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p24FJ256GB206.gld
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p24FJ256GB206.gld
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/*
** Linker script for PIC24FJ256GB206
*/
OUTPUT_ARCH("24FJ256GB206")
CRT0_STARTUP(crt0_extended.o)
CRT1_STARTUP(crt1_extended.o)
OPTIONAL(-lpPIC24Fxxx)
/*
** Memory Regions
*/
MEMORY
{
data (a!xr) : ORIGIN = 0x800, LENGTH = 0x18000
reset : ORIGIN = 0x0, LENGTH = 0x4
ivt : ORIGIN = 0x4, LENGTH = 0xFC
aivt : ORIGIN = 0x104, LENGTH = 0xFC
app_ivt : ORIGIN = 0x1400, LENGTH = 0x110
program (xr) : ORIGIN = 0x400, LENGTH = 0x1000
CONFIG4 : ORIGIN = 0x2ABF8, LENGTH = 0x2
CONFIG3 : ORIGIN = 0x2ABFA, LENGTH = 0x2
CONFIG2 : ORIGIN = 0x2ABFC, LENGTH = 0x2
CONFIG1 : ORIGIN = 0x2ABFE, LENGTH = 0x2
}
__CONFIG4 = 0x2ABF8;
__CONFIG3 = 0x2ABFA;
__CONFIG2 = 0x2ABFC;
__CONFIG1 = 0x2ABFE;
__IVT_BASE = 0x4;
__AIVT_BASE = 0x104;
__DATA_BASE = 0x800;
__CODE_BASE = 0x400;
#ifdef __APP_IVT_BASE_ADDR
__APP_IVT_BASE = __APP_IVT_BASE_ADDR;
#else
__APP_IVT_BASE = 0x1400;
#endif
/*
** ==================== Section Map ======================
*/
SECTIONS
{
/*
** ========== Program Memory ==========
*/
/*
** Reset Instruction
*/
.reset :
{
SHORT(ABSOLUTE(__reset));
SHORT(0x04);
SHORT((ABSOLUTE(__reset) >> 16) & 0x7F);
SHORT(0);
} >reset
/*
** User Code and Library Code
**
** This section must not be assigned to __CODE_BASE,
** because CodeGuard(tm) sections may be located there.
**
** Note that input sections *(.text) are not mapped here.
** The best-fit allocator locates them, so that .text
** may flow around PSV sections as needed.
*/
.text :
{
*(.init);
*(.user_init);
*(.handle);
*(.libc) *(.libm) *(.libdsp); /* keep together in this order */
*(.lib*);
} >program
/*
** User-Defined Section in Program Memory
**
** note: can specify an address using
** the following syntax:
**
** usercode 0x1234 :
** {
** *(usercode);
** } >program
*/
usercode :
{
*(usercode);
} >program
/*
** User-Defined Constants in Program Memory
**
** For PSV type sections, the Load Memory Address (LMA)
** should be specified as follows:
**
** userconst : AT(0x1234)
** {
** *(userconst);
** } >program
**
** Note that mapping PSV sections in linker scripts
** is not generally recommended.
**
** Because of page alignment restrictions, memory is
** often used more efficiently when PSV sections
** do not appear in the linker script.
**
** For more information on memory allocation,
** please refer to chapter 10, 'Linker Processing'
** in the Assembler, Linker manual (DS51317).
*/
/*
** Configuration Words
*/
__CONFIG4 :
{ *(__CONFIG4.sec) } >CONFIG4
__CONFIG3 :
{ *(__CONFIG3.sec) } >CONFIG3
__CONFIG2 :
{ *(__CONFIG2.sec) } >CONFIG2
__CONFIG1 :
{ *(__CONFIG1.sec) } >CONFIG1
/*
** =========== Data Memory ===========
*/
/*
** ICD Debug Exec
**
** This section provides optional storage for
** the ICD2 debugger. Define a global symbol
** named __ICD2RAM to enable ICD2. This section
** must be loaded at data address 0x800.
*/
.icd __DATA_BASE (NOLOAD):
{
. += (DEFINED (__ICD2RAM) ? 0x50 : 0 );
