--- /dev/null
+/*---------------------------------------------------------------*
+ | H8/3069F I/O address definition Release 1.0 2010-02-12 |
+ | |
+ | Copyright (c) BestTechnology CO.,LTD. 2009-2010 |
+ *---------------------------------------------------------------*/
+
+#ifndef _3069_H_
+#define _3069_H_
+
+#ifdef __cplusplus
+extern "C" {
+#endif
+
+typedef unsigned long int _LONG;
+typedef unsigned int _WORD;
+typedef unsigned char _BYTE;
+
+union _BITFIELD {
+ _BYTE BYTE;
+ struct {
+ _BYTE B7 :1;
+ _BYTE B6 :1;
+ _BYTE B5 :1;
+ _BYTE B4 :1;
+ _BYTE B3 :1;
+ _BYTE B2 :1;
+ _BYTE B1 :1;
+ _BYTE B0 :1;
+ } BIT;
+};
+
+union un_p1dr { /* union P1DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p2pcr { /* union P2PCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p2dr { /* union P2DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p3dr { /* union P3DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p4pcr { /* union P4PCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p4dr { /* union P4DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p5pcr { /* union P5PCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p5dr { /* union P5DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p6dr { /* union P6DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p7dr { /* union P7DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p8dr { /* union P8DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :3; /* */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_p9dr { /* union P9DR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :2; /* */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_padr { /* union PADR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_pbdr { /* union PBDR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* Bit 7 */
+ _BYTE B6 :1; /* Bit 6 */
+ _BYTE B5 :1; /* Bit 5 */
+ _BYTE B4 :1; /* Bit 4 */
+ _BYTE B3 :1; /* Bit 3 */
+ _BYTE B2 :1; /* Bit 2 */
+ _BYTE B1 :1; /* Bit 1 */
+ _BYTE B0 :1; /* Bit 0 */
+ } BIT; /* */
+}; /* */
+union un_mdcr { /* union MDCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :5; /* */
+ _BYTE MDS :3; /* MDS */
+ } BIT; /* */
+}; /* */
+union un_syscr { /* union SYSCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE SSBY :1; /* SSBY */
+ _BYTE STS :3; /* STS */
+ _BYTE UE :1; /* UE */
+ _BYTE NMIEG :1; /* NMIEG */
+ _BYTE SSOE :1; /* SSOE */
+ _BYTE RAME :1; /* RAME */
+ } BIT; /* */
+}; /* */
+union un_divcr { /* union DIVCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :6; /* */
+ _BYTE DIV :2; /* DIV */
+ } BIT; /* */
+}; /* */
+union un_mstcr { /* union MSTCR */
+ _WORD WORD; /* Word Access */
+ struct { /* Byte Access */
+ _BYTE H; /* High */
+ _BYTE L; /* Low */
+ } BYTE; /* */
+ struct { /* Bit Access */
+ _BYTE PSTOP :1; /* PSTOP */
+ _BYTE :4; /* */
+ _BYTE _SCI2 :1; /* MSTPH2 */
+ _BYTE _SCI1 :1; /* MSTPH1 */
+ _BYTE _SCI0 :1; /* MSTPH0 */
+ _BYTE _DMAC :1; /* MSTPL7 */
+ _BYTE :1; /* */
+ _BYTE _DRAM :1; /* MSTPL5 */
+ _BYTE _ITU :1; /* MSTPL4 */
+ _BYTE _TMR01 :1; /* MSTPL3 */
+ _BYTE _TMR23 :1; /* MSTPL2 */
+ _BYTE :1; /* */
+ _BYTE _AD :1; /* MSTPL0 */
+ } BIT; /* */
+}; /* */
+struct st_bsc { /* struct BSC */
+ char wk1; /* */
+ union { /* BRCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE A23E :1; /* A23E */
+ _BYTE A22E :1; /* A22E */
+ _BYTE A21E :1; /* A21E */
+ _BYTE A20E :1; /* A20E */
+ _BYTE :3; /* */
+ _BYTE BRLE :1; /* BRLE */
+ } BIT; /* */
+ } BRCR; /* */
+ char wk2[11]; /* */
+ union { /* CSCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CS7E :1; /* CS7E */
+ _BYTE CS6E :1; /* CS6E */
+ _BYTE CS5E :1; /* CS5E */
+ _BYTE CS4E :1; /* CS4E */
+ } BIT; /* */
+ } CSCR; /* */
+ union { /* ABWCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE ABW7 :1; /* ABW7 */
+ _BYTE ABW6 :1; /* ABW6 */
+ _BYTE ABW5 :1; /* ABW5 */
+ _BYTE ABW4 :1; /* ABW4 */
+ _BYTE ABW3 :1; /* ABW3 */
+ _BYTE ABW2 :1; /* ABW2 */
+ _BYTE ABW1 :1; /* ABW1 */
+ _BYTE ABW0 :1; /* ABW0 */
+ } BIT; /* */
+ } ABWCR; /* */
+ union { /* ASTCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE AST7 :1; /* AST7 */
+ _BYTE AST6 :1; /* AST6 */
+ _BYTE AST5 :1; /* AST5 */
+ _BYTE AST4 :1; /* AST4 */
+ _BYTE AST3 :1; /* AST3 */
