📄 m_mios.h
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union {
VUINT16 R;
struct {
VUINT16 STOP:1;
VUINT16:1;
VUINT16 FRZ:1;
VUINT16 RST:1;
VUINT16:4;
VUINT16 SUPV:1;
VUINT16:3;
VUINT16 IARB:4;
} B;
} MIOS1MCR;
VUINT32 res42f[3];
VUINT16 res42y;
union { /*PSM */
VUINT16 R;
struct {
VUINT16 PREN:1;
VUINT16 FREN:1;
VUINT16:10;
VUINT16 PSL:4;
} B;
} MCPSMSCR;
VUINT16 res42g[500];
union { /*IRSM0 */
VUINT16 R;
struct {
VUINT16 FLG15:1;
VUINT16 FLG14:1;
VUINT16 FLG13:1;
VUINT16 FLG12:1;
VUINT16 FLG11:1;
VUINT16:4;
VUINT16 FLG6:1;
VUINT16:2;
VUINT16 FLG3:1;
VUINT16 FLG2:1;
VUINT16 FLG1:1;
VUINT16 FLG0:1;
} B;
} MIOS1SR0;
VUINT16 res42h;
union {
VUINT16 R;
struct {
VUINT16 EN15:1;
VUINT16 EN14:1;
VUINT16 EN13:1;
VUINT16 EN12:1;
VUINT16 EN11:1;
VUINT16:4;
VUINT16 EN6:1;
VUINT16:2;
VUINT16 EN3:1;
VUINT16 EN2:1;
VUINT16 EN1:1;
VUINT16 EN0:1;
} B;
} MIOS1ER0;
union {
VUINT16 R;
struct {
VUINT16 IRP15:1;
VUINT16 IRP14:1;
VUINT16 IRP13:1;
VUINT16 IRP12:1;
VUINT16 IRP11:1;
VUINT16:4;
VUINT16 IRP6:1;
VUINT16:2;
VUINT16 IRP3:1;
VUINT16 IRP2:1;
VUINT16 IRP1:1;
VUINT16 IRP0:1;
} B;
} MIOS1RPR0;
VUINT32 res42i[10];
union {
VUINT16 R;
struct {
VUINT16:5;
VUINT16 LVL:3;
VUINT16 TM:2;
VUINT16:6;
} B;
} MIOS1LVL0;
VUINT16 res42j[7];
union { /*IRSM1 */
VUINT16 R;
struct {
VUINT16 FLG31:1;
VUINT16 FLG30:1;
VUINT16 FLG29:1;
VUINT16 FLG28:1;
VUINT16 FLG27:1;
VUINT16:4;
VUINT16 FLG22:1;
VUINT16:2;
VUINT16 FLG19:1;
VUINT16 FLG18:1;
VUINT16 FLG17:1;
VUINT16 FLG16:1;
} B;
} MIOS1SR1;
VUINT16 res42k;
union {
VUINT16 R;
struct {
VUINT16 EN31:1;
VUINT16 EN30:1;
VUINT16 EN29:1;
VUINT16 EN28:1;
VUINT16 EN27:1;
VUINT16:4;
VUINT16 EN22:1;
VUINT16:2;
VUINT16 EN19:1;
VUINT16 EN18:1;
VUINT16 EN17:1;
VUINT16 EN16:1;
} B;
} MIOS1ER1;
union {
VUINT16 R;
struct {
VUINT16 IRP31:1;
VUINT16 IRP30:1;
VUINT16 IRP29:1;
VUINT16 IRP28:1;
VUINT16 IRP27:1;
VUINT16:4;
VUINT16 IRP22:1;
VUINT16:2;
VUINT16 IRP19:1;
VUINT16 IRP18:1;
VUINT16 IRP17:1;
VUINT16 IRP16:1;
} B;
} MIOS1RPR1;
VUINT32 res42l[10];
union {
VUINT16 R;
struct {
VUINT16:5;
VUINT16 LVL:3;
VUINT16 TM:2;
VUINT16:6;
} B;
} MIOS1LVL1;
};
#else
#ifdef _MPC565_H_
union { /*BIS */
VUINT16 R;
struct {
VUINT16 TEST:1;
VUINT16:7;
VUINT16 VMUX7:1;
VUINT16 VMUX6:1;
VUINT16 VMUX5:1;
VUINT16 VMUX4:1;
VUINT16 VMUX3:1;
VUINT16 VMUX2:1;
VUINT16 VMUX1:1;
VUINT16 VMUX0:1;
} B;
} MIOS14TPCR;
#else
union { /*BIS */
VUINT16 R;
struct {
