I have found this sample on the forum and would like to see if someone can try this and tell me if this works? I would like to use this on a PIC12F675 or PIC16F628!

Code:
@ DEVICE pic12F675, INTRC_OSC_NOCLKOUT 
@ DEVICE pic12F675, WDT_OFF
@ DEVICE pic12F675, PWRT_OFF
@ DEVICE pic12F675, MCLR_OFF
@ DEVICE pic12F675, BOD_OFF
@ DEVICE pic12F675, CPD_OFF
@ DEVICE pic12F675, PROTECT_OFF

dEFINE OSC 4
DEFINE OSCCAL_1K    1   ' osc calibration

Ansel = 0 ' Analog off
CMCON = 7 ' Comparators off 
ADCON0 = 7 ' Configure A/D channel
WPU = %000000 'dISABLE wEAK pULLUPS
TRISIO = %10010    ' Set all I/O's to outputs

temperature         var word    'DS1820 read Temperature 
TempNeg      var byte    'temperature sign -/+
Sign  VAR  BIT
TempC VAR  WORD 

'*****DS1820 VARS AND SETTINGS*******
count_remain var byte   'DS1820 coumter of remain bits
count_per_c  var byte   'DS1820 counter per C bits
'**********************************

DQ	Var	GPIO.2		' One-wire data pin
PAUSE 1000

Main:
   GOTO Read_Temp


'******DS1820 READING******
Read_Temp:
   OWOut DQ, 1, [$CC, $44]                ' Start temperature conversion
   waitloop:
   OWIn DQ, 4, [count_remain]	          ' Check for still busy converting
     If count_remain = 0 Then waitloop
   OWOut DQ, 1, [$CC, $BE]		   ' Read the temperature
   OWIn DQ, 0, [temperature.LowByte, temperature.HighByte, Skip 4, count_remain, count_per_c]
'   SEROUT2 GPIO.0,16468, ["+Raw", IBIN16 temperature,13,10]
   Sign = temperature.15
'   SEROUT2 GPIO.0,16468, ["SIGN", DEC Sign,13,10]
'   SEROUT2 GPIO.0,16468, ["+REMAIN", DEC count_remain,13,10]
'   SEROUT2 GPIO.0,16468, ["+PERC", DEC count_per_c,13,10]
   PAUSE 2000
   
if (temperature.HighByte = $FF) and (temperature.LowByte <> 0) then
      TempNeg = "-"
      temperature = temperature ^ $FFFF
      temperature = (((temperature >> 1)*100) - 25 + ((count_per_c + count_remain) * 100) / count_per_c)      
if (temperature.HighByte < $FF) and (temperature.LowByte <> 0) then  
      TempNeg = "+"
      temperature = (((temperature >> 1)*100) - 25 + ((count_per_c - count_remain) * 100) / count_per_c)
      else
'************************************************
      temperature=$0000    ' THIS IS ONLY NEED TO DEFINE !!!
'************************************************
endif
endif
	serout2 GPIO.0,16468, ["Temperature: ", TempNeg, DEC (temperature / 100),".", DEC2 temperature, "C ",13,10]
'return
goto Main

end
Thanks for your help,

Scott