+ _BYTE AST2 :1; /* AST2 */
+ _BYTE AST1 :1; /* AST1 */
+ _BYTE AST0 :1; /* AST0 */
+ } BIT; /* */
+ } ASTCR; /* */
+ union { /* WCR */
+ _WORD WORD; /* Word Access */
+ struct { /* Byte Access */
+ _BYTE H; /* WCRH */
+ _BYTE L; /* WCRL */
+ } BYTE; /* */
+ struct { /* Bit Access */
+ _BYTE W7 :2; /* W7 */
+ _BYTE W6 :2; /* W6 */
+ _BYTE W5 :2; /* W5 */
+ _BYTE W4 :2; /* W4 */
+ _BYTE W3 :2; /* W3 */
+ _BYTE W2 :2; /* W2 */
+ _BYTE W1 :2; /* W1 */
+ _BYTE W0 :2; /* W0 */
+ } BIT; /* */
+ } WCR; /* */
+ union { /* BCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE ICIS1 :1; /* ICIS1 */
+ _BYTE ICIS0 :1; /* ICIS0 */
+ _BYTE BROME :1; /* BROME */
+ _BYTE BRSTS1 :1; /* BRSTS1 */
+ _BYTE BRSTS0 :1; /* BRSTS0 */
+ _BYTE :1; /* */
+ _BYTE RDEA :1; /* RDEA */
+ _BYTE WAITE :1; /* WAITE */
+ } BIT; /* */
+ } BCR; /* */
+ char wk3; /* */
+ union { /* DRCRA */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DRAS :3; /* DRAS */
+ _BYTE :1; /* */
+ _BYTE BE :1; /* BE */
+ _BYTE RDM :1; /* RDM */
+ _BYTE SRFMD :1; /* SRFMD */
+ _BYTE RFSHE :1; /* RFSHE */
+ } BIT; /* */
+ } DRCRA; /* */
+ union { /* DRCRB */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE MXC :2; /* MXC */
+ _BYTE CSEL :1; /* CSEL */
+ _BYTE RCYCE :1; /* RCYCE */
+ _BYTE :1; /* */
+ _BYTE _TPC :1; /* TPC */
+ _BYTE RCW :1; /* RCW */
+ _BYTE RLW :1; /* RLW */
+ } BIT; /* */
+ } DRCRB; /* */
+ union { /* RTMCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMF :1; /* CMF */
+ _BYTE CMIE :1; /* CMIE */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } RTMCSR; /* */
+ _BYTE RTCNT; /* RTCNT */
+ _BYTE RTCOR; /* RTCOR */
+}; /* */
+struct st_intc { /* struct INTC */
+ union { /* ISCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :2; /* */
+ _BYTE IRQ5SC :1; /* IRQ5SC */
+ _BYTE IRQ4SC :1; /* IRQ4SC */
+ _BYTE IRQ3SC :1; /* IRQ3SC */
+ _BYTE IRQ2SC :1; /* IRQ2SC */
+ _BYTE IRQ1SC :1; /* IRQ1SC */
+ _BYTE IRQ0SC :1; /* IRQ0SC */
+ } BIT; /* */
+ } ISCR; /* */
+ union { /* IER */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :2; /* */
+ _BYTE IRQ5E :1; /* IRQ5E */
+ _BYTE IRQ4E :1; /* IRQ4E */
+ _BYTE IRQ3E :1; /* IRQ3E */
+ _BYTE IRQ2E :1; /* IRQ2E */
+ _BYTE IRQ1E :1; /* IRQ1E */
+ _BYTE IRQ0E :1; /* IRQ0E */
+ } BIT; /* */
+ } IER; /* */
+ union { /* ISR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :2; /* */
+ _BYTE IRQ5F :1; /* IRQ5F */
+ _BYTE IRQ4F :1; /* IRQ4F */
+ _BYTE IRQ3F :1; /* IRQ3F */
+ _BYTE IRQ2F :1; /* IRQ2F */
+ _BYTE IRQ1F :1; /* IRQ1F */
+ _BYTE IRQ0F :1; /* IRQ0F */
+ } BIT; /* */
+ } ISR; /* */
+ char wk; /* */
+ union { /* IPRA */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE _IRQ0 :1; /* IRQ0 */
+ _BYTE _IRQ1 :1; /* IRQ1 */
+ _BYTE _IRQ23 :1; /* IRQ2,IRQ3 */
+ _BYTE _IRQ45 :1; /* IRQ4,IRQ5 */
+ _BYTE _WDT :1; /* WDT,DRAM,A/D */
+ _BYTE _ITU0 :1; /* ITU0 */
+ _BYTE _ITU1 :1; /* ITU1 */
+ _BYTE _ITU2 :1; /* ITU2 */
+ } BIT; /* */
+ } IPRA; /* */
+ union { /* IPRB */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE _TMR01 :1; /* TMR0,1 */
+ _BYTE _TMR23 :1; /* TMR2,3 */
+ _BYTE _DMAC :1; /* DMAC */
+ _BYTE :1; /* */
+ _BYTE _SCI0 :1; /* SCI0 */
+ _BYTE _SCI1 :1; /* SCI1 */
+ _BYTE _SCI2 :1; /* SCI2 */
+ } BIT; /* */
+ } IPRB; /* */
+}; /* */
+#if __CPU__==2 /* Normal Mode */
+struct st_sam { /* struct DMAC */
+ char wk[2]; /* */
+ void *MAR; /* MAR */
+ _WORD ETCR; /* ETCR */
+ _BYTE IOAR; /* IOAR */
+ union { /* DTCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DTE :1; /* DTE */
+ _BYTE DTSZ :1; /* DTSZ */
+ _BYTE DTID :1; /* DTID */
+ _BYTE RPE :1; /* RPE */
+ _BYTE DTIE :1; /* DTIE */
+ _BYTE DTS :3; /* DTS */
+ } BIT; /* */
+ } DTCR; /* */
+}; /* */
+struct st_fam { /* struct DMAC */
+ char wk1[2]; /* */
+ void *MARA; /* MARA */
+ _WORD ETCRA; /* ETCRA */
+ char wk2; /* */
+ union { /* DTCRA */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DTE :1; /* DTE */
+ _BYTE DTSZ :1; /* DTSZ */
+ _BYTE SAID :1; /* SAID */
+ _BYTE SAIDE :1; /* SAIDE */
+ _BYTE DTIE :1; /* DTIE */
+ _BYTE DTS :3; /* DTS */
+ } BIT; /* */
+ } DTCRA; /* */
+ char wk3[2]; /* */
+ void *MARB; /* MARB */
+ _WORD ETCRB; /* ETCRB */
+ char wk4; /* */
