Help for newbie with adding nodes

[Jason Devine]

Hi everyone

I have my openhab gateway working and it is fine on the android ap. I am trying to add another node connected by ethernet. I keep getting an error on the android app saying that all the new typicals on my new node are ""unknown" ... "status:TOIMPLEMENT" 

Could someone take a quick look at my codes and set me on the right path again? I have spent quite a few hours tonight going over the wiki and forums but can't nail what i am doing wrong...

Thanks in advance :)

gateway and node is below..

/*This code is rund on a mega2560 with a wiznet5100 ethenet interface. It is talking to openhab with the native binding. It connects to mulitiple other nodes over ethernet.

*/

// Define the type of board, available values and their meaning are listed in QuickCfg.h

#include "bconf/inSketch.h"

#define QC_BOARDTYPE 0x04 // Arduino with Ethernet Shield (W5100)

#define QC_GATEWAYTYPE 0x02 // Gateway and Data Persistance

#include "Souliss.h"

#include "SpeakEasy.h" // Is a library to code easy Souliss examples

#include <SPI.h>

// Define the network configuration

uint8_t ip_address[4]  = {192, 168, 178, 17};

uint8_t subnet_mask[4] = {255, 255, 255, 0};

uint8_t ip_gateway[4]  = {192, 168, 178, 1};  //this is the ip network gateway not the vnet gateway

//define vnet address here. used later to set the node number

#define Gateway_vNetAddress 17 // The vNet address for an Ethernet IP node is the last // number of the IP address

#define kidsroom                          13 //need an entry here for each peer on the entire network

// Define logics to run on the node

#define LIGHT 0

#define TEMPERATURE 2

#define HUMIDITY 4

// Setup the DHT sensor

#define DHT_id1 1

#define DEADBAND 0.05

ssDHT11_Init(2, DHT_id1);

void setup()

{

// Setup the network configuration

Souliss_SetIPAddress(ip_address, subnet_mask, ip_gateway);

SetAsGateway(Gateway_vNetAddress); //make this a gateway // Last byte of the IP address is the vNet address

        SetAsPeerNode(kidsroom,1);                     //this is the node number

// Define the logics for this node(gateway node)

Souliss_SetT11(memory_map, LIGHT);

Souliss_SetT52(memory_map, TEMPERATURE);

Souliss_SetT53(memory_map, HUMIDITY);

// Define inputs, outputs pins

// Pushbutton to power ON and the OFF the LIGHT (pulldown required)

pinMode(13, OUTPUT); // Output to control the LIGHT (relay)

// Init the DHT sensor

ssDHT_Begin(DHT_id1);

//Serial.begin(9600);

}

void loop()

{ 

// Here we start to play

EXECUTEFAST() {

UPDATEFAST();

FAST_GatewayComms();

FAST_110ms() {   

}

FAST_510ms() {   // We check incoming communication data every 510 milliseconds

Logic_SimpleLight(LIGHT); // Execute the logic for LIGHT

ssDigOut(13, Souliss_T1n_Coil, LIGHT); // Control the pin as per LIGHT logic

}

FAST_1110ms() {

Souliss_Logic_T52(memory_map, TEMPERATURE, DEADBAND, &data_changed);

Souliss_Logic_T53(memory_map, HUMIDITY, DEADBAND, &data_changed);

}

}

EXECUTESLOW()

{

UPDATESLOW();

                SLOW_70s(){

                  // Read temperature value from DHT sensor and convert from single-precision to half-precision

float temperature = ssDHT_readTemperature(DHT_id1);

Souliss_ImportAnalog(memory_map, TEMPERATURE, &temperature);

                }

                

SLOW_90s() {               

// Read humidity value from DHT sensor and convert from single-precision to half-precision

float humidity = ssDHT_readHumidity(DHT_id1);

Souliss_ImportAnalog(memory_map, HUMIDITY, &humidity);

