[Device]
Pins=18
Ports=2
ADCPins=4
ADCBits=10
MaxClock=40000000
PrescalerBits=3
ClockDivider=4
TimerOverflow=256
ConfigAddress=0x300000
ConfigCount=14
PWMCount=0
EepromSize=128
HasAltPWM=0
Pwm2IsD4=0
FlowcodeProduct=PIC
DefaultPackageType=0

[Pins]
Pin1 = "RA0/AN0/INT0/KBI0/CMP0"
Pin2 = "RA1/AN1/INT1/KBI1"
Pin3 = "RA4/T0CKI/AN2/VREF+"
Pin4 = "RA5/MCLR/VPP/FLTA"
Pin5 = "VSS/AVSS"
Pin6 = "RA2/TX/CK"
Pin7 = "RA3/RX/DT"
Pin8 = "RB0/PWM0"
Pin9 = "RB1/PWM1"
Pin10 = "RB4/PWM2"
Pin11 = "RB5/PWM3"
Pin12 = "RB6/PWM4/PGC"
Pin13 = "RB7/PWM5/PGD"
Pin14 = "VDD/AVDD"
Pin15 = "RA6/OSC2/CLKO/T1OSO/T1CKI/AN3"
Pin16 = "RA7/OSC1/CLKI/T1OSI/FLTA"
Pin17 = "RB2/INT2/KBI2CMP2/T1OSO/T1CKI"
Pin18 = "RB3/INT3/KBI3/CMP1/T1OSI"

[Ports]
PortPin1=0x0000
PortPin2=0x0001
PortPin3=0x0004
PortPin4=0x0005
PortPin6=0x0002
PortPin7=0x0003
PortPin8=0x0100
PortPin9=0x0101
PortPin10=0x0104
PortPin11=0x0105
PortPin12=0x0106
PortPin13=0x0107
PortPin15=0x0006
PortPin16=0x0007
PortPin17=0x0102
PortPin18=0x0103

[PortMasks]
PortMask0=0xFF
PortMask1=0xFF

[ADCPins]
ADC0=1
ADC1=2
ADC2=3
ADC3=15

[Code]
;Substitute macros
;%c Clock Speed
;%o Operand
;%s Prescaler
;%p PortID
;%m MaskBits
;%i Inverse Mask
;%a ADC channel
;%a Config Address
;%v Config Value
;%r Interrupt Flag Register
;%b Interrupt Flag Bit
;%n Interrupt Macro Name
Directives="#include <system.h>\n#pragma CLOCK_FREQ %c\n"
MainStart="void main()\n{\n"
MainEnd="\tmainendloop: goto mainendloop;\n}\n\n"
IntStart="void interrupt(void)\n{\n"
IntEnd="}\n\n"
Initialise="adcon1 = 0x00;\n"
IntInit="\n\n"
InputCmdFull="tris%p = tris%p | %m;\n%o = port%p;\n"
InputCmdOneBit="tris%p = tris%p | %m;\n%o = ((port%p & %m) == %m);\n"
InputCmdMask="tris%p = tris%p | %m;\n%o = port%p & %m;\n"
OutputCmdFull="tris%p = 0x00;\nport%p = %o;\n"
OutputCmdOneBit="tris%p = tris%p & %i;\nif (%o)\n\tport%p = (port%p & %i) | %m;\nelse\n\tport%p = port%p & %i;\n"
OutputCmdMask="tris%p = tris%p & %i;\nport%p = (port%p & %i) | (%o & %m);\n"
DelayCmdS="delay_s(%o);\n"
DelayCmdMs="delay_ms(%o);\n"
ADCCapture="//set up ADC conversion\nchar old_tris, cnt;\n#define MX_ADC_SAMP_TIME 40\nadcon2 = 0x03;\nadcon1 = 0x00 | (0x01 << %a);\n\n//find appropriate bit\n#if (%a == 0)\n  #define MX_ADC_TRIS_REG  trisa\n  #define MX_ADC_TRIS_MSK  0x01\n#endif\n#if (%a == 1)\n  #define MX_ADC_TRIS_REG  trisa\n  #define MX_ADC_TRIS_MSK  0x02\n#endif\n#if (%a == 2)\n  #define MX_ADC_TRIS_REG  trisa\n  #define MX_ADC_TRIS_MSK  0x10\n#endif\n#if (%a == 3)\n  #define MX_ADC_TRIS_REG  trisa\n  #define MX_ADC_TRIS_MSK  0x40\n#endif\n\n//sanity check\n#ifndef MX_ADC_TRIS_REG\n  #pragma error ADC conversion code error - please contact technical support\n#endif\n \n//store old tris value, and set the i/o pin as an input\nold_tris = MX_ADC_TRIS_REG;\nMX_ADC_TRIS_REG = MX_ADC_TRIS_REG | MX_ADC_TRIS_MSK;\n \n//turn ADC on\nadcon0 = 0x01 | (%a << 2);\n \n//wait the acquisition time\ncnt = 0;\nwhile (cnt < MX_ADC_SAMP_TIME) cnt++;\n \n//begin conversion and wait until it has finished\nadcon0 = adcon0 | 0x02;\nwhile (adcon0 & 0x02);\n \n//restore old tris value, and reset adc registers\nMX_ADC_TRIS_REG = old_tris;\nadcon1 = 0x00;\nadcon0 = 0x00;\n \n#undef MX_ADC_TRIS_REG\n#undef MX_ADC_TRIS_MSK\n#undef MX_ADC_SAMP_TIME\n"
ADCHigh="return adresh;\n"
ADCLow="char adclow;\nadclow = adresl;\nreturn adclow;\n"
ADCFull="short iRetVal;\niRetVal = (adresh << 2);\niRetVal += (adresl >> 6);\nreturn (iRetVal);\n"