+ union { /* DTCRB */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DTME :1; /* DTME */
+ _BYTE :1; /* */
+ _BYTE DAID :1; /* DAID */
+ _BYTE DAIDE :1; /* DAIDE */
+ _BYTE TMS :1; /* TMS */
+ _BYTE DTS :3; /* DTS */
+ } BIT; /* */
+ } DTCRB; /* */
+}; /* */
+#else /* Advanced Mode*/
+struct st_sam { /* struct DMAC */
+ void *MAR; /* MAR */
+ _WORD ETCR; /* ETCR */
+ _BYTE IOAR; /* IOAR */
+ union { /* DTCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DTE :1; /* DTE */
+ _BYTE DTSZ :1; /* DTSZ */
+ _BYTE DTID :1; /* DTID */
+ _BYTE RPE :1; /* RPE */
+ _BYTE DTIE :1; /* DTIE */
+ _BYTE DTS :3; /* DTS */
+ } BIT; /* */
+ } DTCR; /* */
+}; /* */
+struct st_fam { /* struct DMAC */
+ void *MARA; /* MARA */
+ _WORD ETCRA; /* ETCRA */
+ char wk1; /* */
+ union { /* DTCRA */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DTE :1; /* DTE */
+ _BYTE DTSZ :1; /* DTSZ */
+ _BYTE SAID :1; /* SAID */
+ _BYTE SAIDE :1; /* SAIDE */
+ _BYTE DTIE :1; /* DTIE */
+ _BYTE DTS :3; /* DTS */
+ } BIT; /* */
+ } DTCRA; /* */
+ void *MARB; /* MARB */
+ _WORD ETCRB; /* ETCRB */
+ char wk2; /* */
+ union { /* DTCRB */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DTME :1; /* DTME */
+ _BYTE :1; /* */
+ _BYTE DAID :1; /* DAID */
+ _BYTE DAIDE :1; /* DAIDE */
+ _BYTE TMS :1; /* TMS */
+ _BYTE DTS :3; /* DTS */
+ } BIT; /* */
+ } DTCRB; /* */
+}; /* */
+#endif /* */
+struct st_flash { /* struct FLASH */
+ char wk; /* */
+ union { /* RAMCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE RAMS :1; /* RAMS */
+ _BYTE RAM :3; /* RAM */
+ } BIT; /* */
+ } RAMCR; /* */
+ char wk1[56]; /* */
+ union { /* FCCS */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE FWE :1; /* FWE */
+ _BYTE :2; /* */
+ _BYTE FLER :1; /* FLER */
+ _BYTE :3; /* */
+ _BYTE SCO :1; /* SCO */
+ } BIT; /* */
+ } FCCS; /* */
+ union { /* FPCS */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :7; /* */
+ _BYTE PPVS :1; /* PPVS */
+ } BIT; /* */
+ } FPCS; /* */
+ union { /* FECS */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :7; /* */
+ _BYTE EPVB :1; /* EPVB */
+ } BIT; /* */
+ } FECS; /* */
+ char wk2; /* */
+ _BYTE FKEY; /* FKEY */
+ _BYTE FMATS; /* FMATS */
+ char wk3; /* */
+ union { /* FVACR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE FVCHGE :1; /* FVCHGE */
+ _BYTE :3; /* */
+ _BYTE FVSEL :4; /* FVSEL */
+ } BIT; /* */
+ } FVACR; /* */
+ _BYTE FVADRR; /* FVADRR */
+ _BYTE FVADRE; /* FVADRE */
+ _BYTE FVADRH; /* FVADRH */
+ _BYTE FVADRL; /* FVADRL */
+}; /* */
+struct st_itu { /* struct ITU */
+ union { /* TSTR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :5; /* */
+ _BYTE STR2 :1; /* STR2 */
+ _BYTE STR1 :1; /* STR1 */
+ _BYTE STR0 :1; /* STR0 */
+ } BIT; /* */
+ } TSTR; /* */
+ union { /* TSNC */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :5; /* */
+ _BYTE SYNC2 :1; /* SYNC2 */
+ _BYTE SYNC1 :1; /* SYNC1 */
+ _BYTE SYNC0 :1; /* SYNC0 */
+ } BIT; /* */
+ } TSNC; /* */
+ union { /* TMDR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :1; /* */
+ _BYTE MDF :1; /* MDF */
+ _BYTE FDIR :1; /* FDIR */
+ _BYTE :2; /* */
+ _BYTE PWM2 :1; /* PWM2 */
+ _BYTE PWM1 :1; /* PWM1 */
+ _BYTE PWM0 :1; /* PWM0 */
+ } BIT; /* */
+ } TMDR; /* */
+ union { /* TOLR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :2; /* */
+ _BYTE TOB2 :1; /* TOB2 */
+ _BYTE TOA2 :1; /* TOA2 */
+ _BYTE TOB1 :1; /* TOB1 */
+ _BYTE TOA1 :1; /* TOA1 */
+ _BYTE TOB0 :1; /* TOB0 */
+ _BYTE TOA0 :1; /* TOA0 */
+ } BIT; /* */
+ } TOLR; /* */
+ union { /* TISRA */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :1; /* */
+ _BYTE IMIEA2 :1; /* IMIEA2 */
+ _BYTE IMIEA1 :1; /* IMIEA2 */
+ _BYTE IMIEA0 :1; /* IMIEA2 */
+ _BYTE :1; /* */
+ _BYTE IMFA2 :1; /* IMFA2 */
+ _BYTE IMFA1 :1; /* IMFA1 */
+ _BYTE IMFA0 :1; /* IMFA0 */
+ } BIT; /* */
+ } TISRA; /* */
+ union { /* TISRB */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :1; /* */
+ _BYTE IMIEB2 :1; /* IMIEB2 */
+ _BYTE IMIEB1 :1; /* IMIEB2 */
+ _BYTE IMIEB0 :1; /* IMIEB2 */
+ _BYTE :1; /* */
+ _BYTE IMFB2 :1; /* IMFB2 */
+ _BYTE IMFB1 :1; /* IMFB1 */
+ _BYTE IMFB0 :1; /* IMFB0 */
+ } BIT; /* */
+ } TISRB; /* */
+ union { /* TISRC */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :1; /* */
+ _BYTE OVIE2 :1; /* OVIE2 */
