/***********************************************************************************************************************
* DISCLAIMER
* This software is supplied by Renesas Electronics Corporation and is only 
* intended for use with Renesas products. No other uses are authorized. This 
* software is owned by Renesas Electronics Corporation and is protected under 
* all applicable laws, including copyright laws.
* THIS SOFTWARE IS PROVIDED "AS IS" AND RENESAS MAKES NO WARRANTIES REGARDING 
* THIS SOFTWARE, WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING BUT NOT 
* LIMITED TO WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE 
* AND NON-INFRINGEMENT.  ALL SUCH WARRANTIES ARE EXPRESSLY DISCLAIMED.
* TO THE MAXIMUM EXTENT PERMITTED NOT PROHIBITED BY LAW, NEITHER RENESAS 
* ELECTRONICS CORPORATION NOR ANY OF ITS AFFILIATED COMPANIES SHALL BE LIABLE 
* FOR ANY DIRECT, INDIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR 
* ANY REASON RELATED TO THIS SOFTWARE, EVEN IF RENESAS OR ITS AFFILIATES HAVE 
* BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
* Renesas reserves the right, without notice, to make changes to this software 
* and to discontinue the availability of this software.  By using this software, 
* you agree to the additional terms and conditions found by accessing the 
* following link:
* http://www.renesas.com/disclaimer
*
* Copyright (C) 2015, 2018 Renesas Electronics Corporation. All rights reserved.
***********************************************************************************************************************/

/***********************************************************************************************************************
* File Name    : r_cg_intvector.c
* Version      : Code Generator for RH850/F1K V1.01.02.02 [08 May 2018]
* Device(s)    : R7F701587(LQFP176pin)
* Tool-Chain   : CCRH
* Description  : This file initializes the vector table.
* Creation Date: 2024/12/7
***********************************************************************************************************************/

/***********************************************************************************************************************
Pragma directive
***********************************************************************************************************************/
/* Start user code for pragma. Do not edit comment generated here */
/* End user code. Do not edit comment generated here */

/***********************************************************************************************************************
Includes
***********************************************************************************************************************/
#include "r_cg_macrodriver.h"
/* Start user code for include. Do not edit comment generated here */
/* End user code. Do not edit comment generated here */
#include "r_cg_userdefine.h"

/***********************************************************************************************************************
Global variables and functions
***********************************************************************************************************************/
/* Start user code for global. Do not edit comment generated here */
/* End user code. Do not edit comment generated here */

/***********************************************************************************************************************
Private global variables and functions
***********************************************************************************************************************/
/* Reserved */
extern void eiint0(void);
/* Reserved */
extern void eiint1(void);
/* Reserved */
extern void eiint2(void);
/* Reserved */
extern void eiint3(void);
/* Reserved */
extern void eiint4(void);
/* Reserved */
extern void eiint5(void);
/* Reserved */
extern void eiint6(void);
/* Reserved */
extern void eiint7(void);
/* Interrupt for CH0 of TAUD0/CSIH2 communication status interrupt */
extern void eiint8(void);
/* Interrupt for CH2 of TAUD0/CSIH3 communication status interrupt */
extern void eiint9(void);
/* Interrupt for CH4 of TAUD0/CSIH2 receive status interrupt */
extern void eiint10(void);
/* Interrupt for CH6 of TAUD0/CSIH2 communication error interrupt */
extern void eiint11(void);
/* Interrupt for CH8 of TAUD0/CSIH2 job completion interrupt */
extern void eiint12(void);
/* Interrupt for CH10 of TAUD0/CSIH3 receive status interrupt */
extern void eiint13(void);
/* Interrupt for CH12 of TAUD0/CSIH3 communication error interrupt */
extern void eiint14(void);
/* Interrupt for CH14 of TAUD0/CSIH3 job completion interrupt */
extern void eiint15(void);
/* TAPA0 peak interrupt 0/CSIH1 communication status interrupt */
extern void eiint16(void);
/* TAPA0 valley interrupt 0/CSIH1 receive status interrupt */
extern void eiint17(void);
/* ADCA0 SG1 end interrupt */
extern void eiint18(void);
/* ADCA0 SG2 end interrupt */
extern void eiint19(void);
/* ADCA0 SG3 end interrupt/6 CSIH0 job completion interrupt */
extern void eiint20(void);
/* Dedicated interrupt for on-chip debug function */
extern void eiint21(void);
/* CAN global error interrupt */
extern void eiint22(void);
/* CAN receive FIFO interrupt */
extern void eiint23(void);
/* CAN0 error interrupt */
extern void eiint24(void);
/* CAN0 transmit/receive FIFO receive complete interrupt */
extern void eiint25(void);
/* CAN0 transmit interrupt */
extern void eiint26(void);
/* CSIG0 communication status interrupt/CSIH1 communication error interrupt */
extern void eiint27(void);
/* CSIG0 receive status interrupt/CSIH1 job interrupt */
