So when I try to go back and edit these lines in the edit tab and hit save, they still get corrupted. Even if I completely retype the couple of lines of code using the edit window and hit save, when I hit edit again, the lines are corrupted again. This is really driving me nuts as you can imagine.
I will include the whole code. In the CONVERT DIGITS sub, the 2nd thru 5th line should read...
dig1 = int(connum/1000)
dig2 = int((connum%1000)/100)
dig3 = int((connum%100)/10)
dig4 = int(connum%10)
After a save and edit it looks like this every time...
dig1 = int(connum/1000)
dig2 = int((connum00)/100) <<<<<<<<< here is the problem always
dig3 = int((connum%100)/10)
dig4 = int(connum%10)
Sometimes it happens in the only other section of code that uses %, that being the REFRESH TIME sub in the 4th thru 7th line.
Could this be an interpreter error? This happens on different boards, all of which are 4m esp8266 boards.
Here is the code...
'Relay timer clock using ESP8266 with an Adafruit 4 digit i2c display
'Display connected to D4 for SDA and D2 for SCL
'Active high relay on D1
cls
memclear
localip = ip()
brightness = 15
relay = D1
address = 112
count = 1
col = 0
dot = 0
timer 0
'Digits 0 - 9
'digits(10) used to blank digit
dim digits(11)
digits(0) = 63
digits(1) = 6
digits(2) = 91
digits(3) = 79
digits(4) = 102
digits(5) = 109
digits(6) = 125
digits(7) = 7
digits(8) = 127
digits(9) = 111
digits(10) = 0
'************ INITIALIZE DISPLAY *************
i2c.setup(D4,D2)
i2c.begin(address)
i2c.write(33)
i2c.end()
i2c.begin(address)
i2c.write(129)
i2c.end()
i2c.begin(address)
bright = 224 + brightness
i2c.write(bright)
i2c.end()
delay 10
'make sure colon is blank
i2c.begin(address)
i2c.write(4)
i2c.write(0)
i2c.end()
'clear display
connum = 0
gosub [convertdig]
gosub [write4dig]
gosub [showip]
'************ CHECK IF AP MODE *************
if localip = "192.168.4.1" then
'scan wifi code here later
cls
wprint "Welcome to Relay Clock <br>"
wprint "Enter your WIFI info below <br>"
wprint "Hit Save and Reboot <br><br>"
wprint "WIFI Name:"
textbox wifiname
wprint "<br>"
wprint "WIFI Pass:"
textbox wifipass
wprint "<br><br>"
button "Save WIFI Settings",[wifiupdate]
wprint "<br> <br>"
button "Reboot Clock",[reboot]
wprint "<br> <br>"
wait
end if
'************ GET SAVED INFO *************
dst = read.val(DaylightSavings)
timezone = read.val(TZ)
wifiname = read(WIFIname)
wifipass = read(WIFIpass)
ontime1 = read(ontimes1)
ontime2 = read(ontimes2)
ontime3 = read(ontimes3)
ontime4 = read(ontimes4)
ontime5 = read(ontimes5)
offtime1 = read(offtimes1)
offtime2 = read(offtimes2)
offtime3 = read(offtimes3)
offtime4 = read(offtimes4)
offtime5 = read(offtimes5)
if dst = 1 then
tz = timezone + 1
else
tz = timezone
endif
timesetup(tz,dst)
delay 5000
wprint "<br><br>"
curtime = time("hour:min:sec")
wprint "Time Now: "
textbox curtime
wprint "<br><br>"
wprint "Timezone: "
textbox timezone
wprint "<br>"
wprint "DST 1 or 0: "
textbox dst
wprint "<br><br>"
button "Update Time Info",[timeupdate]
wprint "<br><br>"
wprint "Enter relay times in HH:MM:SS 24 hour format"
wprint "<br>"
wprint |Press "Save Relay Times" button when done|
wprint "<br><br>"
wprint "On Time 1 "
textbox ontime1
wprint "Off Time 1"
textbox offtime1
wprint "<br>"
wprint "On Time 2 "
textbox ontime2
wprint "Off Time 2"
textbox offtime2
wprint "<br>"
wprint "On Time 3 "
textbox ontime3
wprint "Off Time 3"
textbox offtime3
wprint "<br>"
wprint "On Time 4 "
textbox ontime4
wprint "Off Time 4"