} > data
/*
** Other sections in data memory are not explicitly mapped.
** Instead they are allocated according to their section
** attributes, which is most efficient.
**
** If a specific arrangement of sections is required
** (other than what can be achieved using attributes)
** additional sections may be defined here. See chapter
** 10.5 in the MPLAB ASM30/LINK30 User's Guide (DS51317)
** for more information.
*/
/*
** ========== Debug Info ==============
*/
.comment 0 : { *(.comment) }
/*
** DWARF-2
*/
.debug_info 0 : { *(.debug_info) *(.gnu.linkonce.wi.*) }
.debug_abbrev 0 : { *(.debug_abbrev) }
.debug_line 0 : { *(.debug_line) }
.debug_frame 0 : { *(.debug_frame) }
.debug_str 0 : { *(.debug_str) }
.debug_loc 0 : { *(.debug_loc) }
.debug_macinfo 0 : { *(.debug_macinfo) }
.debug_pubnames 0 : { *(.debug_pubnames) }
.debug_ranges 0 : { *(.debug_ranges) }
.debug_aranges 0 : { *(.debug_aranges) }
} /* SECTIONS */
/*
** ================= End of Section Map ================
*/
/*
** Section Map for Interrupt Vector Tables
*/
SECTIONS
{
/*
** This section defines a interrupt remap table that exists in the user space. Each line represents
** an entry in the table. Each entry contains either a "goto __DefaultInterrupt" or "goto __CertainInterrupt"
** depending on if the interrupt handler for __CertainInterrupt is defined in the user code. The real IVT table
** has a fixed jump at each of the interrupt vector entries to an entry in this table.
*/
.application_ivt __APP_IVT_BASE :
{
SHORT(ABSOLUTE(__reset)); SHORT(0x04); SHORT((ABSOLUTE(__reset) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__ReservedTrap0) ? ABSOLUTE(__ReservedTrap0) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__ReservedTrap0) ? (ABSOLUTE(__ReservedTrap0) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OscillatorFail) ? ABSOLUTE(__OscillatorFail) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OscillatorFail) ? (ABSOLUTE(__OscillatorFail) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__AddressError) ? ABSOLUTE(__AddressError) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__AddressError) ? (ABSOLUTE(__AddressError) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__StackError) ? ABSOLUTE(__StackError) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__StackError) ? (ABSOLUTE(__StackError) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__MathError) ? ABSOLUTE(__MathError) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__MathError) ? (ABSOLUTE(__MathError) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__INT0Interrupt) ? ABSOLUTE(__INT0Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__INT0Interrupt) ? (ABSOLUTE(__INT0Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC1Interrupt) ? ABSOLUTE(__IC1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC1Interrupt) ? (ABSOLUTE(__IC1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC1Interrupt) ? ABSOLUTE(__OC1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC1Interrupt) ? (ABSOLUTE(__OC1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__T1Interrupt) ? ABSOLUTE(__T1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__T1Interrupt) ? (ABSOLUTE(__T1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC2Interrupt) ? ABSOLUTE(__IC2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC2Interrupt) ? (ABSOLUTE(__IC2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC2Interrupt) ? ABSOLUTE(__OC2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC2Interrupt) ? (ABSOLUTE(__OC2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__T2Interrupt) ? ABSOLUTE(__T2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__T2Interrupt) ? (ABSOLUTE(__T2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__T3Interrupt) ? ABSOLUTE(__T3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__T3Interrupt) ? (ABSOLUTE(__T3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SPI1ErrInterrupt) ? ABSOLUTE(__SPI1ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SPI1ErrInterrupt) ? (ABSOLUTE(__SPI1ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SPI1Interrupt) ? ABSOLUTE(__SPI1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SPI1Interrupt) ? (ABSOLUTE(__SPI1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U1RXInterrupt) ? ABSOLUTE(__U1RXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U1RXInterrupt) ? (ABSOLUTE(__U1RXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U1TXInterrupt) ? ABSOLUTE(__U1TXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U1TXInterrupt) ? (ABSOLUTE(__U1TXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__ADC1Interrupt) ? ABSOLUTE(__ADC1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__ADC1Interrupt) ? (ABSOLUTE(__ADC1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SI2C1Interrupt) ? ABSOLUTE(__SI2C1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SI2C1Interrupt) ? (ABSOLUTE(__SI2C1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__MI2C1Interrupt) ? ABSOLUTE(__MI2C1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__MI2C1Interrupt) ? (ABSOLUTE(__MI2C1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__CompInterrupt) ? ABSOLUTE(__CompInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__CompInterrupt) ? (ABSOLUTE(__CompInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__CNInterrupt) ? ABSOLUTE(__CNInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__CNInterrupt) ? (ABSOLUTE(__CNInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__INT1Interrupt) ? ABSOLUTE(__INT1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__INT1Interrupt) ? (ABSOLUTE(__INT1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC7Interrupt) ? ABSOLUTE(__IC7Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC7Interrupt) ? (ABSOLUTE(__IC7Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC8Interrupt) ? ABSOLUTE(__IC8Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC8Interrupt) ? (ABSOLUTE(__IC8Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC3Interrupt) ? ABSOLUTE(__OC3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC3Interrupt) ? (ABSOLUTE(__OC3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC4Interrupt) ? ABSOLUTE(__OC4Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC4Interrupt) ? (ABSOLUTE(__OC4Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__T4Interrupt) ? ABSOLUTE(__T4Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__T4Interrupt) ? (ABSOLUTE(__T4Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__T5Interrupt) ? ABSOLUTE(__T5Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__T5Interrupt) ? (ABSOLUTE(__T5Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