tle92466ed Namespace Reference

Namespaces
namespace	CentralReg
	Central and global register addresses.
namespace	CH_CONFIG
	CH_CONFIG register bit definitions.
namespace	CH_CTRL
	CH_CTRL register bit definitions.
namespace	CH_CTRL_REG
	Channel CTRL register bit definitions.
namespace	CH_MODE
	Channel MODE register bit definitions.
namespace	ChannelBase
	Per-channel register base addresses.
namespace	ChannelReg
	Per-channel register offsets (add to channel base address)
namespace	CLK_DIV
	CLK_DIV bit definitions.
namespace	CTRL_INT_THRESH
	CTRL_INT_THRESH register bit definitions.
namespace	DeviceID
	Device identification and version information.
namespace	DIAG_ERR_CHGR
	DIAG_ERR_CHGR bit layout and address helpers.
namespace	DIAG_WARN_CHGR
	DIAG_WARN_CHGR bit layout and address helpers.
namespace	DITHER
	Dither configuration helper functions.
namespace	DITHER_CLK_DIV
	DITHER_CLK_DIV register bitfield definitions and helpers.
namespace	DITHER_CTRL
	DITHER_CTRL register bit definitions.
namespace	DITHER_STEP
	DITHER_STEP register bit definitions.
namespace	FAULT_MASK0
	FAULT_MASK bit definitions.
namespace	FAULT_MASK1
namespace	FAULT_MASK2
namespace	FB_FEEDBACK
	Per-channel averaged feedback decoders for FB_DC, FB_I_AVG, FB_VBAT.
namespace	FB_I_AVG_s16
	FB_I_AVG_s16 decoder (calibration only — see the warning below).
namespace	FB_IMIN_IMAX
	Decoder for the FB_IMIN_IMAX register (ChannelReg::FB_IMIN_IMAX).
namespace	FB_INT_THRESH
	FB_INT_THRESH feedback reader.
namespace	FB_PERIOD_MIN_MAX
	FB_PERIOD_MIN_MAX decoder.
namespace	FB_STAT
	FB_STAT register bit definitions.
namespace	GLOBAL_CONFIG
	GLOBAL_CONFIG register bit definitions.
namespace	GLOBAL_DIAG0
	GLOBAL_DIAG0 register bit definitions.
namespace	GLOBAL_DIAG1
	GLOBAL_DIAG1 register bit definitions.
namespace	GLOBAL_DIAG2
	GLOBAL_DIAG2 register bit definitions (datasheet Rev 1.2 §5.3.2.7).
namespace	INTEGRATOR_LIMIT
	INTEGRATOR_LIMIT register bit definitions.
namespace	PERIOD
	PERIOD register bit definitions and helper functions.
namespace	PIN_STAT
	PIN_STAT bit definitions.
namespace	SETPOINT
	SETPOINT register bit definitions (per channel)
namespace	SFF_BIST
	SFF_BIST bit definitions.
namespace	TON
	TON register bit definitions.
namespace	VBAT_THRESHOLD
	VBAT threshold helper functions.
namespace	VOLTAGE_FEEDBACK
	Voltage feedback helper functions for FB_VOLTAGE1 and FB_VOLTAGE2.
namespace	WD_RELOAD
	WD_RELOAD register bit definitions.

Classes
struct	BistResult
	Result of RunSffBist(). More...
struct	ChannelConfig
	Channel configuration structure. More...
struct	ChannelCurrentSample
	One channel's decoded average current from a batched freeze/read. More...
struct	ChannelDiagnostics
	Channel diagnostic information. More...
struct	ChannelErrorFlags
	Latched error bits for one channel (DIAG_ERR_CHGRx only). More...
struct	ChannelFeedback
	High-resolution per-channel feedback snapshot (Phase 6). More...
struct	CriticalFaultFlags
	Helper structure for critical fault frame flags. More...
struct	CurrentFeedbackBatch
	Result of one Tle92466edDriver::SampleChannelCurrents call. More...
struct	DeviceStatus
	Global device status structure. More...
struct	DitherSetup
	High-level dither configuration (Phase 4 superset of ConfigureDither). More...
class	Driver
	Main TLE92466ED driver class. More...
struct	FaultReport
	Comprehensive fault report structure. More...
struct	GlobalConfig
	Global configuration structure. More...
struct	PinStatus
	Snapshot returned by ReadPinStatus(). More...
struct	SPIConfig
	SPI transaction configuration. More...
union	SPIFrame
	32-bit SPI frame structure for TLE92466ED communication More...
class	SpiInterface
	CRTP-based Communication Interface template class. More...
struct	SupplyMonitorSelfTestResult
	Result of RunSupplyMonitorSelfTest(). More...
struct	SupplyVoltages
	High-level supply-voltage snapshot returned by ReadAllSupplyVoltages(). More...

