Data Structures
struct	_PWR_Obj_
	Defines the power (PWR) object. More...

Macros
#define	PWR_BASE_ADDR (0x00000985)
	Defines the base address of the power (PWR) registers. More...

#define	PWR_BORCFG_BORENZ_BITS (1 << 0)
	Defines the location of the BORENZ bits in the BORCFG register. More...

#define	PWR_LPMCR0_LPM_BITS (3 << 0)
	Defines the location of the LPM bits in the LPMCR0 register. More...

#define	PWR_LPMCR0_QUALSTDBY_BITS (63 << 2)
	Defines the location of the QUALSTDBY bits in the LPMCR0 register. More...

#define	PWR_LPMCR0_WDINTE_BITS (1 << 15)
	Defines the location of the WDINTE bits in the LPMCR0 register. More...

Typedefs
typedef struct _PWR_Obj_	PWR_Obj
	Defines the power (PWR) object. More...

typedef struct _PWR_Obj_ *	PWR_Handle
	Defines the power (PWR) handle. More...

Enumerations
enum	PWR_LowPowerMode_e { PWR_LowPowerMode_Idle =0, PWR_LowPowerMode_Standby, PWR_LowPowerMode_Halt }
	Enumeration to define the power (PWR) low power modes. More...

enum	PWR_NumStandByClocks_e { PWR_NumStandByClocks_2 =(0 << 2), PWR_NumStandByClocks_3 =(1 << 2), PWR_NumStandByClocks_4 =(2 << 2), PWR_NumStandByClocks_5 =(3 << 2), PWR_NumStandByClocks_6 =(4 << 2), PWR_NumStandByClocks_7 =(5 << 2), PWR_NumStandByClocks_8 =(6 << 2), PWR_NumStandByClocks_9 =(7 << 2), PWR_NumStandByClocks_10 =(8 << 2), PWR_NumStandByClocks_11 =(9 << 2), PWR_NumStandByClocks_12 =(10 << 2), PWR_NumStandByClocks_13 =(11 << 2), PWR_NumStandByClocks_14 =(12 << 2), PWR_NumStandByClocks_15 =(13 << 2), PWR_NumStandByClocks_16 =(14 << 2), PWR_NumStandByClocks_17 =(15 << 2), PWR_NumStandByClocks_18 =(16 << 2), PWR_NumStandByClocks_19 =(17 << 2), PWR_NumStandByClocks_20 =(18 << 2), PWR_NumStandByClocks_21 =(19 << 2), PWR_NumStandByClocks_22 =(20 << 2), PWR_NumStandByClocks_23 =(21 << 2), PWR_NumStandByClocks_24 =(22 << 2), PWR_NumStandByClocks_25 =(23 << 2), PWR_NumStandByClocks_26 =(24 << 2), PWR_NumStandByClocks_27 =(25 << 2), PWR_NumStandByClocks_28 =(26 << 2), PWR_NumStandByClocks_29 =(27 << 2), PWR_NumStandByClocks_30 =(28 << 2), PWR_NumStandByClocks_31 =(29 << 2), PWR_NumStandByClocks_32 =(30 << 2), PWR_NumStandByClocks_33 =(31 << 2), PWR_NumStandByClocks_34 =(32 << 2), PWR_NumStandByClocks_35 =(33 << 2), PWR_NumStandByClocks_36 =(34 << 2), PWR_NumStandByClocks_37 =(35 << 2), PWR_NumStandByClocks_38 =(36 << 2), PWR_NumStandByClocks_39 =(37 << 2), PWR_NumStandByClocks_40 =(38 << 2), PWR_NumStandByClocks_41 =(39 << 2), PWR_NumStandByClocks_42 =(40 << 2), PWR_NumStandByClocks_43 =(41 << 2), PWR_NumStandByClocks_44 =(42 << 2), PWR_NumStandByClocks_45 =(43 << 2), PWR_NumStandByClocks_46 =(44 << 2), PWR_NumStandByClocks_47 =(45 << 2), PWR_NumStandByClocks_48 =(46 << 2), PWR_NumStandByClocks_49 =(47 << 2), PWR_NumStandByClocks_50 =(48 << 2), PWR_NumStandByClocks_51 =(49 << 2), PWR_NumStandByClocks_52 =(50 << 2), PWR_NumStandByClocks_53 =(51 << 2), PWR_NumStandByClocks_54 =(52 << 2), PWR_NumStandByClocks_55 =(53 << 2), PWR_NumStandByClocks_56 =(54 << 2), PWR_NumStandByClocks_57 =(55 << 2), PWR_NumStandByClocks_58 =(56 << 2), PWR_NumStandByClocks_59 =(57 << 2), PWR_NumStandByClocks_60 =(58 << 2), PWR_NumStandByClocks_61 =(59 << 2), PWR_NumStandByClocks_62 =(60 << 2), PWR_NumStandByClocks_63 =(61 << 2), PWR_NumStandByClocks_64 =(62 << 2), PWR_NumStandByClocks_65 =(63 << 2) }
	Enumeration to define the power (PWR) number of standby clock cycles. More...