__INT2Interrupt) ? ABSOLUTE(__INT2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__INT2Interrupt) ? (ABSOLUTE(__INT2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U2RXInterrupt) ? ABSOLUTE(__U2RXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U2RXInterrupt) ? (ABSOLUTE(__U2RXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U2TXInterrupt) ? ABSOLUTE(__U2TXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U2TXInterrupt) ? (ABSOLUTE(__U2TXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SPI2ErrInterrupt) ? ABSOLUTE(__SPI2ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SPI2ErrInterrupt) ? (ABSOLUTE(__SPI2ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SPI2Interrupt) ? ABSOLUTE(__SPI2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SPI2Interrupt) ? (ABSOLUTE(__SPI2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC3Interrupt) ? ABSOLUTE(__IC3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC3Interrupt) ? (ABSOLUTE(__IC3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC4Interrupt) ? ABSOLUTE(__IC4Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC4Interrupt) ? (ABSOLUTE(__IC4Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC5Interrupt) ? ABSOLUTE(__IC5Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC5Interrupt) ? (ABSOLUTE(__IC5Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC6Interrupt) ? ABSOLUTE(__IC6Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC6Interrupt) ? (ABSOLUTE(__IC6Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC5Interrupt) ? ABSOLUTE(__OC5Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC5Interrupt) ? (ABSOLUTE(__OC5Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC6Interrupt) ? ABSOLUTE(__OC6Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC6Interrupt) ? (ABSOLUTE(__OC6Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC7Interrupt) ? ABSOLUTE(__OC7Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC7Interrupt) ? (ABSOLUTE(__OC7Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC8Interrupt) ? ABSOLUTE(__OC8Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC8Interrupt) ? (ABSOLUTE(__OC8Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__PMPInterrupt) ? ABSOLUTE(__PMPInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__PMPInterrupt) ? (ABSOLUTE(__PMPInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SI2C2Interrupt) ? ABSOLUTE(__SI2C2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SI2C2Interrupt) ? (ABSOLUTE(__SI2C2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__MI2C2Interrupt) ? ABSOLUTE(__MI2C2Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__MI2C2Interrupt) ? (ABSOLUTE(__MI2C2Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__INT3Interrupt) ? ABSOLUTE(__INT3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__INT3Interrupt) ? (ABSOLUTE(__INT3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__INT4Interrupt) ? ABSOLUTE(__INT4Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__INT4Interrupt) ? (ABSOLUTE(__INT4Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__RTCCInterrupt) ? ABSOLUTE(__RTCCInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__RTCCInterrupt) ? (ABSOLUTE(__RTCCInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U1ErrInterrupt) ? ABSOLUTE(__U1ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U1ErrInterrupt) ? (ABSOLUTE(__U1ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U2ErrInterrupt) ? ABSOLUTE(__U2ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U2ErrInterrupt) ? (ABSOLUTE(__U2ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__CRCInterrupt) ? ABSOLUTE(__CRCInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__CRCInterrupt) ? (ABSOLUTE(__CRCInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__LVDInterrupt) ? ABSOLUTE(__LVDInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__LVDInterrupt) ? (ABSOLUTE(__LVDInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__CTMUInterrupt) ? ABSOLUTE(__CTMUInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__CTMUInterrupt) ? (ABSOLUTE(__CTMUInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U3ErrInterrupt) ? ABSOLUTE(__U3ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U3ErrInterrupt) ? (ABSOLUTE(__U3ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U3RXInterrupt) ? ABSOLUTE(__U3RXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U3RXInterrupt) ? (ABSOLUTE(__U3RXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U3TXInterrupt) ? ABSOLUTE(__U3TXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U3TXInterrupt) ? (ABSOLUTE(__U3TXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SI2C3Interrupt) ? ABSOLUTE(__SI2C3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SI2C3Interrupt) ? (ABSOLUTE(__SI2C3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__MI2C3Interrupt) ? ABSOLUTE(__MI2C3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__MI2C3Interrupt) ? (ABSOLUTE(__MI2C3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__USB1Interrupt) ? ABSOLUTE(__USB1Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__USB1Interrupt) ? (ABSOLUTE(__USB1Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U4ErrInterrupt) ? ABSOLUTE(__U4ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U4ErrInterrupt) ? (ABSOLUTE(__U4ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U4RXInterrupt) ? ABSOLUTE(__U4RXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U4RXInterrupt) ? (ABSOLUTE(__U4RXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__U4TXInterrupt) ? ABSOLUTE(__U4TXInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__U4TXInterrupt) ? (ABSOLUTE(__U4TXInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SPI3ErrInterrupt) ? ABSOLUTE(__SPI3ErrInterrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SPI3ErrInterrupt) ? (ABSOLUTE(__SPI3ErrInterrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__SPI3Interrupt) ? ABSOLUTE(__SPI3Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__SPI3Interrupt) ? (ABSOLUTE(__SPI3Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__OC9Interrupt) ? ABSOLUTE(__OC9Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__OC9Interrupt) ? (ABSOLUTE(__OC9Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
SHORT(DEFINED(__IC9Interrupt) ? ABSOLUTE(__IC9Interrupt) : ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT(DEFINED(__IC9Interrupt) ? (ABSOLUTE(__IC9Interrupt) >> 16) & 0x7F : (ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
__DEFAULT_VECTOR = .;
SHORT(ABSOLUTE(__DefaultInterrupt)); SHORT(0x04); SHORT((ABSOLUTE(__DefaultInterrupt) >> 16) & 0x7F); SHORT(0);
