What I already change the controller pointer to EPIC and open DNP3 port:20000.
I’m using Opendnp3 simulator as my DNP3 client.
I don’t know whether parameter setting is wrong but currently I configured for 1 bool only.
Code
//Load Pointer, This is the Controler With The DNP3 Charts
//There is a pointer for each PAC Controller that can run the DNP3 charts. Load only one.
//Use (poPAC_DNP_Controller_SNAP_PAC_S1_or_S2) if the controller running the DNP 3 charts is the SNAP-PAC S1 or SNAP-PAC S2
//Use (poPAC_DNP_Controller_SNAP_PAC_R1) if the controller running the DNP 3 charts is the SNAP-PAC R1
//Use (poPAC_DNP_Controller_SNAP_PAC_R2) if the controller running the DNP 3 charts is the SNAP-PAC R2
//Load only the controller running the DNP3 Charts
poPAC_DNP_Controller_GRV_EPIC_PR1 = &PJ023A_BGPH_RTU;//Load Pointer, This is the Controler With The DNP3 Charts
nDNP_Outstation_Address = 1;//Set Outstation Address;
nDNP_Self_Address_Feature = 0;//0 = Disable 1 = Use Address 0xFFFC
//Event Single Buffer Mode
//nDNP_Event_Single_Buffer_Mode
//In the auto event setup you can assign each event to an event buffer for each master configured
//With nDNP_Event_Single_Buffer_Mode set false (0), if an event is placed in a master buffer only that master can read and remove it from its buffer.
//For example if you have 2 masters configured and all event are placed in both buffers (“,0011”), when master 0 polls the events from buffer 0 it has no
//effect on the events in master buffer 1. These will need to be removed by master 1.
//If master 1 is a backup for master 0 and is to be inactive until master 0 fails the event buffer for master 1 will overflow because it is not being polled.
//By setting (nDNP_Event_Single_Buffer_Mode) to 1 or true all event are placed in buffer 0. The setting in each auto event group for the buffer is ignored.
//Now if you have 2 masters configured the events will be removed if either master polls for the events.
nDNP_Event_Single_Buffer_Mode = 1;//0 = Individual event buffers 1 = single event buffer
//Confiure how AllStationMessageRecived state is cleared for address 0xFFFF
nDNP_FFFF_All_Call_Condition_For_Clear = 0;//0 = Clear bit after sending first response, 1 = Clear bit after receiving master’s App Layer Confirm
//Select IP Network or Serial per master connection
//4 Master Stations max
//Communication Mode
//0 = Ethernet communication 1 = Serial communication
ntDNP_Serial_Enabled[0] = 0;
//ntDNP_Serial_Enabled[1] = 0;
//ntDNP_Serial_Enabled[2] = 1;
//ntDNP_Serial_Enabled[3] = 1;
//4 Master Stations max
//IP Network
//Used to Open IP session to Master if needed for Unsolicited Response
//This is not used for serial communications.
SetCommunicationHandleValue(“tcp:172.17.23.45:20000”, chMaster_Active_Open_Index_0);
//SetCommunicationHandleValue(“tcp:192.168.1.51:20001”, chMaster_Active_Open_Index_1);
//SetCommunicationHandleValue(“tcp:192.168.1.201:20002”, chMaster_Active_Open_Index_2);
//SetCommunicationHandleValue(“tcp:192.168.1.202:20003”, chMaster_Active_Open_Index_3);
//This if for IP Network
//Listen for Master to open session
//This is not used for serial communications.
//The strategy uses chMaster_Listen_Index Communication Handles to determine the last used index 0 - 3)
//Only set the Communication Handle needed starting with chMaster_Listen_Index_0 first
//then chMaster_Listen_Index_1 then chMaster_Listen_Index_2 then chMaster_Listen_Index_3
//last, if all are needed.
//In this example only the first three are used
//There are 4 comm handles that can be set (chMaster_Listen_Index_0, chMaster_Listen_Index_1, chMaster_Listen_Index_2, chMaster_Listen_Index_3)
//Set 0 then 1 then 2 then 3. Do not skip one
//example: set chMaster_Listen_Index_0 and chMaster_Listen_Index_1 to have two masters.