VUINT16 TEST:1;
VUINT16 :13;
VUINT16 VF :1;
VUINT16 VFLS:1;
} B;
} MIOS14TPCR;
#endif
union {
VUINT16 R;
struct {
VUINT16:8;
VUINT16 VECT7:1;
VUINT16 VECT6:1;
VUINT16 VECT5:1;
VUINT16 VECT4:1;
} B;
} MIOS14VECT;
union {
VUINT16 R;
struct {
VUINT16 MN:8;
VUINT16 VN:8;
} B;
} MIOS14VNR;
union {
VUINT16 R;
struct {
VUINT16 STOP:1;
VUINT16:1;
VUINT16 FRZ:1;
VUINT16 RST:1;
VUINT16:4;
VUINT16 SUPV:1;
VUINT16:3;
VUINT16 IARB:4;
} B;
} MIOS14MCR;
VUINT32 res42f[3];
VUINT16 res42x;
union { /*PSM */
VUINT16 R;
struct {
VUINT16 PREN:1;
VUINT16 FREN:1;
VUINT16:10;
VUINT16 PSL:4;
} B;
} MCPSMSCR;
VUINT16 res42g[500];
union { /*IRSM0 */
VUINT16 R;
struct {
VUINT16 FLG15:1;
VUINT16 FLG14:1;
VUINT16 FLG13:1;
VUINT16 FLG12:1;
VUINT16 FLG11:1;
VUINT16 FLG10:1;
VUINT16:1;
VUINT16 FLG8:1;
VUINT16 FLG7:1;
VUINT16 FLG6:1;
VUINT16 FLG5:1;
VUINT16 FLG4:1;
VUINT16 FLG3:1;
VUINT16 FLG2:1;
VUINT16 FLG1:1;
VUINT16 FLG0:1;
} B;
} MIOS14SR0;
VUINT16 res42h;
union {
VUINT16 R;
struct {
VUINT16 EN15:1;
VUINT16 EN14:1;
VUINT16 EN13:1;
VUINT16 EN12:1;
VUINT16 EN11:1;
VUINT16 EN10:1;
VUINT16:1;
VUINT16 EN8:1;
VUINT16 EN7:1;
VUINT16 EN6:1;
VUINT16 EN5:1;
VUINT16 EN4:1;
VUINT16 EN3:1;
VUINT16 EN2:1;
VUINT16 EN1:1;
VUINT16 EN0:1;
} B;
} MIOS14ER0;
#ifdef _MPC565_H_
union {
VUINT16 R;
struct {
VUINT16 IRP15:1;
VUINT16 IRP14:1;
VUINT16 IRP13:1;
VUINT16 IRP12:1;
VUINT16 IRP11:1;
VUINT16 IRP10:1;
VUINT16:1;
VUINT16 IRP9:1;
VUINT16 IRP8:1;
VUINT16 IRP6:1;
VUINT16 IRP5:1;
VUINT16 IRP4:1;
VUINT16 IRP3:1;
VUINT16 IRP2:1;
VUINT16 IRP1:1;
VUINT16 IRP0:1;
} B;
} MIOS14RPR0;
#else
union {
VUINT16 R;
struct {
VUINT16 IRP15:1;
VUINT16 IRP14:1;
VUINT16 IRP13:1;
VUINT16 IRP12:1;
VUINT16 IRP11:1;
VUINT16 IRP10:1;
VUINT16:1;
VUINT16 IRP8:1;
VUINT16 IRP7:1;
VUINT16 IRP6:1;
VUINT16 IRP5:1;
VUINT16 IRP4:1;
VUINT16 IRP3:1;
VUINT16 IRP2:1;
VUINT16 IRP1:1;
VUINT16 IRP0:1;
} B;
} MIOS14RPR0;
#endif
VUINT32 res42i[10];
union {
VUINT16 R;
struct {
VUINT16:5;
VUINT16 LVL:3;
VUINT16 TM:2;
VUINT16:6;
} B;
} MIOS14LVL0;
VUINT16 res42j[7];
union { /*IRSM1 */
VUINT16 R;
struct {
VUINT16 FLG31:1;
VUINT16 FLG30:1;
VUINT16 FLG29:1;
VUINT16 FLG28:1;
VUINT16 FLG27:1;
VUINT16:2;
VUINT16 FLG24:1;
VUINT16 FLG23:1;
VUINT16 FLG22:1;
VUINT16 FLG21:1;
VUINT16 FLG20:1;
VUINT16 FLG19:1;
VUINT16 FLG18:1;
VUINT16 FLG17:1;
VUINT16 FLG16:1;
} B;
} MIOS14SR1;
VUINT16 res42k;
union {
VUINT16 R;
struct {
VUINT16 EN31:1;