}
/*
** Interrupt Vector Table
**
** This table has been modified from the original content to jump to the .application_ivt goto table.
** This is done so that when this linker file is used to program a device using a programmer instead
** of the bootloader, it will work just like the bootloader resulting in identical interrupt latency.
*/
.ivt __IVT_BASE :
{
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x004); /* __ReservedTrap0 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x008); /* __OscillatorFail */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x00C); /* __AddressError */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x010); /* __StackError */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x014); /* __MathError */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __ReservedTrap5 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __ReservedTrap6 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __ReservedTrap7 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x018); /* __INT0Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x01C); /* __IC1Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x020); /* __OC1Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x024); /* __T1Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt4 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x028); /* __IC2Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x02C); /* __OC2Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x030); /* __T2Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x034); /* __T3Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x038); /* __SPI1ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x03C); /* __SPI1Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x040); /* __U1RXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x044); /* __U1TXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x048); /* __ADC1Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt14 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt15 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x04C); /* __SI2C1Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x050); /* __MI2C1Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x054); /* __CompInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x058); /* __CNInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x05C); /* __INT1Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt21 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x060); /* __IC7Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x064); /* __IC8Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt24 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x068); /* __OC3Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x06C); /* __OC4Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x070); /* __T4Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x074); /* __T5Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x078); /* __INT2Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x07C); /* __U2RXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x080); /* __U2TXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x084); /* __SPI2ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x088); /* __SPI2Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt34 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt35 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt36 