+ _BYTE OVIE1 :1; /* OVIE2 */
+ _BYTE OVIE0 :1; /* OVIE2 */
+ _BYTE :1; /* */
+ _BYTE OVF2 :1; /* OVF2 */
+ _BYTE OVF1 :1; /* OVF1 */
+ _BYTE OVF0 :1; /* OVF0 */
+ } BIT; /* */
+ } TISRC; /* */
+}; /* */
+struct st_itu0 { /* struct ITU0 */
+ union { /* TCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :1; /* */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKEG :2; /* CKEG */
+ _BYTE TPSC :3; /* TPSC */
+ } BIT; /* */
+ } TCR; /* */
+ union { /* TIOR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :1; /* */
+ _BYTE IOB :3; /* IOB */
+ _BYTE :1; /* */
+ _BYTE IOA :3; /* IOA */
+ } BIT; /* */
+ } TIOR; /* */
+ _WORD TCNT; /* TCNT */
+ _WORD GRA; /* GRA */
+ _WORD GRB; /* GRB */
+}; /* */
+union un_wdt { /* union WDT */
+ struct { /* Read Access */
+ union { /* TCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE OVF :1; /* OVF */
+ _BYTE WTIT :1; /* WT/IT */
+ _BYTE TME :1; /* TME */
+ _BYTE :2; /* */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCSR; /* */
+ _BYTE TCNT; /* TCNT */
+ char wk; /* */
+ union { /* RSTCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* */
+ _BYTE WRST :1; /* WSRT */
+ } BIT; /* */
+ } RSTCSR; /* */
+ } READ; /* */
+ struct { /* Write Access */
+ _WORD TCSR; /* TCSR/TCNT */
+ _WORD RSTCSR; /* RSTCSR */
+ } WRITE; /* */
+}; /* */
+struct st_tmr01 { /* struct TMR01 */
+ union { /* TCR0 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR0; /* */
+ union { /* TCR1 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR1; /* */
+ union { /* TCSR0 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE ADTE :1; /* ADTE */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR0; /* */
+ union { /* TCSR1 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE ICE :1; /* ICE */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR1; /* */
+ _WORD TCORA; /* TCORA */
+ _WORD TCORB; /* TCORB */
+ _WORD TCNT; /* TCNT */
+}; /* */
+struct st_tmr23 { /* struct TMR23 */
+ union { /* TCR2 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR2; /* */
+ union { /* TCR3 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR3; /* */
+ union { /* TCSR2 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE :1; /* */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR2; /* */
+ union { /* TCSR3 */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE ICE :1; /* ICE */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR3; /* */
+ _WORD TCORA; /* TCORA */
+ _WORD TCORB; /* TCORB */
+ _WORD TCNT; /* TCNT */
+}; /* */
+struct st_tmr0 { /* struct TMR0 */
+ union { /* TCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR; /* */
+ char wk1; /* */
+ union { /* TCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE ADTE :1; /* ADTE */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR; /* */
+ char wk2; /* */
+ _BYTE TCORA; /* TCORA */
+ char wk3; /* */
+ _BYTE TCORB; /* TCORB */
+ char wk4; /* */
+ _BYTE TCNT; /* TCNT */
+}; /* */
+struct st_tmr1 { /* struct TMR1 */
+ union { /* TCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR; /* */
+ char wk1; /* */
+ union { /* TCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE ICE :1; /* ICE */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR; /* */
+ char wk2; /* */
+ _BYTE TCORA; /* TCORA */
+ char wk3; /* */
+ _BYTE TCORB; /* TCORB */
+ char wk4; /* */
+ _BYTE TCNT; /* TCNT */
+}; /* */
+struct st_tmr2 { /* struct TMR2 */
+ union { /* TCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMIEB :1; /* CMIEB */
+ _BYTE CMIEA :1; /* CMIEA */
+ _BYTE OVIE :1; /* OVIE */
+ _BYTE CCLR :2; /* CCLR */
+ _BYTE CKS :3; /* CKS */
+ } BIT; /* */
+ } TCR; /* */
+ char wk1; /* */
+ union { /* TCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CMFB :1; /* CMFB */
+ _BYTE CMFA :1; /* CMFA */
+ _BYTE OVF :1; /* OVF */
+ _BYTE :1; /* */
+ _BYTE OS :4; /* OS */
+ } BIT; /* */
+ } TCSR; /* */
+ char wk2; /* */
+ _BYTE TCORA; /* TCORA */
+ char wk3; /* */
+ _BYTE TCORB; /* TCORB */
+ char wk4; /* */
+ _BYTE TCNT; /* TCNT */
+}; /* */
+union un_dastcr { /* DASTCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :7; /* */
+ _BYTE DASTE :1; /* DASTE */
+ } BIT; /* */
+}; /* */
+struct st_da { /* struct D/A */
+ _BYTE DADR0; /* DADR0 */