Functions
void	PWR_disableBrownOutReset (PWR_Handle pwrHandle)
	Disables the brownout reset functions. More...

void	PWR_disableWatchDogInt (PWR_Handle pwrHandle)
	Disables the watchdog interrupt. More...

void	PWR_enableBrownOutReset (PWR_Handle pwrHandle)
	Enables the brownout reset functions. More...

void	PWR_enableWatchDogInt (PWR_Handle pwrHandle)
	Enables the watchdog interrupt. More...

PWR_Handle	PWR_init (void *pMemory, const size_t numBytes)
	Initializes the power (PWR) object handle. More...

void	PWR_setLowPowerMode (PWR_Handle pwrHandle, const PWR_LowPowerMode_e lowPowerMode)
	Sets the low power mode. More...

void	PWR_setNumStandByClocks (PWR_Handle pwrHandle, const PWR_NumStandByClocks_e numClkCycles)
	Sets the number of standby clock cycles. More...

Detailed Description

Data Structure Documentation

struct _PWR_Obj_

Defines the power (PWR) object.

Definition at line 175 of file pwr.h.

Data Fields
volatile uint16_t	BORCFG	BOR (Brown Out Reset) Configuration Register.
volatile uint16_t	LPMCR0
volatile uint16_t	rsvd_1[26264]

Macro Definition Documentation

#define PWR_BASE_ADDR (0x00000985)

Defines the base address of the power (PWR) registers.

Definition at line 68 of file pwr.h.

#define PWR_BORCFG_BORENZ_BITS (1 << 0)

Defines the location of the BORENZ bits in the BORCFG register.

Definition at line 73 of file pwr.h.

Referenced by PWR_disableBrownOutReset(), and PWR_enableBrownOutReset().

#define PWR_LPMCR0_LPM_BITS (3 << 0)

Defines the location of the LPM bits in the LPMCR0 register.

Definition at line 78 of file pwr.h.

Referenced by PWR_setLowPowerMode().

#define PWR_LPMCR0_QUALSTDBY_BITS (63 << 2)

Defines the location of the QUALSTDBY bits in the LPMCR0 register.

Definition at line 82 of file pwr.h.

Referenced by PWR_setNumStandByClocks().

#define PWR_LPMCR0_WDINTE_BITS (1 << 15)

Defines the location of the WDINTE bits in the LPMCR0 register.

Definition at line 86 of file pwr.h.

Referenced by PWR_disableWatchDogInt(), and PWR_enableWatchDogInt().

Typedef Documentation

typedef struct _PWR_Obj_* PWR_Handle

Defines the power (PWR) handle.

Definition at line 185 of file pwr.h.

typedef struct _PWR_Obj_ PWR_Obj

Defines the power (PWR) object.

Enumeration Type Documentation

enum PWR_LowPowerMode_e

Enumeration to define the power (PWR) low power modes.

Enumerator
PWR_LowPowerMode_Idle	Denotes the idle mode.
PWR_LowPowerMode_Standby	Denotes the standby mode.
PWR_LowPowerMode_Halt	Denotes the halt mode.

Definition at line 94 of file pwr.h.

enum PWR_NumStandByClocks_e

Enumeration to define the power (PWR) number of standby clock cycles.