//Bad example: set chMaster_Listen_Index_0 and chMaster_Listen_Index_2 = This will not work
//If the Master and Outstation charts are on the same controller they must listen on different ports
SetCommunicationHandleValue(“tcp:20000”, chMaster_Listen_Index_0);
//SetCommunicationHandleValue(“tcp:20001”, chMaster_Listen_Index_1);
//SetCommunicationHandleValue(“tcp:20002”, chMaster_Listen_Index_2);
//SetCommunicationHandleValue(“tcp:20003”, chMaster_Listen_Index_3);
//Serial
//Set Comm Handles. This will work with serial modules or the controller serial port
//This is for Serial
//Example used for serial Module SetCommunicationHandleValue(“tcp:192.168.1.226:22526”, chMaster_Listen_Index_0);
//Example used for serial Module SetCommunicationHandleValue(“tcp:192.168.1.226:22527”, chMaster_Listen_Index_1);
//SetCommunicationHandleValue(“ser:1,9600,n,8,1”, chMaster_Listen_Index_2);
//SetCommunicationHandleValue(“ser:1,9600,n,8,1”, chMaster_Listen_Index_3);
//This is for Serial
//fNL_Serial_Wait_Time = 2.0;//Set Wait Time For Complete Serial Message in Seconds. Not used for IP Network
//This sets the connection type for the same index as (potDNP_Master_Listen_Table).
//0 = Listening End Point 1 = Datagram End Point 2 = Duel End Point
ntDNP_Connection_Type[0] = 2;//Set Duel End Type
//ntDNP_Connection_Type[1] = 0;//Set Listening End Type
//ntDNP_Connection_Type[2] = 2;//Set Listening End Type
//ntDNP_Connection_Type[3] = 2;//Set Listening End Type
//Used To Validate Connection
ntDNP_Master_DNP_Address[0] = 3;//This is the source address from master at index of (potDNP_Master_Listen_Table).
//ntDNP_Master_DNP_Address[1] = 55;//This is the source address from master at index of (potDNP_Master_Listen_Table).
//ntDNP_Master_DNP_Address[2] = 10;//This is the source address from master at index of (potDNP_Master_Listen_Table).
//ntDNP_Master_DNP_Address[3] = 4;//This is the source address from master at index of (potDNP_Master_Listen_Table).
//Numbers of Retries 0 = No Retries
ntDLLPrimaryRetry[0] = 10;//Set number of retries for each master
//ntDLLPrimaryRetry[1] = 0;//Set number of retries for each master
//ntDLLPrimaryRetry[2] = 0;//Set number of retries for each master
//ntDLLPrimaryRetry[3] = 0;//Set number of retries for each master
//This is used To Enable or Disable Unsolicited Response
pntDNP_Unsolicited_Response_Mode[0] = 1;//0 = Disable Unsolicited Response 1 = Enable Unsolicited Response For Master at Index 0
//pntDNP_Unsolicited_Response_Mode[1] = 0;//0 = Disable Unsolicited Response 1 = Enable Unsolicited Response For Master at Index 1
//pntDNP_Unsolicited_Response_Mode[2] = 0;//0 = Disable Unsolicited Response 1 = Enable Unsolicited Response For Master at Index 2
//pntDNP_Unsolicited_Response_Mode[3] = 0;//0 = Disable Unsolicited Response 1 = Enable Unsolicited Response For Master at Index 3
//Number of retries for an Unsolicited Response
ntULUnsRetry[0] = 10;//Unsolicited Response Retry For Master at Index 0
//ntULUnsRetry[1] = 4;//Unsolicited Response Retry For Master at Index 1
//ntULUnsRetry[2] = 4;//Unsolicited Response Retry For Master at Index 2
//ntULUnsRetry[3] = 4;//Unsolicited Response Retry For Master at Index 3
//0 = Send On First Event If Unsolicited Response is Enabled
ntUns_Number_Of_Queued_Events[0] = 5;//Number of Events Before Send If Unsolicited Response is Enabled For Master at Index 0
//ntUns_Number_Of_Queued_Events[1] = 5;//Number of Events Before Send If Unsolicited Response is Enabled For Master at Index 1
//ntUns_Number_Of_Queued_Events[2] = 5;//Number of Events Before Send If Unsolicited Response is Enabled For Master at Index 2
//ntUns_Number_Of_Queued_Events[3] = 5;//Number of Events Before Send If Unsolicited Response is Enabled For Master at Index 3
//0 = Send With No Delay On First Event If Unsolicited Response is Enabled
ftUns_Hold_Time_Queued_Events[0] = 5;//Hold Time In Seconds of Events Before Send If Unsolicited Response is Enabled For Master at Index 0
//ftUns_Hold_Time_Queued_Events[1] = 5;//Hold Time In Seconds of Events Before Send If Unsolicited Response is Enabled For Master at Index 1
//ftUns_Hold_Time_Queued_Events[2] = 5;//Hold Time In Seconds of Events Before Send If Unsolicited Response is Enabled For Master at Index 2
//ftUns_Hold_Time_Queued_Events[3] = 5;//Hold Time In Seconds of Events Before Send If Unsolicited Response is Enabled For Master at Index 3
//Maximun size of Transport Layer Segment
nTF_Segment_Maximum_Octets = 250;//Set Size in Octets
fUL_CROB_Default_Off_Time = 2000;//Set Default Off Time in ms. Used by CROB if No Off Time is Sent From Master.