Typedefs
template<typename T >
using	DriverResult = tle::expected< T, DriverError >
	Driver result type.
template<typename T >
using	CommResult = tle::expected< T, CommError >
	Result type for communication interface operations.

Enumerations
enum class	DriverError : uint8_t {   None = 0 , NotInitialized , HardwareError , InvalidChannel ,   InvalidParameter , DeviceNotResponding , WrongDeviceID , RegisterError ,   CRCError , FaultDetected , ConfigurationError , TimeoutError ,   WrongMode , SPIFrameError , WriteToReadOnly , FeedbackNotReady }
	Driver error codes. More...
enum class	Channel : uint8_t {   CH0 = 0 , CH1 = 1 , CH2 = 2 , CH3 = 3 ,   CH4 = 4 , CH5 = 5 , COUNT = 6 }
	Channel enumeration. More...
enum class	ChannelMode : uint8_t {   OFF = 0x0 , ICC = 0x1 , DIRECT_DRIVE_SPI = 0x2 , DIRECT_DRIVE_DRV0 = 0x3 ,   DIRECT_DRIVE_DRV1 = 0x4 , FREE_RUN_MEAS = 0xC }
	Channel operation mode. More...
enum class	SlewRate : uint8_t { SLOW_1V0_US = 0 , MEDIUM_2V5_US = 1 , FAST_5V0_US = 2 , FASTEST_10V0_US = 3 }
	Slew rate enumeration. More...
enum class	DiagCurrent : uint8_t { I_80UA = 0 , I_190UA = 1 , I_720UA = 2 , I_1250UA = 3 }
	OFF-state diagnostic current. More...
enum class	ParallelPair : uint8_t { NONE = 0 , CH0_CH3 = 1 , CH1_CH2 = 2 , CH4_CH5 = 3 }
	Parallel operation pairs. More...
enum class	ExpectedReply : uint8_t { Bits16 , Bits22 }
	Reply-frame width a register is required to answer with. More...
enum class	ClockSource : uint8_t { InternalOscillator , ExternalClockPll }
	Clock source selection for ConfigureClockSource(). More...
enum class	VioLevel : uint8_t { V3_3 = 0 , V5_0 = 1 }
	VIO voltage-level selection for SetVioLevel(). More...
enum class	OperationState : uint8_t { Reset , Config , Mission , CriticalFault }
	Coarse operational state returned by GetOperationState(). More...
enum class	FastMeasureMode : uint8_t { FullPeriod = 0 , HalfPeriod = 1 , QuarterPeriod = 2 }
	Fast-measurement mode for dither-synchronous feedback. More...
enum class	MaskableFault : uint32_t {   Ch0Error = (0u << 24) | (1u << 0) , Ch1Error = (0u << 24) | (1u << 1) , Ch2Error = (0u << 24) | (1u << 2) , Ch3Error = (0u << 24) | (1u << 3) ,   Ch4Error = (0u << 24) | (1u << 4) , Ch5Error = (0u << 24) | (1u << 5) , EnPin = (0u << 24) | (1u << 13) , SupplyNokInternal = (0u << 24) | (1u << 14) ,   SupplyNokExternal = (0u << 24) | (1u << 15) , Ch0Warning = (1u << 24) | (1u << 0) , Ch1Warning = (1u << 24) | (1u << 1) , Ch2Warning = (1u << 24) | (1u << 2) ,   Ch3Warning = (1u << 24) | (1u << 3) , Ch4Warning = (1u << 24) | (1u << 4) , Ch5Warning = (1u << 24) | (1u << 5) , CentralOtWarning = (1u << 24) | (1u << 12) ,   CentralOtError = (1u << 24) | (1u << 13) , ClockLow = (1u << 24) | (1u << 14) , VbatUv = (2u << 24) | (1u << 0) , VbatOv = (2u << 24) | (1u << 1) ,   VioUv = (2u << 24) | (1u << 2) , VioOv = (2u << 24) | (1u << 3) , VddUv = (2u << 24) | (1u << 4) , VddOv = (2u << 24) | (1u << 5) ,   DataErr = (2u << 24) | (1u << 14) , SpiWatchdog = (2u << 24) | (1u << 15) }
	Maskable fault sources for SetFaultMask(). More...
enum class	CommError : uint8_t {   None = 0 , BusError , Timeout , InvalidParameter ,   TransferError , HardwareNotReady , BufferOverflow , CRCError ,   NoReply , UnknownError }
	Error codes for communication interface operations. More...
enum class	CtrlPin : uint8_t { RESN , EN , FAULTN }
	Control pin enumeration for TLE92466ED. More...
enum class	GpioSignal : uint8_t { INACTIVE = 0 , ACTIVE = 1 }
	GPIO signal states with board-agnostic naming. More...
enum class	LogLevel : uint8_t {   Error = 0 , Warn , Info , Debug ,   Verbose }
	Log severity levels for driver logging. More...
enum class	ReplyMode : uint8_t { REPLY_16BIT = 0b00 , REPLY_22BIT = 0b01 , CRITICAL_FAULT = 0b10 , RESERVED = 0b11 }
	SPI Reply Mode enumeration. More...
enum class	SPIStatus : uint8_t {   NO_ERROR = 0b00000 , SPI_FRAME_ERROR = 0b00001 , CRC_ERROR = 0b00010 , WRITE_RO_REG = 0b00011 ,   INTERNAL_BUS_FAULT = 0b00100 }
	SPI Status codes. More...