extern void eiint28(void);
/* CSIH0 communication status interrupt */
extern void eiint29(void);
/* CSIH0 receive status interrupt */
extern void eiint30(void);
/* CSIH0 communication error interrupt */
extern void eiint31(void);
/* CSIH0 job completion interrupt/ADCA0 SG3 end interrupt */
extern void eiint32(void);
/* RLIN30 interrupt */
extern void eiint33(void);
/* RLIN30 transmit interrupt */
extern void r_uart0_interrupt_send(void);
/* RLIN30 receive complete interrupt */
extern void r_uart0_interrupt_receive(void);
/* RLIN30 status interrupt */
extern void r_uart0_interrupt_error(void);
/* External interrupt(INTP0) */
extern void eiint37(void);
/* External interrupt(INTP1) */
extern void eiint38(void);
/* External interrupt(INTP2) */
extern void eiint39(void);
/* WDTA0 75% interrupt */
extern void r_wdt0_interrupt(void);
/* WDTA1 75% interrupt */
extern void r_wdt1_interrupt(void);
/* Reserved */
extern void eiint42(void);
/* External interrupt(INTP3) */
extern void eiint43(void);
/* External interrupt(INTP4) */
extern void eiint44(void);
/* External interrupt(INTP5) */
extern void eiint45(void);
/* External interrupt(INTP10) */
extern void eiint46(void);
/* External interrupt(INTP11) */
extern void eiint47(void);
/* Interrupt for TAUD0 channel 1 */
extern void eiint48(void);
/* Interrupt for TAUD0 channel 3 */
extern void eiint49(void);
/* Interrupt for TAUD0 channel 5 */
extern void eiint50(void);
/* Interrupt for TAUD0 channel 7 */
extern void eiint51(void);
/* Interrupt for TAUD0 channel 9 */
extern void eiint52(void);
/* Interrupt for TAUD0 channel 11 */
extern void eiint53(void);
/* Interrupt for TAUD0 channel 13 */
extern void eiint54(void);
/* Interrupt for TAUD0 channel 15 */
extern void eiint55(void);
/* ADCA0 error interrupt */
extern void eiint56(void);
/* CSIG0 receive error interrupt */
extern void eiint57(void);
/* RLIN20 interrupt */
extern void eiint58(void);
/* RLIN21 interrupt */
extern void eiint59(void);
/* DMA0 transfer completion */
extern void eiint60(void);
/* DMA1 transfer completion */
extern void eiint61(void);
/* DMA2 transfer completion */
extern void eiint62(void);
/* DMA3 transfer completion */
extern void eiint63(void);
/* DMA4 transfer completion */
extern void eiint64(void);
/* DMA5 transfer completion */
extern void eiint65(void);
/* DMA6 transfer completion */
extern void eiint66(void);
/* DMA7 transfer completion */
extern void eiint67(void);
/* DMA8 transfer completion */
extern void eiint68(void);
/* DMA9 transfer completion */
extern void eiint69(void);
/* DMA10 transfer completion */
extern void eiint70(void);
/* DMA11 transfer completion */
extern void eiint71(void);
/* DMA12 transfer completion */
extern void eiint72(void);
/* DMA13 transfer completion */
extern void eiint73(void);
/* DMA14 transfer completion */
extern void eiint74(void);
/* DMA15 transfer completion */
extern void eiint75(void);
/* RIIC transmit data empty interrupt */
extern void eiint76(void);
/* RIIC receive error/event interrupt */
extern void eiint77(void);
/* RIIC receive end interrupt */
extern void eiint78(void);
/* RIIC transmit end interrupt */
extern void eiint79(void);
/* Interrupt for TAUJ0 channel 0 */
extern void eiint80(void);
/* Interrupt for TAUJ0 channel 1 */
extern void eiint81(void);
/* Interrupt for TAUJ0 channel 2 */
extern void eiint82(void);
/* Interrupt for TAUJ0 channel 3 */
extern void eiint83(void);
/* OSTM0 interrupt */
extern void r_ostm0_interrupt(void);
/* ENCA0 overflow interrupt/PWGA4 interrupt */
extern void eiint85(void);
/* ENCA0 underflow interrupt/PWGA5 interrupt */
extern void eiint86(void);
/* ENCA0 match or capture interrupt 0/PWGA6 interrupt */
extern void eiint87(void);
/* ENCA0 match or capture interrupt 1/PWGA7 interrupt */
extern void eiint88(void);
/* ENCA0 encoder clear interrupt */
extern void eiint89(void);
/* Key interrupt */
extern void eiint90(void);
/* PWSA queue full interrupt */
extern void eiint91(void);
/* PWGA0 interrupt */
extern void eiint92(void);
/* PWGA1 interrupt */
extern void eiint93(void);
/* PWGA2 interrupt */
extern void eiint94(void);
/* PWGA3 interrupt */
extern void eiint95(void);
/* PWGA8 interrupt */
extern void eiint96(void);
/* PWGA9 interrupt */
extern void eiint97(void);
/* PWGA10 interrupt */
extern void eiint98(void);
/* PWGA11 interrupt */
extern void eiint99(void);
/* PWGA12 interrupt */
extern void eiint100(void);
/* PWGA13 interrupt */
extern void eiint101(void);
/* PWGA14 interrupt */
extern void eiint102(void);
/* PWGA15 interrupt */
extern void eiint103(void);
/* ICUSE CMD register ready to write interrupt */
extern void eiint104(void);
/* ICUSE CMD register ready to read interrupt */
extern void eiint105(void);
/* Reserved */
extern void eiint106(void);
/* Reserved */
extern void eiint107(void);
/* Reserved */
extern void eiint108(void);
/* Reserved */
extern void eiint109(void);
/* Flash sequencer end error interrupt */
extern void eiint110(void);
/* Flash sequencer end interrupt */
extern void eiint111(void);
/* LPS port polling end interrupt */
extern void eiint112(void);
/* CAN1 error interrupt */
extern void eiint113(void);
/* CAN1 transmit/receive FIFO receive complete interrupt */
extern void eiint114(void);
/* CAN1 transmit interrupt */
extern void eiint115(void);
/* CSIH1 communication status interrupt/TAPA0 peak interrupt 0 */
extern void eiint116(void);
/* CSIH1 receive status interrupt/TAPA0 valley interrupt 0 */
extern void eiint117(void);
/* CSIH1 communication error interrupt/CSIG0 communication status interrupt */
extern void eiint118(void);