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x08C); /* __IC3Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x090); /* __IC4Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x094); /* __IC5Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x098); /* __IC6Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x09C); /* __OC5Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0A0); /* __OC6Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0A4); /* __OC7Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0A8); /* __OC8Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0AC); /* __PMPInterrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt46 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt47 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt48 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0B0); /* __SI2C2Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0B4); /* __MI2C2Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt51 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt52 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0B8); /* __INT3Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0BC); /* __INT4Interrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt55 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt56 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt57 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt58 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt59 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt60 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt61 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0C0); /* __RTCCInterrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt63 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt64 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0C4); /* __U1ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0C8); /* __U2ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0CC); /* __CRCInterrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt68 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt69 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt70 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt71 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0D0); /* __LVDInterrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt73 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt74 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt75 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt76 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0D4); /* __CTMUInterrupt */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt78 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt79 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt80 */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0D8); /* __U3ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0DC); /* __U3RXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0E0); /* __U3TXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0E4); /* __SI2C3Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0E8); /* __MI2C3Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0EC); /* __USB1Interrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0F0); /* __U4ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0F4); /* __U4RXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0F8); /* __U4TXInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x0FC); /* __SPI3ErrInterrupt */
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x100); /* __SPI3Interrupt*/
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x104); /* __OC9Interrupt*/
LONG(ABSOLUTE(__APP_IVT_BASE) + 0x108); /* __IC9Interrupt*/