VUINT16 EN30:1;
VUINT16 EN29:1;
VUINT16 EN28:1;
VUINT16 EN27:1;
VUINT16:2;
VUINT16 EN24:1;
VUINT16 EN23:1;
VUINT16 EN22:1;
VUINT16 EN21:1;
VUINT16 EN20:1;
VUINT16 EN19:1;
VUINT16 EN18:1;
VUINT16 EN17:1;
VUINT16 EN16:1;
} B;
} MIOS14ER1;
union {
VUINT16 R;
struct {
VUINT16 IRP31:1;
VUINT16 IRP30:1;
VUINT16 IRP29:1;
VUINT16 IRP28:1;
VUINT16 IRP27:1;
VUINT16:2;
VUINT16 IRP24:1;
VUINT16 IRP23:1;
VUINT16 IRP22:1;
VUINT16 IRP21:1;
VUINT16 IRP20:1;
VUINT16 IRP19:1;
VUINT16 IRP18:1;
VUINT16 IRP17:1;
VUINT16 IRP16:1;
} B;
} MIOS14RPR1;
VUINT32 res42l[10];
union {
VUINT16 R;
struct {
VUINT16:5;
VUINT16 LVL:3;
VUINT16 TM:2;
VUINT16:6;
} B;
} MIOS14LVL1;
};
#endif
#ifdef __MWERKS__
#pragma pack(pop)
#endif
#ifdef __cplusplus
}
#endif
#endif
/* ifndef _M_MIOS14_H */
/*****************************************************************************/
/* Motorola reserves the right to make changes without further notice to any */
/* product herein to improve reliability, function, or design. Motorola does */
/* not assume any liability arising out of the application or use of any */
/* product, circuit, or software described herein; neither does it convey */
/* any license under its patent rights nor the rights of others. Motorola */
/* products are not designed, intended, or authorized for use as components */
/* in systems intended for surgical implant into the body, or other */
/* applications intended to support life, or for any other application in */
/* which the failure of the Motorola product could create a situation where */
/* personal injury or death may occur. Should Buyer purchase or use Motorola */
/* products for any such intended or unauthorized application, Buyer shall */
/* indemnify and hold Motorola and its officers, employees, subsidiaries, */
/* affiliates, and distributors harmless against all claims costs, damages, */
/* and expenses, and reasonable attorney fees arising out of, directly or */
/* indirectly, any claim of personal injury or death associated with such */
/* unintended or unauthorized use, even if such claim alleges that Motorola */
/* was negligent regarding the design or manufacture of the part. Motorola */
/* and the Motorola logo* are registered trademarks of Motorola Ltd. */
/*****************************************************************************/
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