/* CSIH1 job interrupt/CSIG0 receive status interrupt */
extern void eiint119(void);
/* RLIN31 interrupt */
extern void eiint120(void);
/* RLIN31 transmit interrupt */
extern void eiint121(void);
/* RLIN31 receive complete interrupt */
extern void eiint122(void);
/* RLIN31 status interrupt */
extern void eiint123(void);
/* PWGA20 interrupt */
extern void eiint124(void);
/* PWGA21 interrupt */
extern void eiint125(void);
/* PWGA22 interrupt */
extern void eiint126(void);
/* PWGA23 interrupt */
extern void eiint127(void);
/* External interrupt(INTP6) */
extern void eiint128(void);
/* External interrupt(INTP7) */
extern void eiint129(void);
/* External interrupt(INTP8) */
extern void eiint130(void);
/* External interrupt(INTP12) */
extern void eiint131(void);
/* CSIH2 communication status interrupt/Interrupt for TAUD0 channel 0 */
extern void eiint132(void);
/* CSIH2 communication status interrupt/Interrupt for TAUD0 channel 4 */
extern void eiint133(void);
/* CSIH2 communication error interrupt/Interrupt for TAUD0 channel 6 */
extern void eiint134(void);
/* CSIH2 job completion interrupt/Interrupt for TAUD0 channel 8 */
extern void eiint135(void);
/* Reserved */
extern void eiint136(void);
/* Reserved */
extern void eiint137(void);
/* Reserved */
extern void eiint138(void);
/* Reserved */
extern void eiint139(void);
/* Reserved */
extern void eiint140(void);
/* Reserved */
extern void eiint141(void);
/* Interrupt for TAUB0 channel 0 */
extern void eiint142(void);
/* Interrupt for TAUB0 channel 1 */
extern void eiint143(void);
/* Interrupt for TAUB0 channel 2 */
extern void eiint144(void);
/* Interrupt for TAUB0 channel 3/PWGA16 interrupt */
extern void eiint145(void);
/* Interrupt for TAUB0 channel 4 */
extern void eiint146(void);
/* Interrupt for TAUB0 channel 5/PWGA17 interrupt */
extern void eiint147(void);
/* Interrupt for TAUB0 channel 6 */
extern void eiint148(void);
/* Interrupt for TAUB0 channel 7/PWGA18 interrupt */
extern void eiint149(void);
/* Interrupt for TAUB0 channel 8 */
extern void eiint150(void);
/* Interrupt for TAUB0 channel 9/PWGA19 interrupt */
extern void eiint151(void);
/* Interrupt for TAUB0 channel 10 */
extern void eiint152(void);
/* Interrupt for TAUB0 channel 11/PWGA26 interrupt */
extern void eiint153(void);
/* Interrupt for TAUB0 channel 12 */
extern void eiint154(void);
/* Interrupt for TAUB0 channel 13/PWGA30 interrupt */
extern void eiint155(void);
/* Interrupt for TAUB0 channel 14 */
extern void eiint156(void);
/* Interrupt for TAUB0 channel 15/PWGA31 interrupt */
extern void eiint157(void);
/* CSIH3 communication status interrupt/Interrupt for TAUD0 channel 2 */
extern void eiint158(void);
/* CSIH3 receive status interrupt/Interrupt for TAUD0 channel 10 */
extern void eiint159(void);
/* CSIH3 communication error interrupt/Interrupt for TAUD0 channel 12 */
extern void eiint160(void);
/* CSIH3 job completion interrupt/Interrupt for TAUD0 channel 14 */
extern void eiint161(void);
/* RLIN22 interrupt */
extern void eiint162(void);
/* RLIN23 interrupt */
extern void eiint163(void);
/* RLIN32 interrupt */
extern void eiint164(void);
/* RLIN32 transmit interrupt */
extern void eiint165(void);
/* RLIN32 receive complete interrupt */
extern void eiint166(void);
/* RLIN32 status interrupt */
extern void eiint167(void);
/* Interrupt for TAUJ1 channel 0 */
extern void eiint168(void);
/* Interrupt for TAUJ1 channel 1 */
extern void eiint169(void);
/* Interrupt for TAUJ1 channel 2 */
extern void eiint170(void);
/* Interrupt for TAUJ1 channel 3 */
extern void eiint171(void);
/* Reserved */
extern void eiint172(void);
/* Reserved */
extern void eiint173(void);
/* Reserved */
extern void eiint174(void);
/* Reserved */
extern void eiint175(void);
/* Reserved */
extern void eiint176(void);
/* Reserved */
extern void eiint177(void);
/* Reserved */
extern void eiint178(void);
/* Reserved */
extern void eiint179(void);
/* Reserved */
extern void eiint180(void);
/* Reserved */
extern void eiint181(void);
/* Reserved */
extern void eiint182(void);
/* Reserved */
extern void eiint183(void);
/* PWGA24 interrupt */
extern void eiint184(void);
/* PWGA25 interrupt */
extern void eiint185(void);
/* PWGA27 interrupt */
extern void eiint186(void);
/* PWGA28 interrupt */
extern void eiint187(void);
/* PWGA29 interrupt */
extern void eiint188(void);
/* PWGA32 interrupt */
extern void eiint189(void);
/* PWGA33 interrupt */
extern void eiint190(void);
/* PWGA34 interrupt */
extern void eiint191(void);
/* PWGA35 interrupt */
extern void eiint192(void);
/* PWGA36 interrupt */
extern void eiint193(void);
/* PWGA37 interrupt */
extern void eiint194(void);
/* PWGA38 interrupt */
extern void eiint195(void);
/* PWGA39 interrupt */
extern void eiint196(void);
/* PWGA40 interrupt */
extern void eiint197(void);
/* PWGA41 interrupt */
extern void eiint198(void);
/* PWGA42 interrupt */
extern void eiint199(void);
/* PWGA43 interrupt */
extern void eiint200(void);
/* PWGA44 interrupt */
extern void eiint201(void);
/* PWGA45 interrupt */
extern void eiint202(void);
/* PWGA46 interrupt */
extern void eiint203(void);
/* PWGA47 interrupt */
extern void eiint204(void);
/* External interrupt(INTP9) */
extern void eiint205(void);
/* External interrupt(INTP13) */
extern void eiint206(void);
/* External interrupt(INTP14) */
extern void eiint207(void);
/* External interrupt(INTP15) */
extern void eiint208(void);
/* 1 second interrupt */
extern void eiint209(void);
/* Alarm interrupt */
extern void eiint210(void);
/* Periodic interrupt */
extern void eiint211(void);
/* ADCA1 error interrupt */
