
clusterList.Add(0x0500, " (Security & Safety: IAS Zone)");
clusterList.Add(0x0502, " (Security & Safety: IAS WD)");
clusterList.Add(0x0702, " (Smart Energy: Metering)");
lusterList.Add(0x0B05, " (Misc: Diagnostics)");
clusterList.Add(0x1000, " (ZLL: Commissioning)");
*/
switch (u16ClusterId)
{
case 0x0000:
switch (u8AttribType)
{
case 0x42:
if (u16AttribId == 0x0005) {
NewDevName = "";
attr_response += " Attribute Data (Len - " + String(u16AttrSize) + "): ";
for (int i = 0; i < u16AttrSize; i++)
{
char c = (char)au8AttribData[u8AttribIndex + i];
attr_response += c;
NewDevName += c;
}
DnResponse = true;
}
else {
// for (int i = 0 ; i < u16AttrSize; i++)
// {
// attr_response += Hex([u8AttribIndex + i]);
// }
}
break;
default:
break;
}
break;
case 0x0006:
switch (u8AttribType)
{
case 0x10:
//attr_response += " (Boolean)";
attr_response += " Attribute Data: 0x" + String(au8AttribData[u8AttribIndex], DEC);
break;
}
break;
case 0x0400:
break;
case 0x0402:
switch (u8AttribType)
{
case 0x21:
uint16_t u16Data;
u16Data = au8AttribData[u8AttribIndex];
u16Data <<= 8;
u16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += " (UINT16)";
attr_response += " Attribute Data: 0x" + String(u16Data, HEX);
break;
case 0x29:
uint16_t int16Data;
int16Data = au8AttribData[u8AttribIndex];
int16Data <<= 8;
int16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += "Temperature = ";
attr_response += String(int16Data, DEC);
break;
}
break;
case 0x0403:
switch (u8AttribType)
{
case 0x21:
uint16_t u16Data;
u16Data = au8AttribData[u8AttribIndex];
u16Data <<= 8;
u16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += " (UINT16)";
attr_response += " Attribute Data: 0x" + String(u16Data, HEX);
break;
case 0x29:
uint16_t int16Data;
int16Data = au8AttribData[u8AttribIndex];
int16Data <<= 8;
int16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += "Pressure = ";
attr_response += String(int16Data, DEC);
break;
}
break;
case 0x0405:
switch (u8AttribType)
{
case 0x21:
uint16_t u16Data;
u16Data = au8AttribData[u8AttribIndex];
u16Data <<= 8;
u16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += "Humidity = ";
attr_response += String(u16Data, DEC);
break;
}
break;
default:
//attr_response += " (Unknown)";
//attr_response += "\n";
break;
}
/*
switch (u8AttribType)
{
case 0x10:
//attr_response += " (Boolean)";
//attr_response += "\n";
//attr_response += " Attribute Data: 0x" + String(au8AttribData[u8AttribIndex], DEC);
//attr_response += "\n";
break;
case 0x18:
//attr_response += " (8-bit Bitmap)";
//attr_response += "\n";
//attr_response += " Attribute Data: 0x" + String(au8AttribData[u8AttribIndex],HEX);
//attr_response += "\n";
break;
case 0x20:
//attr_response += " (UINT8)";
//attr_response += "\n";
//attr_response += " Attribute Data: 0x" + String(au8AttribData[u8AttribIndex], HEX);
//attr_response += "\n";
break;
case 0x21:
uint16_t u16Data;
u16Data = au8AttribData[u8AttribIndex];
u16Data <<= 8;
u16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += " (UINT16)";
attr_response += "\n";
attr_response += " Attribute Data: 0x" + String(u16Data, HEX);
attr_response += "\n";
break;
case 0x23:
uint32_t u32Data;
u32Data = au8AttribData[u8AttribIndex];
u32Data <<= 8;
u32Data |= au8AttribData[u8AttribIndex + 1];
u32Data <<= 8;
u32Data |= au8AttribData[u8AttribIndex + 2];
u32Data <<= 8;
u32Data |= au8AttribData[u8AttribIndex + 3];
attr_response += " (UINT32)";
attr_response += "\n";
attr_response += " Attribute Data: 0x" + String(u32Data, HEX);
attr_response += "\n";
break;
case 0x29:
uint16_t int16Data;
int16Data = au8AttribData[u8AttribIndex];
int16Data <<= 8;
int16Data |= au8AttribData[u8AttribIndex + 1];
attr_response += " (INT16)";
attr_response += "\n";
attr_response += " Attribute Data: 0x" + String(int16Data, HEX);
attr_response += "\n";
break;
case 0x30:
attr_response += " (8-bit Enumeration)";
attr_response += "\n";
attr_response += " Attribute Data: 0x" + String(au8AttribData[u8AttribIndex], HEX);
attr_response += "\n";
break;
case 0x42:
attr_response += " (Character String)";
attr_response += "\n";
attr_response += " Attribute Data (Len - " + String(u16AttrSize) + "): ";
for (int i = 0; i < u16AttrSize; i++)
{
char c = (char)au8AttribData[u8AttribIndex + i];
attr_response += c;
}
attr_response += "\n";
break;
case 0xF0:
attr_response += " (IEEE Address)";
attr_response += "\n";
attr_response += " Attribute Data: " + au8AttribData[u8AttribIndex];
attr_response += ":" + au8AttribData[u8AttribIndex + 1];
attr_response += ":" + au8AttribData[u8AttribIndex + 2];
attr_response += ":" + au8AttribData[u8AttribIndex + 3];
attr_response += ":" + au8AttribData[u8AttribIndex + 4];
attr_response += ":" + au8AttribData[u8AttribIndex + 5];
attr_response += ":" + au8AttribData[u8AttribIndex + 6];
attr_response += ":" + au8AttribData[u8AttribIndex + 7];
attr_response += "\n";
break;
default:
attr_response += " (Unknown)";
attr_response += "\n";
break;
}
*/
attr_response += "}";
Serial.println(attr_response);
webSocket.broadcastTXT(attr_response); //wsc
attr_response = "";
}