} 

}

}

and node

/* This code is placed on a promini with 328p controller. It uses a enc28j.. ethernet card on SPI. It talks to openhab through the gateway Interface on a mega2560

*/

// Define the type of board, available values and their meaning are listed in QuickCfg.h

#include "bconf/inSketch.h"

#include "bconf/SmallNetwork.h"

#define QC_BOARDTYPE 0x05 // Arduino with enc

#include "Souliss.h"

#include "SpeakEasy.h" // Is a library to code easy Souliss examples

#include <SPI.h>

// Define the network configuration

uint8_t ip_address[4]  = {192, 168, 178, 13};

uint8_t subnet_mask[4] = {255, 255, 255, 0};

uint8_t ip_gateway[4]  = {192, 168, 178, 1};

#define Gateway_vNetAddress 17 // The vNet address for an Ethernet IP node is the last 

// number of the IP address

#define Peer_vNetAddress 13

// Define logics to run on the node

#define LIGHT 0   //these are typeicals. You need to allow of the number of slots used for each typical

#define TEMPERATURE 2

#define HUMIDITY 4

#define PIR                                           6  //this is a bit based typical

#define Reed1                                          7

#define Reed2                                          8

#define In1                                16

#define In2                                  17

#define PWMout                                           9

#define  Relay1                                         11    //this is a bit based typical

#define  Relay2                                          12

#define  Relay3                                          13

#define  Relay4                                           14

#define  Relay5                                            15

// Setup the DHT sensor

#define DHT_id1 1     //reference not pin number

#define DEADBAND 0.05

ssDHT11_Init(3, DHT_id1);  //pin and a name

// define the shared memory map

void setup()

{

// Setup the network configuration

//

// The vNet address will be equal to the last byte of the IP address

// with the most significant one at zero, so in this case 0x0011.

// Board reply to pings at 192.168.178.17

Souliss_SetIPAddress(ip_address, subnet_mask, ip_gateway);

//SetAsGateway(Gateway_vNetAddress); // Last byte of the IP address is the vNet address

//SetAsPeerNode(Peer_vNetAddress,1);

// Define the logics for this node

Souliss_SetT51(memory_map, LIGHT);

Souliss_SetT52(memory_map, TEMPERATURE);

Souliss_SetT53(memory_map, HUMIDITY);

        Souliss_SetT13(memory_map, PIR);

        Souliss_SetT13(memory_map, Reed1);

        Souliss_SetT13(memory_map, Reed2);

        Souliss_SetT13(memory_map, In1);

        Souliss_SetT13(memory_map, In2);

        Souliss_SetT12(memory_map, Relay1);

        Souliss_SetT12(memory_map, Relay2);

        Souliss_SetT12(memory_map, Relay3);

        Souliss_SetT12(memory_map, Relay4);

        Souliss_SetT12(memory_map, Relay5);

        Souliss_SetT19(memory_map, PWMout);

// Define inputs, outputs pins

pinMode(4, INPUT); //pir INPUT

pinMode(1, INPUT); //REED SWITCH

pinMode(2, INPUT); //REED SWITCH

pinMode(16, INPUT); //AC INPUT

pinMode(17, INPUT); //AC INPUT

pinMode(9, OUTPUT); //PWM 

pinMode(6, OUTPUT); //RELAY1

pinMode(7, OUTPUT); //RELAY2

pinMode(8, OUTPUT); //RELAY3

pinMode(5, OUTPUT); //RELAY4

pinMode(15, OUTPUT); //RELAY5

   

// Init the openHAB HTTP/XML Interface

// openHABInit(mymap);

// Init the DHT sensor

ssDHT_Begin(DHT_id1);

//Serial.begin(9600);

}

void loop()

{ 

// Here we start to play

EXECUTEFAST() {

UPDATEFAST();

FAST_PeerComms();

FAST_110ms() {   // We check the openHAB HTTP/XML interface every 70 milliseconds