extern void eiint212(void);
/* ADCA1 scan group 1(SG1) end interrupt */
extern void eiint213(void);
/* ADCA1 scan group 2(SG2) end interrupt */
extern void eiint214(void);
/* ADCA1 scan group 3(SG3) end interrupt */
extern void eiint215(void);
/* Reserved */
extern void eiint216(void);
/* CAN2 error interrupt */
extern void eiint217(void);
/* CAN2 transmit/receive FIFO receive complete interrupt */
extern void eiint218(void);
/* CAN2 transmit interrupt */
extern void eiint219(void);
/* CAN3 error interrupt */
extern void eiint220(void);
/* CAN3 transmit/receive FIFO receive complete interrupt */
extern void eiint221(void);
/* CAN3 transmit interrupt */
extern void eiint222(void);
/* CSIG1 communication status interrupt */
extern void eiint223(void);
/* CSIG1 receive status interrupt */
extern void eiint224(void);
/* CSIG1 receive error interrupt */
extern void eiint225(void);
/* RLIN24 interrupt */
extern void eiint226(void);
/* RLIN25 interrupt */
extern void eiint227(void);
/* RLIN33 interrupt */
extern void eiint228(void);
/* RLIN33 transmit interrupt */
extern void eiint229(void);
/* RLIN33 receive complete interrupt */
extern void eiint230(void);
/* RLIN33 status interrupt */
extern void eiint231(void);
/* RLIN34 interrupt */
extern void eiint232(void);
/* RLIN34 transmit interrupt */
extern void eiint233(void);
/* RLIN34 receive complete interrupt */
extern void eiint234(void);
/* RLIN34 status interrupt */
extern void eiint235(void);
/* RLIN35 interrupt */
extern void eiint236(void);
/* RLIN35 transmit interrupt */
extern void eiint237(void);
/* RLIN35 receive complete interrupt */
extern void eiint238(void);
/* RLIN35 status interrupt */
extern void eiint239(void);
/* PWGA48 interrupt */
extern void eiint240(void);
/* PWGA49 interrupt */
extern void eiint241(void);
/* PWGA50 interrupt */
extern void eiint242(void);
/* PWGA51 interrupt */
extern void eiint243(void);
/* PWGA52 interrupt */
extern void eiint244(void);
/* PWGA53 interrupt */
extern void eiint245(void);
/* PWGA54 interrupt */
extern void eiint246(void);
/* PWGA55 interrupt */
extern void eiint247(void);
/* PWGA56 interrupt */
extern void eiint248(void);
/* PWGA57 interrupt */
extern void eiint249(void);
/* PWGA58 interrupt */
extern void eiint250(void);
/* PWGA59 interrupt */
extern void eiint251(void);
/* PWGA60 interrupt */
extern void eiint252(void);
/* PWGA61 interrupt */
extern void eiint253(void);
/* PWGA62 interrupt */
extern void eiint254(void);
/* PWGA63 interrupt */
extern void eiint255(void);
/* Interrupt for TAUB1 channel 0 */
extern void eiint256(void);
/* Interrupt for TAUB1 channel 1 */
extern void eiint257(void);
/* Interrupt for TAUB1 channel 2 */
extern void eiint258(void);
/* Interrupt for TAUB1 channel 3 */
extern void eiint259(void);
/* Interrupt for TAUB1 channel 4 */
extern void eiint260(void);
/* Interrupt for TAUB1 channel 5 */
extern void eiint261(void);
/* Interrupt for TAUB1 channel 6 */
extern void eiint262(void);
/* Interrupt for TAUB1 channel 7 */
extern void eiint263(void);
/* Interrupt for TAUB1 channel 8 */
extern void eiint264(void);
/* Interrupt for TAUB1 channel 9 */
extern void eiint265(void);
/* Interrupt for TAUB1 channel 10 */
extern void eiint266(void);
/* Interrupt for TAUB1 channel 11 */
extern void eiint267(void);
/* Interrupt for TAUB1 channel 12 */
extern void eiint268(void);
/* Interrupt for TAUB1 channel 13 */
extern void eiint269(void);
/* Interrupt for TAUB1 channel 14 */
extern void eiint270(void);
/* Interrupt for TAUB1 channel 15 */
extern void eiint271(void);
/* CAN4 error interrupt */
extern void eiint272(void);
/* CAN4 transmit/receive FIFO receive complete interrupt */
extern void eiint273(void);
/* CAN4 transmit interrupt */
extern void eiint274(void);
/* RLIN26 interrupt */
extern void eiint275(void);
/* RLIN27 interrupt */
extern void eiint276(void);
/* PWGA64 interrupt */
extern void eiint277(void);
/* PWGA65 interrupt */
extern void eiint278(void);
/* PWGA66 interrupt */
extern void eiint279(void);
/* PWGA67 interrupt */
extern void eiint280(void);
/* PWGA68 interrupt */
extern void eiint281(void);
/* PWGA69 interrupt */
extern void eiint282(void);
/* PWGA70 interrupt */
extern void eiint283(void);
/* PWGA71 interrupt */
extern void eiint284(void);
/* RLIN28 interrupt */
extern void eiint285(void);
/* RLIN29 interrupt */
extern void eiint286(void);
/* CAN5 error interrupt */
extern void eiint287(void);
/* CAN5 transmit/receive FIFO receive complete interrupt */
extern void eiint288(void);
/* CAN5 transmit interrupt */
extern void eiint289(void);
/* Reserved */
extern void eiint290(void);
/* Reserved */
extern void eiint291(void);
/* Reserved */
extern void eiint292(void);
/* Reserved */
extern void eiint293(void);
/* Reserved */
extern void eiint294(void);
/* Reserved */
extern void eiint295(void);
/* Reserved */
extern void eiint296(void);
/* Reserved */
extern void eiint297(void);
/* Reserved */
extern void eiint298(void);
/* Reserved */
extern void eiint299(void);
/* Reserved */
extern void eiint300(void);
/* Reserved */
extern void eiint301(void);
/* Reserved */
extern void eiint302(void);
/* Reserved */
extern void eiint303(void);
/* Reserved */
extern void eiint304(void);
/* Reserved */
extern void eiint305(void);
/* Reserved */
extern void eiint306(void);
/* Reserved */
extern void eiint307(void);
/* Reserved */
extern void eiint308(void);
/* Reserved */
extern void eiint309(void);
/* Reserved */
extern void eiint310(void);
/* Reserved */
extern void eiint311(void);
/* Reserved */
extern void eiint312(void);
/* Reserved */
extern void eiint313(void);