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt94 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt95 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt96 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt97 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt98 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt99 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt100 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt101 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt102 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt103 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt104 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt105 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt106 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt107 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt108 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt109 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt110 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt111 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt112 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt113 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt114 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt115 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt116 */
LONG(ABSOLUTE(__DEFAULT_VECTOR)); /* __Interrupt117 */
} >ivt
/*
** Alternate Interrupt Vector Table
*/
.aivt __AIVT_BASE :
{
/* not currently remapped by the bootloader - do not use */
} >aivt
} /* SECTIONS */
/*
** ============== Equates for SFR Addresses =============
*/
WREG0 = 0x0;
_WREG0 = 0x0;
WREG1 = 0x2;
_WREG1 = 0x2;
WREG2 = 0x4;
_WREG2 = 0x4;
WREG3 = 0x6;
_WREG3 = 0x6;
WREG4 = 0x8;
_WREG4 = 0x8;
WREG5 = 0xA;
_WREG5 = 0xA;
WREG6 = 0xC;
_WREG6 = 0xC;
WREG7 = 0xE;
_WREG7 = 0xE;
WREG8 = 0x10;
_WREG8 = 0x10;
WREG9 = 0x12;
_WREG9 = 0x12;
WREG10 = 0x14;
_WREG10 = 0x14;
WREG11 = 0x16;
_WREG11 = 0x16;
WREG12 = 0x18;
_WREG12 = 0x18;
WREG13 = 0x1A;
_WREG13 = 0x1A;
WREG14 = 0x1C;
_WREG14 = 0x1C;
WREG15 = 0x1E;
_WREG15 = 0x1E;
SPLIM = 0x20;
_SPLIM = 0x20;
PCL = 0x2E;
_PCL = 0x2E;
PCH = 0x30;
_PCH = 0x30;
DSRPAG = 0x32;
_DSRPAG = 0x32;
DSWPAG = 0x34;
_DSWPAG = 0x34;
RCOUNT = 0x36;
_RCOUNT = 0x36;
SR = 0x42;
_SR = 0x42;
_SRbits = 0x42;
CORCON = 0x44;
_CORCON = 0x44;
_CORCONbits = 0x44;
DISICNT = 0x52;
_DISICNT = 0x52;
TBLPAG = 0x54;
_TBLPAG = 0x54;
CNPD1 = 0x56;
_CNPD1 = 0x56;
_CNPD1bits = 0x56;
CNPD2 = 0x58;
_CNPD2 = 0x58;
_CNPD2bits = 0x58;
CNPD3 = 0x5A;
_CNPD3 = 0x5A;
_CNPD3bits = 0x5A;
CNPD4 = 0x5C;
_CNPD4 = 0x5C;
_CNPD4bits = 0x5C;
CNPD5 = 0x5E;
_CNPD5 = 0x5E;
_CNPD5bits = 0x5E;
CNPD6 = 0x60;
_CNPD6 = 0x60;
_CNPD6bits = 0x60;
CNEN1 = 0x62;
_CNEN1 = 0x62;
_CNEN1bits = 0x62;
CNEN2 = 0x64;
_CNEN2 = 0x64;
_CNEN2bits = 0x64;
CNEN3 = 0x66;
_CNEN3 = 0x66;
_CNEN3bits = 0x66;
CNEN4 = 0x68;
_CNEN4 = 0x68;
_CNEN4bits = 0x68;
CNEN5 = 0x6A;
_CNEN5 = 0x6A;
_CNEN5bits = 0x6A;
CNEN6 = 0x6C;
_CNEN6 = 0x6C;
_CNEN6bits = 0x6C;
CNPU1 = 0x6E;
_CNPU1 = 0x6E;
_CNPU1bits = 0x6E;
CNPU2 = 0x70;
_CNPU2 = 0x70;
_CNPU2bits = 0x70;
CNPU3 = 0x72;
_CNPU3 = 0x72;
_CNPU3bits = 0x72;
CNPU4 = 0x74;
_CNPU4 = 0x74;
_CNPU4bits = 0x74;
CNPU5 = 0x76;
_CNPU5 = 0x76;
_CNPU5bits = 0x76;
CNPU6 = 0x78;
_CNPU6 = 0x78;
_CNPU6bits = 0x78;
INTCON1 = 0x80;
_INTCON1 = 0x80;
_INTCON1bits = 0x80;
INTCON2 = 0x82;
_INTCON2 = 0x82;
_INTCON2bits = 0x82;
IFS0 = 0x84;
_IFS0 = 0x84;
_IFS0bits = 0x84;
IFS1 = 0x86;
_IFS1 = 0x86;
_IFS1bits = 0x86;
IFS2 = 0x88;
_IFS2 = 0x88;
_IFS2bits = 0x88;
IFS3 = 0x8A;
_IFS3 = 0x8A;
_IFS3bits = 0x8A;
IFS4 = 0x8C;
_IFS4 = 0x8C;
_IFS4bits = 0x8C;
IFS5 = 0x8E;
_IFS5 = 0x8E;
_IFS5bits = 0x8E;
IEC0 = 0x94;
_IEC0 = 0x94;
_IEC0bits = 0x94;
IEC1 = 0x96;
_IEC1 = 0x96;
_IEC1bits = 0x96;
IEC2 = 0x98;
_IEC2 = 0x98;
_IEC2bits = 0x98;
IEC3 = 0x9A;
_IEC3 = 0x9A;
_IEC3bits = 0x9A;
IEC4 = 0x9C;
_IEC4 = 0x9C;