Souliss_Logic_T19(memory_map, PWMout, &data_changed);

analogWrite(9, Souliss_Output(memory_map, PWMout));

                }

FAST_510ms() {   // We check incoming communication data every 510 milliseconds

// Control the LIGHT

ssDigIn(16, Souliss_T1n_OnCmd, Relay1); // Use the in1 as ON/OFF command for light on first relay..fast

                        ssDigIn(16, Souliss_T1n_OnCmd, In1); // to make visible on input

ssDigIn(17, Souliss_T1n_OnCmd, In2); // Use the in1 as ON/OFF command for light on first relay..fast

                        ssDigIn(1, Souliss_T1n_OnCmd, Reed1); // 

                        ssDigIn(2, Souliss_T1n_OnCmd, Reed2); //

                        ssDigIn(4, Souliss_T1n_OnCmd, PIR); //

// execute the logic

Souliss_Logic_T12(memory_map, Relay1, &data_changed); // Execute the logic for relay

                        Souliss_Logic_T12(memory_map, Relay2, &data_changed); // Execute the logic for relay

                        Souliss_Logic_T12(memory_map, Relay3, &data_changed); // Execute the logic for relay

                        Souliss_Logic_T12(memory_map, Relay4, &data_changed); // Execute the logic for relay

                        Souliss_Logic_T12(memory_map, Relay5, &data_changed); // Execute the logic for relay

                        

                        //make the pins move

Souliss_DigOut(6, Souliss_T1n_Coil, memory_map, Relay1);     // Control the pin as per logic

                        Souliss_DigOut(7, Souliss_T1n_Coil, memory_map, Relay2);     // Control the pin as per logic

                        Souliss_DigOut(8, Souliss_T1n_Coil, memory_map, Relay3);     // Control the pin as per logic

                        Souliss_DigOut(5, Souliss_T1n_Coil, memory_map, Relay4);     // Control the pin as per logic

                        Souliss_DigOut(15, Souliss_T1n_Coil, memory_map, Relay5);     // Control the pin as per logic

}

FAST_1110ms() {

Souliss_Logic_T52(memory_map, TEMPERATURE, DEADBAND, &data_changed);

Souliss_Logic_T53(memory_map, HUMIDITY, DEADBAND, &data_changed);

                        Souliss_Logic_T51(memory_map, LIGHT, DEADBAND, &data_changed);

}

}

EXECUTESLOW()

{

UPDATESLOW();

              Souliss_T16_Timer(memory_map, PWMout);

                SLOW_70s(){

                  // Read temperature value from DHT sensor and convert from single-precision to half-precision

float temperature = ssDHT_readTemperature(DHT_id1);

Souliss_ImportAnalog(memory_map, TEMPERATURE, &temperature);

                //read ldr and map

                 Souliss_AnalogIn(A0, memory_map, LIGHT, 0.09, 0); // The raw data is 0-1024, scaled as 0-100% without bias (100/1024 = 0.09)

                 

                 

                }

                

SLOW_90s() {               

// Read humidity value from DHT sensor and convert from single-precision to half-precision

float humidity = ssDHT_readHumidity(DHT_id1);

Souliss_ImportAnalog(memory_map, HUMIDITY, &humidity);

} 

}

}

[Antonino Fazio]

#include "bconf/SmallNetwork.h"
also in gateway, I think!

[Di Maio, Dario]

Hi Jason,

Your code looks ok, does all the typicals are shown as unknown? Could you please attach a screenshot from SoulissApp.

Don't use SmallNetwork, you have more than 10 typicals.

Regards,
Dario.

From Mobile.

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[Jason Devine]

Hi Dario
Here is a screenshot...

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[Di Maio, Dario]

As Antonino said likely your problem is that you are using SmallNetwork on one node only, this option if used, shall be applied in all nodes.

If you don't need it, just remove it.

Dario.

P.S.: It would be great if you can update the Configuration page of the wiki, adding a note for the use of Small Network. I'm from mobile.

From Mobile.