/* Reserved */
extern void eiint314(void);
/* Reserved */
extern void eiint315(void);
/* Reserved */
extern void eiint316(void);
/* Reserved */
extern void eiint317(void);
/* Reserved */
extern void eiint318(void);
/* CAN global error interrupt */
extern void eiint319(void);
/* CAN receive FIFO interrupt */
extern void eiint320(void);
/* CAN6 error interrupt */
extern void eiint321(void);
/* CAN6 transmit/receive FIFO receive complete interrupt */
extern void eiint322(void);
/* CAN6 transmit interrupt */
extern void eiint323(void);
/* Reserved */
extern void eiint324(void);
/* Reserved */
extern void eiint325(void);
/* Reserved */
extern void eiint326(void);
/* Reserved */
extern void eiint327(void);
/* Reserved */
extern void eiint328(void);
/* Reserved */
extern void eiint329(void);
/* Reserved */
extern void eiint330(void);
/* Reserved */
extern void eiint331(void);
/* Reserved */
extern void eiint332(void);
/* Reserved */
extern void eiint333(void);
/* Reserved */
extern void eiint334(void);
/* Reserved */
extern void eiint335(void);
/* Reserved */
extern void eiint336(void);
/* Reserved */
extern void eiint337(void);
/* Reserved */
extern void eiint338(void);
/* Reserved */
extern void eiint339(void);
/* Reserved */
extern void eiint340(void);
/* Reserved */
extern void eiint341(void);
/* Reserved */
extern void eiint342(void);
/* Reserved */
extern void eiint343(void);
/* Reserved */
extern void eiint344(void);
/* Reserved */
extern void eiint345(void);
/* Reserved */
extern void eiint346(void);
/* Reserved */
extern void eiint347(void);
/* Reserved */
extern void eiint348(void);
/* Reserved */
extern void eiint349(void);
/* Reserved */
extern void eiint350(void);
/* Reserved */
extern void eiint351(void);
/* Reserved */
extern void eiint352(void);
/* Reserved */
extern void eiint353(void);
/* Reserved */
extern void eiint354(void);
/* Reserved */
extern void eiint355(void);
/* LPS digital port error interrupt */
extern void eiint356(void);
/* LPS analog port error interrupt */
extern void eiint357(void);

#pragma section const "EIINTTBL"

void * const INT_Vectors[] = {
    /* Reserved */
    (void *)eiint0,
    /* Reserved */
    (void *)eiint1,
    /* Reserved */
    (void *)eiint2,
    /* Reserved */
    (void *)eiint3,
    /* Reserved */
    (void *)eiint4,
    /* Reserved */
    (void *)eiint5,
    /* Reserved */
    (void *)eiint6,
    /* Reserved */
    (void *)eiint7,
    /* Interrupt for CH0 of TAUD0/CSIH2 communication status interrupt */
    (void *)eiint8,
    /* Interrupt for CH2 of TAUD0/CSIH3 communication status interrupt */
    (void *)eiint9,
    /* Interrupt for CH4 of TAUD0/CSIH2 receive status interrupt */
    (void *)eiint10,
    /* Interrupt for CH6 of TAUD0/CSIH2 communication error interrupt */
    (void *)eiint11,
    /* Interrupt for CH8 of TAUD0/CSIH2 job completion interrupt */
    (void *)eiint12,
    /* Interrupt for CH10 of TAUD0/CSIH3 receive status interrupt */
    (void *)eiint13,
    /* Interrupt for CH12 of TAUD0/CSIH3 communication error interrupt */
    (void *)eiint14,
    /* Interrupt for CH14 of TAUD0/CSIH3 job completion interrupt */
    (void *)eiint15,
    /* TAPA0 peak interrupt 0/CSIH1 communication status interrupt */
    (void *)eiint16,
    /* TAPA0 valley interrupt 0/CSIH1 receive status interrupt */
    (void *)eiint17,
    /* ADCA0 SG1 end interrupt */
    (void *)eiint18,
    /* ADCA0 SG2 end interrupt */
    (void *)eiint19,
    /* ADCA0 SG3 end interrupt/6 CSIH0 job completion interrupt */
    (void *)eiint20,
    /* Dedicated interrupt for on-chip debug function */
    (void *)eiint21,
    /* CAN global error interrupt */
    (void *)eiint22,
    /* CAN receive FIFO interrupt */
    (void *)eiint23,
    /* CAN0 error interrupt */
    (void *)eiint24,
    /* CAN0 transmit/receive FIFO receive complete interrupt */
    (void *)eiint25,
    /* CAN0 transmit interrupt */
    (void *)eiint26,
    /* CSIG0 communication status interrupt/CSIH1 communication error interrupt */
    (void *)eiint27,
    /* CSIG0 receive status interrupt/CSIH1 job interrupt */
    (void *)eiint28,
    /* CSIH0 communication status interrupt */
    (void *)eiint29,
    /* CSIH0 receive status interrupt */
    (void *)eiint30,
    /* CSIH0 communication error interrupt */
    (void *)eiint31,
    /* CSIH0 job completion interrupt/ADCA0 SG3 end interrupt */
    (void *)eiint32,
    /* RLIN30 interrupt */
    (void *)eiint33,
    /* RLIN30 transmit interrupt */
    (void *)r_uart0_interrupt_send,
    /* RLIN30 receive complete interrupt */
    (void *)r_uart0_interrupt_receive,
    /* RLIN30 status interrupt */
    (void *)r_uart0_interrupt_error,
    /* External interrupt(INTP0) */
    (void *)eiint37,
    /* External interrupt(INTP1) */
    (void *)eiint38,
    /* External interrupt(INTP2) */
    (void *)eiint39,
    /* WDTA0 75% interrupt */
    (void *)r_wdt0_interrupt,
    /* WDTA1 75% interrupt */
    (void *)r_wdt1_interrupt,
    /* Reserved */
    (void *)eiint42,
    /* External interrupt(INTP3) */
    (void *)eiint43,
    /* External interrupt(INTP4) */
    (void *)eiint44,
    /* External interrupt(INTP5) */
    (void *)eiint45,
    /* External interrupt(INTP10) */
    (void *)eiint46,
    /* External interrupt(INTP11) */
    (void *)eiint47,
    /* Interrupt for TAUD0 channel 1 */
    (void *)eiint48,
    /* Interrupt for TAUD0 channel 3 */
    (void *)eiint49,
    /* Interrupt for TAUD0 channel 5 */
    (void *)eiint50,
    /* Interrupt for TAUD0 channel 7 */
    (void *)eiint51,
    /* Interrupt for TAUD0 channel 9 */
    (void *)eiint52,