_IEC4bits = 0x9C;
IEC5 = 0x9E;
_IEC5 = 0x9E;
_IEC5bits = 0x9E;
IPC0 = 0xA4;
_IPC0 = 0xA4;
_IPC0bits = 0xA4;
IPC1 = 0xA6;
_IPC1 = 0xA6;
_IPC1bits = 0xA6;
IPC2 = 0xA8;
_IPC2 = 0xA8;
_IPC2bits = 0xA8;
IPC3 = 0xAA;
_IPC3 = 0xAA;
_IPC3bits = 0xAA;
IPC4 = 0xAC;
_IPC4 = 0xAC;
_IPC4bits = 0xAC;
IPC5 = 0xAE;
_IPC5 = 0xAE;
_IPC5bits = 0xAE;
IPC6 = 0xB0;
_IPC6 = 0xB0;
_IPC6bits = 0xB0;
IPC7 = 0xB2;
_IPC7 = 0xB2;
_IPC7bits = 0xB2;
IPC8 = 0xB4;
_IPC8 = 0xB4;
_IPC8bits = 0xB4;
IPC9 = 0xB6;
_IPC9 = 0xB6;
_IPC9bits = 0xB6;
IPC10 = 0xB8;
_IPC10 = 0xB8;
_IPC10bits = 0xB8;
IPC11 = 0xBA;
_IPC11 = 0xBA;
_IPC11bits = 0xBA;
IPC12 = 0xBC;
_IPC12 = 0xBC;
_IPC12bits = 0xBC;
IPC13 = 0xBE;
_IPC13 = 0xBE;
_IPC13bits = 0xBE;
IPC15 = 0xC2;
_IPC15 = 0xC2;
_IPC15bits = 0xC2;
IPC16 = 0xC4;
_IPC16 = 0xC4;
_IPC16bits = 0xC4;
IPC18 = 0xC8;
_IPC18 = 0xC8;
_IPC18bits = 0xC8;
IPC19 = 0xCA;
_IPC19 = 0xCA;
_IPC19bits = 0xCA;
IPC20 = 0xCC;
_IPC20 = 0xCC;
_IPC20bits = 0xCC;
IPC21 = 0xCE;
_IPC21 = 0xCE;
_IPC21bits = 0xCE;
IPC22 = 0xD0;
_IPC22 = 0xD0;
_IPC22bits = 0xD0;
IPC23 = 0xD2;
_IPC23 = 0xD2;
_IPC23bits = 0xD2;
INTTREG = 0xE0;
_INTTREG = 0xE0;
_INTTREGbits = 0xE0;
TMR1 = 0x100;
_TMR1 = 0x100;
PR1 = 0x102;
_PR1 = 0x102;
T1CON = 0x104;
_T1CON = 0x104;
_T1CONbits = 0x104;
TMR2 = 0x106;
_TMR2 = 0x106;
TMR3HLD = 0x108;
_TMR3HLD = 0x108;
TMR3 = 0x10A;
_TMR3 = 0x10A;
PR2 = 0x10C;
_PR2 = 0x10C;
PR3 = 0x10E;
_PR3 = 0x10E;
T2CON = 0x110;
_T2CON = 0x110;
_T2CONbits = 0x110;
T3CON = 0x112;
_T3CON = 0x112;
_T3CONbits = 0x112;
TMR4 = 0x114;
_TMR4 = 0x114;
TMR5HLD = 0x116;
_TMR5HLD = 0x116;
TMR5 = 0x118;
_TMR5 = 0x118;
PR4 = 0x11A;
_PR4 = 0x11A;
PR5 = 0x11C;
_PR5 = 0x11C;
T4CON = 0x11E;
_T4CON = 0x11E;
_T4CONbits = 0x11E;
T5CON = 0x120;
_T5CON = 0x120;
_T5CONbits = 0x120;
IC1CON1 = 0x140;
_IC1CON1 = 0x140;
_IC1CON1bits = 0x140;
IC1CON2 = 0x142;
_IC1CON2 = 0x142;
_IC1CON2bits = 0x142;
IC1BUF = 0x144;
_IC1BUF = 0x144;
IC1TMR = 0x146;
_IC1TMR = 0x146;
IC2CON1 = 0x148;
_IC2CON1 = 0x148;
_IC2CON1bits = 0x148;
IC2CON2 = 0x14A;
_IC2CON2 = 0x14A;
_IC2CON2bits = 0x14A;
IC2BUF = 0x14C;
_IC2BUF = 0x14C;
IC2TMR = 0x14E;
_IC2TMR = 0x14E;
IC3CON1 = 0x150;
_IC3CON1 = 0x150;
_IC3CON1bits = 0x150;
IC3CON2 = 0x152;
_IC3CON2 = 0x152;
_IC3CON2bits = 0x152;
IC3BUF = 0x154;
_IC3BUF = 0x154;
IC3TMR = 0x156;
_IC3TMR = 0x156;
IC4CON1 = 0x158;
_IC4CON1 = 0x158;
_IC4CON1bits = 0x158;
IC4CON2 = 0x15A;
_IC4CON2 = 0x15A;
_IC4CON2bits = 0x15A;
IC4BUF = 0x15C;
_IC4BUF = 0x15C;
IC4TMR = 0x15E;
_IC4TMR = 0x15E;
IC5CON1 = 0x160;
_IC5CON1 = 0x160;
_IC5CON1bits = 0x160;
IC5CON2 = 0x162;
_IC5CON2 = 0x162;
_IC5CON2bits = 0x162;
IC5BUF = 0x164;
_IC5BUF = 0x164;
IC5TMR = 0x166;
_IC5TMR = 0x166;
IC6CON1 = 0x168;
_IC6CON1 = 0x168;
_IC6CON1bits = 0x168;
IC6CON2 = 0x16A;
_IC6CON2 = 0x16A;
_IC6CON2bits = 0x16A;
IC6BUF = 0x16C;
_IC6BUF = 0x16C;
IC6TMR = 0x16E;
_IC6TMR = 0x16E;
IC7CON1 = 0x170;
_IC7CON1 = 0x170;
_IC7CON1bits = 0x170;
IC7CON2 = 0x172;
_IC7CON2 = 0x172;
_IC7CON2bits = 0x172;
IC7BUF = 0x174;
_IC7BUF = 0x174;
IC7TMR = 0x176;
_IC7TMR = 0x176;
IC8CON1 = 0x178;
_IC8CON1 = 0x178;
_IC8CON1bits = 0x178;
IC8CON2 = 0x17A;
_IC8CON2 = 0x17A;
_IC8CON2bits = 0x17A;
IC8BUF = 0x17C;
_IC8BUF = 0x17C;
IC8TMR = 0x17E;
_IC8TMR = 0x17E;
IC9CON1 = 0x180;
_IC9CON1 = 0x180;
_IC9CON1bits = 0x180;
IC9CON2 = 0x182;
_IC9CON2 = 0x182;
_IC9CON2bits = 0x182;
IC9BUF = 0x184;
_IC9BUF = 0x184;
IC9TMR = 0x186;
_IC9TMR = 0x186;
OC1CON1 = 0x190;
_OC1CON1 = 0x190;
_OC1CON1bits = 0x190;
OC1CON2 = 0x192;
_OC1CON2 = 0x192;
_OC1CON2bits = 0x192;
OC1RS = 0x194;
_OC1RS = 0x194;
OC1R = 0x196;
_OC1R = 0x196;
OC1TMR = 0x198;
_OC1TMR = 0x198;
OC2CON1 = 0x19A;
_OC2CON1 = 0x19A;
_OC2CON1bits = 0x19A;
OC2CON2 = 0x19C;