fUL_CROB_Default_On_Time = 2000;//Set Default On Time in ms. Used by CROB if No On Time is Sent From Master
fUL_CROB_Wait_For_FC_4 = 10.0;//Set Wait Time After Receiving FC 3 in Seconds.
fDNP_Keep_Alive_Time = 300;//Set Keep-Alive Time in Seconds
fDNP_Keep_Alive_Disable_Time = 5;//Delay to wait for Response for Keep-Alive
fDLL_Sol_Confirm_Time = 10.0;//Set Wait Time For DLL Confirm in Seconds
fAL_Sol_Confirm_Time = 10.0;//Set Wait Time For AL Confirm in Seconds
fAL_UnSol_Confirm_Time = 10.0;//Set Wait Time For Unsolicited Confirm in Seconds
fUns_Timeout_Disable_Time = 600.0;//Set Wait Time For Unsolicited Disable in Seconds After Timeout
//Load all binary (digital) inputs used by DNP3 in this pointer table. Also load
// all virtual binary (integer_32 or integer 32 table element) inputs. Virtual points must have the state of 0 or 1 only.
//For every index with a virtual point you must also set a 1 or 2 in the table (ntDNP_Variable_32_Group_1_Flag) at the same index.
//For every index with a virtual table point must also set the index used in the table (ntDNP_Table_Index_Group_1_Flag) at the same index.
//Virtual points must be integer 32 variables or integer 32 table indexes
potDNP_Binary_Inputs_GP_1[0] = &nVirtual_Binary_Input_1;
//potDNP_Binary_Inputs_GP_1[1] = &nVirtual_Binary_Input_1;//Must set a 1 in table(ntDNP_Variable_32_Group_1_Flag)
//potDNP_Binary_Inputs_GP_1[2] = &nVirtual_Binary_Input_2;//Must set a 1 in table(ntDNP_Variable_32_Group_1_Flag)
//potDNP_Binary_Inputs_GP_1[3] = &diSwitch_D1;
//potDNP_Binary_Inputs_GP_1[4] = &nVirtual_Binary_Input_3;//Must set a 1 in table(ntDNP_Variable_32_Group_1_Flag)
//potDNP_Binary_Inputs_GP_1[5] = &ntVirtual_Binary_Input_Table;//Must set a 2 in table(ntDNP_Variable_32_Group_1_Flag)
//potDNP_Binary_Inputs_GP_1[6] = &ntVirtual_Binary_Input_Table;//Must set a 2 in table(ntDNP_Variable_32_Group_1_Flag)
//This table marks all the virtual point for the strategy. (1 = integer 32 variable, 2 = integer 32 table).
ntDNP_Variable_32_Group_1_Flag[0] = 1;
//ntDNP_Variable_32_Group_1_Flag[2] = 1;
//ntDNP_Variable_32_Group_1_Flag[4] = 1;
//ntDNP_Variable_32_Group_1_Flag[5] = 2;
//ntDNP_Variable_32_Group_1_Flag[6] = 2;