+ _BYTE DADR1; /* DADR1 */
+ union { /* DACR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE DAOE1 :1; /* DAOE1 */
+ _BYTE DAOE0 :1; /* DAOE0 */
+ _BYTE DAE :1; /* DAE */
+ } BIT; /* */
+ } DACR; /* */
+}; /* */
+struct st_tpc { /* struct TPC */
+ union { /* TPMR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE G3NOV :1; /* G3NOV */
+ _BYTE G2NOV :1; /* G2NOV */
+ _BYTE G1NOV :1; /* G1NOV */
+ _BYTE G0NOV :1; /* G0NOV */
+ } BIT; /* */
+ } TPMR; /* */
+ union { /* TPCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE G3CMS :2; /* G3CMS */
+ _BYTE G2CMS :2; /* G2CMS */
+ _BYTE G1CMS :2; /* G1CMS */
+ _BYTE G0CMS :2; /* G0CMS */
+ } BIT; /* */
+ } TPCR; /* */
+ union { /* NDERB */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B15 :1; /* NDER15 */
+ _BYTE B14 :1; /* NDER14 */
+ _BYTE B13 :1; /* NDER13 */
+ _BYTE B12 :1; /* NDER12 */
+ _BYTE B11 :1; /* NDER11 */
+ _BYTE B10 :1; /* NDER10 */
+ _BYTE B9 :1; /* NDER9 */
+ _BYTE B8 :1; /* NDER8 */
+ } BIT; /* */
+ } NDERB; /* */
+ union { /* NDERA */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* NDER7 */
+ _BYTE B6 :1; /* NDER6 */
+ _BYTE B5 :1; /* NDER5 */
+ _BYTE B4 :1; /* NDER4 */
+ _BYTE B3 :1; /* NDER3 */
+ _BYTE B2 :1; /* NDER2 */
+ _BYTE B1 :1; /* NDER1 */
+ _BYTE B0 :1; /* NDER0 */
+ } BIT; /* */
+ } NDERA; /* */
+ union { /* NDRB (H'A4) */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B15 :1; /* NDR15 */
+ _BYTE B14 :1; /* NDR14 */
+ _BYTE B13 :1; /* NDR13 */
+ _BYTE B12 :1; /* NDR12 */
+ _BYTE B11 :1; /* NDR11 */
+ _BYTE B10 :1; /* NDR10 */
+ _BYTE B9 :1; /* NDR9 */
+ _BYTE B8 :1; /* NDR8 */
+ } BIT; /* */
+ } NDRB1; /* */
+ union { /* NDRA (H'A5) */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE B7 :1; /* NDR7 */
+ _BYTE B6 :1; /* NDR6 */
+ _BYTE B5 :1; /* NDR5 */
+ _BYTE B4 :1; /* NDR4 */
+ _BYTE B3 :1; /* NDR3 */
+ _BYTE B2 :1; /* NDR2 */
+ _BYTE B1 :1; /* NDR1 */
+ _BYTE B0 :1; /* NDR0 */
+ } BIT; /* */
+ } NDRA1; /* */
+ union { /* NDRB (H'A6) */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE B11 :1; /* NDR11 */
+ _BYTE B10 :1; /* NDR10 */
+ _BYTE B9 :1; /* NDR9 */
+ _BYTE B8 :1; /* NDR8 */
+ } BIT; /* */
+ } NDRB2; /* */
+ union { /* NDRA (H'A7) */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE B3 :1; /* NDR3 */
+ _BYTE B2 :1; /* NDR2 */
+ _BYTE B1 :1; /* NDR1 */
+ _BYTE B0 :1; /* NDR0 */
+ } BIT; /* */
+ } NDRA2; /* */
+}; /* */
+struct st_sci { /* struct SCI */
+ union { /* SMR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE CA :1; /* C/A */
+ _BYTE CHR :1; /* CHR */
+ _BYTE PE :1; /* PE */
+ _BYTE OE :1; /* O/E */
+ _BYTE STOP :1; /* STOP */
+ _BYTE MP :1; /* MP */
+ _BYTE CKS :2; /* CKS */
+ } BIT; /* */
+ } SMR; /* */
+ _BYTE BRR; /* BRR */
+ union { /* SCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE TIE :1; /* TIE */
+ _BYTE RIE :1; /* RIE */
+ _BYTE TE :1; /* TE */
+ _BYTE RE :1; /* RE */
+ _BYTE MPIE :1; /* MPIE */
+ _BYTE TEIE :1; /* TEIE */
+ _BYTE CKE :2; /* CKE */
+ } BIT; /* */
+ } SCR; /* */
+ _BYTE TDR; /* TDR */
+ union { /* SSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE TDRE :1; /* TDRE */
+ _BYTE RDRF :1; /* RDRF */
+ _BYTE ORER :1; /* ORER */
+ _BYTE FER :1; /* FER */
+ _BYTE PER :1; /* PER */
+ _BYTE TEND :1; /* TEND */
+ _BYTE MPB :1; /* MPB */
+ _BYTE MPBT :1; /* MPBT */
+ } BIT; /* */
+ } SSR; /* */
+ _BYTE RDR; /* RDR */
+ union { /* SCMR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE SDIR :1; /* SDIR */
+ _BYTE SINV :1; /* SINV */
+ _BYTE :1; /* */
+ _BYTE SMIF :1; /* SMIF */
+ } BIT; /* */
+ } SCMR; /* */
+}; /* */
+struct st_smci { /* struct SMCI */
+ union { /* SMR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE GM :1; /* GM */
+ _BYTE CHR :1; /* CHR */
+ _BYTE PE :1; /* PE */
+ _BYTE OE :1; /* O/E */
+ _BYTE STOP :1; /* STOP */
+ _BYTE MP :1; /* MP */
+ _BYTE CKS :2; /* CKS */
+ } BIT; /* */
+ } SMR; /* */
+ _BYTE BRR; /* BRR */
+ union { /* SCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE TIE :1; /* TIE */
+ _BYTE RIE :1; /* RIE */
+ _BYTE TE :1; /* TE */
+ _BYTE RE :1; /* RE */
+ _BYTE MPIE :1; /* MPIE */
+ _BYTE TEIE :1; /* TEIE */
+ _BYTE CKE :2; /* CKE */
+ } BIT; /* */
+ } SCR; /* */
+ _BYTE TDR; /* TDR */
