Buenas Tardes a todos:
Me encuentro diseñando un sistema de alarmas empleando ethernet, que funcione 24/7.
El sistema esta diseñado empleando un Micro P18f452, y un modulo ethernet de la empresa geeetech.
El problema que tengo es que despues de un cierto tiempo el Modulo ethernet se apaga, incluso recibiendo informacion, y a pesar de haber implementado una rutina para reseteo en caso de no haber datos, este no se ejecuta, y el micro se cuelga, a pesar de estar activo el Watchdog.
No se si podrian darme una manito en este problema
Saludos
Adjunto el diseño y el codigo, estoy empleando el mikrobasic pro for pic y una libreria instalada para uso del enc.. la libreria Net_enc, descargada del libstock.
Me encuentro diseñando un sistema de alarmas empleando ethernet, que funcione 24/7.
El sistema esta diseñado empleando un Micro P18f452, y un modulo ethernet de la empresa geeetech.
El problema que tengo es que despues de un cierto tiempo el Modulo ethernet se apaga, incluso recibiendo informacion, y a pesar de haber implementado una rutina para reseteo en caso de no haber datos, este no se ejecuta, y el micro se cuelga, a pesar de estar activo el Watchdog.
No se si podrian darme una manito en este problema
Saludos
Adjunto el diseño y el codigo, estoy empleando el mikrobasic pro for pic y una libreria instalada para uso del enc.. la libreria Net_enc, descargada del libstock.
Código:
program remoto52nt1
include images
include http_utils
include webpage
dim
Net_Ethernet_28j60_Rst as sbit at RC0_bit
Net_Ethernet_28j60_CS as sbit at RC1_bit
Net_Ethernet_28j60_Rst_Direction as sbit at TRISC0_bit
Net_Ethernet_28j60_CS_Direction as sbit at TRISC1_bit
LED_OP as sbit at RD4_bit
LED_TX as sbit at RD5_bit
LED_RX as sbit at RD6_bit
SPI_INT as sbit at RC2_bit
SPI_WOL as sbit at RC3_bit
OU_01 as sbit at RB0_bit
OU_02 as sbit at RB1_bit
OU_03 as sbit at RB2_bit
OU_04 as sbit at RB3_bit
IN_01 as sbit at RB4_bit
IN_02 as sbit at RB5_bit
IN_03 as sbit at RB6_bit
IN_04 as sbit at RB7_bit
' Declarations section
dim myMacAddr as byte[6] ' my MAC address
myIpAddr as byte[4] ' my IP address
gwIpAddr as byte[4] ' gateway (router) IP address
ipMask as byte[4] ' network mask (for example : 255.255.255.0)
dnsIpAddr as byte[4] ' DNS server IP address
dim
datoeeprom as byte
dhcp_enable as byte
Const TipMod as String[7] = "CENTRAL"
dim counter as integer
counter2 as integer
ver1 as boolean
ver2 as boolean
PortJob as word
i as byte
TipoAlarm as byte
dim
send_mark1, send_mark2, send_mark3, send_mark4, sendHTML_mark as byte
socketImage1, socketImage2, socketImage3, socketImage4, socketHTML as ^SOCKET_28j60_Dsc
pos as word[NUM_OF_SOCKET_28j60]
sub procedure Net_Ethernet_28j60_UserTCP(dim socket as ^SOCKET_28j60_Dsc)
end sub
sub function Net_Ethernet_28j60_UserUDP(dim udpDsc as ^UDP_28j60_Dsc) as word
dim value as char[9]
compar as string[7]
hx as char
Output as byte
l as byte
res as byte
tmp as string[5]
result = 0
LED_OP = 1
'
if (udpDsc^.destPort = PortJob) then
LED_RX = 1
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
for l = 0 to 7
value[l] = Net_Ethernet_28j60_getByte()
if value[0] <> "_" then
LED_OP = 0
LED_RX = 0
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
' exit
end if
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
if l = 7 then
hx = value[l]
end if
next l
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
compar = "_MCL-D-"
res = strspn(value,compar)
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
if (res = 7) then
OutPut = hx - 97
Select Case Output
Case 0
Counter2 = 0
If ver1 or ver2 then
TipoAlarm = 0
GIE_bit = 1 ' Enable global interrupt
TMR0IE_bit = 1 ' Enable Timer0 Interrupt
T0CON = 0x86
TMR0H = 0x67
TMR0L = 0x67
counter = 0
OU_03 = 0
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
end if
OU_01 = 1
OU_02 = 1
ver1 = false
ver2 = false
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
Case 1
counter2 = 0
if not ver1 then
TipoAlarm = 1
T0CON = 0x86
TMR0H = 0x67
TMR0L = 0x67
counter = 0
OU_03 = 0
GIE_bit = 1 ' Enable global interrupt
TMR0IE_bit = 1 ' Enable Timer0 Interrupt
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
end if
OU_01 = 0
OU_02 = 1
ver1 = true
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
ver2 = false
Case 2
counter2 = 0
if not ver2 then
TipoAlarm = 1
T0CON = 0x86
TMR0H = 0x67
TMR0L = 0x67
counter = 0
OU_03 = 0
GIE_bit = 1 ' Enable global interrupt
TMR0IE_bit = 1 ' Enable Timer0 Interrupt
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
end if
OU_01 = 1
OU_02 = 0
ver2 = true
ver1 = false
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
End Select
goto fin
end if
compar = "_DPC"
res = strspn(value,compar)
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
if (res = 4) then
end if
fin:
'Net_Ethernet_28j60_putBytes(@value, 9)
'Net_Ethernet_28j60_putBytes(hx, 1)
LED_RX = 0
'result = 29 + udpDsc^.dataLength
