/* Multi EM1000 Modem Application
	Copyright (c) 1999, Z-World Engineering

	A LP3100 controller controls one EM1000 which alternately sends serial
	messages to alternate EM1000's.

	The two receiving EM1000s should be configured for passive listening via
	the DWN.EM file. Make sure that each is configured with a unique
	IP address suitable for your network. Also make sure to modify the IP
	addresses in this program to match the ones you've selected.

	The master EM1000 should be configured minimally as follows (additional
	commands might be desired to control the flow of data from the master EM1000
	to the slave EM1000s):
		baud 19200
		configmode gpio
		connect request

	The RS-232 serial port of the LP3100 (serial port Z0) should be connected to
	the COM1/RS232 port of the EM1000. Two additional lines	need to be added.
	One connects ground of the LP3100 to ground of the EM1000.  The other connection
	digital output pin 14 to the CTL input of the EM1000.

	If available, code for the LP3100 should be compiled and debugged using
	the SIB2 and a serial cable from H4 connecting to the master EM1000.
	If not available, simply downloading the code from the PC prior to switching the
	serial cable to the EM1000 should be sufficient.
   
*/


//	Author:						Richard Jensen Zworld Technical Support
// Revision history:			01/07/00  1.0.2  multi_ip.c modified to send time through a LP3100

#use	"EM1000.LIB"
#use  eziolp31.lib

void
send(char *pcName, char *wCount);

void														
em_Mode(int	bCmd);										


void
main(	void)  
{
//*********************************************** Board & variables setup *****************************************************	
	char Lead[100];																	//working buffer #1
	char End[] = "The time will now be sent to Allan's EM1000.\r";			//Supplemental message
	char End2[] = "The time will now be sent to Richard's EM1000.\r";			//Supplemental message
	char Combo[128];																		//Buffer to concat to
	struct tm	sTM;																//Structure to hold time variables


///*  manually set time as needed manually set time as needed manually set time as needed
		sTM.tm_year = 00; 						
		sTM.tm_mon =  2;
		sTM.tm_mday = 21;
		sTM.tm_hour = 9;						
		sTM.tm_min = 33;
		sTM.tm_sec = 00;
		while (tm_wr ( &sTM ));								//	Write New Time to RTC
//*/

//************************* Set up message to be sent *****************************
	outport(0x4084,1);										//flip the RS 232 driver anc CTS switches to set 
	outport(0x4083,1);										//up both 232 for operation 
	outport(0x4082,1);	

	emInit ();

	while(1)
	{
		memset(Combo, '\0', sizeof Combo);
		while(tm_rd (&sTM));									//Read RTC values  retry if errors
		sprintf(Lead, "The time is %02d:%02d hours.  \0", sTM.tm_hour, sTM.tm_min);
		strcat(Combo, Lead);
		memcpy(&Combo[strlen(Lead)], End, strlen(End));

		send ( "10.10.6.10",Combo );
		emDelay(1000*30);										//  delay for 30 seconds to allow receiving units to scroll message
		
		memset(Combo, '\0', sizeof Combo);
		while(tm_rd (&sTM));									//Read RTC values  retry if errors
		sprintf(Lead, "The time is %02d:%02d hours.  \0", sTM.tm_hour, sTM.tm_min);
		strcat(Combo, Lead);
		memcpy(&Combo[strlen(Lead)], End2, strlen(End));
		
		send ( "10.10.6.20",Combo);
		emDelay(1000*30);										
	}
}//****************************** End of Main ********************************


void
send(char *pcName, char *wCount)
{
	if (emRemoteName ( pcName ))
   	if (emOpen (0))
   	{
      	emDelay ( 500 );
         emPrintf ( "%s \r",wCount );
         emDelay ( 500 );
         emClose ();
       }
}//***************************** End of send ********************************

void														
em_Mode(int	bCmd)										
{															
	//outport ( DRV1,(bCmd?0xFF:0x00) );			re-define library function for use on a lp3100 
	outport(0x4060, (bCmd?0x00:0x001) );		   //channel DOUT0 Pin #14 of header H2
}//**************************** End of modified em_Mode *********************