+ union { /* SSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE TDRE :1; /* TDRE */
+ _BYTE RDRF :1; /* RDRF */
+ _BYTE ORER :1; /* ORER */
+ _BYTE ERS :1; /* ERS */
+ _BYTE PER :1; /* PER */
+ _BYTE TEND :1; /* TEND */
+ _BYTE MPB :1; /* MPB */
+ _BYTE MPBT :1; /* MPBT */
+ } BIT; /* */
+ } SSR; /* */
+ _BYTE RDR; /* RDR */
+ union { /* SCMR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE :4; /* */
+ _BYTE SDIR :1; /* SDIR */
+ _BYTE SINV :1; /* SINV */
+ _BYTE :1; /* */
+ _BYTE SMIF :1; /* SMIF */
+ } BIT; /* */
+ } SCMR; /* */
+}; /* */
+struct st_ad { /* struct A/D */
+ _WORD ADDRA; /* ADDRA */
+ _WORD ADDRB; /* ADDRB */
+ _WORD ADDRC; /* ADDRC */
+ _WORD ADDRD; /* ADDRD */
+ union { /* ADCSR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE ADF :1; /* ADF */
+ _BYTE ADIE :1; /* ADIE */
+ _BYTE ADST :1; /* ADST */
+ _BYTE SCAN :1; /* SCAN */
+ _BYTE CKS :1; /* CKS */
+ _BYTE CH :3; /* CH */
+ } BIT; /* */
+ } ADCSR; /* */
+ union { /* ADCR */
+ _BYTE BYTE; /* Byte Access */
+ struct { /* Bit Access */
+ _BYTE TRGE :1; /* TRGE */
+ } BIT; /* */
+ } ADCR; /* */
+}; /* */
+
+#define P1DDR (*(volatile unsigned char *)0xFEE000) /* P1DDR */
+#define P2DDR (*(volatile unsigned char *)0xFEE001) /* P2DDR */
+#define P3DDR (*(volatile unsigned char *)0xFEE002) /* P3DDR */
+#define P4DDR (*(volatile unsigned char *)0xFEE003) /* P4DDR */
+#define P5DDR (*(volatile unsigned char *)0xFEE004) /* P5DDR */
+#define P6DDR (*(volatile unsigned char *)0xFEE005) /* P6DDR */
+#define P8DDR (*(volatile unsigned char *)0xFEE007) /* P8DDR */
+#define P9DDR (*(volatile unsigned char *)0xFEE008) /* P9DDR */
+#define PADDR (*(volatile unsigned char *)0xFEE009) /* PADDR */
+#define PBDDR (*(volatile unsigned char *)0xFEE00A) /* PBDDR */
+#define P2PCR (*(volatile union un_p2pcr *)0xFEE03C) /* P2PCR */
+#define P4PCR (*(volatile union un_p4pcr *)0xFEE03E) /* P4PCR */
+#define P5PCR (*(volatile union un_p5pcr *)0xFEE03F) /* P5PCR */
+#define P1DR (*(volatile union un_p1dr *)0xFFFFD0) /* P1DR */
+#define P2DR (*(volatile union un_p2dr *)0xFFFFD1) /* P2DR */
+#define P3DR (*(volatile union un_p3dr *)0xFFFFD2) /* P3DR */
+#define P4DR (*(volatile union un_p4dr *)0xFFFFD3) /* P4DR */
+#define P5DR (*(volatile union un_p5dr *)0xFFFFD4) /* P5DR */
+#define P6DR (*(volatile union un_p6dr *)0xFFFFD5) /* P6DR */
+#define P7DR (*(volatile union un_p7dr *)0xFFFFD6) /* P7DR */
+#define P8DR (*(volatile union un_p8dr *)0xFFFFD7) /* P8DR */
+#define P9DR (*(volatile union un_p9dr *)0xFFFFD8) /* P9DR */
+#define PADR (*(volatile union un_padr *)0xFFFFD9) /* PADR */
+#define PBDR (*(volatile union un_pbdr *)0xFFFFDA) /* PBDR */
+#define MDCR (*(volatile union un_mdcr *)0xFEE011) /* MDCR */
+#define SYSCR (*(volatile union un_syscr *)0xFEE012) /* SYSCR */
+#define DIVCR (*(volatile union un_divcr *)0xFEE01B) /* DIVCR */
+#define MSTCR (*(volatile union un_mstcr *)0xFEE01C) /* MSTCR */
+#define BSC (*(volatile struct st_bsc *)0xFEE012) /* BSC */
+#define INTC (*(volatile struct st_intc *)0xFEE014) /* INTC */
+#define DMAC0A (*(volatile struct st_sam *)0xFFFF20) /* DMAC 0A */
+#define DMAC0B (*(volatile struct st_sam *)0xFFFF28) /* DMAC 0B */
+#define DMAC1A (*(volatile struct st_sam *)0xFFFF30) /* DMAC 1A */
+#define DMAC1B (*(volatile struct st_sam *)0xFFFF38) /* DMAC 1B */
+#define DMAC0 (*(volatile struct st_fam *)0xFFFF20) /* DMAC 0 */
+#define DMAC1 (*(volatile struct st_fam *)0xFFFF30) /* DMAC 1 */
+#define FLASH (*(volatile struct st_flash *)0xFEE076) /* FLASH */
+#define ITU (*(volatile struct st_itu *)0xFFFF60) /* ITU */
+#define ITU0 (*(volatile struct st_itu0 *)0xFFFF68) /* ITU0 */
+#define ITU1 (*(volatile struct st_itu0 *)0xFFFF70) /* ITU1 */
+#define ITU2 (*(volatile struct st_itu0 *)0xFFFF78) /* ITU2 */
+#define WDT (*(volatile union un_wdt *)0xFFFF8C) /* WDT */
+#define TMR01 (*(volatile struct st_tmr01 *)0xFFFF80) /* TMR01 */
+#define TMR23 (*(volatile struct st_tmr23 *)0xFFFF90) /* TMR23 */
+#define TMR0 (*(volatile struct st_tmr0 *)0xFFFF80) /* TMR0 */
+#define TMR1 (*(volatile struct st_tmr1 *)0xFFFF81) /* TMR1 */
+#define TMR2 (*(volatile struct st_tmr2 *)0xFFFF90) /* TMR2 */