Functions
const char *	GetDriverVersion () noexcept
	Return the compiled driver version string (same as Driver::GetDriverVersion()).
constexpr uint16_t	GetChannelBase (Channel channel) noexcept
	Get channel base address.
constexpr uint16_t	GetChannelRegister (Channel channel, uint16_t offset) noexcept
	Get channel register address.
constexpr ExpectedReply	ExpectedReplyFor (uint16_t address) noexcept
	Reply width the device must use when answering a read of address.
constexpr uint8_t	ToIndex (Channel ch) noexcept
	Convert channel to index.
const char *	ToString (ChannelMode mode) noexcept
	Convert ChannelMode enum to string.
const char *	ToString (SlewRate rate) noexcept
	Convert SlewRate enum to string.
const char *	ToString (DiagCurrent current) noexcept
	Convert DiagCurrent enum to string.
const char *	ToString (ParallelPair pair) noexcept
	Convert ParallelPair enum to string.
const char *	ToString (Channel channel) noexcept
	Convert Channel enum to string.
constexpr bool	IsValidChannel (Channel ch) noexcept
	Validate channel number.
constexpr uint8_t	CalculateCrc8J1850 (const uint8_t *data, std::size_t length) noexcept
	Calculate SAE J1850 CRC-8.
uint8_t	CalculateFrameCrc (const tle92466ed::SPIFrame &frame) noexcept
	Calculate CRC for SPI frame.
bool	VerifyFrameCrc (const tle92466ed::SPIFrame &frame) noexcept
	Verify CRC in received frame.
constexpr uint8_t	FaultMaskIndex (MaskableFault f) noexcept
	Extract FAULT_MASK register index (0..2) from a MaskableFault value.
constexpr uint16_t	FaultMaskBit (MaskableFault f) noexcept
	Extract the bit mask within the target FAULT_MASK register.

Typedef Documentation

CommResult

template<typename T >

using tle92466ed::CommResult = typedef tle::expected<T, CommError>

Result type for communication interface operations.

Template Parameters

T	The success type

This provides a modern, safe way to return either a success value or an error. Uses std::expected on C++23, or a lightweight polyfill on C++20.

DriverResult

template<typename T >

using tle92466ed::DriverResult = typedef tle::expected<T, DriverError>

Driver result type.

Note

FeedbackNotReady is returned by GetAverageCurrent() when FB_FEEDBACK::HasValidMeasurementWindow() is false for the channel's FB_DC read (see FB_FEEDBACK::kMinValidTpMant). Typical causes: DITHER_CLK_DIV still at its POR value of 0 (so Tmeas never runs), feedback frozen via FB_FRZ, or a pipelined reply spliced on a shared bus. Reporting it explicitly stops a near-zero divisor from being published as a plausible-looking current.

Enumeration Type Documentation

Channel

enum class tle92466ed::Channel : uint8_t

strong

Channel enumeration.