    /* Interrupt for TAUD0 channel 11 */
    (void *)eiint53,
    /* Interrupt for TAUD0 channel 13 */
    (void *)eiint54,
    /* Interrupt for TAUD0 channel 15 */
    (void *)eiint55,
    /* ADCA0 error interrupt */
    (void *)eiint56,
    /* CSIG0 receive error interrupt */
    (void *)eiint57,
    /* RLIN20 interrupt */
    (void *)eiint58,
    /* RLIN21 interrupt */
    (void *)eiint59,
    /* DMA0 transfer completion */
    (void *)eiint60,
    /* DMA1 transfer completion */
    (void *)eiint61,
    /* DMA2 transfer completion */
    (void *)eiint62,
    /* DMA3 transfer completion */
    (void *)eiint63,
    /* DMA4 transfer completion */
    (void *)eiint64,
    /* DMA5 transfer completion */
    (void *)eiint65,
    /* DMA6 transfer completion */
    (void *)eiint66,
    /* DMA7 transfer completion */
    (void *)eiint67,
    /* DMA8 transfer completion */
    (void *)eiint68,
    /* DMA9 transfer completion */
    (void *)eiint69,
    /* DMA10 transfer completion */
    (void *)eiint70,
    /* DMA11 transfer completion */
    (void *)eiint71,
    /* DMA12 transfer completion */
    (void *)eiint72,
    /* DMA13 transfer completion */
    (void *)eiint73,
    /* DMA14 transfer completion */
    (void *)eiint74,
    /* DMA15 transfer completion */
    (void *)eiint75,
    /* RIIC transmit data empty interrupt */
    (void *)eiint76,
    /* RIIC receive error/event interrupt */
    (void *)eiint77,
    /* RIIC receive end interrupt */
    (void *)eiint78,
    /* RIIC transmit end interrupt */
    (void *)eiint79,
    /* Interrupt for TAUJ0 channel 0 */
    (void *)eiint80,
    /* Interrupt for TAUJ0 channel 1 */
    (void *)eiint81,
    /* Interrupt for TAUJ0 channel 2 */
    (void *)eiint82,
    /* Interrupt for TAUJ0 channel 3 */
    (void *)eiint83,
    /* OSTM0 interrupt */
    (void *)r_ostm0_interrupt,
    /* ENCA0 overflow interrupt/PWGA4 interrupt */
    (void *)eiint85,
    /* ENCA0 underflow interrupt/PWGA5 interrupt */
    (void *)eiint86,
    /* ENCA0 match or capture interrupt 0/PWGA6 interrupt */
    (void *)eiint87,
    /* ENCA0 match or capture interrupt 1/PWGA7 interrupt */
    (void *)eiint88,
    /* ENCA0 encoder clear interrupt */
    (void *)eiint89,
    /* Key interrupt */
    (void *)eiint90,
    /* PWSA queue full interrupt */
    (void *)eiint91,
    /* PWGA0 interrupt */
    (void *)eiint92,
    /* PWGA1 interrupt */
    (void *)eiint93,
    /* PWGA2 interrupt */
    (void *)eiint94,
    /* PWGA3 interrupt */
    (void *)eiint95,
    /* PWGA8 interrupt */
    (void *)eiint96,
    /* PWGA9 interrupt */
    (void *)eiint97,
    /* PWGA10 interrupt */
    (void *)eiint98,
    /* PWGA11 interrupt */
    (void *)eiint99,
    /* PWGA12 interrupt */
    (void *)eiint100,
    /* PWGA13 interrupt */
    (void *)eiint101,
    /* PWGA14 interrupt */
    (void *)eiint102,
    /* PWGA15 interrupt */
    (void *)eiint103,
    /* ICUSE CMD register ready to write interrupt */
    (void *)eiint104,
    /* ICUSE CMD register ready to read interrupt */
    (void *)eiint105,
    /* Reserved */
    (void *)eiint106,
    /* Reserved */
    (void *)eiint107,
    /* Reserved */
    (void *)eiint108,
    /* Reserved */
    (void *)eiint109,
    /* Flash sequencer end error interrupt */
    (void *)eiint110,
    /* Flash sequencer end interrupt */
    (void *)eiint111,
    /* LPS port polling end interrupt */
    (void *)eiint112,
    /* CAN1 error interrupt */
    (void *)eiint113,
    /* CAN1 transmit/receive FIFO receive complete interrupt */
    (void *)eiint114,
    /* CAN1 transmit interrupt */
    (void *)eiint115,
    /* CSIH1 communication status interrupt/TAPA0 peak interrupt 0 */
    (void *)eiint116,
    /* CSIH1 receive status interrupt/TAPA0 valley interrupt 0 */
    (void *)eiint117,
    /* CSIH1 communication error interrupt/CSIG0 communication status interrupt */
    (void *)eiint118,
    /* CSIH1 job interrupt/CSIG0 receive status interrupt */
    (void *)eiint119,
    /* RLIN31 interrupt */
    (void *)eiint120,
    /* RLIN31 transmit interrupt */
    (void *)eiint121,
    /* RLIN31 receive complete interrupt */
    (void *)eiint122,
    /* RLIN31 status interrupt */
    (void *)eiint123,
    /* PWGA20 interrupt */
    (void *)eiint124,
    /* PWGA21 interrupt */
    (void *)eiint125,
    /* PWGA22 interrupt */
    (void *)eiint126,
    /* PWGA23 interrupt */
    (void *)eiint127,
    /* External interrupt(INTP6) */
    (void *)eiint128,
    /* External interrupt(INTP7) */
    (void *)eiint129,
    /* External interrupt(INTP8) */
    (void *)eiint130,
    /* External interrupt(INTP12) */
    (void *)eiint131,
    /* CSIH2 communication status interrupt/Interrupt for TAUD0 channel 0 */
    (void *)eiint132,
    /* CSIH2 communication status interrupt/Interrupt for TAUD0 channel 4 */
    (void *)eiint133,
    /* CSIH2 communication error interrupt/Interrupt for TAUD0 channel 6 */
    (void *)eiint134,
    /* CSIH2 job completion interrupt/Interrupt for TAUD0 channel 8 */
    (void *)eiint135,
    /* Reserved */
    (void *)eiint136,
    /* Reserved */
    (void *)eiint137,
    /* Reserved */
    (void *)eiint138,
    /* Reserved */
    (void *)eiint139,
    /* Reserved */
    (void *)eiint140,
    /* Reserved */
    (void *)eiint141,
    /* Interrupt for TAUB0 channel 0 */
    (void *)eiint142,
    /* Interrupt for TAUB0 channel 1 */
    (void *)eiint143,
    /* Interrupt for TAUB0 channel 2 */
    (void *)eiint144,
    /* Interrupt for TAUB0 channel 3/PWGA16 interrupt */
    (void *)eiint145,
    /* Interrupt for TAUB0 channel 4 */
    (void *)eiint146,