+#define TMR3 (*(volatile struct st_tmr1 *)0xFFFF91) /* TMR3 */
+#define DASTCR (*(volatile union un_dastcr*)0xFEE01A) /* DASTCR */
+#define DA (*(volatile struct st_da *)0xFFFF9C) /* D/A */
+#define TPC (*(volatile struct st_tpc *)0xFFFFA0) /* TPC */
+#define SCI0 (*(volatile struct st_sci *)0xFFFFB0) /* SCI0 */
+#define SCI1 (*(volatile struct st_sci *)0xFFFFB8) /* SCI1 */
+#define SCI2 (*(volatile struct st_sci *)0xFFFFC0) /* SCI2 */
+#define SMCI0 (*(volatile struct st_smci *)0xFFFFB0) /* SMCI0 */
+#define SMCI1 (*(volatile struct st_smci *)0xFFFFB8) /* SMCI1 */
+#define SMCI2 (*(volatile struct st_smci *)0xFFFFC0) /* SMCI2 */
+#define AD (*(volatile struct st_ad *)0xFFFFE0) /* A/D */
+
+
+#define DI asm("orc.b #0xc0,ccr")
+#define EI asm("andc.b #0x3f,ccr")
+
+/*--------------------------------------------------------------*/
+/* 割り込み関数プロトタイプ宣言 */
+/*--------------------------------------------------------------*/
+// NMI割り込み
+void int_nmi (void) asm ("_int_adi") __attribute__((interrupt_handler));
+/*
+// トラップ命令
+void int_trap0 (void) __attribute__((interrupt_handler));
+void int_trap1 (void) __attribute__((interrupt_handler));
+void int_trap2 (void) __attribute__((interrupt_handler));
+void int_trap3 (void) __attribute__((interrupt_handler));
+*/
+// IRQ0〜5外部割り込み
+void int_irq0 (void) asm ("_int_irq0") __attribute__((interrupt_handler));
+void int_irq1 (void) asm ("_int_irq1") __attribute__((interrupt_handler));
+void int_irq2 (void) asm ("_int_irq2") __attribute__((interrupt_handler));
+void int_irq3 (void) asm ("_int_irq3") __attribute__((interrupt_handler));
+void int_irq4 (void) asm ("_int_irq4") __attribute__((interrupt_handler));
+void int_irq5 (void) asm ("_int_irq5") __attribute__((interrupt_handler));
+// ウォッチドッグタイマ (インターバルタイマ)
+void int_wovi (void) asm ("_int_wovi") __attribute__((interrupt_handler));
+// リフレッシュコントローラ (コンペアマッチ)
+void int_cmi (void) asm ("_int_cmi") __attribute__((interrupt_handler));
+
+// A/D (A/D完了)
+void int_adi (void) asm ("_int_adi") __attribute__((interrupt_handler));
+
+// ITU0 (コンペアマッチ/インプットキャプチャA0)
+void int_imia0 (void) asm ("_int_imia0") __attribute__((interrupt_handler));
+// ITU0 (コンペアマッチ/インプットキャプチャB0)
+void int_imib0 (void) asm ("_int_imib0") __attribute__((interrupt_handler));
+// ITU0 (オーバフロー0)
+void int_ovi0 (void) asm ("_int_ovi0") __attribute__((interrupt_handler));
+
+// ITU1 (コンペアマッチ/インプットキャプチャA1)
+void int_imia1 (void) asm ("_int_imia1") __attribute__((interrupt_handler));
+// ITU1 (コンペアマッチ/インプットキャプチャB1)
+void int_imib1 (void) asm ("_int_imib1") __attribute__((interrupt_handler));
+// ITU1 (オーバフロー1)
+void int_ovi1 (void) asm ("_int_ovi1") __attribute__((interrupt_handler));
+
+// ITU2 (コンペアマッチ/インプットキャプチャA2)
+void int_imia2 (void) asm ("_int_imia2") __attribute__((interrupt_handler));
+// ITU2 (コンペアマッチ/インプットキャプチャB2)
+void int_imib2 (void) asm ("_int_imib2") __attribute__((interrupt_handler));
+// ITU2 (オーバフロー2)
+void int_ovi2 (void) asm ("_int_ovi2") __attribute__((interrupt_handler));
+
+// TMR0 (コンペアマッチA0)
+void int_cmia0 (void) asm ("_int_cmia0") __attribute__((interrupt_handler));
+// TMR0 (コンペアマッチB0)
+void int_cmib0 (void) asm ("_int_cmib0") __attribute__((interrupt_handler));
+// TMR1 (コンペアマッチA1/B1)
+void int_cmiab1 (void) asm ("_int_cmiab1") __attribute__((interrupt_handler));
+// TMR0,1 (オーバフロー0/1)
+void int_tovi01 (void) asm ("_int_tovi01") __attribute__((interrupt_handler));
+
+// TMR2 (コンペアマッチA2)
+void int_cmia2 (void) asm ("_int_cmia2") __attribute__((interrupt_handler));
+// TMR2 (コンペアマッチB2)
+void int_cmib2 (void) asm ("_int_cmib2") __attribute__((interrupt_handler));
+// TMR3 (コンペアマッチA3/B3)
+void int_cmiab3 (void) asm ("_int_cmiab3") __attribute__((interrupt_handler));
+// TMR2,3 (オーバフロー2/3)
+void int_tovi23 (void) asm ("_int_tovi23") __attribute__((interrupt_handler));
+
+// DMAC0 (DMAC0/DMAC0A転送完了)
+void int_dend0a (void) asm ("_int_dend0a") __attribute__((interrupt_handler));
+// DMAC0 (DMAC0B転送完了)
+void int_dend0b (void) asm ("_int_dend0b") __attribute__((interrupt_handler));
+// DMAC1 (DMAC1/DMAC1A転送完了)
+void int_dend1a (void) asm ("_int_dend1a") __attribute__((interrupt_handler));
+// DMAC1 (DMAC1B転送完了)
+void int_dend1b (void) asm ("_int_dend1b") __attribute__((interrupt_handler));