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
end if
result = 0
LED_OP = 0
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
end sub
sub procedure InitGlobals()
for i = 0 to 5
myMacAddr[i] = EEPROM_Read(0x20 + i)
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
next i
If dhcp_enable = 1 then
' *
' * if you have a DHCP server, ip address 0.0.0.0 means DCHP request,
' * otherwise, set your IP address here :
' *
myipAddr[0] = 0
myipAddr[1] = 0
myipAddr[2] = 0
myipAddr[3] = 0
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
else
' *
' * if you don't have a DHCP server, put your network settings here
' *
' *
for i = 0 to 3
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
myIpAddr[i] = EEPROM_Read(0x02 + i)
gwIpAddr[i] = EEPROM_Read(0x07 + i)
dnsIpAddr[i] = EEPROM_Read(0x0C + i)
ipMask[i] = EEPROM_Read(0x10 + i)
next i
end if
end sub
sub procedure Interrupt()
Inc(counter2)
TMR0IF_bit = 0 ' Set T0IE, clear T0IF
T0CON = 0x86
TMR0H = 0x67
TMR0L = 0x67
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
if Counter2 > 120 then
GIE_bit = 0 ' Disable global interrupt
TMR0IE_bit = 0 ' Disable Timer0 Interrupt
delay_ms(2000)
end if
Select Case TipoAlarm
Case 0
Inc(counter) ' Increment value of counter on every Interrupt
OU_03 = OU_03 xor 1
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
if (counter > 5) then
OU_03 = 1 ' Apaga la Alarma
counter = 0 ' Reset counter
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
TipoAlarm = 2
end if
Case 1
Inc(counter) ' Increment value of counter on every Interrupt
if (counter > 60 ) then
OU_03 = 1 ' Apaga la Alarma
counter = 0 ' Reset counter
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
TipoAlarm = 2
end if
End Select
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
TMR0IF_bit = 0 ' Set T0IE, clear T0IF
end sub
dim j as char
main:
' Main program
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
TRISA = $00
PORTA = $00
TRISB = $F0
PORTB = $0F
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
TRISD = $00
PORTD = $00
TRISE = $00
PORTE = $00
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
Counter2 = 0
TipoAlarm = 2
TMR0L = 0 ' Timer0 initial value
T0CON = 0xC7 ' Set TMR0 to 8bit mode and prescaler to 256
GIE_bit = 1 ' Disable global interrupt
TMR0IE_bit = 1 ' Disable Timer0 interrupt
LED_OP = 1
LED_TX = 1
LED_RX = 1
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
OU_01 = 1
OU_02 = 1
OU_03 = 1
OU_04 = 1
ver1 = false
ver2 = false
dhcp_enable = EEPROM_Read(0x00)
InitGlobals()
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
'datoeeprom = EEPROM_Read(0x15)
'PortJob = datoeeprom
'datoeeprom = EEPROM_Read(0x16)
'PortJob = PortJob + datoeeprom*0x100
PortJob = EEPROM_Read(0x15) + EEPROM_Read(0x16)*0x100
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
' *
' * starts ENC28J60 with :
' * reset bit on PORTC.C0
' * CS bit on PORTC.C1
' * my MAC & IP address
' * full duplex
for j = 0 to (NUM_OF_SOCKET_28j60 - 1)
pos[j] = 0
next j
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
LED_RX = 0
LED_TX = 0
Net_Ethernet_28j60_stackInitTCP()
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
SPI1_Init()
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
Net_Ethernet_28j60_Init(@myMacAddr, @myIpAddr, Net_Ethernet_28j60_FULLDUPLEX) ' init ethernet board
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
if dhcp_enable = 1 then
while(Net_Ethernet_28j60_initDHCP(5) = 0)
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
LED_OP = (LED_OP) xor 1
wend ' try to get one from DHCP until it works
' *
' * read network parameters if neccessary
' * by copying them into your globals,
' * do NOT modify the contents of the locations pointed to
' * by pointers which are returned by the below Spi_Ethernet_get routines
' *
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
memcpy(@myipAddr, Net_Ethernet_28j60_getIpAddress(), 4) ' get assigned IP address
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
memcpy(@ipMask, Net_Ethernet_28j60_getIpMask(), 4) ' get assigned IP mask
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
memcpy(@gwIpAddr, Net_Ethernet_28j60_getGwIpAddress(), 4) ' get assigned gateway IP address
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
memcpy(@dnsIpAddr, Net_Ethernet_28j60_getDnsIpAddress(), 4) ' get assigned dns IP address
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
else
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
Net_Ethernet_28j60_confNetwork(@ipMask, @gwIpAddr, @dnsIpAddr) ' use configured IP address
end if
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
Delay_ms(100)
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
LED_OP = 0
while(1)
' Process incoming Ethernet packets
LED_TX = 1
Net_Ethernet_28j60_doPacket()
LED_RX = 0
asm
CLRWDT ' asm line, clear WatchDog Timer
end asm
wend
end.