    /* Interrupt for TAUB0 channel 5/PWGA17 interrupt */
    (void *)eiint147,
    /* Interrupt for TAUB0 channel 6 */
    (void *)eiint148,
    /* Interrupt for TAUB0 channel 7/PWGA18 interrupt */
    (void *)eiint149,
    /* Interrupt for TAUB0 channel 8 */
    (void *)eiint150,
    /* Interrupt for TAUB0 channel 9/PWGA19 interrupt */
    (void *)eiint151,
    /* Interrupt for TAUB0 channel 10 */
    (void *)eiint152,
    /* Interrupt for TAUB0 channel 11/PWGA26 interrupt */
    (void *)eiint153,
    /* Interrupt for TAUB0 channel 12 */
    (void *)eiint154,
    /* Interrupt for TAUB0 channel 13/PWGA30 interrupt */
    (void *)eiint155,
    /* Interrupt for TAUB0 channel 14 */
    (void *)eiint156,
    /* Interrupt for TAUB0 channel 15/PWGA31 interrupt */
    (void *)eiint157,
    /* CSIH3 communication status interrupt/Interrupt for TAUD0 channel 2 */
    (void *)eiint158,
    /* CSIH3 receive status interrupt/Interrupt for TAUD0 channel 10 */
    (void *)eiint159,
    /* CSIH3 communication error interrupt/Interrupt for TAUD0 channel 12 */
    (void *)eiint160,
    /* CSIH3 job completion interrupt/Interrupt for TAUD0 channel 14 */
    (void *)eiint161,
    /* RLIN22 interrupt */
    (void *)eiint162,
    /* RLIN23 interrupt */
    (void *)eiint163,
    /* RLIN32 interrupt */
    (void *)eiint164,
    /* RLIN32 transmit interrupt */
    (void *)eiint165,
    /* RLIN32 receive complete interrupt */
    (void *)eiint166,
    /* RLIN32 status interrupt */
    (void *)eiint167,
    /* Interrupt for TAUJ1 channel 0 */
    (void *)eiint168,
    /* Interrupt for TAUJ1 channel 1 */
    (void *)eiint169,
    /* Interrupt for TAUJ1 channel 2 */
    (void *)eiint170,
    /* Interrupt for TAUJ1 channel 3 */
    (void *)eiint171,
    /* Reserved */
    (void *)eiint172,
    /* Reserved */
    (void *)eiint173,
    /* Reserved */
    (void *)eiint174,
    /* Reserved */
    (void *)eiint175,
    /* Reserved */
    (void *)eiint176,
    /* Reserved */
    (void *)eiint177,
    /* Reserved */
    (void *)eiint178,
    /* Reserved */
    (void *)eiint179,
    /* Reserved */
    (void *)eiint180,
    /* Reserved */
    (void *)eiint181,
    /* Reserved */
    (void *)eiint182,
    /* Reserved */
    (void *)eiint183,
    /* PWGA24 interrupt */
    (void *)eiint184,
    /* PWGA25 interrupt */
    (void *)eiint185,
    /* PWGA27 interrupt */
    (void *)eiint186,
    /* PWGA28 interrupt */
    (void *)eiint187,
    /* PWGA29 interrupt */
    (void *)eiint188,
    /* PWGA32 interrupt */
    (void *)eiint189,
    /* PWGA33 interrupt */
    (void *)eiint190,
    /* PWGA34 interrupt */
    (void *)eiint191,
    /* PWGA35 interrupt */
    (void *)eiint192,
    /* PWGA36 interrupt */
    (void *)eiint193,
    /* PWGA37 interrupt */
    (void *)eiint194,
    /* PWGA38 interrupt */
    (void *)eiint195,
    /* PWGA39 interrupt */
    (void *)eiint196,
    /* PWGA40 interrupt */
    (void *)eiint197,
    /* PWGA41 interrupt */
    (void *)eiint198,
    /* PWGA42 interrupt */
    (void *)eiint199,
    /* PWGA43 interrupt */
    (void *)eiint200,
    /* PWGA44 interrupt */
    (void *)eiint201,
    /* PWGA45 interrupt */
    (void *)eiint202,
    /* PWGA46 interrupt */
    (void *)eiint203,
    /* PWGA47 interrupt */
    (void *)eiint204,
    /* External interrupt(INTP9) */
    (void *)eiint205,
    /* External interrupt(INTP13) */
    (void *)eiint206,
    /* External interrupt(INTP14) */
    (void *)eiint207,
    /* External interrupt(INTP15) */
    (void *)eiint208,
    /* 1 second interrupt */
    (void *)eiint209,
    /* Alarm interrupt */
    (void *)eiint210,
    /* Periodic interrupt */
    (void *)eiint211,
    /* ADCA1 error interrupt */
    (void *)eiint212,
    /* ADCA1 scan group 1(SG1) end interrupt */
    (void *)eiint213,
    /* ADCA1 scan group 2(SG2) end interrupt */
    (void *)eiint214,
    /* ADCA1 scan group 3(SG3) end interrupt */
    (void *)eiint215,
    /* Reserved */
    (void *)eiint216,
    /* CAN2 error interrupt */
    (void *)eiint217,
    /* CAN2 transmit/receive FIFO receive complete interrupt */
    (void *)eiint218,
    /* CAN2 transmit interrupt */
    (void *)eiint219,
    /* CAN3 error interrupt */
    (void *)eiint220,
    /* CAN3 transmit/receive FIFO receive complete interrupt */
    (void *)eiint221,
    /* CAN3 transmit interrupt */
    (void *)eiint222,
    /* CSIG1 communication status interrupt */
    (void *)eiint223,
    /* CSIG1 receive status interrupt */
    (void *)eiint224,
    /* CSIG1 receive error interrupt */
    (void *)eiint225,
    /* RLIN24 interrupt */
    (void *)eiint226,
    /* RLIN25 interrupt */
    (void *)eiint227,
    /* RLIN33 interrupt */
    (void *)eiint228,
    /* RLIN33 transmit interrupt */
    (void *)eiint229,
    /* RLIN33 receive complete interrupt */
    (void *)eiint230,
    /* RLIN33 status interrupt */
    (void *)eiint231,
    /* RLIN34 interrupt */
    (void *)eiint232,
    /* RLIN34 transmit interrupt */
    (void *)eiint233,
    /* RLIN34 receive complete interrupt */
    (void *)eiint234,
    /* RLIN34 status interrupt */
    (void *)eiint235,
    /* RLIN35 interrupt */
    (void *)eiint236,
    /* RLIN35 transmit interrupt */
    (void *)eiint237,
    /* RLIN35 receive complete interrupt */
    (void *)eiint238,
    /* RLIN35 status interrupt */
    (void *)eiint239,
    /* PWGA48 interrupt */
    (void *)eiint240,
    /* PWGA49 interrupt */
    (void *)eiint241,
    /* PWGA50 interrupt */
    (void *)eiint242,
    /* PWGA51 interrupt */
    (void *)eiint243,
    /* PWGA52 interrupt */
    (void *)eiint244,
    /* PWGA53 interrupt */