Enumerator
PWR_NumStandByClocks_2	Denotes 2 standby clock cycles.
PWR_NumStandByClocks_3	Denotes 3 standby clock cycles.
PWR_NumStandByClocks_4	Denotes 4 standby clock cycles.
PWR_NumStandByClocks_5	Denotes 5 standby clock cycles.
PWR_NumStandByClocks_6	Denotes 6 standby clock cycles.
PWR_NumStandByClocks_7	Denotes 7 standby clock cycles.
PWR_NumStandByClocks_8	Denotes 8 standby clock cycles.
PWR_NumStandByClocks_9	Denotes 9 standby clock cycles.
PWR_NumStandByClocks_10	Denotes 10 standby clock cycles.
PWR_NumStandByClocks_11	Denotes 11 standby clock cycles.
PWR_NumStandByClocks_12	Denotes 12 standby clock cycles.
PWR_NumStandByClocks_13	Denotes 13 standby clock cycles.
PWR_NumStandByClocks_14	Denotes 14 standby clock cycles.
PWR_NumStandByClocks_15	Denotes 15 standby clock cycles.
PWR_NumStandByClocks_16	Denotes 16 standby clock cycles.
PWR_NumStandByClocks_17	Denotes 17 standby clock cycles.
PWR_NumStandByClocks_18	Denotes 18 standby clock cycles.
PWR_NumStandByClocks_19	Denotes 19 standby clock cycles.
PWR_NumStandByClocks_20	Denotes 20 standby clock cycles.
PWR_NumStandByClocks_21	Denotes 21 standby clock cycles.
PWR_NumStandByClocks_22	Denotes 22 standby clock cycles.
PWR_NumStandByClocks_23	Denotes 23 standby clock cycles.
PWR_NumStandByClocks_24	Denotes 24 standby clock cycles.
PWR_NumStandByClocks_25	Denotes 25 standby clock cycles.
PWR_NumStandByClocks_26	Denotes 26 standby clock cycles.
PWR_NumStandByClocks_27	Denotes 27 standby clock cycles.
PWR_NumStandByClocks_28	Denotes 28 standby clock cycles.
PWR_NumStandByClocks_29	Denotes 29 standby clock cycles.
PWR_NumStandByClocks_30	Denotes 30 standby clock cycles.
PWR_NumStandByClocks_31	Denotes 31 standby clock cycles.
PWR_NumStandByClocks_32	Denotes 32 standby clock cycles.
PWR_NumStandByClocks_33	Denotes 33 standby clock cycles.
PWR_NumStandByClocks_34	Denotes 34 standby clock cycles.
PWR_NumStandByClocks_35	Denotes 35 standby clock cycles.
PWR_NumStandByClocks_36	Denotes 36 standby clock cycles.
PWR_NumStandByClocks_37	Denotes 37 standby clock cycles.
PWR_NumStandByClocks_38	Denotes 38 standby clock cycles.
PWR_NumStandByClocks_39	Denotes 39 standby clock cycles.
PWR_NumStandByClocks_40	Denotes 40 standby clock cycles.
PWR_NumStandByClocks_41	Denotes 41 standby clock cycles.
PWR_NumStandByClocks_42	Denotes 42 standby clock cycles.
PWR_NumStandByClocks_43	Denotes 43 standby clock cycles.
PWR_NumStandByClocks_44	Denotes 44 standby clock cycles.
PWR_NumStandByClocks_45	Denotes 45 standby clock cycles.
PWR_NumStandByClocks_46	Denotes 46 standby clock cycles.
PWR_NumStandByClocks_47	Denotes 47 standby clock cycles.
PWR_NumStandByClocks_48	Denotes 48 standby clock cycles.
PWR_NumStandByClocks_49	Denotes 49 standby clock cycles.
PWR_NumStandByClocks_50	Denotes 50 standby clock cycles.
PWR_NumStandByClocks_51	Denotes 51 standby clock cycles.
PWR_NumStandByClocks_52	Denotes 52 standby clock cycles.
PWR_NumStandByClocks_53	Denotes 53 standby clock cycles.
PWR_NumStandByClocks_54	Denotes 54 standby clock cycles.
PWR_NumStandByClocks_55	Denotes 55 standby clock cycles.
PWR_NumStandByClocks_56	Denotes 56 standby clock cycles.
PWR_NumStandByClocks_57	Denotes 57 standby clock cycles.
PWR_NumStandByClocks_58	Denotes 58 standby clock cycles.
PWR_NumStandByClocks_59	Denotes 59 standby clock cycles.
PWR_NumStandByClocks_60	Denotes 60 standby clock cycles.
PWR_NumStandByClocks_61	Denotes 61 standby clock cycles.
PWR_NumStandByClocks_62	Denotes 62 standby clock cycles.
PWR_NumStandByClocks_63	Denotes 63 standby clock cycles.
PWR_NumStandByClocks_64	Denotes 64 standby clock cycles.
PWR_NumStandByClocks_65	Denotes 65 standby clock cycles.