Enumerator
CH0	Channel 0.
CH1	Channel 1.
CH2	Channel 2.
CH3	Channel 3.
CH4	Channel 4.
CH5	Channel 5.
COUNT	Number of channels (not a valid channel selector)

ChannelMode

enum class tle92466ed::ChannelMode : uint8_t

strong

Channel operation mode.

Enumerator
OFF	Channel off.
ICC	Integrated Current Control.
DIRECT_DRIVE_SPI	Direct drive via SPI TON register.
DIRECT_DRIVE_DRV0	Direct drive via DRV0 pin.
DIRECT_DRIVE_DRV1	Direct drive via DRV1 pin.
FREE_RUN_MEAS	Free running measurement mode.

ClockSource

enum class tle92466ed::ClockSource : uint8_t

strong

Clock source selection for ConfigureClockSource().

Enumerator
InternalOscillator	Use internal ring oscillator (fSYS \u2248 28 MHz \u00b1 10 %)
ExternalClockPll	Use external clock on DRV0 or dedicated pin, synth via PLL.

CommError

enum class tle92466ed::CommError : uint8_t

strong

Error codes for communication interface operations.

This enumeration defines all possible error conditions that can occur during hardware communication with the TLE92466ED IC.

Enumerator
None	No error occurred.
BusError	SPI bus communication error.
Timeout	Operation timed out.
InvalidParameter	Invalid parameter passed to function.
TransferError	Data transfer failed.
HardwareNotReady	Hardware not initialized or ready.
BufferOverflow	Buffer size exceeded.
CRCError	CRC mismatch error.
NoReply	MISO carried no frame at all (all-zero or all-ones word). Distinct from CRCError so a disconnected or unpowered device is not reported as a corrupt one. Previously an empty word was returned as a successful read of value 0, which every caller then decoded as real register content.
UnknownError	Unknown error occurred.

CtrlPin

enum class tle92466ed::CtrlPin : uint8_t

strong

Control pin enumeration for TLE92466ED.

These pins are used for device control and status monitoring. The naming convention matches the standardized GPIO interface used across all HardFOC drivers.

Enumerator
RESN	Reset pin (active low) - Must be HIGH for device operation.
EN	Enable pin (active high) - Enables/disables output channels.
FAULTN	Fault pin (active low) - Indicates device fault condition.

DiagCurrent

enum class tle92466ed::DiagCurrent : uint8_t

strong

OFF-state diagnostic current.

Enumerator
I_80UA	80 µA
I_190UA	190 µA
I_720UA	720 µA
I_1250UA	1250 µA

DriverError

enum class tle92466ed::DriverError : uint8_t

strong

Driver error codes.

Enumerator
None	No error.
NotInitialized	Driver not initialized.
HardwareError	Communication interface error.
InvalidChannel	Invalid channel number.
InvalidParameter	Invalid parameter value.
DeviceNotResponding	Device not responding to SPI.
WrongDeviceID	Incorrect device ID read.
RegisterError	Register read/write error.
CRCError	CRC mismatch in SPI communication.
FaultDetected	Device fault detected.
ConfigurationError	Configuration failed.
TimeoutError	Operation timeout.
WrongMode	Operation not allowed in current mode.
SPIFrameError	SPI frame error from device.
WriteToReadOnly	Attempted write to read-only register.
FeedbackNotReady	Averaged-feedback measurement window not established.

ExpectedReply

enum class tle92466ed::ExpectedReply : uint8_t

strong

Reply-frame width a register is required to answer with.

See also

ExpectedReplyFor

Enumerator
Bits16	Reply mode 00B — 16-bit data plus a status field.
Bits22	Reply mode 01B — 22-bit data, no status field.

FastMeasureMode

enum class tle92466ed::FastMeasureMode : uint8_t

strong

Fast-measurement mode for dither-synchronous feedback.

Enumerator
FullPeriod	Measurement window = full dither period.
HalfPeriod	Measurement window = half dither period.
QuarterPeriod	Measurement window = quarter dither period.

GpioSignal

enum class tle92466ed::GpioSignal : uint8_t

strong

GPIO signal states with board-agnostic naming.

Defines the logical active/inactive state of control pins. The actual HIGH/LOW GPIO level depends on whether the pin is active-high or active-low.

Note

This represents the logical state (active/inactive), not the physical GPIO level. The CommInterface implementation handles the active-high vs active-low conversion.

Enumerator
INACTIVE	Inactive signal state (logical inactive)
ACTIVE	Active signal state (logical active)

LogLevel

enum class tle92466ed::LogLevel : uint8_t

strong

Log severity levels for driver logging.