    (void *)eiint245,
    /* PWGA54 interrupt */
    (void *)eiint246,
    /* PWGA55 interrupt */
    (void *)eiint247,
    /* PWGA56 interrupt */
    (void *)eiint248,
    /* PWGA57 interrupt */
    (void *)eiint249,
    /* PWGA58 interrupt */
    (void *)eiint250,
    /* PWGA59 interrupt */
    (void *)eiint251,
    /* PWGA60 interrupt */
    (void *)eiint252,
    /* PWGA61 interrupt */
    (void *)eiint253,
    /* PWGA62 interrupt */
    (void *)eiint254,
    /* PWGA63 interrupt */
    (void *)eiint255,
    /* Interrupt for TAUB1 channel 0 */
    (void *)eiint256,
    /* Interrupt for TAUB1 channel 1 */
    (void *)eiint257,
    /* Interrupt for TAUB1 channel 2 */
    (void *)eiint258,
    /* Interrupt for TAUB1 channel 3 */
    (void *)eiint259,
    /* Interrupt for TAUB1 channel 4 */
    (void *)eiint260,
    /* Interrupt for TAUB1 channel 5 */
    (void *)eiint261,
    /* Interrupt for TAUB1 channel 6 */
    (void *)eiint262,
    /* Interrupt for TAUB1 channel 7 */
    (void *)eiint263,
    /* Interrupt for TAUB1 channel 8 */
    (void *)eiint264,
    /* Interrupt for TAUB1 channel 9 */
    (void *)eiint265,
    /* Interrupt for TAUB1 channel 10 */
    (void *)eiint266,
    /* Interrupt for TAUB1 channel 11 */
    (void *)eiint267,
    /* Interrupt for TAUB1 channel 12 */
    (void *)eiint268,
    /* Interrupt for TAUB1 channel 13 */
    (void *)eiint269,
    /* Interrupt for TAUB1 channel 14 */
    (void *)eiint270,
    /* Interrupt for TAUB1 channel 15 */
    (void *)eiint271,
    /* CAN4 error interrupt */
    (void *)eiint272,
    /* CAN4 transmit/receive FIFO receive complete interrupt */
    (void *)eiint273,
    /* CAN4 transmit interrupt */
    (void *)eiint274,
    /* RLIN26 interrupt */
    (void *)eiint275,
    /* RLIN27 interrupt */
    (void *)eiint276,
    /* PWGA64 interrupt */
    (void *)eiint277,
    /* PWGA65 interrupt */
    (void *)eiint278,
    /* PWGA66 interrupt */
    (void *)eiint279,
    /* PWGA67 interrupt */
    (void *)eiint280,
    /* PWGA68 interrupt */
    (void *)eiint281,
    /* PWGA69 interrupt */
    (void *)eiint282,
    /* PWGA70 interrupt */
    (void *)eiint283,
    /* PWGA71 interrupt */
    (void *)eiint284,
    /* RLIN28 interrupt */
    (void *)eiint285,
    /* RLIN29 interrupt */
    (void *)eiint286,
    /* CAN5 error interrupt */
    (void *)eiint287,
    /* CAN5 transmit/receive FIFO receive complete interrupt */
    (void *)eiint288,
    /* CAN5 transmit interrupt */
    (void *)eiint289,
    /* Reserved */
    (void *)eiint290,
    /* Reserved */
    (void *)eiint291,
    /* Reserved */
    (void *)eiint292,
    /* Reserved */
    (void *)eiint293,
    /* Reserved */
    (void *)eiint294,
    /* Reserved */
    (void *)eiint295,
    /* Reserved */
    (void *)eiint296,
    /* Reserved */
    (void *)eiint297,
    /* Reserved */
    (void *)eiint298,
    /* Reserved */
    (void *)eiint299,
    /* Reserved */
    (void *)eiint300,
    /* Reserved */
    (void *)eiint301,
    /* Reserved */
    (void *)eiint302,
    /* Reserved */
    (void *)eiint303,
    /* Reserved */
    (void *)eiint304,
    /* Reserved */
    (void *)eiint305,
    /* Reserved */
    (void *)eiint306,
    /* Reserved */
    (void *)eiint307,
    /* Reserved */
    (void *)eiint308,
    /* Reserved */
    (void *)eiint309,
    /* Reserved */
    (void *)eiint310,
    /* Reserved */
    (void *)eiint311,
    /* Reserved */
    (void *)eiint312,
    /* Reserved */
    (void *)eiint313,
    /* Reserved */
    (void *)eiint314,
    /* Reserved */
    (void *)eiint315,
    /* Reserved */
    (void *)eiint316,
    /* Reserved */
    (void *)eiint317,
    /* Reserved */
    (void *)eiint318,
    /* CAN global error interrupt */
    (void *)eiint319,
    /* CAN receive FIFO interrupt */
    (void *)eiint320,
    /* CAN6 error interrupt */
    (void *)eiint321,
    /* CAN6 transmit/receive FIFO receive complete interrupt */
    (void *)eiint322,
    /* CAN6 transmit interrupt */
    (void *)eiint323,
    /* Reserved */
    (void *)eiint324,
    /* Reserved */
    (void *)eiint325,
    /* Reserved */
    (void *)eiint326,
    /* Reserved */
    (void *)eiint327,
    /* Reserved */
    (void *)eiint328,
    /* Reserved */
    (void *)eiint329,
    /* Reserved */
    (void *)eiint330,
    /* Reserved */
    (void *)eiint331,
    /* Reserved */
    (void *)eiint332,
    /* Reserved */
    (void *)eiint333,
    /* Reserved */
    (void *)eiint334,
    /* Reserved */
    (void *)eiint335,
    /* Reserved */
    (void *)eiint336,
    /* Reserved */
    (void *)eiint337,
    /* Reserved */
    (void *)eiint338,
    /* Reserved */
    (void *)eiint339,
    /* Reserved */
    (void *)eiint340,
    /* Reserved */
    (void *)eiint341,
    /* Reserved */
    (void *)eiint342,
    /* Reserved */
    (void *)eiint343,
    /* Reserved */
    (void *)eiint344,
    /* Reserved */
    (void *)eiint345,
    /* Reserved */
    (void *)eiint346,
    /* Reserved */
    (void *)eiint347,
    /* Reserved */
    (void *)eiint348,
    /* Reserved */
    (void *)eiint349,
    /* Reserved */
    (void *)eiint350,
    /* Reserved */
    (void *)eiint351,
    /* Reserved */
    (void *)eiint352,
    /* Reserved */
    (void *)eiint353,
    /* Reserved */
    (void *)eiint354,
    /* Reserved */
    (void *)eiint355,
    /* LPS digital port error interrupt */
    (void *)eiint356,
    /* LPS analog port error interrupt */
    (void *)eiint357,

};

#pragma section

/* Start user code for adding. Do not edit comment generated here */
/* End user code. Do not edit comment generated here */