textbox offtime4
wprint "<br>"
wprint "On Time 5 "
textbox ontime5
wprint "Off Time 5"
textbox offtime5
wprint "<br>"
button "Save Relay Times",[updrelay]
wprint "<br><br>"
button "Test Relay",[testrelay]
button "End Program",[exit]
returngui
timer 1000,[colon]
wait
'************ COLON 1000ms *************
[colon]
if col = 0 then dot = 0 else dot = 2
i2c.begin(address)
i2c.write(4)
i2c.write(dot)
i2c.end()
delay 10
if col = 1 then col = 0 else col = 1
curtime = time("hour:min:sec")
gosub [checkrelay]
gosub [refresh]
wait
'************ CHECK RELAY TIMES *************
[checkrelay]
if curtime = ontime1 then gosub [relayon]
if curtime = offtime1 then gosub [relayoff]
if curtime = ontime2 then gosub [relayon]
if curtime = offtime2 then gosub [relayoff]
if curtime = ontime3 then gosub [relayon]
if curtime = offtime3 then gosub [relayoff]
if curtime = ontime4 then gosub [relayon]
if curtime = offtime4 then gosub [relayoff]
if curtime = ontime5 then gosub [relayon]
if curtime = offtime5 then gosub [relayoff]
return
'************ REFRESH TIME *************
[refresh]
minx = val(time("min"))
hourx = val(time("hour"))
dig4 = minx%10
dig3 = int((minx/10))
dig2 = hourx%10
dig1 = int((hourx/10))
'remove leading zeros
if dig1 = 0 then
dig1 = 10
if dig2 = 0 then
dig2 = 10
if dig3 = 0 then
dig3 = 10
if dig4 = 0 then
dig4 = 10
end if
end if
end if
end if
gosub [write4dig]
return
'************ SHOW IP ADDRESS *************
[showip]
for zz = 1 to 4
ipnumstr = word(localip,zz,".")
connum = val(ipnumstr)
gosub [convertdig]
gosub [write4dig]
delay 1000
connum = 0
gosub [convertdig]
gosub [write4dig]
delay 400
next zz
delay 500
return
'************ CONVERT DIGITS *************
[convertdig]
dig1 = int(connum/1000)
dig2 = int((connum%1000)/100)
dig3 = int((connum%100)/10)
dig4 = int(connum%10)
'remove leading zeros
if dig1 = 0 then
dig1 = 10
if dig2 = 0 then
dig2 = 10
if dig3 = 0 then
dig3 = 10
if dig4 = 0 then
dig4 = 10
end if
end if
end if
end if
return
'************ WRITE 4 DIGITS *************
[write4dig]
i2c.begin(address)
i2c.write(0)
i2c.write(digits(dig1))
i2c.end()
delay 10
i2c.begin(address)
i2c.write(2)
i2c.write(digits(dig2))
i2c.end()
delay 10
i2c.begin(address)
i2c.write(6)
i2c.write(digits(dig3))
i2c.end()
delay 10
i2c.begin(address)
i2c.write(8)
i2c.write(digits(dig4))
i2c.end()
delay 10
return
'************ TEST RELAY *************
[testrelay]
for yy = 1 to 3
gosub [relayon]
delay 750
gosub [relayoff]
delay 750
next yy
wait
'************ UPDATE RELAY ON/OFF TIMES *************
[updrelay]
write(ontimes1,ontime1)
write(offtimes1,offtime1)
write(ontimes2,ontime2)
write(offtimes2,offtime2)
write(ontimes3,ontime3)
write(offtimes3,offtime3)
write(ontimes4,ontime4)
write(offtimes4,offtime4)
write(ontimes5,ontime5)
write(offtimes5,offtime5)
wait
'************ UPDATE TIME INFO *************
[timeupdate]
write(DaylightSavings,str(dst))
write(TZ,str(timezone))
if dst = 1 then
tz = timezone + 1
else
tz = timezone
endif
timesetup(tz,dst)
delay 5000
curtime = time("hour:min:sec")
wait
'************ UPDATE WIFI INFO *************
[wifiupdate]
write(WIFIname,wifiname)
write(WIFIpass,wifipass)
wprint "WIFI info saved..."
wait
'************ REBOOT CLOCK *************
[reboot]
cls
wprint "REBOOTING..."
delay 1000
reboot
wait
'************ RELAY ON SUB *************
[relayon]
io(po,relay,1)
return
'************ RELAY OFF SUB *************
[relayoff]
io(po,relay,0)
return
'************ EXIT PROGRAM *************
[exit]
timer 0
wprint "<a href='/'>Menu</a>"
end