_OC2CON2 = 0x19C;
_OC2CON2bits = 0x19C;
OC2RS = 0x19E;
_OC2RS = 0x19E;
OC2R = 0x1A0;
_OC2R = 0x1A0;
OC2TMR = 0x1A2;
_OC2TMR = 0x1A2;
OC3CON1 = 0x1A4;
_OC3CON1 = 0x1A4;
_OC3CON1bits = 0x1A4;
OC3CON2 = 0x1A6;
_OC3CON2 = 0x1A6;
_OC3CON2bits = 0x1A6;
OC3RS = 0x1A8;
_OC3RS = 0x1A8;
OC3R = 0x1AA;
_OC3R = 0x1AA;
OC3TMR = 0x1AC;
_OC3TMR = 0x1AC;
OC4CON1 = 0x1AE;
_OC4CON1 = 0x1AE;
_OC4CON1bits = 0x1AE;
OC4CON2 = 0x1B0;
_OC4CON2 = 0x1B0;
_OC4CON2bits = 0x1B0;
OC4RS = 0x1B2;
_OC4RS = 0x1B2;
OC4R = 0x1B4;
_OC4R = 0x1B4;
OC4TMR = 0x1B6;
_OC4TMR = 0x1B6;
OC5CON1 = 0x1B8;
_OC5CON1 = 0x1B8;
_OC5CON1bits = 0x1B8;
OC5CON2 = 0x1BA;
_OC5CON2 = 0x1BA;
_OC5CON2bits = 0x1BA;
OC5RS = 0x1BC;
_OC5RS = 0x1BC;
OC5R = 0x1BE;
_OC5R = 0x1BE;
OC5TMR = 0x1C0;
_OC5TMR = 0x1C0;
OC6CON1 = 0x1C2;
_OC6CON1 = 0x1C2;
_OC6CON1bits = 0x1C2;
OC6CON2 = 0x1C4;
_OC6CON2 = 0x1C4;
_OC6CON2bits = 0x1C4;
OC6RS = 0x1C6;
_OC6RS = 0x1C6;
OC6R = 0x1C8;
_OC6R = 0x1C8;
OC6TMR = 0x1CA;
_OC6TMR = 0x1CA;
OC7CON1 = 0x1CC;
_OC7CON1 = 0x1CC;
_OC7CON1bits = 0x1CC;
OC7CON2 = 0x1CE;
_OC7CON2 = 0x1CE;
_OC7CON2bits = 0x1CE;
OC7RS = 0x1D0;
_OC7RS = 0x1D0;
OC7R = 0x1D2;
_OC7R = 0x1D2;
OC7TMR = 0x1D4;
_OC7TMR = 0x1D4;
OC8CON1 = 0x1D6;
_OC8CON1 = 0x1D6;
_OC8CON1bits = 0x1D6;
OC8CON2 = 0x1D8;
_OC8CON2 = 0x1D8;
_OC8CON2bits = 0x1D8;
OC8RS = 0x1DA;
_OC8RS = 0x1DA;
OC8R = 0x1DC;
_OC8R = 0x1DC;
OC8TMR = 0x1DE;
_OC8TMR = 0x1DE;
OC9CON1 = 0x1E0;
_OC9CON1 = 0x1E0;
_OC9CON1bits = 0x1E0;
OC9CON2 = 0x1E2;
_OC9CON2 = 0x1E2;
_OC9CON2bits = 0x1E2;
OC9RS = 0x1E4;
_OC9RS = 0x1E4;
OC9R = 0x1E6;
_OC9R = 0x1E6;
OC9TMR = 0x1E8;
_OC9TMR = 0x1E8;
I2C1RCV = 0x200;
_I2C1RCV = 0x200;
I2C1TRN = 0x202;
_I2C1TRN = 0x202;
I2C1BRG = 0x204;
_I2C1BRG = 0x204;
I2C1CON = 0x206;
_I2C1CON = 0x206;
_I2C1CONbits = 0x206;
I2C1STAT = 0x208;
_I2C1STAT = 0x208;
_I2C1STATbits = 0x208;
I2C1ADD = 0x20A;
_I2C1ADD = 0x20A;
I2C1MSK = 0x20C;
_I2C1MSK = 0x20C;
I2C2RCV = 0x210;
_I2C2RCV = 0x210;
I2C2TRN = 0x212;
_I2C2TRN = 0x212;
I2C2BRG = 0x214;
_I2C2BRG = 0x214;
I2C2CON = 0x216;
_I2C2CON = 0x216;
_I2C2CONbits = 0x216;
I2C2STAT = 0x218;
_I2C2STAT = 0x218;
_I2C2STATbits = 0x218;
I2C2ADD = 0x21A;
_I2C2ADD = 0x21A;
I2C2MSK = 0x21C;
_I2C2MSK = 0x21C;
U1MODE = 0x220;
_U1MODE = 0x220;
_U1MODEbits = 0x220;
U1STA = 0x222;
_U1STA = 0x222;
_U1STAbits = 0x222;
U1TXREG = 0x224;
_U1TXREG = 0x224;
_U1TXREGbits = 0x224;
U1RXREG = 0x226;
_U1RXREG = 0x226;
_U1RXREGbits = 0x226;
U1BRG = 0x228;
_U1BRG = 0x228;
U2MODE = 0x230;
_U2MODE = 0x230;
_U2MODEbits = 0x230;
U2STA = 0x232;
_U2STA = 0x232;
_U2STAbits = 0x232;
U2TXREG = 0x234;
_U2TXREG = 0x234;
_U2TXREGbits = 0x234;
U2RXREG = 0x236;
_U2RXREG = 0x236;
_U2RXREGbits = 0x236;
U2BRG = 0x238;
_U2BRG = 0x238;
SPI1STAT = 0x240;
_SPI1STAT = 0x240;
_SPI1STATbits = 0x240;
SPI1CON1 = 0x242;
_SPI1CON1 = 0x242;
_SPI1CON1bits = 0x242;
SPI1CON2 = 0x244;
_SPI1CON2 = 0x244;
_SPI1CON2bits = 0x244;
SPI1BUF = 0x248;
_SPI1BUF = 0x248;
U3MODE = 0x250;
_U3MODE = 0x250;
_U3MODEbits = 0x250;
U3STA = 0x252;
_U3STA = 0x252;
_U3STAbits = 0x252;
U3TXREG = 0x254;
_U3TXREG = 0x254;
_U3TXREGbits = 0x254;
U3RXREG = 0x256;
_U3RXREG = 0x256;
_U3RXREGbits = 0x256;
U3BRG = 0x258;
_U3BRG = 0x258;
SPI2STAT = 0x260;
_SPI2STAT = 0x260;
_SPI2STATbits = 0x260;
SPI2CON1 = 0x262;
_SPI2CON1 = 0x262;
_SPI2CON1bits = 0x262;
SPI2CON2 = 0x264;
_SPI2CON2 = 0x264;
_SPI2CON2bits = 0x264;
SPI2BUF = 0x268;
_SPI2BUF = 0x268;
I2C3RCV = 0x270;
_I2C3RCV = 0x270;
I2C3TRN = 0x272;
_I2C3TRN = 0x272;
I2C3BRG = 0x274;
_I2C3BRG = 0x274;
I2C3CON = 0x276;
_I2C3CON = 0x276;
_I2C3CONbits = 0x276;
I2C3STAT = 0x278;
_I2C3STAT = 0x278;
_I2C3STATbits = 0x278;
I2C3ADD = 0x27A;
_I2C3ADD = 0x27A;
I2C3MSK = 0x27C;
_I2C3MSK = 0x27C;