InitialPortLetter="a"
ConfigData="#pragma DATA %a, %v\n"
IntHandler="if (%r & (1 << %b))\n{\n\tFCM_%n();\n\tclear_bit(%r, %b);\n}\n"

[Defines]
Define1=#define P18F1330
Define2=#define MX_EE
Define3=#define MX_EE_TYPE3
Define4=#define MX_EE_SIZE 128
Define5=#define MX_UART
Define6=#define MX_UART_A
Define7=#define MX_UART_TX 2
Define8=#define MX_UART_RX 3

[Interrupts]
;first 3 should always be 1=TMR0, 2=RB0INT, 3=PORTB
;any other interrupts need to also have this set: "intcon.PEIE=1;\n"5
GeneralInit="intcon.GIE=1;\n"
Count=5
1=TMR0
2=RB0INT
3=PORTB
4=RB1INT
5=RB2INT

[TMR0]
;it is vital that this section remains exactly as-is (for all chips?)
Name=(this is retrieved from the resource file)
FlagReg=intcon
FlagBit=TMR0IF
EnReg=intcon
EnBit=TMR0IE
OptCnt=3
TmrOpt=3
Opt1="Clock Source Select"
Opt1Cnt=2
Opt1_1="Transition on T0CKI pin"
Opt1_1Val="t0con.T0CS=1;\n"
Opt1_2="Internal clock (CLKO)"
Opt1_2Val="t0con.T0CS=0;\n"
Opt2="Source Edge Select"
Opt2Cnt=2
Opt2_1="high-to-low transition on T0CKI"
Opt2_1Val="t0con.T0SE=1;\n"
Opt2_2="low-to-high transition on T0CKI"
Opt2_2Val="t0con.T0SE=0;\n"
Opt3="Prescaler Rate"
Opt3Cnt=9
Opt3_1="1:1"
Opt3_1Val="t0con = (t0con & 0xF0) | 0x08;\n"
Opt3_2="1:2"
Opt3_2Val="t0con = (t0con & 0xF0) | 0x00;\n"
Opt3_3="1:4"
Opt3_3Val="t0con = (t0con & 0xF0) | 0x01;\n"
Opt3_4="1:8"
Opt3_4Val="t0con = (t0con & 0xF0) | 0x02;\n"
Opt3_5="1:16"
Opt3_5Val="t0con = (t0con & 0xF0) | 0x03;\n"
Opt3_6="1:32"
Opt3_6Val="t0con = (t0con & 0xF0) | 0x04;\n"
Opt3_7="1:64"
Opt3_7Val="t0con = (t0con & 0xF0) | 0x05;\n"
Opt3_8="1:128"
Opt3_8Val="t0con = (t0con & 0xF0) | 0x06;\n"
Opt3_9="1:256"
Opt3_9Val="t0con = (t0con & 0xF0) | 0x07;\n"

[RB0INT]
Name=(this is retrieved from the resource file)
FlagReg=intcon
FlagBit=INT0IF
EnReg=intcon
EnBit=INT0IE
OptCnt=1
TmrOpt=0
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB0/INT0"
Opt1_1Val="intcon2.INTEDG0=1;\n"
Opt1_2="falling edge of RB0/INT0"
Opt1_2Val="intcon2.INTEDG0=0;\n"

[PORTB]
Name=(this is retrieved from the resource file)
FlagReg=intcon
FlagBit=RBIF
EnReg=intcon
EnBit=RBIE
OptCnt=0
TmrOpt=0

[RB1INT]
Name=RB1/INT1
FlagReg=intcon3
FlagBit=INT1IF
EnReg=intcon3
EnBit=INT1IE
OptCnt=1
TmrOpt=0
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB1/INT1"
Opt1_1Val="intcon2.INTEDG1=1;\n"
Opt1_2="falling edge of RB1/INT1"
Opt1_2Val="intcon2.INTEDG1=0;\n"

[RB2INT]
Name=RB2/INT2
FlagReg=intcon3
FlagBit=INT2IF
EnReg=intcon3
EnBit=INT2IE
OptCnt=1
TmrOpt=0
Opt1="Interrupt Edge Select"
Opt1Cnt=2
Opt1_1="rising edge of RB2/INT2"
Opt1_1Val="intcon2.INTEDG2=1;\n"
Opt1_2="falling edge of RB2/INT2"
Opt1_2Val="intcon2.INTEDG2=0;\n"