Defines the severity levels for logging messages from the driver. Implementations should map these to their platform-specific logging systems.

Enumerator
Error	Error messages (highest severity)
Warn	Warning messages.
Info	Informational messages.
Debug	Debug messages (lowest severity)
Verbose	Verbose messages (lowest severity, most detailed)

MaskableFault

enum class tle92466ed::MaskableFault : uint32_t

strong

Maskable fault sources for SetFaultMask().

Each enumerator packs a FAULT_MASK register index (0/1/2) in the upper byte and the bit-mask within that register in the lower 16 bits.

Enumerator
Ch0Error	CH0 error → FAULTN.
Ch1Error	CH1 error → FAULTN.
Ch2Error	CH2 error → FAULTN.
Ch3Error	CH3 error → FAULTN.
Ch4Error	CH4 error → FAULTN.
Ch5Error	CH5 error → FAULTN.
EnPin	EN pin fault → FAULTN.
SupplyNokInternal	Internal supply NOK → FAULTN.
SupplyNokExternal	External supply NOK → FAULTN.
Ch0Warning	CH0 warning → FAULTN.
Ch1Warning	CH1 warning → FAULTN.
Ch2Warning	CH2 warning → FAULTN.
Ch3Warning	CH3 warning → FAULTN.
Ch4Warning	CH4 warning → FAULTN.
Ch5Warning	CH5 warning → FAULTN.
CentralOtWarning	Central OT warning → FAULTN.
CentralOtError	Central OT error → FAULTN.
ClockLow	Clock too slow → FAULTN.
VbatUv	VBAT undervoltage → FAULTN.
VbatOv	VBAT overvoltage → FAULTN.
VioUv	VIO undervoltage → FAULTN.
VioOv	VIO overvoltage → FAULTN.
VddUv	VDD undervoltage → FAULTN.
VddOv	VDD overvoltage → FAULTN.
DataErr	OTP/REG DATA_err → FAULTN (do not mask to hide LED)
SpiWatchdog	SPI watchdog → FAULTN.

OperationState

enum class tle92466ed::OperationState : uint8_t

strong

Coarse operational state returned by GetOperationState().

Enumerator
Reset	Held in reset (RESN low)
Config	Powered and initialized, but not in mission mode.
Mission	Outputs operational.
CriticalFault	Critical-fault reply flag set; requires reset/clear.

ParallelPair

enum class tle92466ed::ParallelPair : uint8_t

strong

Parallel operation pairs.

Enumerator
NONE	No parallel operation.
CH0_CH3	Channels 0 and 3 paralleled.
CH1_CH2	Channels 1 and 2 paralleled.
CH4_CH5	Channels 4 and 5 paralleled.

ReplyMode

enum class tle92466ed::ReplyMode : uint8_t

strong

SPI Reply Mode enumeration.

Enumerator
REPLY_16BIT	16-bit reply frame
REPLY_22BIT	22-bit reply frame (extended data)
CRITICAL_FAULT	Critical fault frame.
RESERVED	Reserved.

SlewRate

enum class tle92466ed::SlewRate : uint8_t

strong

Slew rate enumeration.

Enumerator
SLOW_1V0_US	1.0 V/µs
MEDIUM_2V5_US	2.5 V/µs
FAST_5V0_US	5.0 V/µs
FASTEST_10V0_US	10.0 V/µs

SPIStatus

enum class tle92466ed::SPIStatus : uint8_t

strong

SPI Status codes.

Enumerator
NO_ERROR	No error.
SPI_FRAME_ERROR	SPI frame error.
CRC_ERROR	Parity/CRC error.
WRITE_RO_REG	Write to read-only register.
INTERNAL_BUS_FAULT	Internal bus fault.

VioLevel

enum class tle92466ed::VioLevel : uint8_t

strong

VIO voltage-level selection for SetVioLevel().

Enumerator
V3_3
V5_0

Function Documentation

CalculateCrc8J1850()

constexpr uint8_t tle92466ed::CalculateCrc8J1850 ( const uint8_t *  data, std::size_t  length  )

constexprnoexcept

Calculate SAE J1850 CRC-8.

Polynomial: 0x1D (x^8 + x^4 + x^3 + x^2 + 1) Initial value: 0xFF Final XOR: 0xFF

Parameters

data	Pointer to data bytes
length	Number of bytes

Returns

CRC-8 value

CalculateFrameCrc()

uint8_t tle92466ed::CalculateFrameCrc ( const tle92466ed::SPIFrame &  frame )

inlinenoexcept

Calculate CRC for SPI frame.