+
+// SCI0 (受信エラー0)
+void int_eri0 (void) asm ("_int_eri0") __attribute__((interrupt_handler));
+// SCI0 (受信データフル0)
+void int_rxi0 (void) asm ("_int_rxi0") __attribute__((interrupt_handler));
+// SCI0 (送信データエンプティ0)
+void int_txi0 (void) asm ("_int_txi0") __attribute__((interrupt_handler));
+// SCI0 (送信終了0)
+void int_tei0 (void) asm ("_int_tei0") __attribute__((interrupt_handler));
+
+// SCI1 (受信エラー1)
+void int_eri1 (void) asm ("_int_eri1") __attribute__((interrupt_handler));
+// SCI1 (受信データフル1)
+void int_rxi1 (void) asm ("_int_rxi1") __attribute__((interrupt_handler));
+// SCI1 (送信データエンプティ1)
+void int_txi1 (void) asm ("_int_txi1") __attribute__((interrupt_handler));
+// SCI1 (送信終了1)
+void int_tei1 (void) asm ("_int_tei1") __attribute__((interrupt_handler));
+
+// SCI2 (受信エラー2)
+void int_eri2 (void) asm ("_int_eri2") __attribute__((interrupt_handler));
+// SCI2 (受信データフル2)
+void int_rxi2 (void) asm ("_int_rxi2") __attribute__((interrupt_handler));
+// SCI2 (送信データエンプティ2)
+void int_txi2 (void) asm ("_int_txi2") __attribute__((interrupt_handler));
+// SCI2 (送信終了2)
+void int_tei2 (void) asm ("_int_tei2") __attribute__((interrupt_handler));
+
+/*--------------------------------------------------------------*/
+/* シリアル通信関数(FIFOバッファ付) */
+/*--------------------------------------------------------------*/
+/*
+typedef enum { // ボーレート設定リスト at 20MHz
+ br4800 = 129,
+ br9600 = 64,
+ br19200 = 32,
+ br38400 = 15,
+ br57600 = 10
+} TBaudRate;
+*/
+
+typedef enum { // ボーレート設定リスト at 25MHz
+ br4800 = 162,
+ br9600 = 80,
+ br19200 = 40,
+ br38400 = 19,
+ br57600 = 13,
+ br115200 = 6
+} TBaudRate;
+
+// SCI初期化
+extern void SCI0_INIT (TBaudRate, char *, short, char *, short);
+extern void SCI1_INIT (TBaudRate, char *, short, char *, short);
+extern void SCI2_INIT (TBaudRate, char *, short, char *, short);
+// 1文字送信
+extern void SCI0_OUT_DATA (char);
+extern void SCI1_OUT_DATA (char);
+extern void SCI2_OUT_DATA (char);
+// 文字列送信
+extern void SCI0_OUT_STRING (char *);
+extern void SCI1_OUT_STRING (char *);
+extern void SCI2_OUT_STRING (char *);
+// バイナリ列送信
+extern void SCI0_OUT_STRINGB (char *, short);
+extern void SCI1_OUT_STRINGB (char *, short);
+extern void SCI2_OUT_STRINGB (char *, short);
+// 受信バッファチェック
+extern short SCI0_IN_DATA_CHECK (void);
+extern short SCI1_IN_DATA_CHECK (void);
+extern short SCI2_IN_DATA_CHECK (void);
+// 送信バッファチェック
+extern short SCI0_OUT_DATA_CHECK (void);
+extern short SCI1_OUT_DATA_CHECK (void);
+extern short SCI2_OUT_DATA_CHECK (void);
+// 受信バッファクリア
+extern void SCI0_IN_DATA_CLEAR (void);
+extern void SCI1_IN_DATA_CLEAR (void);
+extern void SCI2_IN_DATA_CLEAR (void);
+// 送信バッファクリア
+extern void SCI0_OUT_DATA_CLEAR (void);
+extern void SCI1_OUT_DATA_CLEAR (void);
+extern void SCI2_OUT_DATA_CLEAR (void);
+// 1文字受信
+extern char SCI0_IN_DATA (void);
+extern char SCI1_IN_DATA (void);
+extern char SCI2_IN_DATA (void);
+// 文字列送信
+extern short SCI0_IN_STRING (char *, short);
+extern short SCI1_IN_STRING (char *, short);
+extern short SCI2_IN_STRING (char *, short);
+// 簡易フォーマット出力
+extern int SCI0_PRINTF (const char *, ...);
+extern int SCI1_PRINTF (const char *, ...);
+extern int SCI2_PRINTF (const char *, ...);
+
+/*--------------------------------------------------------------*/
+/* インライン命令 */
+/*--------------------------------------------------------------*/
+extern __inline__ void sleep (void) __attribute__ ((always_inline));
+extern __inline__ void nop (void) __attribute__ ((always_inline));
+extern __inline__ void set_ccr (unsigned char mask) __attribute__ ((always_inline));
+extern __inline__ unsigned char get_ccr (void) __attribute__ ((always_inline));
+extern __inline__ void *get_sp (void) __attribute__ ((always_inline));
+
+extern __inline__ void sleep (void)
+{
+ asm ("sleep");
+}
+
+extern __inline__ void nop (void)
+{
+ asm ("nop");
+}
+
+extern __inline__ void set_ccr (unsigned char mask)
+{
+ asm ("ldc %0l,ccr"::"r"(mask));
+}
+
+extern __inline__ unsigned char get_ccr (void)
+{
+ unsigned char value;
+ asm ("stc ccr,%0l":"=g"(value):);
+ return(value);
+}
+
+#ifdef __cplusplus
+}
+#endif
+
+#endif /* _3069_H_ */
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