Definition at line 104 of file pwr.h.

Function Documentation

void PWR_disableBrownOutReset ( PWR_Handle pwrHandle )

Disables the brownout reset functions.

Parameters

[in] pwrHandle The power (PWR) object handle

Definition at line 57 of file pwr.c.

References _PWR_Obj_::BORCFG, and PWR_BORCFG_BORENZ_BITS.

void PWR_disableWatchDogInt ( PWR_Handle pwrHandle )

Disables the watchdog interrupt.

Parameters

[in] pwrHandle The power (PWR) object handle

Definition at line 69 of file pwr.c.

References DISABLE_PROTECTED_REGISTER_WRITE_MODE, ENABLE_PROTECTED_REGISTER_WRITE_MODE, _PWR_Obj_::LPMCR0, and PWR_LPMCR0_WDINTE_BITS.

void PWR_enableBrownOutReset ( PWR_Handle pwrHandle )

Enables the brownout reset functions.

Parameters

[in] pwrHandle The power (PWR) object handle

Definition at line 85 of file pwr.c.

References _PWR_Obj_::BORCFG, and PWR_BORCFG_BORENZ_BITS.

void PWR_enableWatchDogInt ( PWR_Handle pwrHandle )

Enables the watchdog interrupt.

Parameters

[in] pwrHandle The power (PWR) object handle

Definition at line 97 of file pwr.c.

References DISABLE_PROTECTED_REGISTER_WRITE_MODE, ENABLE_PROTECTED_REGISTER_WRITE_MODE, _PWR_Obj_::LPMCR0, and PWR_LPMCR0_WDINTE_BITS.

PWR_Handle PWR_init	(	void *	pMemory,
		const size_t	numBytes
	)

Initializes the power (PWR) object handle.

Parameters

[in]	pMemory	A pointer to the base address of the PWR registers
[in]	numBytes	The number of bytes allocated for the PWR object, bytes

Returns: The power (PWR) object handle

Definition at line 113 of file pwr.c.

void PWR_setLowPowerMode	(	PWR_Handle	pwrHandle,
		const PWR_LowPowerMode_e	lowPowerMode
	)

Sets the low power mode.

Parameters

[in]	pwrHandle	The power (PWR) object handle
[in]	lowPowerMode	The low power mode

Definition at line 128 of file pwr.c.

References DISABLE_PROTECTED_REGISTER_WRITE_MODE, ENABLE_PROTECTED_REGISTER_WRITE_MODE, _PWR_Obj_::LPMCR0, and PWR_LPMCR0_LPM_BITS.

void PWR_setNumStandByClocks	(	PWR_Handle	pwrHandle,
		const PWR_NumStandByClocks_e	numClkCycles
	)

Sets the number of standby clock cycles.

Parameters

[in]	pwrHandle	The power (PWR) object handle
[in]	numClkCycles	The number of standby clock cycles

Definition at line 148 of file pwr.c.

References DISABLE_PROTECTED_REGISTER_WRITE_MODE, ENABLE_PROTECTED_REGISTER_WRITE_MODE, _PWR_Obj_::LPMCR0, and PWR_LPMCR0_QUALSTDBY_BITS.

Data Structures

Macros

Typedefs

Enumerations

Functions

Detailed Description

Data Structure Documentation

Macro Definition Documentation

Typedef Documentation

Enumeration Type Documentation

Function Documentation