Parameters

frame

SPI frame (CRC field should be 0)

Returns

Calculated CRC value

Datasheet Rev 1.2 §5.1.2 fixes the CRC byte sequence as frame[7:0], then frame[15:8], then frame[23:16] — i.e. little-endian byte order, which is the reverse of the MSB-first wire order. On a little-endian target that is exactly bytes 0..2 of the frame word.

ExpectedReplyFor()

constexpr ExpectedReply tle92466ed::ExpectedReplyFor ( uint16_t  address )

constexprnoexcept

Reply width the device must use when answering a read of address.

Parameters

address

Register address passed to a read.

Returns

Bits22 for the feedback/status registers that answer in reply mode 01B; Bits16 for everything else.

The pipelined bus does not echo the address in a reply, so a reply that arrives in the wrong slot is otherwise indistinguishable from the register that was asked for — and it carries a valid CRC, so CRC alone cannot reject it. Bench measurement (2026-08-13) had 25 % of FB_STAT reads return the preceding ICVID reply, which decoded as plausible-looking status bits. Comparing the reply mode against this table catches the subset of those where the two registers differ in width, which covers every feedback register the current-control path depends on.

Note

Width is a necessary, not sufficient, check: a stale reply from another register of the same width still passes. Reads are retried until a well-formed reply arrives rather than trusted on first sight.

FaultMaskBit()

constexpr uint16_t tle92466ed::FaultMaskBit ( MaskableFault  f )

constexprnoexcept

Extract the bit mask within the target FAULT_MASK register.

FaultMaskIndex()

constexpr uint8_t tle92466ed::FaultMaskIndex ( MaskableFault  f )

constexprnoexcept

Extract FAULT_MASK register index (0..2) from a MaskableFault value.

GetChannelBase()

constexpr uint16_t tle92466ed::GetChannelBase ( Channel  channel )

constexprnoexcept

Get channel base address.

Parameters

channel

Channel number (0-5)

Returns

Base address for channel registers

Per datasheet Table 25, channel base addresses are:

• CH0: 0x0040
• CH1: 0x0050
• CH2: 0x0060
• CH3: 0x0070
• CH4: 0x0020
• CH5: 0x0030

Note: Channels are NOT in sequential order, so we use a lookup table.

GetChannelRegister()

constexpr uint16_t tle92466ed::GetChannelRegister ( Channel  channel, uint16_t  offset  )

constexprnoexcept

Get channel register address.

Parameters

channel	Channel number
offset	Register offset from channel base

Returns

Complete register address

GetDriverVersion()

const char * tle92466ed::GetDriverVersion ( )

inlinenoexcept

Return the compiled driver version string (same as Driver::GetDriverVersion()).

IsValidChannel()

constexpr bool tle92466ed::IsValidChannel ( Channel  ch )

constexprnoexcept

Validate channel number.

ToIndex()

constexpr uint8_t tle92466ed::ToIndex ( Channel  ch )

constexprnoexcept

Convert channel to index.

ToString() [1/5]

const char * tle92466ed::ToString ( Channel  channel )

inlinenoexcept

Convert Channel enum to string.

Parameters

channel

Channel

Returns

String representation

ToString() [2/5]

const char * tle92466ed::ToString ( ChannelMode  mode )

inlinenoexcept

Convert ChannelMode enum to string.

Parameters

mode	Channel mode

Returns

String representation

ToString() [3/5]

const char * tle92466ed::ToString ( DiagCurrent  current )

inlinenoexcept

Convert DiagCurrent enum to string.

Parameters

current

Diagnostic current

Returns

String representation

ToString() [4/5]

const char * tle92466ed::ToString ( ParallelPair  pair )

inlinenoexcept

Convert ParallelPair enum to string.

Parameters

pair	Parallel pair

Returns

String representation

ToString() [5/5]

const char * tle92466ed::ToString ( SlewRate  rate )

inlinenoexcept

Convert SlewRate enum to string.

Parameters

rate

Slew rate

Returns

String representation

VerifyFrameCrc()

bool tle92466ed::VerifyFrameCrc ( const tle92466ed::SPIFrame &  frame )

inlinenoexcept

Verify CRC in received frame.

Parameters

frame

Received SPI frame

Returns

true if CRC is valid